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F1M1G1

5G NR Dual-Connectivity Multi-band FR1+FR2 Transceiver (2Tx+2Rx)

Type
Multi-element Transceivers
Frequency (GHz)
FR1: 3.1 - 4.2 FR2: 26.5 - 29.50
Insertion loss (dB)
2Tx + 2Rx
Switching time (ns)
FR1: 5W FR2: 1W
Type
Multi-element Transceivers
Frequency
FR1: 3.1 - 4.2 FR2: 26.5 - 29.50
# of elements
2Tx + 2Rx
Output Power (dBm)
FR1: 5W FR2: 1W
Type
Multi-element Transceivers
Frequency
FR1: 3.1 - 4.2 FR2: 26.5 - 29.50
Realized Gain (dBi)
2Tx + 2Rx
Polarization profile
FR1: 5W FR2: 1W
Type
Multi-element Transceivers
Input Frequency (GHz)
FR1: 3.1 - 4.2 FR2: 26.5 - 29.50
LO Frequency (GHz)
2Tx + 2Rx
Output Frequency (GHz)
FR1: 5W FR2: 1W
Type
Multi-element Transceivers
Frequency (GHz)
FR1: 3.1 - 4.2 FR2: 26.5 - 29.50
Power Level (W)
2Tx + 2Rx
Gain (dB)
FR1: 5W FR2: 1W
Type
Multi-element Transceivers
Frequency (GHz)
FR1: 3.1 - 4.2 FR2: 26.5 - 29.50
Power Level (W)
2Tx + 2Rx
Type
Multi-element Transceivers
Frequency
FR1: 3.1 - 4.2 FR2: 26.5 - 29.50
Gain (dB)
2Tx + 2Rx
Secondary features
FR1: 5W FR2: 1W
Type
Multi-element Transceivers
Frequency (GHz)
FR1: 3.1 - 4.2 FR2: 26.5 - 29.50
# of elements
2Tx + 2Rx
Output Power (dBm)
FR1: 5W FR2: 1W
*Specifications may change without notice
Description

The F1M1G1 is a two-channel RF+mmWave transceiver IC that enables interleaved  dual-connectivity and multi-band phased-array solutions for 5G applications such as macro base stations, small cells, FWA, satellite non-terrestrial networks (NTN). It supports 5G FR1 and FR2 bands with a peak transmit output power of 5W and 1W respectively before the antenna. A base station or FWA device with the F1M1G1 is capable of beamforming with high EIRP, without reliance on expensive high-gain antenna arrays or a high number of Tx/Rx elements requiring power-intensive and expensive calibration.

Features
  • Concurrent Tx/Rx across 5G FR1 n77 and FR2 n257 bands
  • 2Tx + 2Rx high-power transceiver solution
  • High output power and high average efficiency
  • High EIRP with smaller arrays and reduced calibration complexity
  • Adaptive beam-width management
  • Supports carrier aggregation with a total RF bandwidth of over 3.9 GHZ
Applications
  • 5G FR1/FR2: Small cells, FWA
  • 5G NTN: Satellite constellations and ground terminals
  • Detence applications: Phased-arrays for radar

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