{"data":{"id":"883335","string_id":"Oj7BVKbv","status":"1","parent_id":"0","slug":"X62","order":"9","name":"Qualcomm X62","type":"1","cover":"","cover_alt":"","desc":null,"website":"","contact":"","seo_title":"","seo_keyword":"","seo_desc":"","author":"jim","published_time":"0","add_time":"1785555980","update_time":"1788942516","corp_auth_id":"0","verify_code_auth_id":"0","editor_type":"1","tags":[],"child":[{"id":"924248","string_id":"LI4gHnyv","status":"1","parent_id":"883335","slug":"Status-qm9P","order":"5","name":"Status","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":"1787102945","add_time":"1787102855","update_time":"1787188910","corp_auth_id":"0","verify_code_auth_id":"0","editor_type":"2","file_type":"","auth_id":"[\"924248\", \"883335\"]","content":{"content_id":"924248","content":"## System\nView ODU device product name, firmware version, MAC address, local time, and device uptime.\n![](https:\/\/resource-wangsu.helplook.net\/docker_production\/355p71\/article\/LI4gHnyv\/6a850fbebdc09.png)\n**Parameter Description**\n\n| Parameter | Description|\n| - | - |\n|Product Name | The model name of the ODU device, identifying its hardware type and series.|\n| Firmware Version|The current operating system or firmware build number, indicating the software version and release status (e.g., alpha\/beta). |\n|Mac\u200b (MAC Address) |The unique Media Access Control address assigned to the network interface, used for communication on the physical network segment.|\n| Local Time| The current date and time configured on the device, typically synchronized via NTP or manually set.|\n| Uptime| The total duration the device has been continuously powered on and operational since the last reboot.|\n\n## Mobile 5G\nView ODU Cellular Connection Information (SIM Status \/ RSRP \/ IMEI \/ SIM Mode)\nParameters for 5G Cell Lock (ARFCN \/ PCI \/ Band) available on this page.\n![](https:\/\/resource-wangsu.helplook.net\/docker_production\/355p71\/article\/LI4gHnyv\/6a8527948e453.png)\n\n**Parameter Description\uff1a**\n\n| Parameter | Description|\n| - | - |\n|Sim Card |The mobile operator or service provider associated with the currently inserted SIM card. |\n|Signal | The visual representation of the current received signal strength from the connected base station.|\n|IMEI | The unique International Mobile Equipment Identity number assigned to the 5G CPE device for network identification.|\n|Mode | The current radio access technology (RAT) mode the device is operating on (e.g., 5G, 4G, NSA, SA).|\n|Band |The specific frequency band (e.g., NR5G BAND 41) currently used for cellular communication. |\n|IP |The IP address assigned to the device's cellular interface by the network, used for data routing. |\n| Arfcn| Absolute Radio Frequency Channel Number; the specific channel identifier used for locking or monitoring a cell.|\n| PCI|Physical Cell Identifier; a unique ID for a cell within a given cell search area, used for cell locking. |\n|RSRP | Reference Signal Received Power; the average received power of the 5G\/4G reference signal, measured in dBm.|\n|RSRQ | Reference Signal Received Quality; the quality of the received reference signal, measured in dB.|\n| SINR| Signal-to-Interference-plus-Noise Ratio; a measure of signal quality relative to interference and noise, in dB.|\n|Cell ID | The unique identifier of the specific base station or cell that the device is currently connected to.|\n\n## Neighboring cell information\nClick Lock\u200b to set the selected neighbor cell as the primary serving cell for the SIM interface\n![](https:\/\/resource-wangsu.helplook.net\/docker_production\/355p71\/article\/LI4gHnyv\/6a85277da871b.png)\n\n**Parameter Description\uff1a**\n| Parameter | Description|\n| - | - |\n|ARFCN | Absolute Radio Frequency Channel Number; the unique channel identifier for the specific frequency band used by the cell.|\n| PCI|Physical Cell Identifier; a unique ID assigned to a cell within a given cell search area to distinguish neighboring cells. |\n| RSRP| Reference Signal Received Power; the average received power of the reference signal, measured in dBm, indicating signal strength.|\n| RSRQ| Reference Signal Received Quality; the quality of the received reference signal, measured in dB, reflecting signal and interference levels.|\n|RSSI |Received Signal Strength Indicator; the total received power across the entire bandwidth, including signal, interference, and noise. |\n|SINR |Signal-to-Interference-plus-Noise Ratio; a measure of signal quality relative to interference and noise, measured in dB. |\n|Action |Operational buttons (e.g., Lock) allowing the user to perform specific tasks on the corresponding neighbor cell entry. |\n\n## Network\nView Network Interface Status (Current IP: 192.168.225.1 for Web Management Access)\u200b\nBridge Mode: Configure at Main Menu > 5G > Network > Network Type.\n![](https:\/\/resource-wangsu.helplook.net\/docker_production\/355p71\/article\/LI4gHnyv\/6a8527572c988.png)\n\n\n## Realtime Traffic\nMonitors real-time ODU 5G upload and download traffic with dynamic trend charts and statistical summaries (Average and Peak), auto-refreshing every 3 seconds.