32G Multi Rate Long Reach SerDes PHY - GlobalFoundries 12LP and 12LPP
CoWare N2C Version 2.1 Enhances Simulation Performance and Accuracy
CoWare N2C Version 2.1 Enhances Simulation Performance and Accuracy
Santa Clara, CALIF - February 28, 2000 - CoWare[tm], Inc., the leading provider of system-level design tools for complex systems-on-a-chip (SoC) development, is now shipping CoWare N2C release 2.1. This newest release of CoWare's powerful hardware/software co-design tool includes numerous enhancements to simulation performance.
"Many of our customers hit a brick wall with HDL simulations, their chips were just too complex," stated Bob Moore, CoWare's Vice President of Marketing. "On top of that, more of the system was being implemented in software. By moving up to CoWare N2C's system-level co-design capabilities, they have experienced orders of magnitude increases in design productivity and the ability to catch design mistakes much earlier in the design flow. Now with release 2.1, they're seeing yet another order of magnitude increase in overall simulation speed at multiple abstraction levels."
By optimizing the performance of the CoWare N2C simulation engine, performance has been increased for all CoWare N2C simulation configurations, including HDL and ISS co-simulation. On a range of typical designs, CoWare N2C release 2.1 will improve performance from 3X to 5X over release 2.0 because simulation performance is highly design-dependent.
Other enhancements in CoWare N2C release 2.1 include better support for user-defined buses with multipoint channels, special clock and reset generator objects that help efficiently describe clocks with a small frequency delta, and enhancements to the tool's Interface Synthesis capabilities. Interface Synthesis automatically generates the software drivers and hardware glue logic to integrate intellectual property (IP) into complex system-on-chip (SoC) designs.
CoWare, Inc., founded in 1996, provides tools and methodologies that help engineering teams cut their system-on-a-chip design times in half. CoWare N2C[tm] provides an efficient means to capture, analyze, and implement a system specification, with parallel development by hardware and software teams. In addition, CoWare N2C greatly enhances IP re-use and selection, further reducing design time. The CoWare N2C software is employed by major systems and semiconductor companies including Alcatel, Fujitsu, Hitachi, Matsushita, Mitsubishi, Motorola, NEC, Nokia, Sony and ST Microelectronics. For more information, visit www.CoWare.com.
Related News
- Wipro-NewLogic is the first company to provide Bluetooth 2.1 + EDR IP ready for qualification
- QuickLogic Extends CSSP Library With Bluetooth 2.1 + EDR Compatible High Speed UART Core
- Broadcom Announces Groundbreaking 65 Nanometer Single-Chip Bluetooth 2.1 + EDR Solution for Mobile Handsets
- Broadcom's Industry-Leading Bluetooth Silicon and Software Achieve Bluetooth 2.1 Qualification
- Broadcom Introduces an Advanced Dual-Channel AVC/VC-1/MPEG-2 Video Decoder Chip for High-Performance Digital Media Centers
Breaking News
- Europe takes a major step towards digital autonomy in supercomputing and AI with the launch of DARE project
- Infineon brings RISC-V to the automotive industry and is first to announce an automotive RISC-V microcontroller family
- EnSilica Secures €2.13 Million European Space Agency Development Contract
- indie Semiconductor and GlobalFoundries Announce Strategic Collaboration to Accelerate Automotive Radar Adoption
- Silvaco Expands Product Offering with Acquisition of Cadence's Process Proximity Compensation Product Line
Most Popular
- Pragmatic Semiconductor launches next-generation platform for mixed-signal flexible ASIC design with early-access programme
- Semiconductor Industry Faces a Seismic Shift
- Arm vs. Qualcomm: The Legal Tussle Continues
- Quintauris launches the first RISC-V profile for today's real-time automotive applications
- eMemory and PUFsecurity Launch World's First PUF-Based Post-Quantum Cryptography Solution to Secure the Future of Computing
![]() |
E-mail This Article | ![]() |
![]() |
Printer-Friendly Page |