The 2nd generation Ku-Band SATCOM beamformer IC family enables active antenna SATCOM ground terminals that can auto-align and auto-position supporting SATCOM-on-the-move using LEO/MEO/GEO satellites. (read more)

5G service providers will require mmWave bands to support the emerging trend of “Mobility without Boundaries”. While mmWave 5G offers immense potential in terms of bandwidth, user capacity, and quality of service, developing a commercially realizable mmWave ecosystem has multiple challenges for providers. (read more)

“It's being called "the future of communications”, "the greatest
communications technology" that brings performance improvements demanded by the world's population that has become reliant on instant "everywhere" communications. To deliver on these promises, 5G must operate over much more frequency specturm than current 4G systems - fre... (read more)

Enabling New Capabilities in A&D Using the Advances of mmW Silicon Commercial Technologies. (read more)

The AWMF-0106 is an integrated power amplifier, low noise amplifier, limiter, and T/R switch intended for radar phased array applications. (read more)

When used together with Anokiwave’s beamformer IC products, this device enables low-cost, high-performance, and feature-rich 5G phased array systems. The half-duplex IC integrates Tx single-sideband up-conversion and Rx image-reject down-conversion functionality. (read more)

The new Gen-4 IC family supports OEMs goal of net-zero emissions and is industry's first multi-band solution providing higher EIRP and efficiency for smaller arrays, all while supporting higher bandwidth and modulations. (read more)

Anokiwave introduces newest 37 to 43.5 GHz silicon beamformer IC and IF up/down converter IC (read more)

Anokiwave’s complete mmW Silicon IC solutions offer highest efficiency and linear power for greener radios across all mmW 5G bands enabling a net-zero emissions future available now for production needs. (read more)

As 5G technology moves to more efficient networks, operators can further support net-zero emissions goals with improvements offered by the IC technology used in their systems. (read more)

Our portfolio of silicon ICs are used to enable multiple mmW 5G use cases. We offer a breadth of solutions to enable the adoption of mmW active antennas for 5G. (read more)

Assured supply chain for volume production of Anokiwave’s beamformer ICs for active antennas supports OEMs around the globe. (read more)

Applications

Flat Panel SATCOM systems using LEO/MEO/GEO satellites. (read more)

Applications

Flat Panel SATCOM systems using LEO/MEO/GEO satellites. (read more)

Applications

Flat Panel SATCOM systems using LEO/MEO/GEO satellites. (read more)

The new Gen-4 IC family supports OEMs goal of net-zero emissions and is industry's first multi-band solution providing higher EIRP and efficiency for smaller arrays, all while supporting higher bandwidth and modulations. (read more)

New features for this generation include on-chip selectable LO multiplication, high IF support, FDD support for simultaneous operation of Tx and Rx, LO multiplexing to remove need for external switches for MIMO operation, and a high-power PA eliminating the need for an external driver IC. (read more)

The IF up/down converter ICs are fully compatible with the respective Anokiwave Beamformer ICs, sharing common mechanical and electrical interfaces, and designed for cascade integration from IF to antenna and back. (read more)

Anokiwave has been delivering mmW ICs in commercial volumes for years vs. other products that are "releasing soon". (read more)

Anokiwave ICs Enabling Next Generation of Active Phased Array Flat Panels (read more)

The launch of the new Anokiwave website includes array calculators to calculate your SATCOM or 5G array specifications that use the Anokiwave ICs. Users can select number of elements, array spacing, feed loss, and System Noise Bandwidth; the calculator will calculate the resulting array power, array receive sensitivity, and array size. (read more)

As economies begin to emerge from the coronavirus pandemic, we are navigating through a tipping-point year for 5G. (read more)

Introducing a new family of Innovator Kits for mmW 5G manufactures. (read more)

• Prototype, demo, and proof of concept mmW 5G radios
• Easily scale and develop new systems for any use case
• Evaluate array level performance of Anokiwave’s ICs

We are always looking for talented candidates with an MS or Ph.D. in electrical engineering for full-time employment. Expertise and extensive coursework in microwave and millimeter-wave circuit design is a must. Experience using Cadence, Agilent ADS, and EM tools including Sonnet and HFSS is preferred. (read more)

This article discusses the basic active antenna beamforming concepts
that form the heart of the mmWave 5G system, as well as the general
beamforming architectures used in active antennas. (read more)

Enabling the Growing 5G mmWave Ecosystem Using Silicon mmWave ICs (read more)

Silicon ICs for Aerospace & Defense Electronically Steered Antennas
Anokiwave enables capabilities in SATCOM, RADAR, EW, COMMs, NextG, and Space by leveraging mmW Silicon commercial technologies. Our solutions reduce SWaP-C and offer flexibility to customize for specific needs. (read more)

Applications:

Satellite communications terminals (read more)

See our newest product in action - a mmW to IF active antenna platform using Anokiwave’s latest generation of ICs. The Innovator Kits provide an out-of-the-box starting platform to:

●. Prototype, demo, and proof of concept mmW 5G radios

● Easily scale and develop new systems for any use case

● Evaluate array level performance of Anokiwave&... (read more)

Design of mmW Phased Array Active Antennas continues to be a major technical challenge for most OEMs, system integrators, and radio manufacturers; most struggle to develop good working arrays especially in a fast-evolving 5G market. (read more)

An exciting market like mmW brings many new entries so we must always ask ourselves – how is Anokiwave differentiating ourselves in the market? (read more)

Anokiwave offers a uniquely positioned product portfolio for 5G, RADAR, and SATCOM markets with expert systems level understanding and optimal technology selection. Our goal is to leverage our outstanding design capabilities to achieve the smallest, lowest cost, and best performing ICs. (read more)

Complete mmW Silicon IC solutions for Scalable, Intelligent Arrays that address multiple radio types across all mmW 5G bands available now for high volume production needs. (read more)

Ku Band Options Added to Portfolio of ICs that Enable Flat-Panel Phased Arrays for Air, Land, and Sea Applications (read more)

Enabling affordable flat panel phased array antennas for SATCOM
Ku- and K/Ka-Band ICs build upon years of experience to enable active antenna based phased array SATCOM ground terminals that can auto-align and auto-position and support SATCOM-on-the-move using LEO/MEO/GEO satellites. (read more)

Leading market research firm says Anokiwave’s unique antenna technology will help drive the rollout of 5G and other new wireless capabilities. (read more)

Intelligent Gain Block™ ICs, a versatile IC family that can be used in a wide range of applications for SATCOM, RADAR, 5G, and sensing. (read more)

Experts in Highly Integrated SATCOM mmW (read more)

Anokiwave, Inc.announces further expansion of its SATCOM Beamformer IC family with the release of its 2nd generation Ku-Band ICs – AWMF-0146 and AWMF-0147 – for the design and deployment of commercial phased array-based ground terminals. (read more)

Anokiwave offers a uniquely positioned product portfolio for 5G, RADAR, and SATCOM markets with expert systems level understanding and optimal technology selection. Our goal is to leverage our outstanding design capabilities to achieve the smallest, lowest cost, and best performing ICs. (read more)