\n![](https:\/\/resource-wangsu.helplook.net\/docker_production\/355p71\/article\/LI4gHnyv\/6a8527452d744.png)\n\n**Parameter Description\uff1a**\n| Parameter | Description|\n| - | - |\n|Download |The current real-time rate of data received from the 5G network, measured in kbit\/s and kB\/s. |\n| Upload| The current real-time rate of data sent to the 5G network, measured in kbit\/s and kB\/s.|\n| Average| The average throughput rate of the upload or download traffic over the monitored time window.|\n| Peak|The highest instantaneous throughput rate recorded for the upload or download traffic during the monitoring period. |","pure_content":"System\nView ODU device product name, firmware version, MAC address, local time, and device uptime.\n\nParameter Description\n\n\n\n Parameter\n Description\n\n\n\n\n Product Name\n The model name of the ODU device, identifying its hardware type and series.\n\n\n Firmware Version\n The current operating system or firmware build number, indicating the software version and release status (e.g., alpha\/beta).\n\n\n Mac\u200b (MAC Address)\n The unique Media Access Control address assigned to the network interface, used for communication on the physical network segment.\n\n\n Local Time\n The current date and time configured on the device, typically synchronized via NTP or manually set.\n\n\n Uptime\n The total duration the device has been continuously powered on and operational since the last reboot.\n\n\n\nMobile 5G\nView ODU Cellular Connection Information (SIM Status \/ RSRP \/ IMEI \/ SIM Mode)\nParameters for 5G Cell Lock (ARFCN \/ PCI \/ Band) available on this page.\n\nParameter Description\uff1a\n\n\n\n Parameter\n Description\n\n\n\n\n Sim Card\n The mobile operator or service provider associated with the currently inserted SIM card.\n\n\n Signal\n The visual representation of the current received signal strength from the connected base station.\n\n\n IMEI\n The unique International Mobile Equipment Identity number assigned to the 5G CPE device for network identification.\n\n\n Mode\n The current radio access technology (RAT) mode the device is operating on (e.g., 5G, 4G, NSA, SA).\n\n\n Band\n The specific frequency band (e.g., NR5G BAND 41) currently used for cellular communication.\n\n\n IP\n The IP address assigned to the device's cellular interface by the network, used for data routing.\n\n\n Arfcn\n Absolute Radio Frequency Channel Number; the specific channel identifier used for locking or monitoring a cell.\n\n\n PCI\n Physical Cell Identifier; a unique ID for a cell within a given cell search area, used for cell locking.\n\n\n RSRP\n Reference Signal Received Power; the average received power of the 5G\/4G reference signal, measured in dBm.\n\n\n RSRQ\n Reference Signal Received Quality; the quality of the received reference signal, measured in dB.\n\n\n SINR\n Signal-to-Interference-plus-Noise Ratio; a measure of signal quality relative to interference and noise, in dB.\n\n\n Cell ID\n The unique identifier of the specific base station or cell that the device is currently connected to.\n\n\n\nNeighboring cell information\nClick Lock\u200b to set the selected neighbor cell as the primary serving cell for the SIM interface\n\nParameter Description\uff1a\n\n\n\n Parameter\n Description\n\n\n\n\n ARFCN\n Absolute Radio Frequency Channel Number; the unique channel identifier for the specific frequency band used by the cell.\n\n\n PCI\n Physical Cell Identifier; a unique ID assigned to a cell within a given cell search area to distinguish neighboring cells.\n\n\n RSRP\n Reference Signal Received Power; the average received power of the reference signal, measured in dBm, indicating signal strength.\n\n\n RSRQ\n Reference Signal Received Quality; the quality of the received reference signal, measured in dB, reflecting signal and interference levels.\n\n\n RSSI\n Received Signal Strength Indicator; the total received power across the entire bandwidth, including signal, interference, and noise.\n\n\n SINR\n Signal-to-Interference-plus-Noise Ratio; a measure of signal quality relative to interference and noise, measured in dB.\n\n\n Action\n Operational buttons (e.g., Lock) allowing the user to perform specific tasks on the corresponding neighbor cell entry.\n\n\n\nNetwork\nView Network Interface Status (Current IP: 192.168.225.1 for Web Management Access)\u200b\nBridge Mode: Configure at Main Menu > 5G > Network > Network Type.\n\nRealtime Traffic\nMonitors real-time ODU 5G upload and download traffic with dynamic trend charts and statistical summaries (Average and Peak), auto-refreshing every 3 seconds.\n\nParameter Description\uff1a\n\n\n\n Parameter\n Description\n\n\n\n\n Download\n The current real-time rate of data received from the 5G network, measured in kbit\/s and kB\/s.\n\n\n Upload\n The current real-time rate of data sent to the 5G network, measured in kbit\/s and kB\/s.\n\n\n Average\n The average throughput rate of the upload or download traffic over the monitored time window.\n\n\n Peak\n The highest instantaneous throughput rate recorded for the upload or download traffic during the monitoring period.","is_draft":"0","editor_type":"2","file_path":"","add_time":"1787102855","update_time":"1787111488"},"pure_content":"System\nView ODU device product name, firmware version, MAC address, local time, and device uptime.