{"data":{"id":"712762","string_id":"BDsyXji8","status":"1","parent_id":"0","slug":"T830","order":"8","name":"MediaTek T830","type":"1","cover":"","cover_alt":"","desc":null,"website":"","contact":"","seo_title":"","seo_keyword":"","seo_desc":"","author":"","published_time":"0","add_time":"1769506489","update_time":"1788942516","corp_auth_id":"0","verify_code_auth_id":"0","editor_type":"1","tags":[],"child":[{"id":"924225","string_id":"81PfB4pD","status":"1","parent_id":"712762","slug":"Overview-iNsL","order":"0","name":"Overview","type":"2","cover":"","cover_alt":"","desc":null,"website":"","contact":"","seo_title":"","seo_keyword":"","seo_desc":"","share_switch":"0","share_code":"","author":"\u8f9b\u5de5","published_time":"1787100837","add_time":"1787100611","update_time":"1788752726","corp_auth_id":"0","verify_code_auth_id":"0","editor_type":"2","file_type":"","auth_id":"[\"924225\", \"712762\"]","content":{"content_id":"924225","content":"## Device Details\nDevice Details displays the core operating parameters of the network management device, including the device model, name, software version, serial number, LAN IP, DHCP status, system time, and runtime, enabling administrators to quickly grasp the basic status and network configuration of the device.\n![](https:\/\/resource-wangsu.helplook.net\/docker_production\/355p71\/article\/81PfB4pD\/6a8baca2b9c24.png)\n**Parameter Description:**\n| Parameter |Description |\n| - | - |\n|Model | The specific hardware model of the 5G CPE device.|\n|Device name |The user-defined or default hostname assigned to the device for identification. |\n|Version | The current firmware or software release version running on the device.|\n|SN | The unique serial number assigned to the device for warranty and identity verification.|\n| LAN IP| The local area network IP address and subnet mask of the device's internal interface.|\n|DHCP |Indicates whether the built-in DHCP server is enabled to assign IP addresses to LAN clients. |\n| System|The current system date and time of the device. |\n|Runtime |The total duration the device has been continuously powered on and operational since the last reboot.|\n\n## Cellular Details\nThe Cellular Details feature provides an intuitive display of the real-time status and core connection parameters of the mobile network currently accessed by the 5G CPE, including signal strength (RSRP), network mode, frequency band (Band), WAN IP address, and device IMEI, helping users quickly assess wireless link quality and network connectivity.\n![](https:\/\/resource-wangsu.helplook.net\/docker_production\/355p71\/article\/81PfB4pD\/6a8bad33ca34b.png)\n**Parameter Description:**\n\n| Parameter |Description |\n| - | - |\n|Mode | The current cellular network standard that the device is connected to (e.g., 5G, 4G LTE).|\n|WAN IP |The public or private IP address assigned to the device's cellular interface by the carrier network. |\n| Band| The specific frequency band (e.g., N41, N78) currently used for the cellular connection.|\n|ARFCN |Absolute Radio Frequency Channel Number, representing the exact frequency channel of the cell. |\n| RSRP| Reference Signal Received Power, indicating the strength of the received signal from the base station.|\n| RSRQ| Reference Signal Received Quality, indicating the quality of the received signal, factoring in noise and interference.|\n|SINR | Signal-to-Interference-plus-Noise Ratio, measuring the clarity of the signal relative to interference and noise.|\n|Cell ID |The unique identifier of the specific base station cell that the device is currently connected to. |\n|IMEI |International Mobile Equipment Identity, the unique serial number of the 5G CPE hardware device. |\n\n## Total Space\nThe Total Space feature provides an intuitive donut chart visualization of the 5G CPE's built-in storage usage, clearly displaying the capacity and percentage of Used and Available space. This helps administrators monitor real-time storage margins and manage device capacity by cleaning up logs or data when necessary.\n![](https:\/\/resource-wangsu.helplook.net\/docker_production\/355p71\/article\/81PfB4pD\/6a8bb06980800.png)\n\n## Interface Status\nThe Interface Status feature intuitively displays the real-time connection status, negotiated speed (e.g., 5G,2.5G), acquisition protocol (e.g., dynamic dial-up\/static IP), along with core network parameters such as IP address, gateway, and DNS for each network interface (including cellular and LAN ports) via icons and hover tooltips. This enables administrators to quickly troubleshoot link connectivity and configuration anomalies.\n![](https:\/\/resource-wangsu.helplook.net\/docker_production\/355p71\/article\/81PfB4pD\/6a8bb08335dcb.png)\n\n## Clients\nThe Clients feature provides an intuitive categorized breakdown of Online and Offline client statuses, displaying the real-time count of terminal devices currently connected to the 5G CPE. This helps administrators quickly grasp device activity and network load within the local area network.\n![](https:\/\/resource-wangsu.helplook.net\/docker_production\/355p71\/article\/81PfB4pD\/6a8bb0a32e7eb.png)\n\n## CPU Temp\nThe CPU Temp feature, designed with an intuitive dashboard, displays the current temperature and operational status (e.g., Good, Warning) of the 5G CPE's processor in real time. It helps administrators monitor the thermal load of the core hardware at any time, preventing performance degradation or hardware damage caused by overheating, thus ensuring the stable operation of the device over extended periods.\n![](https:\/\/resource-wangsu.helplook.net\/docker_production\/355p71\/article\/81PfB4pD\/6a8bb0d89052c.png)\n\n## Data Usage\nThe Data Usage feature, presented through clear statistical cards, displays the total traffic and weekly traffic consumption of the 5G CPE in real time since activation. This helps administrators visually monitor network bandwidth usage trends, enabling timely traffic management and cost control.\n![](https:\/\/resource-wangsu.helplook.net\/docker_production\/355p71\/article\/81PfB4pD\/6a8bb0ec9955e.png)\n\n## Cellular Speeds\nThe Cellular Speeds feature, displayed with intuitive icons and real-time data, accurately presents the current Upload and Download rates of the T830. It helps administrators monitor the device's cellular network connection quality and actual bandwidth throughput performance at any time.\n![](https:\/\/resource-wangsu.helplook.net\/docker_production\/355p71\/article\/81PfB4pD\/6a8bb1043017f.png)\n\n## System Usage\nThe System Usage feature, displayed with clear icons and percentage data, shows the current CPU and RAM usage of the T830 in real time. It helps administrators intuitively monitor system load and hardware resource consumption for timely performance optimization and troubleshooting.","pure_content":"Device Details\nDevice Details displays the core operating parameters of the network management device, including the device model, name, software version, serial number, LAN IP, DHCP status, system time, and runtime, enabling administrators to quickly grasp the basic status and network configuration of the device.\n\nParameter Description:\n\n\n\n Parameter\n Description\n\n\n\n\n Model\n The specific hardware model of the 5G CPE device.\n\n\n Device name\n The user-defined or default hostname assigned to the device for identification.\n\n\n Version\n The current firmware or software release version running on the device.\n\n\n SN\n The unique serial number assigned to the device for warranty and identity verification.\n\n\n LAN IP\n The local area network IP address and subnet mask of the device's internal interface.\n\n\n DHCP\n Indicates whether the built-in DHCP server is enabled to assign IP addresses to LAN clients.\n\n\n System\n The current system date and time of the device.\n\n\n Runtime\n The total duration the device has been continuously powered on and operational since the last reboot.\n\n\n\nCellular Details\nThe Cellular Details feature provides an intuitive display of the real-time status and core connection parameters of the mobile network currently accessed by the 5G CPE, including signal strength (RSRP), network mode, frequency band (Band), WAN IP address, and device IMEI, helping users quickly assess wireless link quality and network connectivity.\n\nParameter Description:\n\n\n\n Parameter\n Description\n\n\n\n\n Mode\n The current cellular network standard that the device is connected to (e.g., 5G, 4G LTE).\n\n\n WAN IP\n The public or private IP address assigned to the device's cellular interface by the carrier network.\n\n\n Band\n The specific frequency band (e.g., N41, N78) currently used for the cellular connection.\n\n\n ARFCN\n Absolute Radio Frequency Channel Number, representing the exact frequency channel of the cell.\n\n\n RSRP\n Reference Signal Received Power, indicating the strength of the received signal from the base station.\n\n\n RSRQ\n Reference Signal Received Quality, indicating the quality of the received signal, factoring in noise and interference.\n\n\n SINR\n Signal-to-Interference-plus-Noise Ratio, measuring the clarity of the signal relative to interference and noise.\n\n\n Cell ID\n The unique identifier of the specific base station cell that the device is currently connected to.\n\n\n IMEI\n International Mobile Equipment Identity, the unique serial number of the 5G CPE hardware device.\n\n\n\nTotal Space\nThe Total Space feature provides an intuitive donut chart visualization of the 5G CPE's built-in storage usage, clearly displaying the capacity and percentage of Used and Available space. This helps administrators monitor real-time storage margins and manage device capacity by cleaning up logs or data when necessary.\n\nInterface Status\nThe Interface Status feature intuitively displays the real-time connection status, negotiated speed (e.g., 5G,2.5G), acquisition protocol (e.g., dynamic dial-up\/static IP), along with core network parameters such as IP address, gateway, and DNS for each network interface (including cellular and LAN ports) via icons and hover tooltips. This enables administrators to quickly troubleshoot link connectivity and configuration anomalies.\n\nClients\nThe Clients feature provides an intuitive categorized breakdown of Online and Offline client statuses, displaying the real-time count of terminal devices currently connected to the 5G CPE. This helps administrators quickly grasp device activity and network load within the local area network.\n\nCPU Temp\nThe CPU Temp feature, designed with an intuitive dashboard, displays the current temperature and operational status (e.g., Good, Warning) of the 5G CPE's processor in real time. It helps administrators monitor the thermal load of the core hardware at any time, preventing performance degradation or hardware damage caused by overheating, thus ensuring the stable operation of the device over extended periods.\n\nData Usage\nThe Data Usage feature, presented through clear statistical cards, displays the total traffic and weekly traffic consumption of the 5G CPE in real time since activation. This helps administrators visually monitor network bandwidth usage trends, enabling timely traffic management and cost control.\n\nCellular Speeds\nThe Cellular Speeds feature, displayed with intuitive icons and real-time data, accurately presents the current Upload and Download rates of the T830. It helps administrators monitor the device's cellular network connection quality and actual bandwidth throughput performance at any time.\n\nSystem Usage\nThe System Usage feature, displayed with clear icons and percentage data, shows the current CPU and RAM usage of the T830 in real time. It helps administrators intuitively monitor system load and hardware resource consumption for timely performance optimization and troubleshooting.","is_draft":"0","editor_type":"2","file_path":"","add_time":"1787100611","update_time":"1788752726"},"pure_content":"Device Details\nDevice Details displays the core operating parameters of the network management device, including the device model, name, software version, serial number, LAN IP, DHCP status, system ti"},{"id":"924226","string_id":"CLJymlBE","status":"1","parent_id":"712762","slug":"Cellular","order":"0","name":"Cellular","type":"2","cover":"","cover_alt":"","desc":null,"website":"","contact":"","seo_title":"","seo_keyword":"","seo_desc":"","share_switch":"0","share_code":"","author":"\u8f9b\u5de5","published_time":"1787101505","add_time":"1787100635","update_time":"1788752729","corp_auth_id":"0","verify_code_auth_id":"0","editor_type":"2","file_type":"","auth_id":"[\"924226\", \"712762\"]","content":{"content_id":"924226","content":"## Network\n**Network**\nIn the Network Setting\u200b page, enable Network Monitor\u200b to continuously check internet connectivity; if communication is lost, the system will auto-reboot after a 10-minute timeout to restore 5G services. Additionally, configure Network Mode\u200b for automatic carrier adaptation, or switch between Router\u200b and Bridge mode via Network Type\u200b to meet diverse networking requirements.\n![](https:\/\/resource-wangsu.helplook.net\/docker_production\/355p71\/article\/CLJymlBE\/6a8bb927eefa4.png)\n**Parameter Description:**\n\n| Parameter | Description|\n| - | - |\n|Network Monitor |Enables the watchdog feature to continuously probe public-network reachability. If internet connectivity is lost for 10 minutes, the device automatically reboots to restore services. |\n| Network Mode| Specifies the preferred radio access technology. Options include Auto (automatic selection), 5G, 4G, or 3G to adapt to different carrier networks and signal environments.|\n\n\n**Lock Band**\nThe Lock Band\u200b feature is designated for network debugging, allowing administrators to manually select and restrict specific 4G (B1-B43\/B71) or 5G (N1-N78) frequency bands to optimize signal quality or mitigate interference. Note that improper modifications may lead to network connection failures, which can be resolved by restoring factory settings.\n![](https:\/\/resource-wangsu.helplook.net\/docker_production\/355p71\/article\/CLJymlBE\/6a8bb97aa28f5.png)\n\n**Lock Community**\nLock Community\u200b is an advanced network debugging feature that, when enabled, allows precise specification of cell parameters such as Mode, ARFCN, PCI, SCS, and Band to force the device to connect exclusively to a specific base station cell, ensuring network stability or optimizing signal quality; please ensure all cell information is entered correctly, as incorrect settings will result in a loss of network connectivity.\n![](https:\/\/resource-wangsu.helplook.net\/docker_production\/355p71\/article\/CLJymlBE\/6a8bb99771a67.png)\n**Parameter Description:**\n\n| Parameter |Description |\n| - | - |\n|Enable | Toggles the Cell Locking feature. If enabled, the device will strictly connect only to the specified target cell based on the parameters below.|\n| Mode|Specifies the Radio Access Technology for the target cell, such as 5G (NR) or 4G (LTE), to define the network generation to be locked. |\n| ARFCN| Absolute Radio Frequency Channel Number (1-999999) used to precisely locate the center frequency of the target cell in the 5G NR or LTE spectrum.|\n|PCI | Physical Cell Identifier (1-9999) serving as a short-term identification of the target base station cell within the network, preventing connection to incorrect cells.|\n|SCS |Subcarrier Spacing (e.g., 30kHz), a core 5G NR physical layer parameter that defines the spacing between subcarriers and must match the target cell configuration. |\n|Band |Specifies the standardized frequency band (1-99, e.g., N1, N28, B3) supported by the target cell to ensure protocol compatibility. |\n\n## SMS\n**Inbox**\nThe Inbox\u200b feature centrally stores and manages all incoming SMS messages received by the device via the SIM card, intuitively displaying the sender number, message content summary, and reception date in a list format; it supports single or bulk deletion operations and allows viewing full message details via the Actions column, serving as the core module for receiving carrier network notifications, alerts, and verification codes.\n![](https:\/\/resource-wangsu.helplook.net\/docker_production\/355p71\/article\/CLJymlBE\/6a8bba90705ee.png)\n\n**Outbox**\nThe Outbox\u200b feature centrally archives and manages records of successfully sent outgoing SMS messages via the device's SIM card, clearly displaying the target recipient number, message content summary, and precise sending date in a list format; it allows administrators to quickly compose new messages or performing single and bulk deletions, with the ability to trace historical communication details via the Actions column, serving as a core module for ensuring remote command delivery and operation\/maintenance information traceability.\n![](https:\/\/resource-wangsu.helplook.net\/docker_production\/355p71\/article\/CLJymlBE\/6a8bbaa28b8c0.png)\n**New Message**\nThe New Message (Compose SMS)\u200b interface provides administrators with an intuitive entry point for editing and delivering text messages, supporting the input of the target recipient number and custom message content, with flexible options to Send immediately, save to Drafts, or Cancel the operation, serving as the core interaction module for device remote O&M notifications, push notifications for network alerts, and point-to-point communication.\n![](https:\/\/resource-wangsu.helplook.net\/docker_production\/355p71\/article\/CLJymlBE\/6a8bbab971e92.png)\n\n**Drafts**\nThe Drafts\u200b feature securely stores unsent SMS content, target numbers, and editing records, supporting operations such as retrieving historical drafts by date, performing bulk deletions, or continuing to edit, effectively preventing the accidental loss of important messages and enhancing SMS management efficiency on the device during offline or unstable network conditions.