Manage Mesh Nodes

The Mesh Node extends RF coverage with an AP. It utilizes a wireless backhaul to connect to an Onyx Edge.

Mesh Node-AP Affinity Feature

NOTE: In this release, the Mesh Node-AP Affinity feature is supported only in 4G networks.

The Mesh Node-AP Affinity feature manages the association between a Mesh Node and a specific cell. By restricting a Mesh Node to attach to a specific cell, this feature optimizes network resource management and enhances the Mesh Node's performance.

In the Onyx Portal subscriber configuration, administrators can designate a specific cell ID as the "Allowed Cell" for a Mesh Node subscriber. The cell IDs are in the format "<AP name>-cell-<cell id>". For APs with dual cells, two separate entries, one for each cell, are available for association. For more information, see Manage Subscriber Accounts.

NOTE: For this feature to operate effectively, the desired cell should have a signal strength of around -90 RSRP dBm, while undesired cells should have signal strengths of -110 RSRP dBm or lower.

NOTE: You cannot delete an AP or change its carrier mode while its cell ID is configured as a Mesh Node subscriber's "Allowed Cell". The subscriber configuration must first be cleared of the cell ID, after which the AP can be deleted, or its carrier mode can be changed.

NOTE: Users are responsible for associating valid AP cells. Configuring a non-associated AP cell as an "Allowed Cell" for a Mesh Node, or removing the association of an AP whose cell is configured as an "Allowed Cell", will result in a loss of connectivity for that subscriber.

NOTE: The Mesh Node-AP Affinity feature will not work during handovers between two Gateway APs.

View Mesh Node Details

This section describes how to:

View Summary Details of All Mesh Nodes

To view the summary details of all Mesh Nodes in the network:

In the navigation pane, click Equipment > Mesh Node tab.

The Equipment page > Mesh Node tab displays the summary details of all Mesh Nodes configured in the network.

Mesh Node (n) – The number of Mesh Node connected to the network.

The list of available Mesh Nodes is displayed.

Mesh Node Service Status.
- Green – Mesh AP cell is in a healthy state.
- Red – Mesh AP cell is in service down state.
- Amber – Mesh AP cell is in unwarranted transmission state.
- Grey – Mesh AP cell state is shutdown, AP is offline, or Mesh Node is offline.
To view the Mesh AP Rf Tx status and Mesh AP Last Sync timestamp, hover your cursor over the "Service Status" icon.
Name – The Mesh Node's name.
Description – The Mesh Node's description.
Venue – The name of the venue hosting the Mesh Node.
Online – Indicates the Mesh Node's online status, which is determined by its reachability from the Onyx Portal.
- Green – Indicates the Mesh Node is connected to the Onyx Portal, and it last checked-in with the Onyx Portal within the last two minutes.
- Red – Indicates the Mesh Node is not connected to the Onyx Portal, and it last checked-in with the Onyx Portal more than two minutes ago.
To view the last synchronized at timestamp, hover your cursor over the "Online Status" icon.
Interface Status – Indicates the Mesh Node's interface status.
- Green – Indicates GRE tunnel status is okay, and Mesh AP is online.
- Amber – Indicates Mesh Node is online, but Mesh AP is offline, and GRE tunnel Status is okay.
- Red – Indicates the GRE tunnel status is not okay.
- Grey – Indicates the Mesh Node is offline.
To view the Tunnel status and Mesh AP Power Up status, hover your cursor over the "Interface Status" icon.
Compute Resource – Indicates utilization status of the Mesh Node's computing resources—CPU percentage, Memory percentage, and Disk Utilization percentage.
- Green – Indicates all parameters are less than or equal to 50%.
- Amber – Indicates all parameters are less than or equal to 70%, and at least one parameter is above 50%.
- Red – Indicates at least one parameter is above 70%.
- Grey – Indicates the Mesh Node is offline.
To view the Disk Utilization, CPU Utilization, and Memory Utilization percentages, hover your cursor over the "Compute Resource Status" icon.
Actions – Options to view details, edit, and delete a Mesh Node.

View a Mesh Node's Details

View a GM01 Mesh Node's Details

To view a GM01 Mesh Node's details:

In the navigation pane, click Equipment > Mesh Node tab.

The Equipment page > Mesh Node tab displays the summary details of all Mesh Nodes configured in the network.

To view a Mesh Node's details, in the list, click its name.

The <Mesh Node name> page is displayed.

