Cosmic Circuits announces portfolio of 14-bit Analog-to-Digital Converter IP-cores for Measurement and Communication Applications
Update: Cadence Completes Acquisition of Cosmic Circuits (May 23, 2013)
Low power & compact foot-print 14 bit cores for monitoring and communication applications
Bangalore, INDIA and Campbell, California, 14th February, 2011:- Cosmic Circuits, a leading provider of differentiated Analog and Mixed-Signal IP cores, today announced its portfolio of 14 bit Analog to Digital Converters (ADC) for Measuring and Communication applications.
These include a 50MSPS Analog to Digital Converter for use in radar and communication applications. The ADC achieves 71.5dB signal-to-noise (SNR) ratio and supports under-sampling with minimal loss in SNR. The low-speed ADC operates at 1-2MSPS and achieves < +/- 7 LSBs of absolute error and is ideally suited for measurement applications. These silicon-proven IP cores are available in the 130nm process node.
Cosmic Circuits offers a broad portfolio of differentiated Analog IP cores in nanometer technology nodes covering Data-Converters, Analog-Front-End platforms for Wireless and Audio, Power-Management, Clocking and MIPI Interfaces.
The Director of IP of Cosmic Circuits Sundararajan Krishnan commented that “As serious players in the data-converter IP market, we are constantly adding to our converter portfolio. These high-resolution converters are an important milestone for us as we seek to address customer needs across applications and market segments.”
About Cosmic Circuits:
Cosmic Circuits is a leading provider of differentiated Analog and Mixed-Signal silicon IP cores. Cosmic offers a strong portfolio of 250+ cores in nanometer process nodes of leading foundries. By leveraging its silicon-proven cores spanning data-converters, wireless analog, audio, MIPI, power-management, Clocking, LVDS and Auxiliary functions, Cosmic provides single-stop access to customized IP solutions, bringing certainty in time-to-market with mixed-signal SOCs. A large team of expert designers continually keep pace with technology nodes, standards and applications, bringing certainty to customer product continuity and differentiation. Adherence to Design-For-Manufacturing, Design-For-Test, a customer-centric approach to support that includes silicon-validation of Cosmic IP in customer SOC, backed by the experience of successfully catering to 50+ world-wide customers, brings certainty to volume production.
|
Related News
- Cosmic Circuits announces portfolio of Analog-to-Digital Converter IP-cores for Monitoring Applications across multiple process nodes
- Alvand Technologies Announces Ultra Low Power, Small Die-Area Analog-to-Digital Converter (ADC) Intellectual Property (IP) Solution in Advanced 40nm Process Node
- ChipX Strengthens Video and Wireless ASIC Capability With Addition of 10-Bit, 210Msps Digital to Analog Converter (DAC) Family to IP Portfolio
- MegaChips Adopts Omni Design's Ultra-Low Power Analog-to-Digital Converter Front-Ends for Next-Generation Communication Networks
- Hycon Technology Selects Andes N8 CPU Core for Next Generation High-End 24-bit Analog-to-Digital Converter
Breaking News
- Xilinx Introduces Kria Portfolio of Adaptive System-on-Modules for Accelerating Innovation and AI Applications at the Edge
- Synopsys Unleashes PrimeSim Continuum Solution to Accelerate the Design of Hyper-Convergent ICs for Memory, AI, Automotive and 5G Applications
- Movellus Launches Maestro Intelligent Clock Network Platform for SoC Designs
- Rambus Joins DARPA Toolbox Initiative with State-of-the-Art Security and Interface IP
- TSMC certifies Aprisa place-and-route solution from Siemens on TSMC's N6 process
Most Popular
- TSMC Boosts Capital Budget Again, to $30B
- Expedera Introduces Its Origin Neural Engine IP With Unrivaled Energy-Efficiency and Performance
- Synopsys To Expand DesignWare Ethernet IP Portfolio with Acquisition of MorethanIP
- Groq Closes $300 Million Fundraise
- 2020 Global Semiconductor Equipment Sales Surge 19% to Industry Record $71.2 Billion, SEMI Reports
![]() |
E-mail This Article | ![]() |
![]() |
Printer-Friendly Page |