The AWMF-0165 Tx/Rx Beamformer IC supports dual polarization architectures while adding new and enhanced features.

Anokiwave has announced the first in a family of third-generation silicon ICs for 5G beamforming, supporting a four channel, dual polarization system or eight channel, single polarization at 28 GHz.

Anokiwave announced the worldwide release of the 2^nd-generation K/Ka-Band SATCOM Beamformer IC family for the design and commercial deployment of phased array based ground terminals.

Anokiwave announced the availability of the complete 5G Gen-2 Silicon Quad Core IC family that enables 3GPP compliant base stations. The 5G-Gen 2 IC family now supports all major 5G mmW bands – 24/26 GHz, 28 GHz, and 37/39 GHz.

Continuing to redefine the traditional single function gain blocks, Anokiwave is introducing a family of multi-function microwave and mmWave Silicon ICs, offering complete transmit/receive functionality with active gain and phase control.

Anokiwave is redefining traditional single function gain blocks with its new family of multi-function microwave and mmWave silicon ICs, offering complete transmit/receive functionality with active gain and phase control.

Anokiwave announced the first product in a family of second-generation 5G silicon quad core ICs that enable 3GPP-compliant base stations.  The AWMF-0156 operates from 37.1 to 40.0 GHz, supports four radiating elements and includes gain and phase controls for analog beam steering. 

Anokiwave Inc. announced the latest product in its family of mmWave Phased Array Antenna Innovator’s Kits, the AWA-0142, driven by the Anokiwave AWMF- 0135 26GHz 5G Quad Core IC with embedded functions for remote telemetry and low-latency steering^TM.

Anokiwave has expanded its 5G Active Antenna family with the introduction of the AWA-0134-IK, a 256-element reconfigurable Active Antenna array. The AWA-0134 can act as a single beam 256-element array or as a four beam 64 element array that enables 4x4 MIMO. 

Anokiwave, Inc. announced the AWA-0134, driven by the Anokiwave AWMF-0108 28 GHz 5G Quad Core IC, with embedded functions for remote telemetry and low-latency steering.

Anokiwave, Inc. and Ball Aerospace announced a collaboration on May 9, 2017 that will enable the 5G wireless revolution. The collaboration accelerates mmWave 5G phased array developments with the introduction of a family of commercial, active phased array Innovator Kits. Included are kit offerings like the 64-element, 28 GHz AWMF-0129 enable improved mmWave 5G network efficiency and ease of developing commercial phased array antennas.

Anokiwave, Inc. today announced the expansion of its family of Ka-band 5G ICs with the worldwide release of the first commercially available 39 GHz silicon active antenna quad core ICs for 5G communications markets.

Anokiwave announced the introduction of the first in a family of Phased Array Antenna Innovator’s Kits, the AWMF-0129, driven by the Anokiwave AWMF-0108 28GHz 5G Quad Core IC with embedded functions for remote telemetry and low-latency steering™. The AWMF-0129 is a 64-element, single polarization 5G phased array antenna designed to cover the 27.5 to 30 GHz frequency band. It is a planar antenna that can be used either as a stand-alone component, or combined and synchronized with other arrays.

Introducing flexible multi-function silicon ICs for mmW communication and sensing applications.  The ICs are for active arrays intended for SATCOM, RADAR, and TDD/FDD applications.  The devices have switchable outputs and can support half-duplex operation.  The AWMF-0117 operates at 10.5 to 16 GHz and the AWMF-0116 operates at 26 to 30 GHz. 

Anokiwave offers a family of Active Antenna ICs at X and K/Ka-bands for 5G, commercial RADAR, and SATCOM markets.  Supported with expert systems engineering and optimal technology solutions, our highly integrated Core ICs and System-in-Package solutions provide our customers the fastest-time-to-market. Anokiwave’s patent-pending IP blocks implemented in silicon technology enable low-cost hybrid beam forming. 

Anokiwave Inc. announced the worldwide release of the Ka-band Tx Core IC family for earth terminal SATCOM applications. This Tx IC family coupled with Anokiwave’s K-band SATCOM Rx ICs provide a complete K/Ka-band earth terminal solution enabling auto-alignment of fixed earth terminals and auto pointing for SATCOM on the move applications using GEO satellite space assets.

Anokiwave announces the world’s first Ka-band Transceiver Quad Core IC for 5G wireless networks.  The AWMF-0108 operates at 27.5 to 30 GHz, supports 4 Tx/Rx radiating elements, includes all requisite beam steering controls for 5-bit phase/gain control, and operates in half duplex, enabling a single antenna to support both Tx and Rx operation.  Additional features include gain compensation over temperature, temperature reporting.

Anokiwave Inc. announced it has extended its X-band IC product line with the addition of the AWMF-0106 front end IC. This product release completes the family of X-band radar solutions for commercial radar and 5G communications markets. The AWMF-0106 is an integrated power amplifier; low noise amplifier, limiter, and T/R switch intended to provide a low noise, medium power front end for the Anokiwave AWS-0103 and AWS-0105 high Rx input linearity X-band core IC solutions.

Anokiwave has added two devices (AWS-0104 / AWS-0105) to complete its family of X-band AESA core IC solutions for commercial radar and 5G communications markets. Each IC architecture in the family includes an integrated 4-channel beamformer, LNA and PA supporting 4 radiating elements. The ICs feature either a low noise figure or a high input linearity, and they are further divided by dual beam Rx/single beam Tx, or single beam Rx/single beam Tx.

Anokiwave Inc. announced it has extended its X-Band Quad Core IC family with two new ICs for single beam Rx and Tx. This release completes the family of X-band Silicon Radar Quad Core IC solutions for commercial radar and 5G communications markets. Each IC architecture in the family includes an integrated 4 channel beamformer, LNA, and PA supporting 4 radiating elements. The ICs feature either a low noise figure or a high input linearity.