Overview tab:
- Mesh Node Details:
  - Name – The Mesh Node's name.
  - Serial No. – The Mesh Node equipment's vendor-assigned serial number.
  - Venue Name – The name of the venue hosting the Mesh Node.
  - Version – The Mesh Node's software version.
  - Up Time – The duration for which the Mesh Node has been continuously operational without any downtime or interruptions.
  - Mesh AP – The Mesh AP equipment's vendor-assigned serial number.
  - Donor AP – The Mesh Node's donor AP's name.
  - UUID/Challenge Key – To view the Mesh Node's Hardware UUID and Challenge Key, click (view details).
  - Hostname – The Mesh Node's hostname.
  - Description – The Mesh Node's description.
  - Device Class – The Mesh Node's device class—GM01.
  - Upgrade Status – Status of the previous Mesh Node software upgrade.
  NOTE: The Upgrade Status parameter is displayed only during an upgrade and for one hour after the upgrade.
  - To view the previous upgrade's details, click the status.
    The Upgrade Status dialog box displays the following details:
    Description – Description of the last upgrade's status.
    Old Version – The software version before the upgrade.
    New Version – The new software version.
    Updated At – The timestamp at which the last upgrade completed.
    Start Time – The timestamp at which the last upgrade started.
SIM Related Info:
- Active SIM – The active SIM's status—Disabled, Enabled.
- IMSI – The IMSI number that identifies the SIM within the network.
- IMEI – The IMEI number that uniquely identifies the equipment.
Status:
- Online – The Mesh Node's online status.
  - Green – Indicates the Mesh Node is connected to the Onyx Portal, and it last checked-in with the Onyx Portal within the last two minutes.
  - Red – Indicates the Mesh Node is not connected to the Onyx Portal, and it last checked-in with the Onyx Portal more than two minutes ago.
  To view the last synchronized at timestamp, hover your cursor over the "Online Status" icon.
- Interface Status – The Mesh Node's interface status.
  - Green – Indicates GRE tunnel status is okay, and Mesh AP is online.
  - Amber – Indicates the Mesh Node is online, but Mesh AP is offline, and GRE tunnel Status is okay.
  - Red – Indicates the GRE tunnel status is not okay.
  - Grey – Indicates the Mesh Node is offline.
  To view the Tunnel status and the Mesh AP Power Up status, hover your cursor over the "Interface Status" icon.
- Compute Resource – The Mesh Node's compute resource status.
  - Green – Indicates all parameters are below 50%.
  - Amber – Indicates at least one parameter is above 50% and below 75%.
  - Red – Indicates at least one parameter is above 75%.
  - Grey – Indicates the Mesh Node is offline.
  To view the Disk Utilization, CPU Utilization, and Memory Utilization percentages, hover your cursor over the "Compute Resource Status" icon.
- Service Status – The Mesh Node's service status.
  - Green – Mesh AP cell is in a healthy state.
  - Red – Mesh AP cell is in service down state.
  - Amber – Mesh AP cell is in unwarranted transmission state.
  - Grey – Mesh AP is offline, or Mesh Node is offline.
  To view the Mesh AP Rf Tx status and the Mesh AP last synchronized at timestamp, hover your cursor over the "Service Status" icon.
Backhaul Status Details – Indicates how consistent and stable the network connection is.
- Backhaul IP – The backhaul IP address.
- Backhaul Filter State – The backhaul filter state—Low Pass, High Pass.
- Mesh AP Filter State – The Mesh AP filter state—Low Pass, High Pass.
The following details are displayed in the case of SC mode for Primary cell, and in the case of CA mode for the Primary and Secondary Cells.
- Freq – The cell's frequency in MHz.
- BW – The cell's bandwidth in dBm.
- RSRQ – The cell's RSRQ in dB.
- RSRP (dBm) – The antenna's RSRP in dBm. Displayed for Antenna 0 and Antenna 1.
- RSSI (dBm) – The antenna's RSSI in dBm. Displayed for Antenna 0 and Antenna 1.
Alert Thresholds – Pre-defined limits set in the system to monitor radio signal quality and generate alerts when certain metrics drop below acceptable levels. These thresholds help proactively identify and address connectivity or performance issues with the mesh node.
- RSRP Limit – Reference Signal Received Power (RSRP) indicates the power level of the LTE reference signals received by the antenna. It is a critical measurement for determining coverage quality and cell selection. If the RSRP drops below -90 dB, it implies weak received signal power, which may lead to coverage holes or poor connectivity for the UE.
- RSRQ Limit – Reference Signal Received Quality (RSRQ) is a measure of signal quality, factoring in interference and noise, and is derived from RSRP and Received Signal Strength Indicator (RSSI). When RSRQ falls below -15 dB, it indicates a high level of interference or poor quality of the received signal. This can result in degraded throughput and unreliable connections.
- SINR Limit – Signal-to-Interference-plus-Noise Ratio (SINR) measures the quality of the wireless link by comparing the strength of the desired signal to the level of background interference and noise. SINR below -13 dB suggests severe interference or noise, potentially leading to significant performance degradation, reduced data rates, or dropped connections.