\n![](https:\/\/resource-wangsu.helplook.net\/docker_production\/355p71\/article\/CLJymlBE\/6a8bbad021137.png)\n\n## APN\nThe Profile Management\u200b feature is used to create, edit, or select cellular network connection profiles, allowing administrators to customize key parameters such as Profile Name, Access Point Name (APN), User, and Password to ensure the 5G\/4G CPE accurately matches various carrier network access policies and establishes data connectivity, while also supporting an \"AUTO\" mode for automatic default configuration retrieval.\n![](https:\/\/resource-wangsu.helplook.net\/docker_production\/355p71\/article\/CLJymlBE\/6a8bbbd6e6126.png)\n\n## AT Command \nThe AT Command Interaction\u200b is an advanced debugging feature for professional developers that allows direct input of standard Hayes AT commands (e.g., for querying signal strength, locking frequency bands, or modifying IMEI) to control the underlying 5G\/4G communication module; as improper commands may cause device crashes or network outages, non-professionals are strongly advised to retain the default settings.\n![](https:\/\/resource-wangsu.helplook.net\/docker_production\/355p71\/article\/CLJymlBE\/6a8bbbea2ecce.png)\n\n## IMEI\nThe Modify IMEI\u200b feature allows advanced users to customize the International Mobile Equipment Identity, typically used for device spoofing on carrier networks, complying with specific allowlist policies, or resolving network restrictions caused by the factory-assigned IMEI; please ensure the input is a valid 15-digit number, as non-compliant entries may prevent the device from registering with the carrier network.\n![](https:\/\/resource-wangsu.helplook.net\/docker_production\/355p71\/article\/CLJymlBE\/6a8bbc0833719.png)","pure_content":"Network\nNetwork\nIn the Network Setting\u200b page, enable Network Monitor\u200b to continuously check internet connectivity; if communication is lost, the system will auto-reboot after a 10-minute timeout to restore 5G services. Additionally, configure Network Mode\u200b for automatic carrier adaptation, or switch between Router\u200b and Bridge mode via Network Type\u200b to meet diverse networking requirements.\n\nParameter Description:\n\n\n\n Parameter\n Description\n\n\n\n\n Network Monitor\n Enables the watchdog feature to continuously probe public-network reachability. If internet connectivity is lost for 10 minutes, the device automatically reboots to restore services.\n\n\n Network Mode\n Specifies the preferred radio access technology. Options include Auto (automatic selection), 5G, 4G, or 3G to adapt to different carrier networks and signal environments.\n\n\n\nLock Band\nThe Lock Band\u200b feature is designated for network debugging, allowing administrators to manually select and restrict specific 4G (B1-B43\/B71) or 5G (N1-N78) frequency bands to optimize signal quality or mitigate interference. Note that improper modifications may lead to network connection failures, which can be resolved by restoring factory settings.\n\nLock Community\nLock Community\u200b is an advanced network debugging feature that, when enabled, allows precise specification of cell parameters such as Mode, ARFCN, PCI, SCS, and Band to force the device to connect exclusively to a specific base station cell, ensuring network stability or optimizing signal quality; please ensure all cell information is entered correctly, as incorrect settings will result in a loss of network connectivity.\n\nParameter Description:\n\n\n\n Parameter\n Description\n\n\n\n\n Enable\n Toggles the Cell Locking feature. If enabled, the device will strictly connect only to the specified target cell based on the parameters below.\n\n\n Mode\n Specifies the Radio Access Technology for the target cell, such as 5G (NR) or 4G (LTE), to define the network generation to be locked.\n\n\n ARFCN\n Absolute Radio Frequency Channel Number (1-999999) used to precisely locate the center frequency of the target cell in the 5G NR or LTE spectrum.\n\n\n PCI\n Physical Cell Identifier (1-9999) serving as a short-term identification of the target base station cell within the network, preventing connection to incorrect cells.\n\n\n SCS\n Subcarrier Spacing (e.g., 30kHz), a core 5G NR physical layer parameter that defines the spacing between subcarriers and must match the target cell configuration.\n\n\n Band\n Specifies the standardized frequency band (1-99, e.g., N1, N28, B3) supported by the target cell to ensure protocol compatibility.\n\n\n\nSMS\nInbox\nThe Inbox\u200b feature centrally stores and manages all incoming SMS messages received by the device via the SIM card, intuitively displaying the sender number, message content summary, and reception date in a list format; it supports single or bulk deletion operations and allows viewing full message details via the Actions column, serving as the core module for receiving carrier network notifications, alerts, and verification codes.\n\nOutbox\nThe Outbox\u200b feature centrally archives and manages records of successfully sent outgoing SMS messages via the device's SIM card, clearly displaying the target recipient number, message content summary, and precise sending date in a list format; it allows administrators to quickly compose new messages or performing single and bulk deletions, with the ability to trace historical communication details via the Actions column, serving as a core module for ensuring remote command delivery and operation\/maintenance information traceability.\n\nNew Message\nThe New Message (Compose SMS)\u200b interface provides administrators with an intuitive entry point for editing and delivering text messages, supporting the input of the target recipient number and custom message content, with flexible options to Send immediately, save to Drafts, or Cancel the operation, serving as the core interaction module for device remote O&M notifications, push notifications for network alerts, and point-to-point communication.\n\nDrafts\nThe Drafts\u200b feature securely stores unsent SMS content, target numbers, and editing records, supporting operations such as retrieving historical drafts by date, performing bulk deletions, or continuing to edit, effectively preventing the accidental loss of important messages and enhancing SMS management efficiency on the device during offline or unstable network conditions.\n\nAPN\nThe Profile Management\u200b feature is used to create, edit, or select cellular network connection profiles, allowing administrators to customize key parameters such as Profile Name, Access Point Name (APN), User, and Password to ensure the 5G\/4G CPE accurately matches various carrier network access policies and establishes data connectivity, while also supporting an \"AUTO\" mode for automatic default configuration retrieval.\n\nAT Command\nThe AT Command Interaction\u200b is an advanced debugging feature for professional developers that allows direct input of standard Hayes AT commands (e.g., for querying signal strength, locking frequency bands, or modifying IMEI) to control the underlying 5G\/4G communication module; as improper commands may cause device crashes or network outages, non-professionals are strongly advised to retain the default settings.\n\nIMEI\nThe Modify IMEI\u200b feature allows advanced users to customize the International Mobile Equipment Identity, typically used for device spoofing on carrier networks, complying with specific allowlist policies, or resolving network restrictions caused by the factory-assigned IMEI; please ensure the input is a valid 15-digit number, as non-compliant entries may prevent the device from registering with the carrier network.","is_draft":"0","editor_type":"2","file_path":"","add_time":"1787100635","update_time":"1788752729"},"pure_content":"Network\nNetwork\nIn the Network Setting\u200b page, enable Network Monitor\u200b to continuously check internet connectivity; if communication is lost, the system will auto-reboot after a 10-minute timeout to re"},{"id":"924227","string_id":"d0T4RmDq","status":"1","parent_id":"712762","slug":"Network","order":"0","name":"Network","type":"2","cover":"","cover_alt":"","desc":null,"website":"","contact":"","seo_title":"","seo_keyword":"","seo_desc":"","share_switch":"0","share_code":"","author":"\u8f9b\u5de5","published_time":"1787101534","add_time":"1787100650","update_time":"1788752731","corp_auth_id":"0","verify_code_auth_id":"0","editor_type":"2","file_type":"","auth_id":"[\"924227\", \"712762\"]","content":{"content_id":"924227","content":"## WAN\/LAN\n**Port Settings**\nThe LAN Interface Configuration feature allows administrators to flexibly switch the role of physical ports (such as LAN, LAN1, WAN) on the T830's top visual area. In the form below, key network parameters such as the IPv4 address, IPv4 Netmask, and MTU can be precisely set for the currently selected LAN interface. The configuration takes effect after clicking \"save\", meeting diverse internal network planning and business interconnection\/integration requirements.\n![](https:\/\/resource-wangsu.helplook.net\/docker_production\/355p71\/article\/d0T4RmDq\/6a8bf3f09f303.png)\n\n**Port Information**\nThe Port Status Overview feature presents the core network information and operational status of each physical and cellular port of the T830 in a clear tabular format. It covers key indicators such as Port Type, IP Address, Gateway, DNS, real-time connection Speed, and MAC Address. This helps administrators quickly grasp the status of the network links and interface configurations, facilitating daily inspections and troubleshooting.\n![](https:\/\/resource-wangsu.helplook.net\/docker_production\/355p71\/article\/d0T4RmDq\/6a8bf42b3a224.png)\n**Parameter Description:**\n\n| Parameter | Description|\n| - | - |\n|Port ID |Unique identifier for the physical or logical port on the T830 device. |\n|Port Type |Classification of the port's function, such as LAN (Local Area Network) or Mobile WAN (Cellular Wide Area Network). |\n|IP Address |The specific Internet Protocol address assigned to the port for network communication and data routing. |\n|Gateway |The IP address of the next-hop router or default gateway used to forward data packets to external networks. |\n| DNS| Domain Name System server addresses that translate human-readable domain names into machine-readable IP addresses.|\n|Speed | The current negotiated transmission rate or connection status of the port (e.g., No Link, 2.5 G, 5 G).|\n|MAC Address | The unique Media Access Control address assigned to the network interface for communication on the local network segment.|\n\n## VLAN\nThe VLAN Configuration Management feature provides an intuitive list view and a quick-action area, allowing administrators to quickly search, add, enable, disable, or delete Virtual Local Area Networks on the T830. It also supports viewing and editing details such as VLAN ID, Name, MAC Address, IP Address, Subnet Mask, bound Interface, and Remarks, thereby achieving efficient network broadcast domain isolation and refined IP subnet planning.\n![](https:\/\/resource-wangsu.helplook.net\/docker_production\/355p71\/article\/d0T4RmDq\/6a8bf4cf2dd28.png)\n**Add VLAN**\nThe VLAN Creation Wizard feature provides an intuitive pop-up configuration interface for the T830, guiding administrators to sequentially set the VLAN ID (range 5-4094), custom VLAN Name, MAC Address, IP Address, Subnet Mask, bound physical Interface (e.g., lan), optional Remarks, and initial Status (Enable or Disable). Clicking \"save\" quickly completes the deployment of a new Virtual Local Area Network and broadcast domain segmentation.\n![](https:\/\/resource-wangsu.helplook.net\/docker_production\/355p71\/article\/d0T4RmDq\/6a8bf5af633be.png)\n**Parameter Description:**\n\n| Parameter |Description |\n| - | - |\n|VLAN ID | The unique numeric identifier for the Virtual Local Area Network, typically ranging from 5 to 4094.|\n| VLAN Name| A custom descriptive name assigned to the VLAN for easier identification and management.|\n|MAC Address |The Media Access Control address associated with the VLAN interface, which can be manually set or left to the system default (e.g., 00:00:00:00:00:00). |\n| IP| The IPv4 address assigned to the VLAN interface, serving as the default gateway for devices within that subnet.|\n|Subnet Mask |The mask used to define the network portion of the IP address, determining the range of available host addresses within the VLAN. |\n| Interface| The physical or logical port (e.g., lan) on the T830 that the VLAN is bound to for traffic transmission.|\n|Remarks | Optional textual notes or descriptions added by the administrator for documentation and reference purposes.|\n|Status |The operational state of the VLAN, where \"Enable\" activates the VLAN for network traffic and \"Disable\" deactivates it. |\n\n## DHCP\n**DHCP Server**\nThe DHCP Server Management feature provides a centralized control panel for Dynamic Host Configuration Protocol services on the T830. It allows administrators to view the DHCP operational status of each interface through an intuitive list, and quickly add or modify core network parameters such as the Address Pool, Subnet Mask, Gateway, and DNS. Additionally, it supports flexible setting of Leases Times and Status (Enable\/Disable), thereby achieving automated, refined management and efficient distribution of IP addresses for clients within the local area network.\n![](https:\/\/resource-wangsu.helplook.net\/docker_production\/355p71\/article\/d0T4RmDq\/6a8bfb8d00172.png)\n**Add DHCP Server**\nThe DHCP Server Addition Wizard feature provides a concise and intuitive pop-up configuration interface for the T830. It allows administrators to quickly select the physical or logical interface (e.g., lan) bound to the service, accurately define the start and end range of the dynamic IP Address Pool, customize the Leases Time (e.g., 12h), and optionally enter Primary and Secondary DNS server addresses. Clicking \"Save\" efficiently completes the deployment of DHCP services within a specific network segment and issues automated IP allocation policies.\n![](https:\/\/resource-wangsu.helplook.net\/docker_production\/355p71\/article\/d0T4RmDq\/6a8bfbc7b15d4.png)\n**Parameter Description:**\n\n| Parameter |Description |\n| - | - |\n|Interface | The specific physical or logical port (e.g., lan) on the T830 to which the DHCP server instance is bound to provide address allocation services.|\n|Address Pool | The definable range of IP addresses (start IP to end IP) available for dynamic lease and assignment to client devices within the network segment.|\n| Leases Time|The duration for which a client is permitted to use an assigned IP address, typically configured in minutes (m) or hours (h), such as 12h. |\n|Primary DNS | The preferred Domain Name System server IP address distributed to clients, used to resolve domain names into IP addresses for network access.|\n|Secondary DNS | An optional backup DNS server IP address distributed to clients, ensuring continued normal domain name resolution if the primary DNS fails.|\n\n\n**DHCP Static**\nThe DHCP Static Binding Management feature provides a dedicated IP allocation control panel based on MAC Addresses or DUIDs for the T830. It allows administrators to intuitively view the hostname, fixed IP address, leases times, and unique identifiers of bound devices through a list, and perform add, delete, or modify actions at any time. This ensures that critical devices (such as servers, printers, or surveillance terminals) always obtain a stable and immutable IP address within the network environment, achieving efficient network identity recognition and access control.\n![](https:\/\/resource-wangsu.helplook.net\/docker_production\/355p71\/article\/d0T4RmDq\/6a8bfc8c5dcf8.png)\n**Parameter Description:**\n\n| Parameter | Description|\n| - | - |\n|Index |The sequential numerical identifier for each static DHCP binding entry, used for listing and referencing specific configuration items. |\n| Hostname| The custom device name or alias assigned to the client, making it easier for administrators to identify specific machines on the network.|\n|Mac Address | The unique physical Media Access Control address of the client device, used to ensure that a specific device always receives the same reserved IP address.|\n|IP Address | The fixed IPv4 address statically bound to the client's MAC Address or DUID, providing a permanent network identity for the device.|\n|Leases Times | The duration for which the statically assigned IP address is allocated to the client, defining the validity period of the lease.|\n|DUID |The DHCPv6 Unique Identifier assigned to the client, used in IPv6 networks to uniquely identify the device for static IP allocation. |\n|Actions|Operational buttons allowing administrators to edit or delete specific static binding entries as needed. |\n\n\n**DHCP Client List**\nThe DHCP Client List feature provides a real time local area network host monitoring view for the T830. It allows administrators to centrally view detailed information of all online clients currently obtaining IP addresses via the DHCP service, including hostname, assigned IP address, MAC Address, remaining lease time, and static binding status toggle. Additionally, search and pagination functions enable efficient management and tracking of network device connections.\n![](https:\/\/resource-wangsu.helplook.net\/docker_production\/355p71\/article\/d0T4RmDq\/6a8bfde257efd.png)\n\n\n## TR069\nThe TR069 Remote Management Configuration feature provides an automated operations and maintenance channel based on the CWMP protocol for the T830. It allows administrators to enable the service with one click and accurately fill in the ACS (Auto-Configuration Server) URL, authentication username, and password. It supports flexible setting of periodic notification intervals to actively maintain management connections, and configuring Connect Request authentication information to allow the server to actively initiate remote provisioning or diagnostics. This achieves zero-touch deployment and efficient full lifecycle centralized control of batch devices.