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iWave FPGA Design Solutions, Services and IP Cores

iWave FPGA Design Solutions, Services and IP Cores iWave systems, head quartered in Bangalore is a privately held, self funded and profitable organization since its inception in May 1999. It has got a second development center in Japan from 2004.

We offer comprehensive design solutions in areas of FPGA and HDL.

iWave has a bundle of well tested and proven IP cores, which include Processor & peripheral cores , video/multimedia cores and storage cores. The Processor Cores includes 8086/80186/80188/V53 and Peripheral Cores includes Multi Protocol SCC (8251, 8530), DMA Controller (8237), Timer (8254), Interrupt Controller (8259), I2C, SPI, Parallel port, Key pad. The storage cores consists of the Host controllers - SDXC Host, IDE Host (ATA / ATAPI-5), SD/SDIO/MMC/CE-ATA Host, NAND Flash (MLC) and the Slave Controllers SDIO Slave. The Video/Multimedia cores consists of Video Processing cores De-interlacer, Chroma Resampler, Color Space conversion, Image scaling, Alpha Blender and Video Interface Cores - LCD Interface, Camera Interface, Encoder & Decoder Interface, Scatter Gather DMA Controller Our FPGA services include Design/Development and Testing for functional verification, Test suite development and RTL coding. Also Turnkey development services in FPGA for High Speed Bus interfaces, Integration of modules, Multi-million gates complex design and concept to specification from the chip to the final board level target hardware are part of iWave services. The HDL services we offer include

1) Models development in support of VHDL/Verilog/C simulation models, 2)Simulation and verification of models and memories, processors and peripheral devices. We are constantly innovating and implementing turnkey integrated embedded solution systems keeping pace with technology progress and customer requirements. In-house development infrastructure

1) VHDL / Verilog / SystemC

2) Verification & Test vectors activities

3) FPGA implementation

4) Proof of concept on Evaluation Board

5) IP core development & integration

6) High-speed designs involving multi-million gate complexity

7) From Specs to RTL to Synthesis to fully tested device including the target board




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