Click the Analytics tab.

The Analytics tab displays time-based visualizations of critical radio signal metrics collected from the Mesh Node. It helps monitor signal stability and quality in real time, identify degradations, and take corrective actions.

Selected Range – The time period from which signal metrics are displayed on the analytics plots. Select the time period in the dropdown to the far right.
RSRP Signal – Measures the average power of reference signals received by the Mesh Node from the donor cell. It serves as a primary indicator of coverage strength. Higher RSRP indicates a stronger and more reliable signal. If RSRP falls below certain thresholds, it may signal weak coverage or physical obstructions. This plot displays frequency-based color coding.
- Primary/Secondary – Select the cell's role.
- ant0/ant1 – Select the antenna.
RSRQ Signal – Indicates the quality of the received signal (interference and noise in the signal) by combining information on interference and overall signal strength. It is derived using RSRP and RSSI (total received power). Lower (more negative) RSRQ values signify higher interference or noise in the environment, which can degrade throughput and reliability. This plot displays frequency-based color coding.
- Primary/Secondary – Select the cell's role.
SINR Signal – Signal-to-Interference-pus Noise ratio. Measures the ratio of the desired signal strength to the sum of interference and noise. It is a key indicator of overall link quality and expected data rates. Higher SINR values correspond to better radio conditions and higher possible throughput. When SINR drops, it can indicate interference from nearby cells, environmental noise, or hardware faults. This plot displays frequency-based color coding.
Check-In Count – The number of check-in events from the Mesh Node over time, used to monitor node connectivity responsiveness and health.

Click the Logs tab.

Logs (n) – The number of logs for the Mesh Node in the selected date and time range.
Timestamp – The date and time when each log entry was recorded.
Severity – The log entry's severity.
Message – The log message.
To change the date and time range, select the required timestamps in the fields. The logs list automatically updates to display the corresponding logs.
NOTE: Your selections must fall within a seven-day range.
To download the logs in .csv format, in the field, enter the number of logs to be included in the .csv file, then click . Default value: 5000. The downloaded .csv file includes details such as the timestamp, service, tag, type, and log text.
NOTE: You can download a maximum 5000 logs.
To search for a log, in the field, enter your search term. The logs list automatically updates to display logs containing the term.

View a GM02 Mesh Node's Details

To view a GM02 Mesh Node's details:

In the navigation pane, click Equipment > Mesh Node tab.

The Equipment page > Mesh Node tab displays the summary details of all Mesh Nodes configured in the network.

To view a Mesh Node's details, in the list, click its name.

The <Mesh Node name> page > Overview tab is displayed.