\n![](https:\/\/resource-wangsu.helplook.net\/docker_production\/355p71\/article\/d0T4RmDq\/6a8bfed43dcb5.png)\n\n## Static Routes\n**Routing Tables**\nThe Routing Tables feature provides a core network path forwarding query and management panel for the T830. It allows administrators to intuitively view the current kernel routing entries of the device, including system-generated directly connected network segments (e.g., br-lan) and static or default routes pointing to specific interfaces (e.g., ccmni2). It details key parameters such as destination address, subnet mask, next-hop gateway, and route metric, thereby assisting operations personnel in monitoring data flow in real-time, troubleshooting network connectivity issues, and optimizing traffic forwarding strategies.\n![](https:\/\/resource-wangsu.helplook.net\/docker_production\/355p71\/article\/d0T4RmDq\/6a8bff5dbb378.png)\n**Parameter Description:**\n\n| Parameter |Description|\n| - | - |\n|Index |The sequence number or unique identifier of the routing entry, used for referencing and managing specific routes in the routing table. |\n|Interface | The destination IP address or network segment that the routing rule targets, defining where the data packet is intended to go.|\n|Subnet Mask | The mask used to determine the network portion of the destination address, defining the scope and range of the target network.|\n| Gateway| The IP address of the next-hop router or gateway to which packets are forwarded to reach the destination network.|\n|Metric |The priority or cost value of the route; lower values indicate higher priority and are preferred when multiple paths to the same destination exist. |\n\n**Static IPv4 Routes**\nThe Static IPv4 Routes feature provides flexible manual path planning and traffic control capabilities for the T830. It allows administrators to manually add, enable, disable, or delete specific routing rules. By accurately configuring key parameters such as destination address, subnet mask, outgoing interface, next-hop gateway, and route metric, it achieves cross-subnet communication within the LAN, multi-exit policy routing, and directional forwarding of specific service traffic. This meets the refined operation and maintenance requirements in complex network environments.\n![](https:\/\/resource-wangsu.helplook.net\/docker_production\/355p71\/article\/d0T4RmDq\/6a8bffbb5eb14.png)\n**Parameter Description:**\n\n| Parameter | Description|\n| - | - |\n| Index| The unique sequence number or identifier for the static route entry, used for ordering and managing specific routes in the list.|\n| Interface|The local network interface (e.g., WAN, LAN) through which traffic for the destination network is forwarded.|\n|Dest address| The destination IP address or specific network segment that the static route targets.|\n| Subnet Mask|The mask used to define the network portion and scope of the destination IP address. |\n|Gateway | The IP address of the next-hop router or gateway to which packets are forwarded to reach the destination.|\n|Metric |The priority or cost value of the route; lower values indicate higher priority when multiple paths to the same destination exist. |\n|Status |The current operational state of the static route (e.g., Enabled or Disabled), indicating whether the rule is active. |\n| Actions| Operational buttons allowing administrators to modify (Edit) or remove (Delete) the specific route entry.|\n\n**Static IPv6 Routes**\nThe Static IPv6 Routes feature provides the T830 with precise traffic control and path planning capabilities for the next-generation Internet protocol. It allows administrators to manually add, enable, disable, or delete specific IPv6 routing rules. By flexibly configuring key parameters such as destination address, outgoing interface, next-hop gateway, and route metric, it achieves cross-subnet communication, multi-exit policy routing, and directional forwarding of specific service traffic in IPv6 network environments. This meets the refined operation and maintenance requirements in complex IPv6 network architectures.\n![](https:\/\/resource-wangsu.helplook.net\/docker_production\/355p71\/article\/d0T4RmDq\/6a8c01b41a057.png)\n\n## Load Balancing\nThe Multi-WAN Load Balancing feature provides the T830 with efficient bandwidth aggregation and redundant backup capabilities. It allows administrators to logically bind multiple WAN interfaces (e.g., wan and wan6) and intelligently distribute outbound traffic by customizing load ratios (e.g., 1:1). Together with operations such as adding, enabling, disabling, or deleting rules, it maximizes network bandwidth utilization, enables automatic failover in case of link failures, and ensures stable access in high-concurrency scenarios.\n![](https:\/\/resource-wangsu.helplook.net\/docker_production\/355p71\/article\/d0T4RmDq\/6a8c01fd17644.png)\n**Add Load Balancing**\nThe Add Multi-WAN Load Balancing pop-up window provides an intuitive policy configuration interface for the T830. It allows administrators to view available physical or virtual interfaces (such as wan, wan6, and wg_vpn) within the pop-up, flexibly enable target interfaces and customize their load weight ratios by clicking \"Open\", and fill in remarks for subsequent operation and maintenance. The configuration is applied to the system's load balancing rules upon saving, thereby achieving refined scheduling of multi-link traffic and bandwidth optimization.\n![](https:\/\/resource-wangsu.helplook.net\/docker_production\/355p71\/article\/d0T4RmDq\/6a8c024296d65.png)\n\n## Port Routing\nThe Port Routing feature provides the T830 with advanced policy routing capabilities based on protocol and port levels. It allows administrators to direct specific service traffic to designated WAN interfaces based on fine-grained conditions such as source\/destination IP addresses, source\/destination ports, and communication protocols. Through operations such as adding, enabling, disabling, or deleting rules, it achieves intelligent path selection, bandwidth guarantee for critical applications, and access strategy optimization in multi-line network environments.\n![](https:\/\/resource-wangsu.helplook.net\/docker_production\/355p71\/article\/d0T4RmDq\/6a8c0384cc169.png)\n**Add Port Routing**\nThe Add Port Routing pop-up window provides a refined policy routing configuration interface for the T830. It allows administrators to customize the outgoing interface (e.g., wan) and communication protocol, and accurately fill in key matching conditions such as source\/destination IP addresses and source\/destination port numbers. This enables the creation of highly customized traffic splitting rules, ensuring that specific service data is precisely forwarded to the designated link according to preset policies, ultimately achieving intelligent scheduling of network traffic and efficient utilization of multi-line bandwidth.\n![](https:\/\/resource-wangsu.helplook.net\/docker_production\/355p71\/article\/d0T4RmDq\/6a8c04f261a80.png)\n**Parameter Description:**\n\n| Parameter |Description |\n| - | - |\n| Index|The unique sequence number or identifier for the static route entry, used for ordering and managing specific routes in the list. |\n|Interface |The local network interface (e.g., WAN, LAN) through which traffic for the destination network is forwarded. |\n| Dest address| The destination IP address or specific network segment that the static route targets.|\n|Subnet Mask | The mask used to define the network portion and scope of the destination IP address.|\n|Gateway | The IP address of the next-hop router or gateway to which packets are forwarded to reach the destination.|\n|Metric |The priority or cost value of the route; lower values indicate higher priority when multiple paths to the same destination exist. |\n|Status | The current operational state of the static route (e.g., Enabled or Disabled), indicating whether the rule is active.|\n| Actions| Operational buttons allowing administrators to modify (Edit) or remove (Delete) the specific route entry.|\n\n## Port Forwarding\n**Port Forwarding**\nThe Port Forwarding feature provides the T830 with secure external mapping capabilities for internal services. It allows administrators to accurately forward specific IP address and port requests from the external network to the corresponding host and service port in the intranet according to the specified protocol. Through operations such as adding, enabling, disabling, or deleting rules, it conveniently enables public network access to intranet applications like remote monitoring and private servers, as well as NAT policy management.\n![](https:\/\/resource-wangsu.helplook.net\/docker_production\/355p71\/article\/d0T4RmDq\/6a8c05b279f10.png)\n**Add Port Forwards**\nThe Port Forwards feature provides the T830 with DNAT-based inbound access mapping capabilities. It allows administrators to precisely combine protocol, external port, internal IP, and internal port to forward specific requests received on the public interface to a designated host in the LAN, with optional source IP restrictions and rule enable\/disable control, thereby achieving secure exposure of intranet services and refined perimeter access management.\n![](https:\/\/resource-wangsu.helplook.net\/docker_production\/355p71\/article\/d0T4RmDq\/6a8c05d3edf79.png)\n**Parameter Description:**\n\n| Parameter | Description|\n| - | - |\n|Name |A custom label for the port forwarding rule, used to identify the specific service or application mapping for easy management and subsequent maintenance. |\n|External Address |The public IP address on the T830's WAN interface that listens for incoming external connection requests; leaving it blank typically defaults to all available public IPs. |\n|External Port |The specific port number (1-65535) on the external interface that triggers the forwarding rule when accessed by external users. |\n|Proto |The transport layer protocol to be matched for the traffic, with options such as TCP, UDP, or tcp+udp to ensure accurate routing to the intranet service. |\n|Intranet Address | The destination IP address of the internal host (e.g., a local server or PC) within the LAN that will receive the forwarded traffic.|\n|Intranet Port | The specific service port (1-65535) on the internal host that listens for and processes the forwarded connection request.|\n\n**DMZ Host**\nThe DMZ Host (Demilitarized Zone) feature provides the T830 with a mechanism to fully expose specific intranet devices to the public network. It allows administrators to direct inbound traffic that does not match any port forwarding rules to a designated intranet host IP. This is suitable for scenarios requiring all ports to be open, such as gaming consoles or servers, and enables flexible perimeter access control and security management through adding, enabling, disabling, or deleting rules.\n![](https:\/\/resource-wangsu.helplook.net\/docker_production\/355p71\/article\/d0T4RmDq\/6a8c08926eb6e.png)\n\n**Add DMZ Host**\nThe \"Add DMZ Host\" pop-up window for the T830 provides network administrators with a convenient interface for configuring DMZ rules. It supports custom rule names and precise input of the external listening address and the corresponding intranet host IP. This enables the quick setup of a specified intranet device as a DMZ host, facilitating the unified forwarding and management of all inbound traffic from the public network that does not match existing port forwarding rules.\n![](https:\/\/resource-wangsu.helplook.net\/docker_production\/355p71\/article\/d0T4RmDq\/6a8c08b77fe63.png)","pure_content":"WAN\/LAN\nPort Settings\nThe LAN Interface Configuration feature allows administrators to flexibly switch the role of physical ports (such as LAN, LAN1, WAN) on the T830's top visual area. In the form below, key network parameters such as the IPv4 address, IPv4 Netmask, and MTU can be precisely set for the currently selected LAN interface. The configuration takes effect after clicking \"save\", meeting diverse internal network planning and business interconnection\/integration requirements.\n\nPort Information\nThe Port Status Overview feature presents the core network information and operational status of each physical and cellular port of the T830 in a clear tabular format. It covers key indicators such as Port Type, IP Address, Gateway, DNS, real-time connection Speed, and MAC Address. This helps administrators quickly grasp the status of the network links and interface configurations, facilitating daily inspections and troubleshooting.\n\nParameter Description:\n\n\n\n Parameter\n Description\n\n\n\n\n Port ID\n Unique identifier for the physical or logical port on the T830 device.\n\n\n Port Type\n Classification of the port's function, such as LAN (Local Area Network) or Mobile WAN (Cellular Wide Area Network).\n\n\n IP Address\n The specific Internet Protocol address assigned to the port for network communication and data routing.\n\n\n Gateway\n The IP address of the next-hop router or default gateway used to forward data packets to external networks.\n\n\n DNS\n Domain Name System server addresses that translate human-readable domain names into machine-readable IP addresses.\n\n\n Speed\n The current negotiated transmission rate or connection status of the port (e.g., No Link, 2.5 G, 5 G).\n\n\n MAC Address\n The unique Media Access Control address assigned to the network interface for communication on the local network segment.\n\n\n\nVLAN\nThe VLAN Configuration Management feature provides an intuitive list view and a quick-action area, allowing administrators to quickly search, add, enable, disable, or delete Virtual Local Area Networks on the T830. It also supports viewing and editing details such as VLAN ID, Name, MAC Address, IP Address, Subnet Mask, bound Interface, and Remarks, thereby achieving efficient network broadcast domain isolation and refined IP subnet planning.\n\nAdd VLAN\nThe VLAN Creation Wizard feature provides an intuitive pop-up configuration interface for the T830, guiding administrators to sequentially set the VLAN ID (range 5-4094), custom VLAN Name, MAC Address, IP Address, Subnet Mask, bound physical Interface (e.g., lan), optional Remarks, and initial Status (Enable or Disable). Clicking \"save\" quickly completes the deployment of a new Virtual Local Area Network and broadcast domain segmentation.\n\nParameter Description:\n\n\n\n Parameter\n Description\n\n\n\n\n VLAN ID\n The unique numeric identifier for the Virtual Local Area Network, typically ranging from 5 to 4094.\n\n\n VLAN Name\n A custom descriptive name assigned to the VLAN for easier identification and management.\n\n\n MAC Address\n The Media Access Control address associated with the VLAN interface, which can be manually set or left to the system default (e.g., 00:00:00:00:00:00).\n\n\n IP\n The IPv4 address assigned to the VLAN interface, serving as the default gateway for devices within that subnet.\n\n\n Subnet Mask\n The mask used to define the network portion of the IP address, determining the range of available host addresses within the VLAN.\n\n\n Interface\n The physical or logical port (e.g., lan) on the T830 that the VLAN is bound to for traffic transmission.\n\n\n Remarks\n Optional textual notes or descriptions added by the administrator for documentation and reference purposes.\n\n\n Status\n The operational state of the VLAN, where \"Enable\" activates the VLAN for network traffic and \"Disable\" deactivates it.\n\n\n\nDHCP\nDHCP Server\nThe DHCP Server Management feature provides a centralized control panel for Dynamic Host Configuration Protocol services on the T830. It allows administrators to view the DHCP operational status of each interface through an intuitive list, and quickly add or modify core network parameters such as the Address Pool, Subnet Mask, Gateway, and DNS. Additionally, it supports flexible setting of Leases Times and Status (Enable\/Disable), thereby achieving automated, refined management and efficient distribution of IP addresses for clients within the local area network.\n\nAdd DHCP Server\nThe DHCP Server Addition Wizard feature provides a concise and intuitive pop-up configuration interface for the T830. It allows administrators to quickly select the physical or logical interface (e.g., lan) bound to the service, accurately define the start and end range of the dynamic IP Address Pool, customize the Leases Time (e.g., 12h), and optionally enter Primary and Secondary DNS server addresses. Clicking \"Save\" efficiently completes the deployment of DHCP services within a specific network segment and issues automated IP allocation policies.\n\nParameter Description:\n\n\n\n Parameter\n Description\n\n\n\n\n Interface\n The specific physical or logical port (e.g., lan) on the T830 to which the DHCP server instance is bound to provide address allocation services.\n\n\n Address Pool\n The definable range of IP addresses (start IP to end IP) available for dynamic lease and assignment to client devices within the network segment.\n\n\n Leases Time\n The duration for which a client is permitted to use an assigned IP address, typically configured in minutes (m) or hours (h), such as 12h.\n\n\n Primary DNS\n The preferred Domain Name System server IP address distributed to clients, used to resolve domain names into IP addresses for network access.\n\n\n Secondary DNS\n An optional backup DNS server IP address distributed to clients, ensuring continued normal domain name resolution if the primary DNS fails.\n\n\n\nDHCP Static\nThe DHCP Static Binding Management feature provides a dedicated IP allocation control panel based on MAC Addresses or DUIDs for the T830. It allows administrators to intuitively view the hostname, fixed IP address, leases times, and unique identifiers of bound devices through a list, and perform add, delete, or modify actions at any time. This ensures that critical devices (such as servers, printers, or surveillance terminals) always obtain a stable and immutable IP address within the network environment, achieving efficient network identity recognition and access control.