Design suite supports latest platform FPGAs

Celoxica is supporting the 90nm Spartan-3 series of FPGAs from Xilinx with its DK Design Suite, providing designers with a C-based language design environment for platform FPGAs.

Celoxica is supporting the 90nm Spartan-3 series of FPGAs from Xilinx with its DK Design Suite, providing designers with a C-based language design environment for platform FPGAs.

Using the Celoxica tools, designers can partition designs between hardware and software, seamlessly verify the system using higher-level languages, and directly synthesise from C-based models to Spartan-3 devices.

By combining the Celoxica DK Design Suite with platform FPGAs such as Spartan-3, designers can access the fastest path to implementation of high-density, low-cost programmable systems including millions of gates and soft processor cores such as MicroBlaze from Xilinx.

"The software-compiled system design methodology enables the design of high-performance programmable systems.

The DK Design Suite with Spartan-3 support represents the most advanced platform FPGA design solution targeting high density, low-cost platform FPGA technology", said Jeff Jussel, Vice President of Marketing at Celoxica.

"For designers using Spartan-3 devices, especially those embedding MicroBlaze processors, this C-based flow will achieve the best possible design performance in the shortest time".

"Celoxica has been an AllianceEDA member for many years and has provided a great service for Xilinx customers", stated Jerry Banks, Director of Partnerships and Alliance Marketing at Xilinx.

"For designers starting at higher levels of abstraction, Celoxica's tools produce high Quality of Design in a significantly reduced time frame.

Their software-compiled system design methodology also opens Spartan-3 usage to a whole new class of customer".

The DK Design Suite provides the fastest route to design realisation for platform FPGA devices.

The Celoxica methodology employs higher-level languages such as C, C++, System-C and Handel-C to raise design abstraction, allowing designers to represent complex designs in shorter descriptions.

The use of a common language base allows easy movement of design functionality between hardware and software implementations to find the optimal design partition.

The DK Design Suite also provides cycle-accurate simulation of C-based models and provides cosimulation with popular RTL simulators and models developed in the Matlab/Simulink environment.

Spartan-3 designers can achieve high quality of design using the DK Design Suite's unique synthesis technology to directly compile high-level models to optimised EDIF for input to the Xilinx place and route tool.

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