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F6921

Dual-Channel Low Noise Amplifier for Ku-Band SATCOM

Product Details

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  • Frequency: 10.7GHz – 12.75GHz
  • Gain: 19.5dB
  • Noise Figure: 1.4dB
  • Output P1dB: -7dBm
  • Power Consumption: 12.5mW/ch
  • Channel Isolation: 37dB minimum
  • Supply Voltage: 0.9V – 1.0V
  • Common bias control input
  • Compact size for planar integration on λ/2 grid
  • 2.7mm × 2.7mm × 0.9mm, 23-pin BGA
  • -40 °C to +85 °C ambient operating temperature range

The F6921 is an ultra-low power consumption, dual-channel, low noise amplifier (LNA) RFIC designed for application in Ku-Band SATCOM planar phased array antennas. The exceptional combination of low power consumption, low noise, high gain, and compact size, maximizes the antenna array G/T while minimizing overall system power dissipation. An external bias current provides gain control, standby mode, and temperature compensation.

The F6921 includes two independent gain/phase matched LNA channels in a compact 23-pin, 0.5mm pitch BGA package. All inputs and outputs are single-ended and 50Ω matched for ease of integration onto phased array antenna panels.

Product Documents

Datasheet

2025-05-14

F6921 Datasheet

pdf | 1.12 MB
Product Brief

2025-05-14

Complete Line-up of mmWave Beamforming ICs

pdf | 0 Bytes
Guide

2025-05-14

F6921 Additional Measurement Plots based on Iref

pdf | 0 Bytes
Product Change Notice

2025-05-14

PCN# : 240009 Change in solder ball materials and substrate manufacturing location

pdf | 0 Bytes

Design & Development (Boards and Kit)

Board Image

Evaluation Board for F6921

The Renesas F6921EVB Evaluation Board is designed to reduce the learning cycle, build system-level confidence and enable a rapid time to market with the F6921 IC. The kit includes all the essential components required for the rapid validation and evaluation of the electrical performance characteristics of the F6921 Dual Channel LNA. The board provides access to all pins and functionality to enable full evaluation and validation of the electrical performance characteristics of the F6921 IC.

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