\n\nParameter Description:\n\n\n\n Parameter\n Description\n\n\n\n\n Index\n The sequential numerical identifier for each static DHCP binding entry, used for listing and referencing specific configuration items.\n\n\n Hostname\n The custom device name or alias assigned to the client, making it easier for administrators to identify specific machines on the network.\n\n\n Mac Address\n The unique physical Media Access Control address of the client device, used to ensure that a specific device always receives the same reserved IP address.\n\n\n IP Address\n The fixed IPv4 address statically bound to the client's MAC Address or DUID, providing a permanent network identity for the device.\n\n\n Leases Times\n The duration for which the statically assigned IP address is allocated to the client, defining the validity period of the lease.\n\n\n DUID\n The DHCPv6 Unique Identifier assigned to the client, used in IPv6 networks to uniquely identify the device for static IP allocation.\n\n\n Actions\n Operational buttons allowing administrators to edit or delete specific static binding entries as needed.\n\n\n\nDHCP Client List\nThe DHCP Client List feature provides a real time local area network host monitoring view for the T830. It allows administrators to centrally view detailed information of all online clients currently obtaining IP addresses via the DHCP service, including hostname, assigned IP address, MAC Address, remaining lease time, and static binding status toggle. Additionally, search and pagination functions enable efficient management and tracking of network device connections.\n\nTR069\nThe TR069 Remote Management Configuration feature provides an automated operations and maintenance channel based on the CWMP protocol for the T830. It allows administrators to enable the service with one click and accurately fill in the ACS (Auto-Configuration Server) URL, authentication username, and password. It supports flexible setting of periodic notification intervals to actively maintain management connections, and configuring Connect Request authentication information to allow the server to actively initiate remote provisioning or diagnostics. This achieves zero-touch deployment and efficient full lifecycle centralized control of batch devices.\n\nStatic Routes\nRouting Tables\nThe Routing Tables feature provides a core network path forwarding query and management panel for the T830. It allows administrators to intuitively view the current kernel routing entries of the device, including system-generated directly connected network segments (e.g., br-lan) and static or default routes pointing to specific interfaces (e.g., ccmni2). It details key parameters such as destination address, subnet mask, next-hop gateway, and route metric, thereby assisting operations personnel in monitoring data flow in real-time, troubleshooting network connectivity issues, and optimizing traffic forwarding strategies.\n\nParameter Description:\n\n\n\n Parameter\n Description\n\n\n\n\n Index\n The sequence number or unique identifier of the routing entry, used for referencing and managing specific routes in the routing table.\n\n\n Interface\n The destination IP address or network segment that the routing rule targets, defining where the data packet is intended to go.\n\n\n Subnet Mask\n The mask used to determine the network portion of the destination address, defining the scope and range of the target network.\n\n\n Gateway\n The IP address of the next-hop router or gateway to which packets are forwarded to reach the destination network.\n\n\n Metric\n The priority or cost value of the route; lower values indicate higher priority and are preferred when multiple paths to the same destination exist.\n\n\n\nStatic IPv4 Routes\nThe Static IPv4 Routes feature provides flexible manual path planning and traffic control capabilities for the T830. It allows administrators to manually add, enable, disable, or delete specific routing rules. By accurately configuring key parameters such as destination address, subnet mask, outgoing interface, next-hop gateway, and route metric, it achieves cross-subnet communication within the LAN, multi-exit policy routing, and directional forwarding of specific service traffic. This meets the refined operation and maintenance requirements in complex network environments.\n\nParameter Description:\n\n\n\n Parameter\n Description\n\n\n\n\n Index\n The unique sequence number or identifier for the static route entry, used for ordering and managing specific routes in the list.\n\n\n Interface\n The local network interface (e.g., WAN, LAN) through which traffic for the destination network is forwarded.\n\n\n Dest address\n The destination IP address or specific network segment that the static route targets.\n\n\n Subnet Mask\n The mask used to define the network portion and scope of the destination IP address.\n\n\n Gateway\n The IP address of the next-hop router or gateway to which packets are forwarded to reach the destination.\n\n\n Metric\n The priority or cost value of the route; lower values indicate higher priority when multiple paths to the same destination exist.\n\n\n Status\n The current operational state of the static route (e.g., Enabled or Disabled), indicating whether the rule is active.\n\n\n Actions\n Operational buttons allowing administrators to modify (Edit) or remove (Delete) the specific route entry.\n\n\n\nStatic IPv6 Routes\nThe Static IPv6 Routes feature provides the T830 with precise traffic control and path planning capabilities for the next-generation Internet protocol. It allows administrators to manually add, enable, disable, or delete specific IPv6 routing rules. By flexibly configuring key parameters such as destination address, outgoing interface, next-hop gateway, and route metric, it achieves cross-subnet communication, multi-exit policy routing, and directional forwarding of specific service traffic in IPv6 network environments. This meets the refined operation and maintenance requirements in complex IPv6 network architectures.\n\nLoad Balancing\nThe Multi-WAN Load Balancing feature provides the T830 with efficient bandwidth aggregation and redundant backup capabilities. It allows administrators to logically bind multiple WAN interfaces (e.g., wan and wan6) and intelligently distribute outbound traffic by customizing load ratios (e.g., 1:1). Together with operations such as adding, enabling, disabling, or deleting rules, it maximizes network bandwidth utilization, enables automatic failover in case of link failures, and ensures stable access in high-concurrency scenarios.\n\nAdd Load Balancing\nThe Add Multi-WAN Load Balancing pop-up window provides an intuitive policy configuration interface for the T830. It allows administrators to view available physical or virtual interfaces (such as wan, wan6, and wg_vpn) within the pop-up, flexibly enable target interfaces and customize their load weight ratios by clicking \"Open\", and fill in remarks for subsequent operation and maintenance. The configuration is applied to the system's load balancing rules upon saving, thereby achieving refined scheduling of multi-link traffic and bandwidth optimization.\n\nPort Routing\nThe Port Routing feature provides the T830 with advanced policy routing capabilities based on protocol and port levels. It allows administrators to direct specific service traffic to designated WAN interfaces based on fine-grained conditions such as source\/destination IP addresses, source\/destination ports, and communication protocols. Through operations such as adding, enabling, disabling, or deleting rules, it achieves intelligent path selection, bandwidth guarantee for critical applications, and access strategy optimization in multi-line network environments.\n\nAdd Port Routing\nThe Add Port Routing pop-up window provides a refined policy routing configuration interface for the T830. It allows administrators to customize the outgoing interface (e.g., wan) and communication protocol, and accurately fill in key matching conditions such as source\/destination IP addresses and source\/destination port numbers. This enables the creation of highly customized traffic splitting rules, ensuring that specific service data is precisely forwarded to the designated link according to preset policies, ultimately achieving intelligent scheduling of network traffic and efficient utilization of multi-line bandwidth.\n\nParameter Description:\n\n\n\n Parameter\n Description\n\n\n\n\n Index\n The unique sequence number or identifier for the static route entry, used for ordering and managing specific routes in the list.\n\n\n Interface\n The local network interface (e.g., WAN, LAN) through which traffic for the destination network is forwarded.\n\n\n Dest address\n The destination IP address or specific network segment that the static route targets.\n\n\n Subnet Mask\n The mask used to define the network portion and scope of the destination IP address.\n\n\n Gateway\n The IP address of the next-hop router or gateway to which packets are forwarded to reach the destination.\n\n\n Metric\n The priority or cost value of the route; lower values indicate higher priority when multiple paths to the same destination exist.\n\n\n Status\n The current operational state of the static route (e.g., Enabled or Disabled), indicating whether the rule is active.\n\n\n Actions\n Operational buttons allowing administrators to modify (Edit) or remove (Delete) the specific route entry.\n\n\n\nPort Forwarding\nPort Forwarding\nThe Port Forwarding feature provides the T830 with secure external mapping capabilities for internal services. It allows administrators to accurately forward specific IP address and port requests from the external network to the corresponding host and service port in the intranet according to the specified protocol. Through operations such as adding, enabling, disabling, or deleting rules, it conveniently enables public network access to intranet applications like remote monitoring and private servers, as well as NAT policy management.\n\nAdd Port Forwards\nThe Port Forwards feature provides the T830 with DNAT-based inbound access mapping capabilities. It allows administrators to precisely combine protocol, external port, internal IP, and internal port to forward specific requests received on the public interface to a designated host in the LAN, with optional source IP restrictions and rule enable\/disable control, thereby achieving secure exposure of intranet services and refined perimeter access management.\n\nParameter Description:\n\n\n\n Parameter\n Description\n\n\n\n\n Name\n A custom label for the port forwarding rule, used to identify the specific service or application mapping for easy management and subsequent maintenance.\n\n\n External Address\n The public IP address on the T830's WAN interface that listens for incoming external connection requests; leaving it blank typically defaults to all available public IPs.\n\n\n External Port\n The specific port number (1-65535) on the external interface that triggers the forwarding rule when accessed by external users.\n\n\n Proto\n The transport layer protocol to be matched for the traffic, with options such as TCP, UDP, or tcp+udp to ensure accurate routing to the intranet service.\n\n\n Intranet Address\n The destination IP address of the internal host (e.g., a local server or PC) within the LAN that will receive the forwarded traffic.\n\n\n Intranet Port\n The specific service port (1-65535) on the internal host that listens for and processes the forwarded connection request.\n\n\n\nDMZ Host\nThe DMZ Host (Demilitarized Zone) feature provides the T830 with a mechanism to fully expose specific intranet devices to the public network. It allows administrators to direct inbound traffic that does not match any port forwarding rules to a designated intranet host IP. This is suitable for scenarios requiring all ports to be open, such as gaming consoles or servers, and enables flexible perimeter access control and security management through adding, enabling, disabling, or deleting rules.\n\nAdd DMZ Host\nThe \"Add DMZ Host\" pop-up window for the T830 provides network administrators with a convenient interface for configuring DMZ rules. It supports custom rule names and precise input of the external listening address and the corresponding intranet host IP. This enables the quick setup of a specified intranet device as a DMZ host, facilitating the unified forwarding and management of all inbound traffic from the public network that does not match existing port forwarding rules.","is_draft":"0","editor_type":"2","file_path":"","add_time":"1787100650","update_time":"1788752731"},"pure_content":"WAN\/LAN\nPort Settings\nThe LAN Interface Configuration feature allows administrators to flexibly switch the role of physical ports (such as LAN, LAN1, WAN) on the T830's top visual area. In the form b"},{"id":"924228","string_id":"fOsdvVDM","status":"1","parent_id":"712762","slug":"VPN","order":"0","name":"VPN","type":"2","cover":"","cover_alt":"","desc":null,"website":"","contact":"","seo_title":"","seo_keyword":"","seo_desc":"","share_switch":"0","share_code":"","author":"\u8f9b\u5de5","published_time":"1787101537","add_time":"1787100676","update_time":"1787569395","corp_auth_id":"0","verify_code_auth_id":"0","editor_type":"2","file_type":"","auth_id":"[\"924228\", \"712762\"]","content":{"content_id":"924228","content":"## L2TP\nThe L2TP Client feature on the T830 provides the device with convenient Layer 2 Tunneling Protocol dial-up capabilities. It allows administrators to quickly configure remote server addresses, account credentials, and remarks via the \"Add\" button, enabling the T830 to establish low-cost, highly compatible VPN tunnels and secure data connections with remote corporate intranets. Administrators can intuitively view connection statuses and assigned IP addresses through the list, and achieve flexible connection control with options to enable, disable, or delete rules.\n![](https:\/\/resource-wangsu.helplook.net\/docker_production\/355p71\/article\/fOsdvVDM\/6a8c22895694b.png)\n**Add L2TP Client**\nThe \"Add L2TP Client\" pop-up window on the T830 provides network administrators with a comprehensive interface for creating VPN tunnels. It supports custom rule names and precise entry of remote server addresses, authentication usernames, and passwords. Additionally, it allows advanced configuration of MTU and MRU packet sizes, as well as auto-redial intervals. This enables the rapid establishment of secure and stable L2TP dial-up connections, facilitating seamless access and efficient management between the device and remote intranets.\n![](https:\/\/resource-wangsu.helplook.net\/docker_production\/355p71\/article\/fOsdvVDM\/6a8c22aa097b0.png)\n**Parameter Description:**\n\n| Parameter |Description|\n| - | - |\n|Name |A custom label for the L2TP client connection rule, used to identify the specific VPN tunnel for easy management and subsequent maintenance. |\n| Server| The public IP address or domain name of the remote L2TP VPN server that the T830 will attempt to connect to.|\n| Username| The account name required for authenticating the L2TP connection to the remote server.|\n|Password |The corresponding password credential used alongside the username to establish the secure VPN tunnel. |\n|MTU |Maximum Transmission Unit, defining the largest packet size (default 1400 bytes) that can be sent over the L2TP tunnel to optimize data transmission efficiency. |\n|MRU |Maximum Receive Unit, specifying the largest packet size (default 1400 bytes) the client can accept from the peer, ensuring consistent communication parameters. |\n|Interval duration redial |The waiting period (in minutes, default 30 mins) before the T830 automatically attempts to re-establish the connection if the L2TP link is disconnected. |\n|Remarks | Optional descriptive notes or comments added by the administrator to provide additional context or annotations for the specific connection rule.|\n\n\n## PPTP\nThe PPTP Client feature on the T830 provides the device with VPN dial-up access capabilities based on Point-to-Point Tunneling Protocol. It allows administrators to quickly configure remote server addresses, account credentials, and remarks via the \"Add\" button, enabling low-cost and easy-to-deploy secure connections with corporate or remote networks. Administrators can intuitively view connection statuses and assigned IP addresses through the list, and achieve efficient VPN connection control with options to enable, disable, or delete rules.\n![](https:\/\/resource-wangsu.helplook.net\/docker_production\/355p71\/article\/fOsdvVDM\/6a8c239089d77.png)\n**Parameter Description:**\n\n| Parameter | Description|\n| - | - |\n|Name | A custom label for the PPTP client connection rule, used to identify the specific VPN tunnel for easy management and subsequent maintenance.|\n| Server| The public IP address or domain name of the remote PPTP VPN server that the T830 will attempt to connect to.|\n|Username | The account name required for authenticating the PPTP connection to the remote server.|\n|Password | The corresponding password credential used alongside the username to establish the secure VPN tunnel.|\n|MTU | Maximum Transmission Unit, defining the largest packet size (default 1400 bytes) that can be sent over the PPTP tunnel to optimize data transmission efficiency.|\n|MRU |Maximum Receive Unit, specifying the largest packet size (default 1400 bytes) the client can accept from the peer, ensuring consistent communication parameters. |\n|Interval duration redial | The waiting period (in minutes, default 30 mins) before the T830 automatically attempts to re-establish the connection if the PPTP link is disconnected.|\n| Remarks| Optional descriptive notes or comments added by the administrator to provide additional context or annotations for the specific connection rule.