Mesh Node Details:
- Name – The Mesh Node's name.
- Serial No. – The Mesh Node equipment's vendor-assigned serial number.
- Venue Name – The name of the venue hosting the Mesh Node.
- Version – The Mesh Node's software version.
- Up Time – The duration for which the Mesh Node has been continuously operational without any downtime or interruptions.
- Mesh AP – The Mesh AP equipment's vendor-assigned serial number.
- Donor AP – The Mesh Node's donor AP's name.
- UUID/Challenge Key – To view the Mesh Node's Hardware UUID and Challenge Key, click (view details).
- Hostname – The Mesh Node's hostname.
- Description – The Mesh Node's description.
- Device Class – The Mesh Node's device class—GM02.
- Carrier Mode – The Mesh Node's carrier mode—Single Carrier, Dual Carrier.
- Upgrade Status – Status of the previous Mesh Node software upgrade.
  NOTE: The Upgrade Status parameter is displayed only during an upgrade and for one hour after the upgrade.
- To view the previous upgrade's details, click the status.
  The Upgrade Status dialog box displays the following details:
  - Description – Description of the last upgrade's status.
  - Old Version – The software version before the upgrade.
  - New Version – The new software version.
  - Updated At – The timestamp at which the last upgrade completed.
  - Start Time – The timestamp at which the last upgrade started.
- SIM Related Info:
  - Active SIM – The active SIM's status—Disabled, Enabled.
  - IMSI – The IMSI number that identifies the SIM within the network.
  - IMEI – The IMEI number that uniquely identifies the equipment.
- Status:
  - Online – The Mesh Node's online status.
    Green – Indicates the Mesh Node is connected to the Onyx Portal, and it last checked-in with the Onyx Portal within the last two minutes.
    Red – Indicates the Mesh Node is not connected to the Onyx Portal, and it last checked-in with the Onyx Portal more than two minutes ago.
    To view the last synchronized at timestamp, hover your cursor over the "Online Status" icon.
  - Interface Status – The Mesh Node's interface status.
    Green – Indicates GRE tunnel status is okay, and Mesh AP is online.
    Amber – Indicates the Mesh Node is online, but Mesh AP is offline, and GRE tunnel Status is okay.
    Red – Indicates the GRE tunnel status is not okay.
    Grey – Indicates the Mesh Node is offline.
    To view the Tunnel status and the Mesh AP Power Up status, hover your cursor over the "Interface Status" icon.
  - Compute Resource – The Mesh Node's compute resource status.
    Green – Indicates all parameters are below 50%.
    Amber – Indicates at least one parameter is above 50% and below 75%.
    Red – Indicates at least one parameter is above 75%.
    Grey – Indicates the Mesh Node is offline.
    To view the Disk Utilization, CPU Utilization, and Memory Utilization percentages, hover your cursor over the "Compute Resource Status" icon.
  - Service Status – The Mesh Node's service status.
    Green – Mesh AP cell is in a healthy state.
    Red – Mesh AP cell is in service down state.
    Amber – Mesh AP cell is in unwarranted transmission state.
    Grey – Mesh AP is offline, or Mesh Node is offline.
    To view the Mesh AP Rf Tx status and the Mesh AP last synchronized at timestamp, hover your cursor over the "Service Status" icon.
SAS Status – Indicates the Mesh Node's SAS status—Registered, Granted, or Authorized.
Color coding for "SAS Status" icons:
- Registered icon:
  - Green – All CBSDs are registered.
  - Amber – Some CBSDs are registered, and some are not registered.
  - Red – No CBSDs are registered.
- Granted icon:
  - Green – Required number of grants are available.
  - Amber – Some grants are available but not the required number.
  - Red – No grants are available.
  - Grey – No CBSDs are registered.
- Authorized icon:
  - Green – Required number of grants are authorized.
  - Amber – Some grants are authorized but not the required number.
  - Red – No grants are authorized.
  - Grey – No grants are available.
  The following indicates the Mesh Node's SAS status is fully healthy—all CBSDs are registered, have the necessary grants, and those grants are authorized.
SAS – The Mesh Node's SAS configuration status—Enabled or Disabled.
- BW (MHz) – The range of frequencies available to the Mesh Node for transmission within the CBRS spectrum.
- Max Tx Pwr (dBm) – The maximum transmission power per antenna port when operating in the CBRS spectrum. Indicates the equipment's compliance with regulatory requirements regarding maximum power emissions to prevent interference with other users of the spectrum.
- FCC ID – The Mesh Node's Federal Communications Commission (FCC) ID. Indicates the equipment's compliance with FCC regulations for operation in the CBRS spectrum.
- Single Step Enabled – Indicates if Single Step CBSD Registration is enabled or disabled—true or false.
  When true (enabled), the CPI provides the device registration information to the CBSD. The CBSD then uses registration requests to send the required information to the SAS.
  When false, (disabled / Multi-step Registration), the CPI sends the device registration information to the SAS. The CBSD then sends a registration request to the SAS. The SAS then combines the information from the SAS Portal and the CBSD to process the registration request.
- Grant Expire Time – The time when the current spectrum grant provided by the SAS ends. It ensures that spectrum usage is temporary and must be renewed, preventing indefinite or unauthorized use.
- Heartbeat Interval – The interval (in seconds) at which the Mesh Node must send heartbeat messages to the SAS. These regular check-ins confirm the Mesh Node remains active and compliant; missed heartbeats can result in the grant to be revoked.
- Freq (MHz) – The Mesh Node's operating frequency within the CBRS spectrum. Frequency refers to the specific radio frequency at which the Mesh Node operates within the CBRS spectrum.
- SAS Granted Pwr (dBm) – The maximum transmit power level (in dBm) authorized by the SAS for the Mesh Node on the assigned frequency. This setting controls signal strength and prevents interference with other spectrum users.
- CBSD Category – The Mesh Node's CBSD category—Category A (devices that operate at maximum 30 dBm EIRP), Category B (devices that operate at maximum 47 dBm EIRP).
- User ID – The SAS account's user ID.
- Transmit Expire Time – The time when the Mesh Node must stop transmitting unless its grant is actively renewed through heartbeats or SAS reauthorization. It acts as a safeguard to automatically end transmissions if SAS approval is lost.
Backhaul Status Details – Indicates how consistent and stable the network connection is.
- Backhaul IP – The backhaul IP address.
- Backhaul Filter State – The backhaul filter state—Low Pass, High Pass.
- Mesh AP Filter State – The Mesh AP filter state—Low Pass, High Pass.
The following details are displayed in the case of SC mode for Primary cell, and in the case of CA mode for the Primary and Secondary Cells:
- Freq – The cell's frequency in MHz.
- BW – The cell's bandwidth in dBm.
- RSRQ – The cell's RSRQ in dB.
- RSRP (dBm) – The antenna's RSRP in dBm. Displayed for Antenna 0 and Antenna 1.
- RSSI (dBm) – The antenna's RSSI in dBm. Displayed for Antenna 0 and Antenna 1.
Alert Thresholds – Pre-defined limits set in the system to monitor radio signal quality and generate alerts when certain metrics drop below acceptable levels. These thresholds help proactively identify and address connectivity or performance issues with the mesh node.
- RSRP Limit – Reference Signal Received Power (RSRP) indicates the power level of the LTE reference signals received by the antenna. It is a critical measurement for determining coverage quality and cell selection. If the RSRP drops below -90 dB, it implies weak received signal power, which may lead to coverage holes or poor connectivity for the UE.
- RSRQ Limit – Reference Signal Received Quality (RSRQ) is a measure of signal quality, factoring in interference and noise, and is derived from RSRP and Received Signal Strength Indicator (RSSI). When RSRQ falls below -15 dB, it indicates a high level of interference or poor quality of the received signal. This can result in degraded throughput and unreliable connections.
- SINR Limit – Signal-to-Interference-plus-Noise Ratio (SINR) measures the quality of the wireless link by comparing the strength of the desired signal to the level of background interference and noise. SINR below -13 dB suggests severe interference or noise, potentially leading to significant performance degradation, reduced data rates, or dropped connections.

