MIPI RFFE

The MIPI RFFE standard offers a consolidated control interface, simplifying the management of radio frequency front-end devices. Concurrently, it elevates interoperability among devices. Addressing power consumption concerns, MIPI RFFE‘s design considers the low power needs of mobile devices, contributing to extended battery life. Despite minimizing power usage, its implementation optimizes performance. Regarding physical connectivity, MIPI RFFE facilitates the simultaneous connection and parallel operation of multiple devices, enabling smooth adaptation to diverse and intricate radio frequency front-end system architectures.

Logic Analyzer / MSO

MSO2116B (w/ analog channels)	MSO3124V (w/ electrical validation)

MSO2000 series Specifications PDF	MSO3000 series Specifications PDF

Model	MSO2116B	MSO3124V
Decode / Trigger / Analog Channels	y	y
Electrical Validation		y

MIPI RFFE Decode

Save as TXT/CSV

In Logic Analyzer mode, click the icon above the report area to save the decoded data as a TXT/CSV file.

I2C Electrical Validation

Use an oscilloscope for MIPI RFFE electrical validation to ensure compliance with defined specifications. After an extended burn-in test, the oscilloscope confirms that the electrical characteristics of the signal meet the required standards.

Supported Models: TS3124V (4-channel DSO), MSO3124V (4-channel DSO + 16-channel LA)

Electrical Validation Solution PDF

MIPI RFFE Decoding Setup Steps

1. Click Quick Settings or Add Protocol Decode to select a protocol for logic analyzer capture.

2. Select MIPI RFFE for decoding.

3. If you use Quick Settings, the system will recommend configurations for trigger type, sampling rate, voltage threshold, and channel settings.

4. Click the icon to access the Decode Settings screen