|\n\n\n## OpenVPN\nThe OpenVPN Client feature on the T830 provides the device with secure VPN dial-up access capabilities based on SSL. It allows administrators to flexibly configure parameters such as remote server addresses, domains, ports, communication protocols, and device types via the \"Add\" button, enabling highly secure and compatible encrypted connections with corporate or remote networks. Administrators can intuitively view connection statuses through the list, and achieve efficient VPN connection lifecycle management with options to enable, disable, or delete rules.\n![](https:\/\/resource-wangsu.helplook.net\/docker_production\/355p71\/article\/fOsdvVDM\/6a8c2429af0b8.png)\n**Add OpenVPN Client**\nThe \"Add OpenVPN Client\" pop-up window on the T830 provides network administrators with a comprehensive configuration interface for SSL VPN tunnels. It supports custom rule names, input of remote server domains or IP addresses, port numbers, account credentials, and CA certificates. It also allows flexible selection of UDP\/TCP communication protocols and device types (tun\/tap), along with MTU settings to optimize data transmission efficiency. This enables the rapid establishment of highly secure encrypted dial-up connections, facilitating stable and seamless access between the device and remote corporate intranets.\n![](https:\/\/resource-wangsu.helplook.net\/docker_production\/355p71\/article\/fOsdvVDM\/6a8c2455999d4.png)\n**Parameter Description:**\n\n| Parameter | Description|\n| - | - |\n|Name | A custom label for the OpenVPN client connection rule, used to identify and distinguish specific VPN tunnels for easy management.|\n|Server\/Domain |The public IP address or domain name of the remote OpenVPN server that the T830 will connect to. |\n| Remote Port|The listening port number of the remote OpenVPN server (default is 1194) for establishing the connection. |\n|Username | The account name required for authenticating the OpenVPN connection to the remote server.|\n|Password | The corresponding password credential used alongside the username to establish the secure VPN tunnel.|\n| Protocol| The transport layer protocol used for the VPN connection, supporting UDP or TCP (default is udp).|\n|Dev Type | The device type for the VPN interface, typically selecting tun (layer 3 routing mode) or tap (layer 2 bridging mode).|\n|MTU |Maximum Transmission Unit, defining the largest packet size (default 1400 bytes) for the VPN interface to optimize network performance. |\n|CA | The Certificate Authority certificate content required to verify the identity of the remote OpenVPN server and ensure connection security.|","pure_content":"L2TP\nThe L2TP Client feature on the T830 provides the device with convenient Layer 2 Tunneling Protocol dial-up capabilities. It allows administrators to quickly configure remote server addresses, account credentials, and remarks via the \"Add\" button, enabling the T830 to establish low-cost, highly compatible VPN tunnels and secure data connections with remote corporate intranets. Administrators can intuitively view connection statuses and assigned IP addresses through the list, and achieve flexible connection control with options to enable, disable, or delete rules.\n\nAdd L2TP Client\nThe \"Add L2TP Client\" pop-up window on the T830 provides network administrators with a comprehensive interface for creating VPN tunnels. It supports custom rule names and precise entry of remote server addresses, authentication usernames, and passwords. Additionally, it allows advanced configuration of MTU and MRU packet sizes, as well as auto-redial intervals. This enables the rapid establishment of secure and stable L2TP dial-up connections, facilitating seamless access and efficient management between the device and remote intranets.\n\nParameter Description:\n\n\n\n Parameter\n Description\n\n\n\n\n Name\n A custom label for the L2TP client connection rule, used to identify the specific VPN tunnel for easy management and subsequent maintenance.\n\n\n Server\n The public IP address or domain name of the remote L2TP VPN server that the T830 will attempt to connect to.\n\n\n Username\n The account name required for authenticating the L2TP connection to the remote server.\n\n\n Password\n The corresponding password credential used alongside the username to establish the secure VPN tunnel.\n\n\n MTU\n Maximum Transmission Unit, defining the largest packet size (default 1400 bytes) that can be sent over the L2TP tunnel to optimize data transmission efficiency.\n\n\n MRU\n Maximum Receive Unit, specifying the largest packet size (default 1400 bytes) the client can accept from the peer, ensuring consistent communication parameters.\n\n\n Interval duration redial\n The waiting period (in minutes, default 30 mins) before the T830 automatically attempts to re-establish the connection if the L2TP link is disconnected.\n\n\n Remarks\n Optional descriptive notes or comments added by the administrator to provide additional context or annotations for the specific connection rule.\n\n\n\nPPTP\nThe PPTP Client feature on the T830 provides the device with VPN dial-up access capabilities based on Point-to-Point Tunneling Protocol. It allows administrators to quickly configure remote server addresses, account credentials, and remarks via the \"Add\" button, enabling low-cost and easy-to-deploy secure connections with corporate or remote networks. Administrators can intuitively view connection statuses and assigned IP addresses through the list, and achieve efficient VPN connection control with options to enable, disable, or delete rules.\n\nParameter Description:\n\n\n\n Parameter\n Description\n\n\n\n\n Name\n A custom label for the PPTP client connection rule, used to identify the specific VPN tunnel for easy management and subsequent maintenance.\n\n\n Server\n The public IP address or domain name of the remote PPTP VPN server that the T830 will attempt to connect to.\n\n\n Username\n The account name required for authenticating the PPTP connection to the remote server.\n\n\n Password\n The corresponding password credential used alongside the username to establish the secure VPN tunnel.\n\n\n MTU\n Maximum Transmission Unit, defining the largest packet size (default 1400 bytes) that can be sent over the PPTP tunnel to optimize data transmission efficiency.\n\n\n MRU\n Maximum Receive Unit, specifying the largest packet size (default 1400 bytes) the client can accept from the peer, ensuring consistent communication parameters.\n\n\n Interval duration redial\n The waiting period (in minutes, default 30 mins) before the T830 automatically attempts to re-establish the connection if the PPTP link is disconnected.\n\n\n Remarks\n Optional descriptive notes or comments added by the administrator to provide additional context or annotations for the specific connection rule.\n\n\n\nOpenVPN\nThe OpenVPN Client feature on the T830 provides the device with secure VPN dial-up access capabilities based on SSL. It allows administrators to flexibly configure parameters such as remote server addresses, domains, ports, communication protocols, and device types via the \"Add\" button, enabling highly secure and compatible encrypted connections with corporate or remote networks. Administrators can intuitively view connection statuses through the list, and achieve efficient VPN connection lifecycle management with options to enable, disable, or delete rules.\n\nAdd OpenVPN Client\nThe \"Add OpenVPN Client\" pop-up window on the T830 provides network administrators with a comprehensive configuration interface for SSL VPN tunnels. It supports custom rule names, input of remote server domains or IP addresses, port numbers, account credentials, and CA certificates. It also allows flexible selection of UDP\/TCP communication protocols and device types (tun\/tap), along with MTU settings to optimize data transmission efficiency. This enables the rapid establishment of highly secure encrypted dial-up connections, facilitating stable and seamless access between the device and remote corporate intranets.\n\nParameter Description:\n\n\n\n Parameter\n Description\n\n\n\n\n Name\n A custom label for the OpenVPN client connection rule, used to identify and distinguish specific VPN tunnels for easy management.\n\n\n Server\/Domain\n The public IP address or domain name of the remote OpenVPN server that the T830 will connect to.\n\n\n Remote Port\n The listening port number of the remote OpenVPN server (default is 1194) for establishing the connection.\n\n\n Username\n The account name required for authenticating the OpenVPN connection to the remote server.\n\n\n Password\n The corresponding password credential used alongside the username to establish the secure VPN tunnel.\n\n\n Protocol\n The transport layer protocol used for the VPN connection, supporting UDP or TCP (default is udp).\n\n\n Dev Type\n The device type for the VPN interface, typically selecting tun (layer 3 routing mode) or tap (layer 2 bridging mode).\n\n\n MTU\n Maximum Transmission Unit, defining the largest packet size (default 1400 bytes) for the VPN interface to optimize network performance.\n\n\n CA\n The Certificate Authority certificate content required to verify the identity of the remote OpenVPN server and ensure connection security.","is_draft":"0","editor_type":"2","file_path":"","add_time":"1787100676","update_time":"1787569395"},"pure_content":"L2TP\nThe L2TP Client feature on the T830 provides the device with convenient Layer 2 Tunneling Protocol dial-up capabilities. It allows administrators to quickly configure remote server addresses, acc"},{"id":"924229","string_id":"H2ClaJPL","status":"1","parent_id":"712762","slug":"Security-uY9O","order":"0","name":"Security","type":"2","cover":"","cover_alt":"","desc":null,"website":"","contact":"","seo_title":"","seo_keyword":"","seo_desc":"","share_switch":"0","share_code":"","author":"\u8f9b\u5de5","published_time":"1787101540","add_time":"1787100690","update_time":"1788752734","corp_auth_id":"0","verify_code_auth_id":"0","editor_type":"2","file_type":"","auth_id":"[\"924229\", \"712762\"]","content":{"content_id":"924229","content":"## **ACL Rules**\nThe ACL Rules (Access Control List) feature on the T830 provides network administrators with a refined traffic security control mechanism. It supports flexible configuration of source\/destination IP addresses, port numbers, and communication protocols within up to 50 rules, executing allow or deny forwarding actions. This efficiently achieves network boundary protection, sensitive service isolation, and precise interception or permission of specific application traffic.\n![](https:\/\/resource-wangsu.helplook.net\/docker_production\/355p71\/article\/H2ClaJPL\/6a8c3e5e05ddb.png)\n\n**Add ACL Rules**\nThe \"Add ACL Rules\" pop-up window on the T830 provides network administrators with an intuitive and flexible configuration interface for access control. It supports custom rule names, allowing users to select communication protocols (e.g., All), forwarding actions (Accept or Deny), source and destination security zones (e.g., any, input), and accurately input source\/destination IP addresses. This enables refined security filtering and permission control over the device itself or forwarded traffic, effectively defending against network threats and ensuring the secure and stable operation of intranet services.\n![](https:\/\/resource-wangsu.helplook.net\/docker_production\/355p71\/article\/H2ClaJPL\/6a8c3e76dce06.png)\n**Parameter Description:**\n\n| Parameter | Description|\n| - | - |\n| Name|A custom label for the ACL rule, used to identify and distinguish specific access control policies for easy management and maintenance. |\n|Protocol |The specific network protocol targeted by the rule, with options including All, TCP, UDP, ICMP, etc., to define the type of traffic. |\n| Action|The disposition of packets that match the rule conditions, typically set to Accept (allow) or Deny (block).|\n|Source zone | The security zone from which the traffic originates, such as LAN, WAN, or any, defining the entry point of the data flow.|\n|Src.Addr |The specific source IP address or subnet range for the traffic; leaving it empty or entering 'any' typically represents all source addresses. |\n|Destination zone | The security zone where the traffic is headed, such as input (local device), LAN, or WAN, defining the target area of the data flow.|\n|Dst.Addr | The specific destination IP address or subnet range for the traffic; leaving it empty or entering 'any' typically represents all destination addresses.|\n\n## **ARP Guard**\nThe ARP Guard feature on the T830 effectively prevents ARP spoofing and man-in-the-middle attacks by enabling IP-MAC address binding, ensuring that only authorized terminal devices can securely access the network and the Internet. Administrators can flexibly configure up to 256 binding rules within the system, supporting single addition, batch binding, and deletion operations, thereby achieving refined security control and traceability at the intranet access layer.\n![](https:\/\/resource-wangsu.helplook.net\/docker_production\/355p71\/article\/H2ClaJPL\/6a8c3ee7d4f9b.png)\n**Parameter Description:**\n\n| Parameter | Description|\n| - | - |\n| Index| The sequence number automatically assigned to each IP-MAC binding entry in the ARP List, used for ordering and quick identification of the rule.|\n|MAC Address | The unique physical hardware address of the network interface card of the device, serving as a key identifier for endpoint authentication.|\n|IP Address | The logical Internet Protocol address assigned to the device, which is bound to the specific MAC address to prevent address spoofing.|\n|Interface | The specific local network interface (e.g., br-lan) through which the device connects to the T830, defining the scope of the binding rule.|\n|Actions |Operational buttons providing functions such as editing or deleting the specific IP-MAC binding entry. |\n\n## **MAC Filtering**\nThe MAC Filtering feature on the T830 provides network administrators with a flexible access layer security control mechanism. It supports rejecting specific terminals by selecting the BlackList mode, or allowing only authorized terminals to access the network by selecting the WhiteList mode. With support for configuring up to 80 filtering rules, it efficiently achieves precise admission control for intranet devices and intercepts unauthorized terminals.\n![](https:\/\/resource-wangsu.helplook.net\/docker_production\/355p71\/article\/H2ClaJPL\/6a8c3f63d342b.png)\n**Parameter Description:**\n\n| Parameter | Description|\n| - | - |\n| BlackList|A filtering mode that blocks access for specifically listed MAC addresses while allowing all other unlisted devices to connect to the network freely. |\n|WhiteList |A filtering mode that exclusively permits access only for the listed MAC addresses, automatically denying access to all other unlisted devices. |\n\n\n\n## **Local Safety**\nThe Local Safety feature on the T830 is designed to comprehensively enhance device management security and anti-attack capabilities. It allows administrators to disable Ping (ICMP) replies from the LAN or WAN side to hide the device's presence and prevent network scanning. Simultaneously, through the Admin IP Address whitelist mechanism, it allows configuring up to 32 trusted IPs along with their corresponding outbound interfaces and user accounts, strictly restricting backend login and O&M management to only authorized hosts. This effectively guards against unauthorized access and potential network threats.\n![](https:\/\/resource-wangsu.helplook.net\/docker_production\/355p71\/article\/H2ClaJPL\/6a8c3fbda13d2.png)\n**Add Local Safety**\nThe Add Admin IP feature on the T830 provides network administrators with refined backend access control capabilities. It supports specifying a unique username in the pop-up window and flexibly choosing between \"IP Address\" or \"Outbound Interface\" modes to define legitimate management sources. This precisely grants device login permissions to specific hosts or network paths, effectively preventing unauthorized IPs from attempting to access the device backend and ensuring the security of O&M management.\n![](https:\/\/resource-wangsu.helplook.net\/docker_production\/355p71\/article\/H2ClaJPL\/6a8c3fda8b8e8.png)\n\n**Parameter Description:**\n\n|Parameter |Description |\n| - | - |\n|Username |The specific account name of the administrator who is authorized to access the T830 device's management backend. |\n| Specified Mode|The method used to define the allowed access source, which can be based on a specific IP Address or an Outbound Interface. |\n|IP Address | The specific IPv4 or IPv6 address of the trusted host that is permitted to log in to the device for management operations.|","pure_content":"ACL Rules\nThe ACL Rules (Access Control List) feature on the T830 provides network administrators with a refined traffic security control mechanism. It supports flexible configuration of source\/destination IP addresses, port numbers, and communication protocols within up to 50 rules, executing allow or deny forwarding actions. This efficiently achieves network boundary protection, sensitive service isolation, and precise interception or permission of specific application traffic.\n\nAdd ACL Rules\nThe \"Add ACL Rules\" pop-up window on the T830 provides network administrators with an intuitive and flexible configuration interface for access control. It supports custom rule names, allowing users to select communication protocols (e.g., All), forwarding actions (Accept or Deny), source and destination security zones (e.g., any, input), and accurately input source\/destination IP addresses. This enables refined security filtering and permission control over the device itself or forwarded traffic, effectively defending against network threats and ensuring the secure and stable operation of intranet services.\n\nParameter Description:\n\n\n\n Parameter\n Description\n\n\n\n\n Name\n A custom label for the ACL rule, used to identify and distinguish specific access control policies for easy management and maintenance.\n\n\n Protocol\n The specific network protocol targeted by the rule, with options including All, TCP, UDP, ICMP, etc., to define the type of traffic.