Click the Analytics tab.

The Analytics tab displays time-based visualizations of critical radio signal metrics collected from the Mesh Node. It helps monitor signal stability and quality in real time, identify degradations, and take corrective actions.

NOTE: In this release, the Mesh Node Analytics feature is qualified only with GM01 Mesh Nodes. Support for GM02 Mesh Node will be available in an upcoming release.

Selected Range – The time period from which signal metrics are displayed on the analytics plots. Select the time period in the dropdown to the far right.
RSRP Signal – Measures the average power of reference signals received by the Mesh Node from the donor cell. It serves as a primary indicator of coverage strength. Higher RSRP indicates a stronger and more reliable signal. If RSRP falls below certain thresholds, it may signal weak coverage or physical obstructions. This plot displays frequency-based color coding.
- Primary/Secondary – Select the cell's role.
- ant0/ant1 – Select the antenna.
RSRQ Signal – Indicates the quality of the received signal (interference and noise in the signal) by combining information on interference and overall signal strength. It is derived using RSRP and RSSI (total received power). Lower (more negative) RSRQ values signify higher interference or noise in the environment, which can degrade throughput and reliability. This plot displays frequency-based color coding.
- Primary/Secondary – Select the cell's role.
SINR Signal – Signal-to-Interference-pus Noise ratio. Measures the ratio of the desired signal strength to the sum of interference and noise. It is a key indicator of overall link quality and expected data rates. Higher SINR values correspond to better radio conditions and higher possible throughput. When SINR drops, it can indicate interference from nearby cells, environmental noise, or hardware faults. This plot displays frequency-based color coding.
Check-In Count – The number of check-in events from the Mesh Node over time, used to monitor node connectivity responsiveness and health.

Click the Logs tab.

Logs (n) – The number of Mesh Node logs in the selected date and time range.
- Timestamp – The date and time when each log entry was recorded.
- Service – The service name or process associated with the log entry.
- Type – The log severity or type (for example, ERR for errors).
- Output – The log message.
  To change the date and time range, select the required timestamps in the fields. The logs list automatically updates to display the corresponding logs.
  NOTE: Your selections must fall within a seven-day range.
  To download the logs in .csv format, in the field, enter the number of logs to be included in the .csv file, then click . Default value: 5000. The downloaded .csv file includes details such as the timestamp, service, tag, type, and log text.
  NOTE: You can download a maximum 5000 logs.
  To search for a log, in the field, enter your search term. The logs list automatically updates to display logs containing the term.
DP Logs (n) – The total number of Domain Proxy (DP) log entries between the selected entities—DP, ACS, CBSD, and SAS—in the selected date and time range.
The list of DP log events between the selected entities.
- Timestamp – The timestamp at which the log was generated.
- From – The source or origin of the data.
- To – The destination or target of the data.
- Type – The type of the log entry.
- Message – The actual information logged by the system.