\n\nParameter Description\n\n\n\n Parameter\n Description\n\n\n\n\n Product Name\n The model name of the ODU device"},{"id":"924249","string_id":"vJaVFsgp","status":"1","parent_id":"883335","slug":"5G","order":"4","name":"5G","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":"1787102947","add_time":"1787102870","update_time":"1787188910","corp_auth_id":"0","verify_code_auth_id":"0","editor_type":"2","file_type":"","auth_id":"[\"924249\", \"883335\"]","content":{"content_id":"924249","content":"## Network\n### 1. Network Setting\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\/vJaVFsgp\/6a85689f9974c.png)\n**Parameter Description:**\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|Network Type | Defines the WAN-side data forwarding mode. In Router mode, the CPE acts as a Layer 3 gateway with NAT; in Bridge mode, it operates as a transparent Layer 2 bridge, allowing downstream devices to obtain public IPs directly.|\n\n### 2. 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\/vJaVFsgp\/6a8569c33c417.png)\n\n### 3. Lock Commumity\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\/vJaVFsgp\/6a8569df92bab.png)\n**Parameter Description\uff1a**\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### 4. Modify 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\/vJaVFsgp\/6a8593bdd20e6.png)\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\/vJaVFsgp\/6a8595ce567f2.png)\n## AT Command Interaction\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\/vJaVFsgp\/6a8596441120f.png)\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\/WF16YfxU\/6a8599bb8b8cc.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 supports administrators in quickly composing 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\/WF16YfxU\/6a8599cd338d6.png)\n\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, network alert pushing, and point-to-point communication.\n![](https:\/\/resource-wangsu.helplook.net\/docker_production\/355p71\/article\/WF16YfxU\/6a8599f28557a.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\/WF16YfxU\/6a859a02522fe.png)","pure_content":"Network\n1. Network Setting\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 Network Type\n Defines the WAN-side data forwarding mode. In Router mode, the CPE acts as a Layer 3 gateway with NAT; in Bridge mode, it operates as a transparent Layer 2 bridge, allowing downstream devices to obtain public IPs directly.\n\n\n\n2. 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\n3. Lock Commumity\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\uff1a\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\n4. Modify 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\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 Interaction\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\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 supports administrators in quickly composing 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, network alert pushing, 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.","is_draft":"0","editor_type":"2","file_path":"","add_time":"1787102870","update_time":"1787188892"},"pure_content":"Network\n1. Network Setting\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 ti"},{"id":"924250","string_id":"cJ1bFWkB","status":"1","parent_id":"883335","slug":"Network-Ah54","order":"3","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":"1787102950","add_time":"1787102880","update_time":"1787188910","corp_auth_id":"0","verify_code_auth_id":"0","editor_type":"2","file_type":"","auth_id":"[\"924250\", \"883335\"]","content":{"content_id":"924250","content":"## Network\n\nThe Interfaces - Lan\u200b feature provides centralized control for planning the device's LAN-side network parameters, allowing administrators to configure the IPv4 address and subnet mask to define the internal network segment, and upon enabling the DHCP service, customize the IP address pool range, lease time, and DNS server (DNS1\/DNS2) allocation policies, serving as the core configuration module for building the internal communication infrastructure and enabling automated terminal access.\n![](https:\/\/resource-wangsu.helplook.net\/docker_production\/355p71\/article\/cJ1bFWkB\/6a864e9cd0c34.png)\n**Parameter Description:**\n\n| Parameter | Description|\n| - | - |\n|IPv4 address|Defines the IPv4 address of the LAN interface, which typically serves as the default gateway for all connected clients in the local network. |\n|IPv4 netmask | Specifies the subnet mask for the LAN segment to determine the range of available host addresses within the local network.|\n| Enable DHCP for this interface| Toggles the DHCP Server function for the LAN interface; when enabled, the device automatically assigns IP addresses and network parameters to connected terminals.|\n|Start Address |Sets the starting IP address of the DHCP address pool, marking the beginning of the range available for dynamic assignment to LAN clients.|\n| End Address| Sets the ending IP address of the DHCP address pool, marking the boundary of the range available for dynamic assignment to LAN clients.|\n|Leasetime |Defines the duration (in hours) for which an assigned IP address is valid for a client; the client must renew the lease before expiration. |\n|DNS1 | Specifies the primary Domain Name System (DNS) server address that will be distributed to LAN clients for domain name resolution.