\n\n\n Action\n The disposition of packets that match the rule conditions, typically set to Accept (allow) or Deny (block).\n\n\n Source zone\n The security zone from which the traffic originates, such as LAN, WAN, or any, defining the entry point of the data flow.\n\n\n Src.Addr\n The specific source IP address or subnet range for the traffic; leaving it empty or entering 'any' typically represents all source addresses.\n\n\n Destination zone\n The security zone where the traffic is headed, such as input (local device), LAN, or WAN, defining the target area of the data flow.\n\n\n Dst.Addr\n The specific destination IP address or subnet range for the traffic; leaving it empty or entering 'any' typically represents all destination addresses.\n\n\n\nARP Guard\nThe ARP Guard feature on the T830 effectively prevents ARP spoofing and man-in-the-middle attacks by enabling IP-MAC address binding, ensuring that only authorized terminal devices can securely access the network and the Internet. Administrators can flexibly configure up to 256 binding rules within the system, supporting single addition, batch binding, and deletion operations, thereby achieving refined security control and traceability at the intranet access layer.\n\nParameter Description:\n\n\n\n Parameter\n Description\n\n\n\n\n Index\n The sequence number automatically assigned to each IP-MAC binding entry in the ARP List, used for ordering and quick identification of the rule.\n\n\n MAC Address\n The unique physical hardware address of the network interface card of the device, serving as a key identifier for endpoint authentication.\n\n\n IP Address\n The logical Internet Protocol address assigned to the device, which is bound to the specific MAC address to prevent address spoofing.\n\n\n Interface\n The specific local network interface (e.g., br-lan) through which the device connects to the T830, defining the scope of the binding rule.\n\n\n Actions\n Operational buttons providing functions such as editing or deleting the specific IP-MAC binding entry.\n\n\n\nMAC Filtering\nThe MAC Filtering feature on the T830 provides network administrators with a flexible access layer security control mechanism. It supports rejecting specific terminals by selecting the BlackList mode, or allowing only authorized terminals to access the network by selecting the WhiteList mode. With support for configuring up to 80 filtering rules, it efficiently achieves precise admission control for intranet devices and intercepts unauthorized terminals.\n\nParameter Description:\n\n\n\n Parameter\n Description\n\n\n\n\n BlackList\n A filtering mode that blocks access for specifically listed MAC addresses while allowing all other unlisted devices to connect to the network freely.\n\n\n WhiteList\n A filtering mode that exclusively permits access only for the listed MAC addresses, automatically denying access to all other unlisted devices.\n\n\n\nLocal Safety\nThe Local Safety feature on the T830 is designed to comprehensively enhance device management security and anti-attack capabilities. It allows administrators to disable Ping (ICMP) replies from the LAN or WAN side to hide the device's presence and prevent network scanning. Simultaneously, through the Admin IP Address whitelist mechanism, it allows configuring up to 32 trusted IPs along with their corresponding outbound interfaces and user accounts, strictly restricting backend login and O&M management to only authorized hosts. This effectively guards against unauthorized access and potential network threats.\n\nAdd Local Safety\nThe Add Admin IP feature on the T830 provides network administrators with refined backend access control capabilities. It supports specifying a unique username in the pop-up window and flexibly choosing between \"IP Address\" or \"Outbound Interface\" modes to define legitimate management sources. This precisely grants device login permissions to specific hosts or network paths, effectively preventing unauthorized IPs from attempting to access the device backend and ensuring the security of O&M management.\n\nParameter Description:\n\n\n\n Parameter\n Description\n\n\n\n\n Username\n The specific account name of the administrator who is authorized to access the T830 device's management backend.\n\n\n Specified Mode\n The method used to define the allowed access source, which can be based on a specific IP Address or an Outbound Interface.\n\n\n IP Address\n The specific IPv4 or IPv6 address of the trusted host that is permitted to log in to the device for management operations.","is_draft":"0","editor_type":"2","file_path":"","add_time":"1787100690","update_time":"1788752733"},"pure_content":"ACL Rules\nThe ACL Rules (Access Control List) feature on the T830 provides network administrators with a refined traffic security control mechanism. It supports flexible configuration of source\/destin"},{"id":"924230","string_id":"UwtZKMAt","status":"1","parent_id":"712762","slug":"Plugins-JVPu","order":"0","name":"Plugins","type":"2","cover":"","cover_alt":"","desc":null,"website":"","contact":"","seo_title":"","seo_keyword":"","seo_desc":"","share_switch":"0","share_code":"","author":"\u8f9b\u5de5","published_time":"1787101543","add_time":"1787100744","update_time":"1788752736","corp_auth_id":"0","verify_code_auth_id":"0","editor_type":"2","file_type":"","auth_id":"[\"924230\", \"712762\"]","content":{"content_id":"924230","content":"## Software Package\nThe Software Package management feature on the T830 provides administrators with an intuitive graphical interface to efficiently browse, search, and manage built-in or installed software components. It supports quick navigation via alphabetical indexing and displays detailed information such as package names, versions, and sizes. Additionally, it allows flexible configuration of software sources via \"Manage Software Sources\", synchronizing the latest list with the \"Refresh\" button, and directly performing installation or uninstallation actions on specified packages. This facilitates dynamic extension or optimization of system functions based on business requirements.\n![](https:\/\/resource-wangsu.helplook.net\/docker_production\/355p71\/article\/UwtZKMAt\/6a8cfb0a453e6.png)\n\nThe Not Installed Software Package management interface on the T830 allows administrators to click the \"Refresh\" button to synchronize and update the software source directory in real time, accurately obtaining the list of available software that has not yet been downloaded or requires updates (such as various asterisk-app extension modules). Combined with alphabetical indexing, keyword search, and pagination features, administrators can quickly locate target components and install them locally with a one-click download operation. This enables flexible expansion of device business functions and convenient maintenance of system components.\n![](https:\/\/resource-wangsu.helplook.net\/docker_production\/355p71\/article\/UwtZKMAt\/6a8cfb277d6f5.png)\n**Parameter Description:**\n\n| Parameter | Description|\n| - | - |\n|Index |A unique sequential number assigned to each software package entry in the current list for easy reference and location. |\n|Name | The unique identifier or package name of the software component (e.g., kernel module or application), which is used to distinguish different functional modules.|\n|Version | The specific release version number of the software package, indicating its iteration cycle and update status to ensure the correct functionality of the system.|\n|Size | The storage space occupied by the software package after installation, usually measured in KB, which helps administrators evaluate resource usage.|\n|Actions | Operational buttons available for the specific software package, such as uninstalling (trash icon) or installing\/additional operations (plus icon).|\n\n**Manage Software Sources**\nThe \"Add a Custom Software Source\" feature on the T830 allows administrators to flexibly expand the device's application ecosystem within the software package management interface. It supports custom input of a new source name and the corresponding repository URL address via a pop-up window. Once applied, it can be combined with system default sources (such as the official OpenWrt source) to form an available software library. Coupled with the refresh operation, administrators can obtain and install more third-party or specific version software packages, thereby meeting personalized business function expansion and system customization requirements.\n![](https:\/\/resource-wangsu.helplook.net\/docker_production\/355p71\/article\/UwtZKMAt\/6a8cfbfdc89f0.png)\n\n\n## Common Plugins\nThe Common Plugins management feature on the T830 provides administrators with an intuitive graphical card-based interface to centrally display and manage core installed extensions (such as Wi-Fi and firewall control components). It clearly presents the version number and storage size of each plugin, and supports quick maintenance actions like configuring, disabling, or uninstalling via shortcut icons at the bottom. This empowers operators to efficiently customize and optimize the device's network functions and service performance.\n![](https:\/\/resource-wangsu.helplook.net\/docker_production\/355p71\/article\/UwtZKMAt\/6a8cfc18d8883.png)","pure_content":"Software Package\nThe Software Package management feature on the T830 provides administrators with an intuitive graphical interface to efficiently browse, search, and manage built-in or installed software components. It supports quick navigation via alphabetical indexing and displays detailed information such as package names, versions, and sizes. Additionally, it allows flexible configuration of software sources via \"Manage Software Sources\", synchronizing the latest list with the \"Refresh\" button, and directly performing installation or uninstallation actions on specified packages. This facilitates dynamic extension or optimization of system functions based on business requirements.\n\nThe Not Installed Software Package management interface on the T830 allows administrators to click the \"Refresh\" button to synchronize and update the software source directory in real time, accurately obtaining the list of available software that has not yet been downloaded or requires updates (such as various asterisk-app extension modules). Combined with alphabetical indexing, keyword search, and pagination features, administrators can quickly locate target components and install them locally with a one-click download operation. This enables flexible expansion of device business functions and convenient maintenance of system components.\n\nParameter Description:\n\n\n\n Parameter\n Description\n\n\n\n\n Index\n A unique sequential number assigned to each software package entry in the current list for easy reference and location.\n\n\n Name\n The unique identifier or package name of the software component (e.g., kernel module or application), which is used to distinguish different functional modules.\n\n\n Version\n The specific release version number of the software package, indicating its iteration cycle and update status to ensure the correct functionality of the system.\n\n\n Size\n The storage space occupied by the software package after installation, usually measured in KB, which helps administrators evaluate resource usage.\n\n\n Actions\n Operational buttons available for the specific software package, such as uninstalling (trash icon) or installing\/additional operations (plus icon).\n\n\n\nManage Software Sources\nThe \"Add a Custom Software Source\" feature on the T830 allows administrators to flexibly expand the device's application ecosystem within the software package management interface. It supports custom input of a new source name and the corresponding repository URL address via a pop-up window. Once applied, it can be combined with system default sources (such as the official OpenWrt source) to form an available software library. Coupled with the refresh operation, administrators can obtain and install more third-party or specific version software packages, thereby meeting personalized business function expansion and system customization requirements.\n\nCommon Plugins\nThe Common Plugins management feature on the T830 provides administrators with an intuitive graphical card-based interface to centrally display and manage core installed extensions (such as Wi-Fi and firewall control components). It clearly presents the version number and storage size of each plugin, and supports quick maintenance actions like configuring, disabling, or uninstalling via shortcut icons at the bottom. This empowers operators to efficiently customize and optimize the device's network functions and service performance.","is_draft":"0","editor_type":"2","file_path":"","add_time":"1787100744","update_time":"1788752735"},"pure_content":"Software Package\nThe Software Package management feature on the T830 provides administrators with an intuitive graphical interface to efficiently browse, search, and manage built-in or installed softw"},{"id":"924231","string_id":"RqSzsgI8","status":"1","parent_id":"712762","slug":"Diagnostic-TY0M","order":"0","name":"Diagnostic","type":"2","cover":"","cover_alt":"","desc":null,"website":"","contact":"","seo_title":"","seo_keyword":"","seo_desc":"","share_switch":"0","share_code":"","author":"\u8f9b\u5de5","published_time":"1787101545","add_time":"1787100763","update_time":"1788752738","corp_auth_id":"0","verify_code_auth_id":"0","editor_type":"2","file_type":"","auth_id":"[\"924231\", \"712762\"]","content":{"content_id":"924231","content":"## Network Tools\n**PING**\nThe Network Tools feature on the T830 provides administrators with an intuitive web-based diagnostic interface, currently supporting Ping tests. It allows users to input a target IP address or domain name, and flexibly customize the Ping count and packet size (in Bytes). By clicking the Start or Stop buttons, connectivity probes can be easily initiated, with real-time feedback on key information such as latency and packet loss displayed in the Result area. This empowers operators to quickly troubleshoot network failures and evaluate link quality.\n![](https:\/\/resource-wangsu.helplook.net\/docker_production\/355p71\/article\/RqSzsgI8\/6a8d125f8d3f7.png)\n**Parameter Description:**\n\n| Parameter |Description |\n| - | - |\n| IP Address or Domain| The destination target for the network connectivity test, which can be a specific IPv4\/IPv6 address or a resolvable domain name (e.g., www.google.com).|\n|Ping Count | The total number of ICMP echo request packets to be sent during the diagnostic process, used to define the duration and volume of the probe.|\n| Packet Size|The data payload size of each Ping packet measured in Bytes, allowing administrators to simulate different network traffic loads for advanced link quality testing. |\n\n**Traceroute**\nThe Traceroute feature within the Network Tools of the T830 provides administrators with a convenient web-based link diagnostic interface. It allows users to input a target IP address or domain name and customize the maximum TTL (Max TTL) hops to initiate a trace task. By controlling the detection process with Start or Stop buttons, the complete routing path taken by data packets from the device to the target host, along with the latency information of each hop, is displayed in real time in the Result area. This enables precise identification of node failures and routing directions in network transmission.\n![](https:\/\/resource-wangsu.helplook.net\/docker_production\/355p71\/article\/RqSzsgI8\/6a8d28cec7958.png)\n**Parameter Description:**\n\n| Parameter | Description|\n| - | - |\n| IP Address or Domain| The ultimate destination target for the Traceroute diagnostic, which can be entered as a specific IP address or a resolvable domain name to track the data path.|\n|Max TTL | The maximum Time To Live value (number of hops) for the probe packets, determining the maximum depth of the route trace before the packets are discarded by intermediate nodes.|\n|Start \/ Stop |Control buttons to initiate or terminate the Traceroute probing process, allowing administrators to manage the diagnostic task in real time. |\n\n\n**DNS Lookup**\nThe DNS Lookup feature within the Network Tools of the T830 provides administrators with a convenient web-based diagnostic interface. It allows users to input a target domain name or IP address and initiate a resolution task by clicking the Start or Stop buttons. The corresponding IP address or domain records are displayed in real time in the Result area, assisting operators in quickly verifying the operational status of DNS servers and troubleshooting domain name resolution failures.\n![](https:\/\/resource-wangsu.helplook.net\/docker_production\/355p71\/article\/RqSzsgI8\/6a8d293968bbb.png)\n**Parameter Description:**\n\n| Parameter | Description|\n| - | - |\n|IP Address or Domain |The target domain name (e.g., www.google.com) or IP address to be queried, serving as the essential input for the DNS Lookup diagnostic task. |\n| Start \/ Stop| Control buttons to initiate or terminate the DNS resolution process, allowing administrators to execute the lookup or halt it mid-process as needed.|\n|Result | The output display area where the resolved IP addresses or domain records are presented in real time upon successful execution of the lookup task.|\n\n\n## Packet Capture\nThe Packet Capture feature of the T830 provides network administrators with powerful web-based traffic capturing and in-depth analysis capabilities. It can capture packets precisely through configurable filters by flexibly configuring filter conditions such as the capture interface, protocol type, specific IP address, file size limit, and packet count limit. The capturing process can be controlled via Start or Stop buttons, ultimately generating a downloadable PCAP file (PCAP File) for offline troubleshooting and network security auditing using professional tools.