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.
{% endstep %}
{% endstepper %}
### **View a Mesh Node's Details**
**To view a GM03 Mesh Node's details:**
{% stepper %}
{% step %}
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.
{% endstep %}
{% step %}
To view a Mesh Node's details, in the list, click its name.
The ***\
(view details).
* **Hostname** — The Mesh Node's hostname.
* **Description** — The Mesh Node's description.
* **Device Class** — The Mesh Node's device class—GM03.
* **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.
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.
{% endstep %}
{% step %}
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.
* **Performance Analytics**
* **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.
{% endstep %}
{% step %}
Click the **Logs** tab.
* **Logs (n)** — The number of logs for the Mesh Node in the selected date and time range.
* 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.
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.
field, enter your search term. The logs list automatically updates to display logs containing the term.
* **Timestamp** — The date and time when each log entry was recorded.
* **Service** — The specific service associated with the log.
* **Type** — The log’s type.
* **Output** — The log’s message.
{% endstep %}
{% endstepper %}
## Add 5G Mesh Node Equipment
{% hint style="info" %}
**NOTE:** You can add a Mesh Node only if you are a GXC Administrator, Partner Administrator, Super Administrator, or an Administrator.
{% endhint %}
{% hint style="info" %}
**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.
{% endhint %}
**To add a 5G Mesh Node:**
{% stepper %}
{% step %}
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.
{% endstep %}
{% step %}
In the upper-right corner of the page, click **Add Node** > **Add Mesh Node**.
The **Create Mesh Node** page > **Mesh Node** tab is displayed.
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.