|\n|DNS2 | Specifies the secondary or backup DNS server address used for domain name resolution when the primary DNS server is unreachable.|\n\n\nThe Active DHCP Leases\u200b feature is designed for real-time monitoring and centralized display of IP address usage allocated by the 5G CPE's DHCP service to online LAN clients, clearly presenting the client's hostname, assigned IPv4 address, unique MAC address, and remaining IP lease time in a list format; it serves as a core visual management module for network administrators to perform internal terminal asset inventory, IP conflict troubleshooting, and network connection status tracking.\n![](https:\/\/resource-wangsu.helplook.net\/docker_production\/355p71\/article\/cJ1bFWkB\/6a864f39d01fa.png)\n**Parameter Description:**\n\n| Parameter |Description |\n| - | - |\n| Hostname| Displays the device name or computer name reported by the client during the DHCP handshake process.|\n|IPv4-Address |Shows the dynamic IPv4 address currently leased by the DHCP Server to the specific client device. |\n|MAC-Address |Indicates the unique physical Media Access Control (MAC) address of the client's network interface card. |\n|Leasetime remaining |Indicates the amount of time remaining before the current IP address lease expires and requires renewal. |\n## UPNP\nThe Universal Plug & Play (UPnP) and NAT-PMP Service\u200b configuration module enables LAN clients (such as gaming consoles and P2P software) to automatically request and complete port forwarding and NAT traversal on the 5G CPE without requiring manual configuration by an administrator; this interface provides a global toggle for the MiniUPnP service and displays real-time active UPnP redirects\u2014including protocol type, application name, client address and port, and the corresponding external port\u2014serving as a core automation feature to ensure optimal public network accessibility and low-latency communication for internal applications.\n![](https:\/\/resource-wangsu.helplook.net\/docker_production\/355p71\/article\/cJ1bFWkB\/6a864fad2c26d.png)\n## SQM QOS\nSmart Queue Management (SQM) is an advanced QoS feature based on traffic shaping and Active Queue Management (AQM), which effectively controls network bufferbloat to reduce end-to-end latency and ensures bandwidth fairness for high-priority applications by enabling traffic rate-limiting, Fair Queuing, and queue length management (e.g., fq_codel algorithm) on a specific network interface (such as WAN or LAN) of the 5G CPE; this configuration interface covers the global enabling of the SQM instance, interface binding, preset of upload\/download bandwidth rates, designation of queue disciplines (qdisc) and scheduling scripts (e.g., simple.qos), as well as detailed system log verbosity settings, serving as a core network management function to optimize multi-service concurrency over complex 5G cellular network environments.\n![](https:\/\/resource-wangsu.helplook.net\/docker_production\/355p71\/article\/cJ1bFWkB\/6a864fd1a5a06.png)\n![](https:\/\/resource-wangsu.helplook.net\/docker_production\/355p71\/article\/cJ1bFWkB\/6a864fdfb2192.png)\n## SNMP V2\nThe Simple Network Management Protocol (SNMP) configuration module provides a standard network management interface for the 5G CPE, allowing administrators to remotely monitor device status, collect performance metrics, and execute configuration changes via a Network Management System (NMS); this interface covers the SNMP service port setting (default UDP 161), security authentication based on read-write Community Strings (Get\/Set Community), and the definition of system objects in the MIB-II System group\u2014such as physical location (sysLocation), administrator contact information (sysContact), and device name (sysName)\u2014serving as a critical feature for automated operations and centralized asset management of 5G terminals in enterprise-grade networks.\n![](https:\/\/resource-wangsu.helplook.net\/docker_production\/355p71\/article\/cJ1bFWkB\/6a8650011b64d.png)","pure_content":"Network\nThe Interfaces - Lan\u200b feature provides centralized control for planning the device's LAN-side network parameters, allowing administrators to configure the IPv4 address and subnet mask to define the internal network segment, and upon enabling the DHCP service, customize the IP address pool range, lease time, and DNS server (DNS1\/DNS2) allocation policies, serving as the core configuration module for building the internal communication infrastructure and enabling automated terminal access.\n\nParameter Description:\n\n\n\n Parameter\n Description\n\n\n\n\n IPv4 address\n Defines the IPv4 address of the LAN interface, which typically serves as the default gateway for all connected clients in the local network.\n\n\n IPv4 netmask\n Specifies the subnet mask for the LAN segment to determine the range of available host addresses within the local network.\n\n\n Enable DHCP for this interface\n Toggles the DHCP Server function for the LAN interface; when enabled, the device automatically assigns IP addresses and network parameters to connected terminals.