\n![](https:\/\/resource-wangsu.helplook.net\/docker_production\/355p71\/article\/RqSzsgI8\/6a8d29800caa6.png)\n**Parameter Description:**\n\n| Parameter | Description|\n| - | - |\n|Interface |Specifies the network interface for packet capturing on the T830. Options include \"ALL\" for all interfaces, \"br-lan\" for the LAN bridge, and \"wan\" which becomes available and syncs automatically when the WAN interface is enabled. |\n|Protocol | Filters the specific network protocol type to be captured. Supported options include \"ALL\", along with specific protocols such as TCP, UDP, ICMP, ARP, and IP, allowing for precise traffic isolation.|\n|IP Address |An optional filter field to capture traffic associated with a specific host IP address (e.g., 192.168.1.1), used to narrow down the diagnostic scope to relevant communications only. |\n|File Size Limit | Defines the maximum storage size for the captured PCAP file. Supported preset options range from 1M up to 16M (1, 2, 4, 6, 8, 10, 12, 16Mb), preventing excessive disk usage.|\n|Packet Count Limit |Sets the maximum number of packets to be captured. Supported options include \"Unlimited\" (No Limit) along with specific counts of 100, 500, 1000, and 2000 packets. |\n|PCAP File | The display and download area for the generated packet capture file in standard PCAP format, enabling offline deep analysis with external network diagnostic tools.|\n| Start \/ Stop| Control buttons to initiate or terminate the packet capturing process, providing administrators with real-time management capabilities over the diagnostic task.|\n## Discovery\nThe Discovery feature of the T830 provides network administrators with an intuitive LAN device management and visualization inventory. It automatically scans and displays real-time core information of online devices within the local area network, including index, host name, device type, IP address, MAC address, product name, and software version. It also supports quick retrieval via the search box in the upper right corner, thereby assisting operators in efficiently understanding\/visualizing the network topology and accurately locating terminal devices.\n![](https:\/\/resource-wangsu.helplook.net\/docker_production\/355p71\/article\/RqSzsgI8\/6a8d2b6ec0531.png)\n**Parameter Description:**\n\n| Parameter | Description|\n| - | - |\n| Index| A sequential numerical identifier assigned to each discovered device in the list, providing a clear reference order for network inventory management.|\n|Host Name |The local hostname or alias configured for the device, which helps administrators easily identify and distinguish specific devices within the network. |\n|Device Type|The classification of the discovered device's functional role (e.g., ROUTER), indicating its primary operation mode or category within the network topology. |\n|IP Address |The current Internet Protocol address assigned to the device, serving as its unique logical identifier for communication within the local area network. |\n|MAC Address | The unique physical Media Access Control address burned into the device's network interface, used for precise identification at the data link layer.|\n|Product Name | The specific model or product series name of the discovered device, allowing administrators to quickly recognize the exact hardware type.|\n|Software Version |The current firmware or operating system version running on the device, which is critical for assessing feature support, compatibility, and security patch levels. |\n\n## Online Clients\nThe Online Clients feature of the T830 provides network administrators with a real-time terminal access monitoring and management view. It intuitively displays the index, MAC address, IP address, access interface, and real-time online status of each client currently on the network. It also supports quickly searching for specific devices via the search box or updating data by clicking the refresh button, thereby assisting operators in keeping track of network load at any time and rapidly troubleshooting abnormal accesses.\n![](https:\/\/resource-wangsu.helplook.net\/docker_production\/355p71\/article\/RqSzsgI8\/6a8d47757695f.png)\n\n**Parameter Description:**\n\n| Parameter |Description |\n| - | - |\n| Index|A sequential numerical identifier assigned to each client entry in the list, providing a clear reference order for managing and tracking connected devices. |\n|MAC Address |The unique physical Media Access Control address of the client device. A \"-\" indicates that the device is currently offline and its MAC address is not actively detected. |\n| IP Address|The current Internet Protocol address assigned to the client device, serving as its unique logical identifier for communication within the local area network. |\n| Interface| Indicates the specific network interface (e.g., LAN) through which the client device is connected to the T830, helping to locate the physical or logical access point.|\n| Status| Displays the current connection state of the client, where \"Online\" (typically highlighted in green) means the device is actively connected, and \"Offline\" means it is disconnected.|","pure_content":"Network Tools\nPING\nThe Network Tools feature on the T830 provides administrators with an intuitive web-based diagnostic interface, currently supporting Ping tests. It allows users to input a target IP address or domain name, and flexibly customize the Ping count and packet size (in Bytes). By clicking the Start or Stop buttons, connectivity probes can be easily initiated, with real-time feedback on key information such as latency and packet loss displayed in the Result area. This empowers operators to quickly troubleshoot network failures and evaluate link quality.\n\nParameter Description:\n\n\n\n Parameter\n Description\n\n\n\n\n IP Address or Domain\n The destination target for the network connectivity test, which can be a specific IPv4\/IPv6 address or a resolvable domain name (e.g., www.google.com).\n\n\n Ping Count\n The total number of ICMP echo request packets to be sent during the diagnostic process, used to define the duration and volume of the probe.\n\n\n Packet Size\n The data payload size of each Ping packet measured in Bytes, allowing administrators to simulate different network traffic loads for advanced link quality testing.\n\n\n\nTraceroute\nThe Traceroute feature within the Network Tools of the T830 provides administrators with a convenient web-based link diagnostic interface. It allows users to input a target IP address or domain name and customize the maximum TTL (Max TTL) hops to initiate a trace task. By controlling the detection process with Start or Stop buttons, the complete routing path taken by data packets from the device to the target host, along with the latency information of each hop, is displayed in real time in the Result area. This enables precise identification of node failures and routing directions in network transmission.\n\nParameter Description:\n\n\n\n Parameter\n Description\n\n\n\n\n IP Address or Domain\n The ultimate destination target for the Traceroute diagnostic, which can be entered as a specific IP address or a resolvable domain name to track the data path.\n\n\n Max TTL\n The maximum Time To Live value (number of hops) for the probe packets, determining the maximum depth of the route trace before the packets are discarded by intermediate nodes.\n\n\n Start \/ Stop\n Control buttons to initiate or terminate the Traceroute probing process, allowing administrators to manage the diagnostic task in real time.\n\n\n\nDNS Lookup\nThe DNS Lookup feature within the Network Tools of the T830 provides administrators with a convenient web-based diagnostic interface. It allows users to input a target domain name or IP address and initiate a resolution task by clicking the Start or Stop buttons. The corresponding IP address or domain records are displayed in real time in the Result area, assisting operators in quickly verifying the operational status of DNS servers and troubleshooting domain name resolution failures.\n\nParameter Description:\n\n\n\n Parameter\n Description\n\n\n\n\n IP Address or Domain\n The target domain name (e.g., www.google.com) or IP address to be queried, serving as the essential input for the DNS Lookup diagnostic task.\n\n\n Start \/ Stop\n Control buttons to initiate or terminate the DNS resolution process, allowing administrators to execute the lookup or halt it mid-process as needed.\n\n\n Result\n The output display area where the resolved IP addresses or domain records are presented in real time upon successful execution of the lookup task.\n\n\n\nPacket Capture\nThe Packet Capture feature of the T830 provides network administrators with powerful web-based traffic capturing and in-depth analysis capabilities. It can capture packets precisely through configurable filters by flexibly configuring filter conditions such as the capture interface, protocol type, specific IP address, file size limit, and packet count limit. The capturing process can be controlled via Start or Stop buttons, ultimately generating a downloadable PCAP file (PCAP File) for offline troubleshooting and network security auditing using professional tools.\n\nParameter Description:\n\n\n\n Parameter\n Description\n\n\n\n\n Interface\n Specifies the network interface for packet capturing on the T830. Options include \"ALL\" for all interfaces, \"br-lan\" for the LAN bridge, and \"wan\" which becomes available and syncs automatically when the WAN interface is enabled.\n\n\n Protocol\n Filters the specific network protocol type to be captured. Supported options include \"ALL\", along with specific protocols such as TCP, UDP, ICMP, ARP, and IP, allowing for precise traffic isolation.\n\n\n IP Address\n An optional filter field to capture traffic associated with a specific host IP address (e.g., 192.168.1.1), used to narrow down the diagnostic scope to relevant communications only.\n\n\n File Size Limit\n Defines the maximum storage size for the captured PCAP file. Supported preset options range from 1M up to 16M (1, 2, 4, 6, 8, 10, 12, 16Mb), preventing excessive disk usage.\n\n\n Packet Count Limit\n Sets the maximum number of packets to be captured. Supported options include \"Unlimited\" (No Limit) along with specific counts of 100, 500, 1000, and 2000 packets.\n\n\n PCAP File\n The display and download area for the generated packet capture file in standard PCAP format, enabling offline deep analysis with external network diagnostic tools.\n\n\n Start \/ Stop\n Control buttons to initiate or terminate the packet capturing process, providing administrators with real-time management capabilities over the diagnostic task.\n\n\n\nDiscovery\nThe Discovery feature of the T830 provides network administrators with an intuitive LAN device management and visualization inventory. It automatically scans and displays real-time core information of online devices within the local area network, including index, host name, device type, IP address, MAC address, product name, and software version. It also supports quick retrieval via the search box in the upper right corner, thereby assisting operators in efficiently understanding\/visualizing the network topology and accurately locating terminal devices.\n\nParameter Description:\n\n\n\n Parameter\n Description\n\n\n\n\n Index\n A sequential numerical identifier assigned to each discovered device in the list, providing a clear reference order for network inventory management.\n\n\n Host Name\n The local hostname or alias configured for the device, which helps administrators easily identify and distinguish specific devices within the network.\n\n\n Device Type\n The classification of the discovered device's functional role (e.g., ROUTER), indicating its primary operation mode or category within the network topology.\n\n\n IP Address\n The current Internet Protocol address assigned to the device, serving as its unique logical identifier for communication within the local area network.\n\n\n MAC Address\n The unique physical Media Access Control address burned into the device's network interface, used for precise identification at the data link layer.\n\n\n Product Name\n The specific model or product series name of the discovered device, allowing administrators to quickly recognize the exact hardware type.\n\n\n Software Version\n The current firmware or operating system version running on the device, which is critical for assessing feature support, compatibility, and security patch levels.\n\n\n\nOnline Clients\nThe Online Clients feature of the T830 provides network administrators with a real-time terminal access monitoring and management view. It intuitively displays the index, MAC address, IP address, access interface, and real-time online status of each client currently on the network. It also supports quickly searching for specific devices via the search box or updating data by clicking the refresh button, thereby assisting operators in keeping track of network load at any time and rapidly troubleshooting abnormal accesses.\n\nParameter Description:\n\n\n\n Parameter\n Description\n\n\n\n\n Index\n A sequential numerical identifier assigned to each client entry in the list, providing a clear reference order for managing and tracking connected devices.\n\n\n MAC Address\n The unique physical Media Access Control address of the client device. A \"-\" indicates that the device is currently offline and its MAC address is not actively detected.\n\n\n IP Address\n The current Internet Protocol address assigned to the client device, serving as its unique logical identifier for communication within the local area network.\n\n\n Interface\n Indicates the specific network interface (e.g., LAN) through which the client device is connected to the T830, helping to locate the physical or logical access point.\n\n\n Status\n Displays the current connection state of the client, where \"Online\" (typically highlighted in green) means the device is actively connected, and \"Offline\" means it is disconnected.","is_draft":"0","editor_type":"2","file_path":"","add_time":"1787100763","update_time":"1788752738"},"pure_content":"Network Tools\nPING\nThe Network Tools feature on the T830 provides administrators with an intuitive web-based diagnostic interface, currently supporting Ping tests. It allows users to input a target IP"},{"id":"924235","string_id":"nDEjDl9W","status":"1","parent_id":"712762","slug":"System-T6NS","order":"0","name":"System","type":"2","cover":"","cover_alt":"","desc":null,"website":"","contact":"","seo_title":"","seo_keyword":"","seo_desc":"","share_switch":"0","share_code":"","author":"\u8f9b\u5de5","published_time":"1787101549","add_time":"1787100819","update_time":"1788752740","corp_auth_id":"0","verify_code_auth_id":"0","editor_type":"2","file_type":"","auth_id":"[\"924235\", \"712762\"]","content":{"content_id":"924235","content":"## System\n\n**System**\nThe Hostname configuration feature of the T830 provides network administrators with intuitive device identity management. It allows customizing or modifying the T830's alias on the network via a single-line text input box (such as \"ODU8\" in the example), and supports one-click clearing of the input content. This enables rapid device identification and convenient management in large-scale network environments, thereby enhancing overall operational efficiency.\n![](https:\/\/resource-wangsu.helplook.net\/docker_production\/355p71\/article\/nDEjDl9W\/6a8d7dbbde523.png)\n\n**Web Server**\nThe Web Server configuration feature of the T830 provides network administrators with a flexible and secure device management access method. It supports enabling SSL\/TLS encrypted secure access protocols by checking \"Secure Connection (HTTPS)\" to ensure data transmission security, and allows customization of the HTTPS secure port (default 443) and the HTTP standard port (default 80). This enables precise access control and port protection for the device's Web management interface while meeting security policies in various network environments.\n![](https:\/\/resource-wangsu.helplook.net\/docker_production\/355p71\/article\/nDEjDl9W\/6a8d7de5f267e.png)\n\n**Logging**\nThe Logging feature of the T830 provides network administrators with comprehensive support for system operations auditing and fault diagnosis. It supports customizing the system log buffer size to optimize local storage performance, and allows configuring an external system log server IP and port (default 514) for centralized remote log archiving and analysis. Additionally, it offers dropdown menus to flexibly set the global log output level (e.g., Error) and the Cron log level (e.g., Normal), thereby precisely controlling log verbosity to meet network security management and compliance review requirements in various scenarios.\n![](https:\/\/resource-wangsu.helplook.net\/docker_production\/355p71\/article\/nDEjDl9W\/6a8d7df6b639d.png)\n\n**Parameter Description:**\n\n| Parameter | Description|\n| - | - |\n| System log buffer size| Defines the maximum capacity (in bytes) allocated for storing system logs in the device's local memory, ensuring critical events are retained before they are overwritten.|\n|External system log server | Specifies the IP address of the remote server (e.g., 0.0.0.0 if disabled) used for centralized log storage and analysis, facilitating off-device auditing and compliance.|\n|External system log server port | Sets the network port number (default is 514 for standard syslog) on the external server to which the T830 sends log data, ensuring proper data routing.|\n|Log output level | Filters the verbosity of system logs generated by the T830. Supports levels including Debug, Info, Notice, Warning, and Error, allowing administrators to capture detailed diagnostics or only critical faults.|\n|Cron log level | Determines the detail level for logs related to scheduled tasks (Cron jobs) on the T830. Supports Normal and Debug modes to help troubleshoot automation scripts or routine operations.