Performance Details¶

This section contains more detail about the predicted performance of the link.

Common Details - 450 family¶

Mode: The modulation technique used.

MIMO Type: Indicates whether the mode is operating in MIMO-B (dual payload) or MIMO-A (single payload) mode.

Multiplier: Indicates the relative capacity capability of the different modes.

Aggregate Max Data Rate for 1 SM (Mbps): The maximum aggregate throughput achievable per modulation mode if only 1 SM is active on the Network Device (sum of both directions). This field is automatically adjusted for the max range of the Network Device.

Common Details - ePMP¶

MCS: The Modulation Coding Scheme Number

Mode: The modulation technique used.

Payloads: Indicates whether the modulation mode is using dual or single payload

Code Rate: The code rate for the specified mode.

Aggregate Max Data Rate for 1 SM (Mbps): The maximum aggregate throughput achievable per modulation mode if only 1 SM is active on the Network Device (sum of both directions). This field is automatically adjusted for the max range of the Network Device and the number of SMs connected to the Network Device.

Common Details - cnWave 5G Fixed¶

MCS: The Modulation Coding Scheme Number

Payloads: Indicates whether the modulation mode is using dual or single payload

Aggregate Max Data Rate for 1 SM (Mbps): The maximum aggregate throughput achievable per modulation mode if only 1 SM is active on the Network Device (sum of both directions). This field is automatically adjusted for the max range of the Network Device and the number of SMs connected to the Network Device.

Common Details - 60 GHz cnWave¶

MCS: The Modulation Coding Scheme Number

Mode: The modulation technique used.

Code Rate: The code rate for the specified mode.

Performance to each end (Network Device and Subscriber Module)¶

Max Data Rate for 1 SM (Mbps): The maximum user throughput achievable in the given direction if only 1 SM is currently active. For 60 GHz cnWave this is shown in Gbps.

Fade Margin (dB): The margin available to each end in the specified Mode.

Mode Availability(%): The percentage of time that the modulation mode for each end is predicted to be available.

Receive Time in Mode(%): The percentage of time the specified mode is predicted to be used to receive data.