\n\n\n Start Address\n Sets the starting IP address of the DHCP address pool, marking the beginning of the range available for dynamic assignment to LAN clients.\n\n\n End Address\n Sets the ending IP address of the DHCP address pool, marking the boundary of the range available for dynamic assignment to LAN clients.\n\n\n Leasetime\n Defines the duration (in hours) for which an assigned IP address is valid for a client; the client must renew the lease before expiration.\n\n\n DNS1\n Specifies the primary Domain Name System (DNS) server address that will be distributed to LAN clients for domain name resolution.\n\n\n DNS2\n Specifies the secondary or backup DNS server address used for domain name resolution when the primary DNS server is unreachable.\n\n\n\nThe Active DHCP Leases\u200b feature is designed for real-time monitoring and centralized display of IP address usage allocated by the 5G CPE's DHCP service to online LAN clients, clearly presenting the client's hostname, assigned IPv4 address, unique MAC address, and remaining IP lease time in a list format; it serves as a core visual management module for network administrators to perform internal terminal asset inventory, IP conflict troubleshooting, and network connection status tracking.\n\nParameter Description:\n\n\n\n Parameter\n Description\n\n\n\n\n Hostname\n Displays the device name or computer name reported by the client during the DHCP handshake process.\n\n\n IPv4-Address\n Shows the dynamic IPv4 address currently leased by the DHCP Server to the specific client device.\n\n\n MAC-Address\n Indicates the unique physical Media Access Control (MAC) address of the client's network interface card.\n\n\n Leasetime remaining\n Indicates the amount of time remaining before the current IP address lease expires and requires renewal.\n\n\n\nUPNP\nThe Universal Plug & Play (UPnP) and NAT-PMP Service\u200b configuration module enables LAN clients (such as gaming consoles and P2P software) to automatically request and complete port forwarding and NAT traversal on the 5G CPE without requiring manual configuration by an administrator; this interface provides a global toggle for the MiniUPnP service and displays real-time active UPnP redirects\u2014including protocol type, application name, client address and port, and the corresponding external port\u2014serving as a core automation feature to ensure optimal public network accessibility and low-latency communication for internal applications.\n\nSQM QOS\nSmart Queue Management (SQM) is an advanced QoS feature based on traffic shaping and Active Queue Management (AQM), which effectively controls network bufferbloat to reduce end-to-end latency and ensures bandwidth fairness for high-priority applications by enabling traffic rate-limiting, Fair Queuing, and queue length management (e.g., fq_codel algorithm) on a specific network interface (such as WAN or LAN) of the 5G CPE; this configuration interface covers the global enabling of the SQM instance, interface binding, preset of upload\/download bandwidth rates, designation of queue disciplines (qdisc) and scheduling scripts (e.g., simple.qos), as well as detailed system log verbosity settings, serving as a core network management function to optimize multi-service concurrency over complex 5G cellular network environments.\n\n\nSNMP V2\nThe Simple Network Management Protocol (SNMP) configuration module provides a standard network management interface for the 5G CPE, allowing administrators to remotely monitor device status, collect performance metrics, and execute configuration changes via a Network Management System (NMS); this interface covers the SNMP service port setting (default UDP 161), security authentication based on read-write Community Strings (Get\/Set Community), and the definition of system objects in the MIB-II System group\u2014such as physical location (sysLocation), administrator contact information (sysContact), and device name (sysName)\u2014serving as a critical feature for automated operations and centralized asset management of 5G terminals in enterprise-grade networks.","is_draft":"0","editor_type":"2","file_path":"","add_time":"1787102880","update_time":"1787187244"},"pure_content":"Network\nThe Interfaces - Lan\u200b feature provides centralized control for planning the device's LAN-side network parameters, allowing administrators to configure the IPv4 address and subnet mask to defin"},{"id":"924251","string_id":"4p2Zj1mu","status":"1","parent_id":"883335","slug":"Firewall-RcLH","order":"2","name":"Firewall","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":"1787102952","add_time":"1787102893","update_time":"1787190967","corp_auth_id":"0","verify_code_auth_id":"0","editor_type":"2","file_type":"","auth_id":"[\"924251\", \"883335\"]","content":{"content_id":"924251","content":"## DMZ\nThe Demilitarized Zone (DMZ) feature is an advanced network security and port mapping enhancement that allows the 5G CPE to fully expose a specified host's IP address in the LAN to the public WAN side, enabling the host to unrestrictedly receive all inbound connection requests and unforwarded port traffic from the external network, thereby meeting the stringent requirements of game servers, video surveillance systems, or specific P2P applications for full-port public access; this interface provides a one-click enable toggle and an input field for binding the target internal host IP address, serving as a core Network Address Translation (NAT) management module in enterprise-grade and SOHO gateways for quickly deploying publicly accessible services while requiring careful risk assessment.