Sivers Semiconductors drive some of the world’s most extraordinary technological achievements and we’re justifiably proud of our reputation for quality, reliability, and speed.
Sivers Semiconductors is the most robust connection in any solution – proven, cutting edge technology that empowers you to dream bigger, helping you to build the future – today.
Sivers Semiconductors presents a new, innovative RF Module covering the full 14 GHz of bandwidth (57 – 71 GHz) with 2D beam steering (steering in both azimuth and elevation).
This module enables you to differentiate and meet the requirements of large-scale manufacturing of your 60 GHz Fixed Wireless Access (FWA) products without sacrificing competitive performance.
The module enables deployments in the most diverse applications with the lowest cost of ownership making our customers products truly competitive.
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Whether wireless or photonics, Sivers Semiconductors technologies all share our passion for perfection – precision engineering where you need it most.
Silicon photonics devices successfully integrate compound semiconductor laser devices with silicon chip technology.
Our foundry provides end-to-end design, prototype, high-volume manufacture and qualification testing services.
Our wireless solutions define the benchmark for speed and reliability, providing the optimum balance between form factor, power, and durability.
A broad range of mmWave frequency integrated circuits (MWIC) for use in both licensed and unlicensed frequencies, from 24GHz to 71GHz.
Save on RF design time for your 60 GHz beamforming access products, with Sivers integrated RF modules.
Reduce time to market and speed up your mmWave product design using our Evaluation Kits.
Our products are the building blocks for technical innovation, empowering companies to offer faster, more reliable services than ever. See how Sivers Semiconductors helps redefine what’s possible, around the world.
We’d love to show you how Sivers Semiconductors can help transform your business—contact us for further information.