Alchip and Credo Provide 28Gbps SerDes ASICs for Enterprise Data Communication
Taipei, Taiwan/Hong Kong/ San Jose, USA – April 23, 2014- Credo Semiconductor, a global innovation leader in SerDes technology, and Alchip Technologies, Ltd. (TWSE: 3661), a world leading fabless ASIC company, announced a strategic partnership for providing 28Gb/s SerDes IP for ASIC solutions targeting the Data Center and Enterprise Communications markets.
Leveraging its advanced and innovative architecture, Credo Semiconductor will offer to Alchip’s customers a world class 28Gb/s SerDes IP in TSMC 28nm process that features small area, low jitter, low power, and low latency, as well as advanced TX pre-emphasis equalization, RX CTLE (continuous time linear equalization) and DFE (decision feedback equalization). The Credo SerDes has been tested at 28Gb/s across a test channel with more than 35dB loss at Nyquist frequency.
“We are very excited about our partnership with Alchip to offer the Credo SerDes solutions to their customers serving the high performance enterprise markets.” said Bill Brennan, Credo CEO. “With our 28nm, 28Gb/s SerDes solutions, Credo and Alchip will enable best-in-class solutions for our customers. Credo is very excited about the collaboration with Alchip.”
“Alchip’s design requirements are growing increasingly complex from our global tier-one system customers.” said Johnny Shen, President and CEO of Alchip. “By adopting Credo’s high speed SerDes IP solutions, Alchip is well-positioned to meet these challenges and reduce design turn-around time. This collaboration between Credo and Alchip will extend our value proposition to our customers with the best in class silicon solutions.”
Credo Semiconductor will offer a private demonstration to potential business partners. Companies interested in learning more about Credo Semiconductor’s current silicon, as well as future developments should contact SerDes@credosemi.com.
About Credo Semiconductor
Credo Semiconductor is a provider of high performance mixed-signal integrated circuits targeting the Data Center and Enterprise Networking markets. Our SerDes technologies enable optimized solutions for leading edge speed, power, and signal processing requirements. For more information: www.credosemi.com
About Alchip Technologies Ltd.
Founded in 2003, Alchip Technologies Ltd. is a leading provider of silicon design and manufacturing services for companies developing complex and high-volume system-on-chip (SoC) designs. Alchip’s products are mainly used in current HDTV, mobile phones, networking, computers, entertainment and other consumer electronics devices. It provides ASIC design and manufacturing services intended to enable customers to cost-effectively address the technological complexity of silicon design and the need to reduce time to market. For more information: www.alchip.com
|
Credo Semiconductor Hot IP
Related News
- Rambus Delivers High-Speed SerDes Interface Solutions on GLOBALFOUNDRIES FX-14 ASIC Platform for Data Center and Enterprise
- Faraday Leads Industry with 28G Programmable SerDes at 28nm for Networking ASIC
- Faraday Geared Up for Data Communication Applications in ASIC Development
- AI Comes to ASICs in Data Centers
- Data Centers May Ride on ASICs
Breaking News
- Alphawave Semi Q4 2024 Trading and Business Update
- ST-GloFo fab plan shelved
- Arm Chiplet System Architecture Makes New Strides in Accelerating the Evolution of Silicon
- Cadence to Acquire Secure-IC, a Leader in Embedded Security IP
- Blue Cheetah Tapes Out Its High-Performance Chiplet Interconnect IP on Samsung Foundry SF4X
Most Popular
- Alphawave Semi to Lead Chiplet Innovation, Showcase Advanced Technologies at Chiplet Summit
- Altera Launches New Partner Program to Accelerate FPGA Solutions Development
- Electronic System Design Industry Posts $5.1 Billion in Revenue in Q3 2024, ESD Alliance Reports
- Breaking Ground in Post-Quantum Cryptography Real World Implementation Security Research
- YorChip announces patent-pending Universal PHY for Open Chiplets
E-mail This Article | Printer-Friendly Page |