\n![](https:\/\/resource-wangsu.helplook.net\/docker_production\/355p71\/article\/4p2Zj1mu\/6a8656db9305f.png)\n## Port Forwards\nPort Forwards is a core Network Address Translation (NAT) feature within the 5G CPE firewall module that allows administrators to precisely map and forward specific protocol (TCP\/UDP) and public port traffic from the WAN side (external zone) to a designated private IP address and service port on the LAN side (internal zone), thereby securely and controllably exposing specific internal services (such as web servers, remote desktops, or surveillance devices) to the internet; this interface provides granular configuration options including rule naming, internal\/external zone matching, protocol and port range settings, and target internal IP\/port binding, while supporting rule enabling, sorting, and real-time application, serving as a critical network management function for ensuring public accessibility and security isolation of enterprise-grade applications.\n![](https:\/\/resource-wangsu.helplook.net\/docker_production\/355p71\/article\/4p2Zj1mu\/6a8656f7a5a5e.png)\n## Tools\nNetwork Utilities is a comprehensive network diagnostic and troubleshooting module built into the 5G CPE, integrating core network element management features such as Ping (connectivity and latency testing), Traceroute (route tracing and hop-by-hop analysis), and Nslookup (domain name resolution diagnostics) based on the IPv4 protocol; it allows administrators to directly input target IPs or domain names on the device's Web GUI to quickly detect end-to-end network reachability, locate link bottlenecks, and verify DNS service status, serving as a critical visual diagnostic tool for ensuring the stable operation and efficient maintenance of 5G cellular networks.\n![](https:\/\/resource-wangsu.helplook.net\/docker_production\/355p71\/article\/4p2Zj1mu\/6a8658207c262.png)\n\n**Parameter Description:**\n| Parameter | Description|\n| - | - |\n|Ping|A network utility that uses ICMP Echo Request\/Reply packets to test the end-to-end reachability and measure the round-trip time (latency) between the 5G CPE and a target IP\/domain. |\n| Traceroute|A diagnostic tool that tracks the forwarding path of packets from the 5G CPE to a destination by utilizing TTL expiration mechanisms, identifying each hop (router) and measuring transit delays along the way. |\n|Nslookup |A network administration command-line tool used to query the Domain Name System (DNS) to obtain the IP address corresponding to a domain name or to check the status and resolution records of the configured DNS server. |","pure_content":"DMZ\nThe Demilitarized Zone (DMZ) feature is an advanced network security and port mapping enhancement that allows the 5G CPE to fully expose a specified host's IP address in the LAN to the public WAN side, enabling the host to unrestrictedly receive all inbound connection requests and unforwarded port traffic from the external network, thereby meeting the stringent requirements of game servers, video surveillance systems, or specific P2P applications for full-port public access; this interface provides a one-click enable toggle and an input field for binding the target internal host IP address, serving as a core Network Address Translation (NAT) management module in enterprise-grade and SOHO gateways for quickly deploying publicly accessible services while requiring careful risk assessment.\n\nPort Forwards\nPort Forwards is a core Network Address Translation (NAT) feature within the 5G CPE firewall module that allows administrators to precisely map and forward specific protocol (TCP\/UDP) and public port traffic from the WAN side (external zone) to a designated private IP address and service port on the LAN side (internal zone), thereby securely and controllably exposing specific internal services (such as web servers, remote desktops, or surveillance devices) to the internet; this interface provides granular configuration options including rule naming, internal\/external zone matching, protocol and port range settings, and target internal IP\/port binding, while supporting rule enabling, sorting, and real-time application, serving as a critical network management function for ensuring public accessibility and security isolation of enterprise-grade applications.\n\nTools\nNetwork Utilities is a comprehensive network diagnostic and troubleshooting module built into the 5G CPE, integrating core network element management features such as Ping (connectivity and latency testing), Traceroute (route tracing and hop-by-hop analysis), and Nslookup (domain name resolution diagnostics) based on the IPv4 protocol; it allows administrators to directly input target IPs or domain names on the device's Web GUI to quickly detect end-to-end network reachability, locate link bottlenecks, and verify DNS service status, serving as a critical visual diagnostic tool for ensuring the stable operation and efficient maintenance of 5G cellular networks.