Taipei, Saturday, Oct 23, 2021, 06:37


MegaChips Adopts Omni Design’s Ultra-Low Power A/D Converter IP for Next-Gen Communication Networks

Published: Dec 06,2016

MegaChips Corporation and Omni Design Technologies, a provider of high-performance, ultra-low power semiconductor IP cores, today announced a strategic partnership for the development of high-performance, low-power analog front end (AFE) chips.

More on This

MegaChips Delivers High Quality Multimedia Converter IC with HDCP2.2 Protection

MegaChips Corporation announced production shipments of the MCDP2900, an advanced audio-video converter, featuring unprecedented user experience features like HDR and HDCP2...

MegaChips to Present PLC and Wireless LSI Products at ARM Tech Symposia 2015 Taiwan

TAIPEI, Taiwan - MegaChips Corporation announced it will display “BlueChip PLC Multi-hop”, broadband PLC communication LSI, and “BlueChip Wireless”, IEEE802...

This partnership brings together two industry leaders with the joint purpose of offering differentiated solutions and products to enable next-generation home and access networks and industrial automation.

"Both MegaChips and Omni Design offer unique technology for the communications market," said Masahiro Konishi, general manager at MegaChips Corporation. "By partnering with Omni Design Technologies, an industry leader in semiconductor IP cores, we can continue to develop timely, original AFE chips designed to give our customers a competitive edge."

Dr. Kush Gulati, president and CEO of Omni Design Technologies, said: "MegaChips has an outstanding reputation for providing cutting-edge system solutions for its customers. We are delighted to partner with them to develop high-performance, ultra-low power AFEs incorporating high-resolution and high-speed Analog-to-Digital Converters (ADCs) based on our revolutionary SWIFT technology."

CTIMES loves to interact with the global technology related companies and individuals, you can deliver your products information or share industrial intelligence. Please email us to

838 viewed

comments powered by Disqus