Register Mesh Node SIM Card

GXC ships Mesh Nodes with one SIM card preinstalled. The Mesh Node's SIM card/IMSI must be activated in the Onyx Portal before the Mesh Node can join the network. The Mesh Node's SIM card/IMSI can be added in the Onyx Portal even before the Mesh Node equipment is powered up.

NOTE: The IMSI of the SIM Card and the Serial Number of the Mesh Node can be found on the Mesh Node's LCI > System page.

To register a Mesh Node in the Onyx Portal:

In the navigation pane, click Subscribers.

The Subscribers page > Subscriber tab displays the list of subscribers and any Mesh Nodes in the network.

In the upper-right corner of the page, click Add Subscriber.

The Add Subscriber page is displayed.

Enter the following details:

Subscriber Name – (Required) The Mesh Node's name.
IMSI – (Required) The Mesh Node SIM's IMSI number.
Auth Key – (Required) The authentication key.
Auth OPC – (Required) The authentication OPc. Operator Code used to validate the network.
Service – (Required) Select the SIM card's service state—Active or Inactive.
Subscriber Groups – (Required) Select the "Mesh Nodes" subscriber group. For more information on subscriber groups, see Manage Subscriber Groups.
Add More Subscriber – Shortcut option to add additional SIM cards/IMSI.

To save the Mesh Node subscriber account, in the upper-right corner of the page, click Save Subscriber.

NOTE: In the subscriber list and subscriber details, the Mesh Node IMSI's Status will be "Unregistered" until the Mesh Node is powered up and its CPE antenna is pointed correctly to the gateway node.

Add Mesh Nodes

Add GM01 Mesh Nodes

NOTE: You can add a Mesh Node only if you are a GXC Administrator, Partner Administrator, Super Administrator, or an Administrator.

NOTE: The Mesh Node must check in with the Onyx Portal before it can be registered on the network. It must make an attempt to connect first before you can add its serial number. Once it attempts to connect, you can configure the Mesh Node in the system.

To add a GM01 Mesh Node:

In the navigation pane, click Equipment > Mesh Node tab.

The Equipment page > Mesh Node tab displays the summary details of all Mesh Nodes configured in the network.

In the upper-right corner of the page, click Add Node > Add Mesh Node.

The Create Mesh Node page > Mesh Node tab is displayed.

Enter the following details:

Venue – (Required) Select the venue hosting the Mesh Node.
Mesh Node Name – (Required) The Mesh Node's name.
Serial No. – (Required) The Mesh Node equipment's vendor-assigned serial number. The Provisioning Server uses this serial number to generate and provision the keys required for the Mesh Node to operate with the Onyx Portal.
Host Name – (Optional) The Mesh Node's host name.
Device Class – (Required) The Mesh Node's device class. Select GM01. Default value: GM01.
Description – (Required) The Mesh Node's description.

Click the Alert Threshold tab and enter the following details.

You can configure alert thresholds for the following Mesh Node radio signal quality metrics. When real-time metrics fall below the configured thresholds, alerts trigger automatically enabling timely diagnostics and corrective action.

For information on the corresponding alert rules, see Semi-Custom Alert Rules.

RSRP Limit – (Required) Enter the minimum acceptable RSRP limit in the range of -140—44. RSRP measures the average received signal power. A value below this limit indicates weak coverage or possible connection issues. When this limit is breached, an alert is triggered. Default value: -100.
RSRQ Limit – (Required) Enter the minimum acceptable RSRQ limit in the range of -20—3. RSRQ reflects signal quality, considering strength and interference. A value below this limit indicates poor quality or high interference, which may affect performance. When this limit is breached, an alert is triggered. Default value: -15.
SINR Limit – (Required) Enter the minimum acceptable SINR limit in the range of -20–30. SINR measures signal quality against interference and noise. A value below this limit can cause slow data rates or dropped connections. When this limit is breached, an alert is triggered. Default value: 13.

To save the Mesh Node, in the upper-right corner of the page, click Save Mesh Node.

Add GM02 Mesh Nodes

NOTE: You can add a Mesh Node only if you are a GXC Administrator, Partner Administrator, Super Administrator, or an Administrator.