\n\nParameter Description:\n\n\n\n Parameter\n Description\n\n\n\n\n Ping\n A network utility that uses ICMP Echo Request\/Reply packets to test the end-to-end reachability and measure the round-trip time (latency) between the 5G CPE and a target IP\/domain.\n\n\n Traceroute\n A diagnostic tool that tracks the forwarding path of packets from the 5G CPE to a destination by utilizing TTL expiration mechanisms, identifying each hop (router) and measuring transit delays along the way.\n\n\n Nslookup\n A network administration command-line tool used to query the Domain Name System (DNS) to obtain the IP address corresponding to a domain name or to check the status and resolution records of the configured DNS server.","is_draft":"0","editor_type":"2","file_path":"","add_time":"1787102893","update_time":"1787190966"},"pure_content":"DMZ\nThe Demilitarized Zone (DMZ) feature is an advanced network security and port mapping enhancement that allows the 5G CPE to fully expose a specified host's IP address in the LAN to the public WAN"},{"id":"924825","string_id":"Dkuld8UN","status":"1","parent_id":"883335","slug":"System-MR37","order":"1","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":"1787189021","add_time":"1787188899","update_time":"1787191533","corp_auth_id":"0","verify_code_auth_id":"0","editor_type":"2","file_type":"","auth_id":"[\"924825\", \"883335\"]","content":{"content_id":"924825","content":"## Language\nThe System Language configuration module is a core personalization setting within the 5G CPE Web GUI, allowing administrators to freely switch the display language of the graphical management interface via a dropdown menu, supporting multiple languages including English, Chinese, Arabic, Spanish, Korean, Russian, and Vietnamese, thereby significantly lowering the barrier to network device maintenance in multilingual environments and enhancing the localized user experience for a global audience.\n![](https:\/\/resource-wangsu.helplook.net\/docker_production\/355p71\/article\/Dkuld8UN\/6a865fe23d51d.png)\n\n## Telnet\nThe Telnet Service Configuration module is a remote access control feature within the 5G CPE system management that allows administrators to enable or disable the device's Telnet protocol service by checking the \"Enable\" checkbox, facilitating underlying remote debugging and maintenance via the Command Line Interface (CLI) in LAN or WAN environments; given that Telnet transmits data in plaintext and poses potential security risks, it is recommended to activate this service only temporarily within a trusted internal network environment, and clicking the \"Apply\" button will save and enforce the security policy in real-time.\n![](https:\/\/resource-wangsu.helplook.net\/docker_production\/355p71\/article\/Dkuld8UN\/6a865ff4d8b22.png)\n## Timezone\nThe Timezone configuration module is a fundamental time synchronization setting within the 5G CPE system management that allows administrators to accurately select the local timezone (such as UTC or specific regional timezones) via a dropdown menu, ensuring the accuracy of the device's system time, operational logs, and alarm records, which is crucial for subsequent network troubleshooting, automated task scheduling, and system auditing; clicking the \"Apply\" button after selection will immediately enforce the new timezone configuration.\n![](https:\/\/resource-wangsu.helplook.net\/docker_production\/355p71\/article\/Dkuld8UN\/6a86603ea8230.png)\n\n## Password\nThe Password modification module is a core configuration item for 5G CPE system security management, requiring administrators to enter and re-confirm a new password in the \"Password\" and \"Confirmation\" fields to prevent lockout due to input errors, thereby effectively strengthening the access control and device protection level of the Web GUI and ensuring that network management privileges are not tampered with by unauthorized personnel.\n![](https:\/\/resource-wangsu.helplook.net\/docker_production\/355p71\/article\/Dkuld8UN\/6a86605228a8c.png)\n\n## Reboot\nThe Device Reboot control module is a critical operational item in 5G CPE system maintenance, allowing administrators to safely and controllably trigger the device's soft reboot process by clicking the \"Perform reboot\" button on the Web GUI, facilitating the quick application of new configurations, release of system resources, or troubleshooting of temporary network failures, thereby ensuring the device operates at its optimal state.\n![](https:\/\/resource-wangsu.helplook.net\/docker_production\/355p71\/article\/Dkuld8UN\/6a8660708f072.png)\n## Reset\nThe Factory Reset (Reset) function is a system-level advanced maintenance tool for the 5G CPE, allowing administrators to completely clear all configuration parameters (including network, security, and management settings) and restore the device to its original factory state by clicking the \"Perform reset\" button; it is suitable for resolving severe system configuration conflicts or thoroughly wiping data before transferring the device, and the operation is irreversible, requiring careful evaluation before execution.