FARBEAM

FARBEAM
FARBEAM
Industries
Base station
Private 5G/6G
FWA
Satcom
UAV Sensors

FARBEAM solution platform comprises of a wide-band beamformer IC F12D1N1, an energy-efficient and high-power Multi-band FR1 and FR2 transceiver IC F1M1G1 and a pair of wide-band antenna-in-package devices H8G1Z1HVBN and H8C1Z1VBE1.

FARBEAM supports dual-connectivity mode for FR1 and FR2 operation. FARBEAM combines functionality of beamforming, transceiver and front-end along with transmit and receive antennas for the 26.5 - 29.5 GHz FR2 band. For the FR1 applications, FARBEAM comes with a 2x2 MIMO, transceiver and a front-end, along with transmit and receive antennas covering 3.3 - 4.1 GHz band.

FARBEAM is a dual-connectivity solution that supports non-contiguous frequency bands over a 3.9 GHz bandwidth, making it the widest-bandwidth solution that is perfectly-suited for carrier aggregation.

In addition, the dual-connectivity mode enables the use of FR2 spectrum with a built-in redundancy in the form of FR1 operation. This redundancy improves reliability and alleviates coverage challenges. Conversely, FARBEAM enables highest data rates and low-latency, when the available FR1 spectrum is inadequate.

FARBEAM solution also provides high output powers at the antenna, 5W (FR1) and 1W (FR2). High output power before the antenna enables adaptive beamwidth, whereby the beamwidth is made wider when the signal is impeded by obstructions or narrower when signal range is critical. FARBEAM comes with high energy efficiency even during FR2 operation, making it the best solution in the market for lowering total-cost-of-ownership.

FARBEAM
Industries
Base station
Private 5G/6G
FWA
Satcom
UAV Sensors
Features
  1. A simple compact solution that enables both multi-band phased-array and MIMO at both FR1 + FR2 frequency bands.
  2. FR2: Phased array for beamforming
    • Multi-element 2Tx + 2Rx beamforming transceiver solution
    • 1W of saturated output power in FR2 n257 band (26.5 – 29.5 GHz)
    • High average efficiency (400 MHz signal Bandwidth)
    • 6-bit 360° phase step control
    • 5-bit gain step control
    • Enables adaptive beamwidth
    • High EIRP with smaller arrays
    • Reduced array calibration complexity
  3. FR1: MIMO
    • 2x2 MIMO Solution
    • High output power: 5W
    • High efficiency
    • Low-noise figure
    • High Tx/Rx gain
  4. FR1: Phased-array for beamforming
    • Multi-element 2Tx + 2Rx beamforming transceiver solution
    • 5W of saturated output power in FR1 n77 band (3.3 – 4.1 GHz)
    • High average efficiency
    • 6-bit 360° phase step control
    • 5-bit gain step control
  5. Reliable FR2 operation through built-in redundancy of FR1 operation
  6. Ideal for carrier aggregation with 3.9 GHz RF bandwidth
Industries
Base station
Private 5G/6G
FWA
Satcom
UAV Sensors

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