To add a GM02 Mesh Node:

In the navigation pane, click Equipment > Mesh Node tab.

The Equipment page > Mesh Node tab displays the summary details of all Mesh Nodes configured in the network.

In the upper-right corner of the page, click Add Node > Add Mesh Node.

The Create Mesh Node page is displayed.

Enter the following details:

Venue – (Required) Select the venue hosting the Mesh Node.
Mesh Node Name – (Required) The Mesh Node's name.
Serial No. – (Required) The Mesh Node equipment's vendor-assigned serial number. The Provisioning Server uses this serial number to generate and provision the keys required for the Mesh Node to operate with the Onyx Portal.
Host Name – (Optional) The Mesh Node's host name.
Device Class – (Required) The Mesh Node's device class. Select GM02. Default value: GM01.
Description – (Required) The Mesh Node's description.
Carrier Mode – (Required.) Select the Mesh Node's carrier mode from Single Carrier, Dual Carrier, or Carrier Aggregation.
NOTE: The available carrier mode options depend on the specific equipment and is based on the serial number entered in the Serial No. field.
CBSD Configuration:
- FCC ID – (Optional) The Mesh Node's Federal Communications Commission (FCC) ID. Indicates the equipment's compliance with FCC regulations for operation in the CBRS spectrum.
- User ID – (Optional) The SAS account's user ID.
  NOTE: To obtain the SAS user ID, contact GXC Technical Support.
- Max Pwr – (Required) The maximum output power of the equipment when operating in the CBRS spectrum. Indicates the equipment's compliance with regulatory requirements regarding maximum power emissions to prevent interference with other users of the spectrum.

Click the Alert Threshold tab and enter the following details.

You can configure alert thresholds for the following Mesh Node radio signal quality metrics. Alerts trigger automatically when real-time metrics fall below the configured thresholds, enabling timely diagnostics and corrective action.

For information on the corresponding alert rules, see Semi-Custom Alert Rules.

RSRP Limit – (Required) Enter the minimum acceptable RSRP limit in the range of -140—44. RSRP measures the average received signal power. A value below this limit indicates weak coverage or possible connection issues. When this limit is breached, an alert is triggered. Default value: -100.
RSRQ Limit – (Required) Enter the minimum acceptable RSRQ limit in the range of -20—3. RSRQ reflects signal quality, considering strength and interference. A value below this limit indicates poor quality or high interference, which may affect performance. When this limit is breached, an alert is triggered. Default value: -15.
SINR Limit – (Required) Enter the minimum acceptable SINR limit in the range of -20–30. SINR measures signal quality against interference and noise. A value below this limit can cause slow data rates or dropped connections. When this limit is breached, an alert is triggered. Default value: 13.

To save the Mesh Node, in the upper-right corner of the page, click Save Mesh Node.

Edit Mesh Nodes

Edit GM01 Mesh Nodes

NOTE: You can edit Mesh Node details only if you are a GXC Administrator, Partner Administrator, Super Administrator, or an Administrator.

NOTE: When editing a Mesh Node's details, you can either edit its serial number or edit the rest of its editable parameters. If you edit the serial number, the other parameters will be read-only.

To edit a GM01 Mesh Node's details:

In the navigation pane, click Equipment > Mesh Node tab.

The Equipment page > Mesh Node tab displays the summary details of all Mesh Nodes configured in the network.

For the Mesh Node that you want to edit, in the Actions column, click the corresponding ⋮ (options) icon, then click Edit.

The Edit Mesh Node page displays the node's details.

Edit the following details as required:

Venue – (Read only) The name of the venue hosting the Mesh Node.
Mesh Node Name – (Required) The Mesh Node's name.
Serial No. – (Required) The Mesh Node equipment's vendor-assigned serial number. To edit the serial number, click then edit the serial number and save the Mesh Node.
NOTE: When editing a Mesh Node's details, you can either edit its serial number or rest of its editable parameters. If you edit the serial number, the other parameters will be view only.
Host Name – (Optional) The Mesh Node's host name.
Device Class – (Read only) The Mesh Node's device class.
Description – (Required) The Mesh Node's description.
You can configure alert thresholds for the following Mesh Node radio signal quality metrics. When real-time metrics fall below the configured thresholds, alerts trigger automatically enabling timely diagnostics and corrective action.

Click the Alert Threshold tab and edit the following details as required.

For information on the corresponding alert rules, see Semi-Custom Alert Rules.

