Phased Array Beamforming ICs

106 Phased Array Beamforming ICs from 15 manufacturers listed on everything RF

Beamforming ICs are front end devices that regulate the phase of the signal before it is sent to the antenna array in order to control/enable beam forming. Beamforming ICs for SATCOM, 5G and other applications are listed below. Narrow down the list of products based on the frequency range, channels and other parameters.

AWMF-0236 Image
Description:Dual Polarization Quad 4x2 Beamformer IC from 37 - 43.5 GHz
Type:
Transmit/Receive
No of Channels:
4 Channels
Band:
Ka Band
Frequency:
37 to 43.5 GHz
Gain control:
5 Bit
Phase control:
6 Bit
more info
Description:Beamforming Transceiver IC from 24 to 29.5 GHz for 5G-NR Applications
Type:
Transmit/Receive
No of Channels:
16 Channels
Band:
K band, Ka Band
Frequency:
24 to 29.5 GHz
more info
Description:8-Channel Beamforming Front-End IC from 26.5 to 29.5 GHz
Type:
Transmit/Receive
No of Channels:
8 channels
Band:
Ka band
Frequency:
26.5 to 29.5 GHz
Gain control:
6 Bit
Phase control:
6 Bit
more info
MMW9014K Image
Description:4-Channel Dual-Polarized Analog Beamforming IC from 24.25 to 27.50 GHz
Type:
Transmit/Receive
No of Channels:
4 Channels
Frequency:
24.25 to 27.5 GHz
Tx Gain:
30 dB
Rx Gain:
25 dB
more info
PRS4601 Image
Description:802.11ad Baseband IC for Consumer Electronics and Outdoor Applications
Type:
Transmit/Receive
Band:
V Band
Frequency:
57 to 71 GHz
more info
Description:8-Channel Tx/Rx TDD Beamformer IC from 24 to 40 GHz
Type:
Transmit/Receive
No of Channels:
8 channels
Band:
Ka band
Frequency:
24 to 40 GHz
Gain control:
8 Bit
Phase control:
8 Bit
more info
Description:8 channel, Dual Polarization Beamforming IC from 26.5 to 29.5 GHz for 5G NR FR2 Applications
Type:
Transmit/Receive
No of Channels:
8 channels
Band:
Ka Band
Frequency:
26.5 to 29.5 GHz
Tx Gain:
27 dB with 1 dB control step
Rx Gain:
27 dB with 1 dB control step
Phase control:
6 Bit
more info
Description:Multi-channel Ka-Band Beamforming Transceiver IC
Type:
Transmit/Receive
No of Channels:
4 Channels
Band:
Ka band
Frequency:
Rx : 17.7 to 21.2 GHz, Tx : 27.5 to 30 GHz
Gain control:
5 Bit
Rx Gain:
68 dB
Phase control:
5 Bit
more info
AWMF-0197 Image
Description:4x2 Beamforming IC from 17.7 to 20.2 GHz for SATCOM Applications
Type:
Receive
Frequency:
17.7 to 20.2 GHz
Gain control:
5 Bit
Phase control:
6 Bit
more info
Description:Beamforming Front-End IC from 26.5 to 29.5 GHz for 5G Phased Array Systems
Type:
Transmit/Receive
No of Channels:
8 channels
Frequency:
26.5 to 29.5 GHz
Gain control:
6 Bit
Phase control:
6 Bit
more info

How to select a Beamforming IC

Beamforming is a technique by which an array of antennas can be steered to transmit radio signals in a specific direction. This results in a stronger signal at a particular point.

Beamforming ICs are used as front end devices that regulate the phase of the signal before it is sent to the antenna array in order to control/enable beam forming. Some IC’s control the transmit path, other the receive path and some beamforming ICs can be used for both transmit and receive functions.

Based on the antenna array selected, each IC supports a specific number of channels (usually 4 or 8), based on the number of elements on the antenna array being used we can select the number of channels required in an IC. For larger antenna arrays, multiple beamforming ICs can also be used. Since these ICs are placed at the Front end, other than a phase shifter and required switches they often integrate other components like amplifiers, mixers, VCOs etc. As a result some Beamformer ICs also provide signal gain on the Rx/Tx end.

everything RF has listed beamforming ICs from the leading companies. You can compare products, view their specifications, narrow down on products based on the frequency range, channels, phase shift bits and other parameters. Once you find products that you need you can view product specs, download datasheets, request a quotation or more information on a product. Your inquiry will be sent to the manufacturer who will get back to you with the required information.

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