KPIT Cummins Infosystems Limited

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System-on-Chip

With KPIT Cummins's skilled system architects and ASIC design engineering specialists, customers can expect creative ASIC solutions

Building larger systems on smaller chips
Time and again we have proved our expertise on building innovation into shrinking chips

The demand for bigger, more powerful and discrete systems is growing by the day. Product companies demand more on less. They want more power on lesser area. Semiconductor companies are constantly fighting the need to reduce the Area and Power consumption of the chip, while improving the performance – all the while reducing the time the chip remains within the laboratory.

Our expertise on digital systems allows our customers to quickly build innovative architectures and systems on a chip. As an innovator in state-of-the-art ASICs, FPGA to ASIC conversion services, we have been able to rapidly turn around highly robust and functional systems on the smallest of silicon wafers, with the most stringent power requirements.

Our Digital Design Group:

Posses extensive system level expertise to quickly integrate customer's vision into an ASIC-based solution
Specializes in high speed, high reliability, and low power designs
Owns capabilities in various design and verification languages, tools and methodologies that are integral to achieving successful, affordable System-on-Chip (SoC) solutions

With KPIT Cummins's skilled system architects and ASIC design engineering specialists, customers can expect creative ASIC solutions. The company has a dedicated Digital verification group, which has executed multi million gate design verifications and have expertise in conventional as well as HVL based verifications.

Some of our other services include:
Front-end Design Services:

Architecture Planning
System Level Verification
RTL Design and Synthesis
Static Timing Analysis and Timing Closure
Test insertion and Test Logic Verification
DFT

Back-end (Physical) Design Services:

Floor planning and placement
Timing driven layout and optimization
Full and semi-custom layout
Design rule checking and manufacturing release

Migrations for feature enhancements, optimizations, derivatives/variants, etc

Services cover the following domains

ASIC design
FPGA Design
FPGA to ASIC migration

Case Studies

Design and Verification of Multi-decoder IP for DVD
Development of Verification Environment for Flexray Protocol
Design, verification & Implementation of 16/32 bit Microcontrollers for Automotive applications
Implementation of Image Processor for 7.2 Megapixel Digital Still Camera
Modeling of wLAN system using SystemC & Integrate SystemC environment with CPU model, OS, Driver and TCP/IP software
Implementation of Communication Protocol
Processor based SoC Verification using SystemC
Physical Design for DDR2 chip
PIPE Interface FPGA for PCI Express
Development of High Speed Measurement Board

RQ is how we map our wavelengths with those of our clients, and the parameters we scale to accomplish their objectives.