|\n\n## Time Settings\nThe Time Settings feature of the T830 provides network administrators with a precise and flexible system time management solution. It supports real-time viewing of the current system time and one-click immediate synchronization. It also offers two modes: \"Built-in NTP server\" and \"Manual configuration\". In automatic mode, administrators can customize the time zone (e.g., UTC) and flexibly add, delete, or reorder multiple global and private NTP server addresses (e.g., time.cloud.tencent.com) to ensure high availability of the time source; in manual mode, time can be set independently. This guarantees the accuracy and security of core functions such as device logging, certificate validation, and scheduled tasks.\n![](https:\/\/resource-wangsu.helplook.net\/docker_production\/355p71\/article\/nDEjDl9W\/6a8d7e49a5608.png)\n**Parameter Description:**\n\n| Parameter | Description|\n| - | - |\n| Built-in NTP server| Enables the T830 to automatically synchronize its system time with public or predefined Network Time Protocol (NTP) servers. This mode ensures highly accurate and maintenance-free timekeeping, which is essential for consistent log timestamps, certificate validity checks, and scheduled task execution.|\n|Manual configuration | Allows administrators to manually set and maintain the system time on the T830 without relying on external network time sources. This mode is particularly useful for isolated network environments or specific testing scenarios where external NTP server access is unavailable or restricted.|\n\n\n## Password\nThe Login Password management feature of the T830 provides core identity authentication and access control security for the device. It requires administrators to enter the correct old password to verify their current identity when changing the password, and to set a new password and a confirmation password that meet the requirements, ensuring they match to ensure they are exactly the same, effectively preventing misoperation or unauthorized tampering. Finally, clicking the \"save\" button completes the credential update, fully protecting the device's Web management interface from the risk of unauthorized access.\n![](https:\/\/resource-wangsu.helplook.net\/docker_production\/355p71\/article\/nDEjDl9W\/6a8d7e820e124.png)\n\n## Upgrade\nThe Firmware Upgrade feature of the T830 provides network administrators with a convenient solution for device software lifecycle management. The interface intuitively displays the currently running firmware version (e.g., 1.0.1.release) and allows uploading the latest firmware package locally via the \"Select Firmware\" button. After the upload, click \"Upgrade\" to update the system safely and efficiently, helping to promptly fix potential vulnerabilities, optimize device performance, and unlock new features, ensuring that the network infrastructure always operates in an optimal and secure state.\n![](https:\/\/resource-wangsu.helplook.net\/docker_production\/355p71\/article\/nDEjDl9W\/6a8d7e9cf13fb.png)\n\n## Backup And Restore\n**Reset**\nThe Reset feature of the T830 provides network administrators with an effective means to quickly restore the device to its initial state. The system usually requires secondary confirmation before executing the irreversible factory reset. This operation will clear all user-defined configuration parameters, account credentials, and network settings with one click and restart the device, returning it to its factory-default state. This greatly facilitates fault diagnosis, configuration recovery, or recommissioning or redeployment of the device before deployment.\n![](https:\/\/resource-wangsu.helplook.net\/docker_production\/355p71\/article\/nDEjDl9W\/6a8d7ecd44353.png)\n\n**Backup**\nThe Backup (Backup and Restore) feature of the T830 provides network administrators with a comprehensive configuration management and disaster recovery solution. It supports one-click generation of current system configuration file archives and clearly records the backup name, time, and file size. Simultaneously, it allows intuitive management of historical backup records through a list, offering refined operations such as editing remarks, downloading to local storage, uploading backup files for restoration (Restore), and single or batch deletion. This enables rapid rollback to a stable state in case of configuration errors or system anomalies, fully guaranteeing the security and continuity of network services.\n![](https:\/\/resource-wangsu.helplook.net\/docker_production\/355p71\/article\/nDEjDl9W\/6a8d7ed9ea06e.png)\n**Parameter Description:**\n\n| Parameter |Description |\n| - | - |\n|ID |A unique sequential identifier automatically assigned to each backup record, used for quick reference and batch management operations such as multi-selection for deletion. |\n|Backup Name | The custom or system-generated name of the configuration file (e.g., including the date and time of the backup), which helps administrators identify the specific version or purpose of the backup.|\n|Backup date |The specific date and time when the configuration backup was created and saved on the T830, providing a precise timeline for tracking changes and restoring previous states. |\n| File Size|The storage footprint of the backup configuration file (e.g., in KB), which indicates the complexity of the current configuration and helps manage local storage resources. |\n|Edit | An action option that allows administrators to modify the name or remarks of an existing backup record without altering the actual configuration data, making it easier to organize and annotate backups.|\n| Download| Enables exporting the selected backup configuration file from the T830 to a local computer or external storage, serving as an offline safeguard against data loss.|\n|Restore |The process of importing and applying the settings from a selected backup file to the T830, allowing the device to quickly revert to a previously saved stable configuration state. |\n|Delete | Removes the selected backup record and its corresponding configuration file from the T830's storage to free up space or eliminate outdated or unnecessary backups.|\n\n## Reboot\n\n**Perform Reboot**\nThe Perform reboot feature of the T830 provides network administrators with a convenient software-level restart management tool. When applying critical configuration changes, performing system updates, or encountering operational anomalies, administrators can safely trigger the service reload and system restart process by clicking this button, ensuring that new settings take effect and quickly restoring the device to a stable network connection state.\n![](https:\/\/resource-wangsu.helplook.net\/docker_production\/355p71\/article\/nDEjDl9W\/6a8d7f4541e9b.png)\n\n**Scheduled Reboot**\nThe Scheduled Reboot feature of the T830 provides network administrators with an efficient automated device operation and maintenance management solution. It allows flexible setting of specific reboot times and repeat cycles (supporting custom selection of weekdays or selecting all for daily execution) via an enable switch, thereby automatically releasing system resources, clearing caches, and optimizing operational performance during off-peak business hours. This effectively reduces manual intervention and ensures that the network infrastructure maintains an optimal and stable connection state in the long term.\n![](https:\/\/resource-wangsu.helplook.net\/docker_production\/355p71\/article\/nDEjDl9W\/6a8d7f55f0139.png)","pure_content":"System\nSystem\nThe Hostname configuration feature of the T830 provides network administrators with intuitive device identity management. It allows customizing or modifying the T830's alias on the network via a single-line text input box (such as \"ODU8\" in the example), and supports one-click clearing of the input content. This enables rapid device identification and convenient management in large-scale network environments, thereby enhancing overall operational efficiency.\n\nWeb Server\nThe Web Server configuration feature of the T830 provides network administrators with a flexible and secure device management access method. It supports enabling SSL\/TLS encrypted secure access protocols by checking \"Secure Connection (HTTPS)\" to ensure data transmission security, and allows customization of the HTTPS secure port (default 443) and the HTTP standard port (default 80). This enables precise access control and port protection for the device's Web management interface while meeting security policies in various network environments.\n\nLogging\nThe Logging feature of the T830 provides network administrators with comprehensive support for system operations auditing and fault diagnosis. It supports customizing the system log buffer size to optimize local storage performance, and allows configuring an external system log server IP and port (default 514) for centralized remote log archiving and analysis. Additionally, it offers dropdown menus to flexibly set the global log output level (e.g., Error) and the Cron log level (e.g., Normal), thereby precisely controlling log verbosity to meet network security management and compliance review requirements in various scenarios.\n\nParameter Description:\n\n\n\n Parameter\n Description\n\n\n\n\n System log buffer size\n Defines the maximum capacity (in bytes) allocated for storing system logs in the device's local memory, ensuring critical events are retained before they are overwritten.\n\n\n External system log server\n Specifies the IP address of the remote server (e.g., 0.0.0.0 if disabled) used for centralized log storage and analysis, facilitating off-device auditing and compliance.\n\n\n External system log server port\n Sets the network port number (default is 514 for standard syslog) on the external server to which the T830 sends log data, ensuring proper data routing.\n\n\n Log output level\n Filters the verbosity of system logs generated by the T830. Supports levels including Debug, Info, Notice, Warning, and Error, allowing administrators to capture detailed diagnostics or only critical faults.\n\n\n Cron log level\n Determines the detail level for logs related to scheduled tasks (Cron jobs) on the T830. Supports Normal and Debug modes to help troubleshoot automation scripts or routine operations.\n\n\n\nTime Settings\nThe Time Settings feature of the T830 provides network administrators with a precise and flexible system time management solution. It supports real-time viewing of the current system time and one-click immediate synchronization. It also offers two modes: \"Built-in NTP server\" and \"Manual configuration\". In automatic mode, administrators can customize the time zone (e.g., UTC) and flexibly add, delete, or reorder multiple global and private NTP server addresses (e.g., time.cloud.tencent.com) to ensure high availability of the time source; in manual mode, time can be set independently. This guarantees the accuracy and security of core functions such as device logging, certificate validation, and scheduled tasks.\n\nParameter Description:\n\n\n\n Parameter\n Description\n\n\n\n\n Built-in NTP server\n Enables the T830 to automatically synchronize its system time with public or predefined Network Time Protocol (NTP) servers. This mode ensures highly accurate and maintenance-free timekeeping, which is essential for consistent log timestamps, certificate validity checks, and scheduled task execution.\n\n\n Manual configuration\n Allows administrators to manually set and maintain the system time on the T830 without relying on external network time sources. This mode is particularly useful for isolated network environments or specific testing scenarios where external NTP server access is unavailable or restricted.\n\n\n\nPassword\nThe Login Password management feature of the T830 provides core identity authentication and access control security for the device. It requires administrators to enter the correct old password to verify their current identity when changing the password, and to set a new password and a confirmation password that meet the requirements, ensuring they match to ensure they are exactly the same, effectively preventing misoperation or unauthorized tampering. Finally, clicking the \"save\" button completes the credential update, fully protecting the device's Web management interface from the risk of unauthorized access.\n\nUpgrade\nThe Firmware Upgrade feature of the T830 provides network administrators with a convenient solution for device software lifecycle management. The interface intuitively displays the currently running firmware version (e.g., 1.0.1.release) and allows uploading the latest firmware package locally via the \"Select Firmware\" button. After the upload, click \"Upgrade\" to update the system safely and efficiently, helping to promptly fix potential vulnerabilities, optimize device performance, and unlock new features, ensuring that the network infrastructure always operates in an optimal and secure state.\n\nBackup And Restore\nReset\nThe Reset feature of the T830 provides network administrators with an effective means to quickly restore the device to its initial state. The system usually requires secondary confirmation before executing the irreversible factory reset. This operation will clear all user-defined configuration parameters, account credentials, and network settings with one click and restart the device, returning it to its factory-default state. This greatly facilitates fault diagnosis, configuration recovery, or recommissioning or redeployment of the device before deployment.\n\nBackup\nThe Backup (Backup and Restore) feature of the T830 provides network administrators with a comprehensive configuration management and disaster recovery solution. It supports one-click generation of current system configuration file archives and clearly records the backup name, time, and file size. Simultaneously, it allows intuitive management of historical backup records through a list, offering refined operations such as editing remarks, downloading to local storage, uploading backup files for restoration (Restore), and single or batch deletion. This enables rapid rollback to a stable state in case of configuration errors or system anomalies, fully guaranteeing the security and continuity of network services.\n\nParameter Description:\n\n\n\n Parameter\n Description\n\n\n\n\n ID\n A unique sequential identifier automatically assigned to each backup record, used for quick reference and batch management operations such as multi-selection for deletion.\n\n\n Backup Name\n The custom or system-generated name of the configuration file (e.g., including the date and time of the backup), which helps administrators identify the specific version or purpose of the backup.\n\n\n Backup date\n The specific date and time when the configuration backup was created and saved on the T830, providing a precise timeline for tracking changes and restoring previous states.\n\n\n File Size\n The storage footprint of the backup configuration file (e.g., in KB), which indicates the complexity of the current configuration and helps manage local storage resources.\n\n\n Edit\n An action option that allows administrators to modify the name or remarks of an existing backup record without altering the actual configuration data, making it easier to organize and annotate backups.\n\n\n Download\n Enables exporting the selected backup configuration file from the T830 to a local computer or external storage, serving as an offline safeguard against data loss.\n\n\n Restore\n The process of importing and applying the settings from a selected backup file to the T830, allowing the device to quickly revert to a previously saved stable configuration state.\n\n\n Delete\n Removes the selected backup record and its corresponding configuration file from the T830's storage to free up space or eliminate outdated or unnecessary backups.\n\n\n\nReboot\nPerform Reboot\nThe Perform reboot feature of the T830 provides network administrators with a convenient software-level restart management tool. When applying critical configuration changes, performing system updates, or encountering operational anomalies, administrators can safely trigger the service reload and system restart process by clicking this button, ensuring that new settings take effect and quickly restoring the device to a stable network connection state.\n\nScheduled Reboot\nThe Scheduled Reboot feature of the T830 provides network administrators with an efficient automated device operation and maintenance management solution. It allows flexible setting of specific reboot times and repeat cycles (supporting custom selection of weekdays or selecting all for daily execution) via an enable switch, thereby automatically releasing system resources, clearing caches, and optimizing operational performance during off-peak business hours. This effectively reduces manual intervention and ensures that the network infrastructure maintains an optimal and stable connection state in the long term.","is_draft":"0","editor_type":"2","file_path":"","add_time":"1787100819","update_time":"1788752740"},"pure_content":"System\nSystem\nThe Hostname configuration feature of the T830 provides network administrators with intuitive device identity management. It allows customizing or modifying the T830's alias on the netwo"}],"content":{"icon":"","desc":"<\/colgroup>\n\n\n\n\n\n

Supported product models<\/strong><\/td>\n<\/tr>\n

ODU8<\/td>\n

ODU22-5G-Pro<\/td>\n

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<\/td>\n<\/tr>\n

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<\/td>\n<\/tr>\n<\/tbody>\n<\/table>","content_id":"712762","add_time":"1769506489","update_time":"1788768544","content":"<\/colgroup>\n\n\n\n\n\n

Supported product models<\/strong><\/td>\n<\/tr>\n
ODU8<\/td>\n	ODU22-5G-Pro<\/td>\n	<\/td>\n<\/tr>\n
<\/td>\n	<\/td>\n	<\/td>\n<\/tr>\n
<\/td>\n	<\/td>\n	<\/td>\n<\/tr>\n<\/tbody>\n<\/table>","is_traffic_less":"0","file_type":""},"hot_list":[],"user_read_num":"0","is_auth":"0"},"msg":"Success","code":200}

Supported product models
ODU8	ODU22-5G-Pro