Empowering the 5G revolution
Enabling next-generation automotive LiDAR, radar, and ethernet
Mixed Signal Design
Transforming real-world connectivity
Ultra Power Efficient | Extreme Performance
Omni Design’s data converters use breakthrough technology to enable the world’s most demanding SoCs in 5G, networking, automotive, AI, image sensors, and IoT
Analog Front Ends
Omni Design’s IP integrates seamlessly into your design making the
vision of a mixed-signal, hyper-integrated SoC a reality
Analog & Mixed Signal
The quality and performance of Omni Design IP cores allows us to offer differentiated solutions that give our customers substantial competitive edge in a variety of applications.
We are impressed with the excellent support from Omni Design and the first silicon success of the ADC and DAC IP. The IP worked per our specification, enabling us to move into volume production in record time.
One of the few semiconductor companies today developing fundamentally new analog design techniques.
In our very first engagement, Omni Design met our demanding requirements and exceeded our expectations with first silicon success delivered on time and demonstrated great skill and customer support.
Omni Design’s SWIFT™ Technology
Omni Design’s SWIFT™ is a revolutionary new circuit technology that uses tried and tested op-amp based architectures for signal processing. SWIFT™ dramatically relaxes all aspects of op-amp performance requirements, including open-loop gain, bandwidth, noise, and offset voltage. Learn more
Contact us today to find out how the world’s highest performance data converter designs can future-proof your next product.
GUC and Omni Design Tape Out 16nm LiDAR SoC
AST & Science Selects Omni Design to Provide High Performance Data Converter Solutions for its Cellular Broadband Network
5G Calls for New Transceiver Architectures
Omni Design CEO Interview with SemiWiki.com
Omni Design Announces Collaboration with IMEC
Omni Design Joins TSMC IP Alliance Program
Alereon Adopts Omni Design’s Low Power Converters for Ultra-Wideband Applications