RSRP Limit – (Required) Enter the minimum acceptable RSRP limit. RSRP measures the average received signal power. A value below this limit indicates weak coverage or possible connection issues. When this limit is breached, an alert is triggered. Default value: -100.
RSRQ Limit – (Required) Enter the minimum acceptable RSRQ limit. RSRQ reflects signal quality, considering strength and interference. A value below this limit indicates poor quality or high interference, which may affect performance. When this limit is breached, an alert is triggered. Default value: -15.
SINR Limit – (Required) Enter the minimum acceptable SINR limit. SINR measures signal quality against interference and noise. A value below this limit can cause slow data rates or dropped connections. When this limit is breached, an alert is triggered. Default value: 13.

To save your edits, in the upper-right corner of the page, click Save Mesh Node.

Edit GM02 Mesh Node

NOTE: You can edit Mesh Node details only if you are a GXC Administrator, Partner Administrator, Super Administrator, or an Administrator.

NOTE: When editing a Mesh Node's details, you can either edit its serial number or edit the rest of its editable parameters. If you edit the serial number, the other parameters will be read-only.

To edit a GM02 Mesh Node's details:

In the navigation pane, click Equipment > Mesh Node tab.

The Equipment page > Mesh Node tab displays the summary details of all Mesh Nodes configured in the network.

For the Mesh Node that you want to edit, in the Actions column, click the corresponding ⋮ (options) icon, then click Edit.

The Edit Mesh Node <Mesh Node name> page displays the node's details.

Edit the following details as required:

Venue – (Read only) The name of the venue hosting the Mesh Node.
Mesh Node ID – (Read only) The Mesh Node’s ID.
Mesh Node Name – (Required) The Mesh Node’s name.
Serial No. – (Required) The Mesh Node equipment’s vendor-assigned serial number. To edit the serial number, click then edit the serial number and save the Mesh Node.
NOTE: When editing a Mesh Node’s details, you can either edit its serial number or rest of its editable parameters. If you edit the serial number, the other parameters will be view only.
Host Name – (Optional) The Mesh Node’s host name.
Device Class – (Read only) The Mesh Node’s device class.
Description – (Required) The Mesh Node’s description.
Carrier Mode – (Required) The Mesh Node’s carrier mode. Select from Single Carrier or Dual Carrier.
NOTE: The available carrier mode options depend on the specific equipment and is based on the serial number entered in the Serial No. field.
CBSD Configuration
- User ID – (Optional) The SAS account’s user ID.
  NOTE: To obtain the SAS user ID, contact GXC Technical Support.
Max Pwr – (Required) The maximum output power of the equipment when operating in the CBRS spectrum. Indicates the equipment’s compliance with regulatory requirements regarding maximum power emissions to prevent interference with other users of the spectrum.

Click the Alert Threshold tab and edit the following details as required.

For information on the corresponding alert rules, see Semi-Custom Alert Rules.

RSRP Limit – (Required) Enter the minimum acceptable RSRP limit. RSRP measures the average received signal power. A value below this limit indicates weak coverage or possible connection issues. When this limit is breached, an alert is triggered. Default value: -100.
RSRQ Limit – (Required) Enter the minimum acceptable RSRQ limit. RSRQ reflects signal quality, considering strength and interference. A value below this limit indicates poor quality or high interference, which may affect performance. When this limit is breached, an alert is triggered. Default value: -15.
SINR Limit – (Required) Enter the minimum acceptable SINR limit. SINR measures signal quality against interference and noise. A value below this limit can cause slow data rates or dropped connections. When this limit is breached, an alert is triggered. Default value: 13.

To save your edits, in the upper-right corner of the page, click Save Mesh Node.

Reboot Mesh Nodes

To reboot a Mesh Node:

In the navigation pane, click Equipment > Mesh Node tab.

The Equipment page > Mesh Node tab displays the summary details of all Mesh Nodes configured in the network.

For the Mesh Node that you want to reboot, in the Actions column, click the corresponding ⋮ (options) icon, then click View.

The <Mesh Node name> page is displayed.

In the upper-right corner of the page, click Actions > Reboot.

A confirmation dialog box is displayed.

To confirm rebooting the Mesh Node, click Yes.

Delete Mesh Nodes

NOTE: You can delete a Mesh Node only if you are a GXC Administrator, Partner Administrator, Super Administrator, or an Administrator.

To delete a Mesh Node:

In the navigation pane, click Equipment > Mesh Node tab.

The Equipment page > Mesh Node tab displays the summary details of all Mesh Nodes configured in the network.

For the Mesh Node that you want to delete, in the Actions column, click the corresponding ⋮ (options) icon, then click Delete.

A confirmation dialog box is displayed.

To confirm deleting the Mesh Node, click Yes.

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