\n![](https:\/\/resource-wangsu.helplook.net\/docker_production\/355p71\/article\/Dkuld8UN\/6a86608de3069.png)\n## Scheduled Tasks\nThe Scheduled Tasks configuration module is an automated operations feature based on the system Crontab, allowing advanced administrators to write standard Cron expressions directly into the text area to precisely schedule the automatic execution of specific scripts and commands at designated times or intervals (such as timed reboots, data collection, or policy switching), effectively reducing manual intervention costs and enhancing the network management efficiency of the 5G CPE.\n![](https:\/\/resource-wangsu.helplook.net\/docker_production\/355p71\/article\/Dkuld8UN\/6a8660ac758b6.png)","pure_content":"Language\nThe System Language configuration module is a core personalization setting within the 5G CPE Web GUI, allowing administrators to freely switch the display language of the graphical management interface via a dropdown menu, supporting multiple languages including English, Chinese, Arabic, Spanish, Korean, Russian, and Vietnamese, thereby significantly lowering the barrier to network device maintenance in multilingual environments and enhancing the localized user experience for a global audience.\n\nTelnet\nThe Telnet Service Configuration module is a remote access control feature within the 5G CPE system management that allows administrators to enable or disable the device's Telnet protocol service by checking the \"Enable\" checkbox, facilitating underlying remote debugging and maintenance via the Command Line Interface (CLI) in LAN or WAN environments; given that Telnet transmits data in plaintext and poses potential security risks, it is recommended to activate this service only temporarily within a trusted internal network environment, and clicking the \"Apply\" button will save and enforce the security policy in real-time.\n\nTimezone\nThe Timezone configuration module is a fundamental time synchronization setting within the 5G CPE system management that allows administrators to accurately select the local timezone (such as UTC or specific regional timezones) via a dropdown menu, ensuring the accuracy of the device's system time, operational logs, and alarm records, which is crucial for subsequent network troubleshooting, automated task scheduling, and system auditing; clicking the \"Apply\" button after selection will immediately enforce the new timezone configuration.\n\nPassword\nThe Password modification module is a core configuration item for 5G CPE system security management, requiring administrators to enter and re-confirm a new password in the \"Password\" and \"Confirmation\" fields to prevent lockout due to input errors, thereby effectively strengthening the access control and device protection level of the Web GUI and ensuring that network management privileges are not tampered with by unauthorized personnel.\n\nReboot\nThe Device Reboot control module is a critical operational item in 5G CPE system maintenance, allowing administrators to safely and controllably trigger the device's soft reboot process by clicking the \"Perform reboot\" button on the Web GUI, facilitating the quick application of new configurations, release of system resources, or troubleshooting of temporary network failures, thereby ensuring the device operates at its optimal state.\n\nReset\nThe Factory Reset (Reset) function is a system-level advanced maintenance tool for the 5G CPE, allowing administrators to completely clear all configuration parameters (including network, security, and management settings) and restore the device to its original factory state by clicking the \"Perform reset\" button; it is suitable for resolving severe system configuration conflicts or thoroughly wiping data before transferring the device, and the operation is irreversible, requiring careful evaluation before execution.\n\nScheduled Tasks\nThe Scheduled Tasks configuration module is an automated operations feature based on the system Crontab, allowing advanced administrators to write standard Cron expressions directly into the text area to precisely schedule the automatic execution of specific scripts and commands at designated times or intervals (such as timed reboots, data collection, or policy switching), effectively reducing manual intervention costs and enhancing the network management efficiency of the 5G CPE.","is_draft":"0","editor_type":"2","file_path":"","add_time":"1787188899","update_time":"1787191472"},"pure_content":"Language\nThe System Language configuration module is a core personalization setting within the 5G CPE Web GUI, allowing administrators to freely switch the display language of the graphical management"}],"content":{"icon":"","desc":"<\/colgroup>\n\n\n\n\n\n\n

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

ODU22-5G<\/td>\n

ODU20-5G<\/td>\n

ODU10-5G<\/td>\n<\/tr>\n

ODU14-5G<\/td>\n

ODU-BOAT<\/td>\n

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

<\/td>\n

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

<\/td>\n

<\/td>\n<\/tr>\n<\/tbody>\n<\/table>","content_id":"883335","add_time":"1785555980","update_time":"1788768393","content":"<\/colgroup>\n\n\n\n\n\n\n

Supported product models<\/strong><\/td>\n<\/tr>\n
ODU22-5G<\/td>\n	ODU20-5G<\/td>\n	ODU10-5G<\/td>\n<\/tr>\n
ODU14-5G<\/td>\n	ODU-BOAT<\/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
ODU22-5G	ODU20-5G	ODU10-5G
ODU14-5G	ODU-BOAT