Announces new services for Custom Verification IP Development, Verification and Integration, to leverage strong VIP experience
Ahmedabad, Mar. 10, 2015 –
eInfochips®, one of the world's leading semiconductor engineering companies has announced new services for Custom Verification IP (VIP) development, verification and integration. For the first time in two decades, eInfochips offers direct customer access to VIP development services that has delivered 35+ VIPs. The company's new Custom VIP Services will improve reliability, performance, and reduce time-to-market for ASIC, SoC and FPGA products based on proprietary and standard interface protocols. This is aligned with the market demand for reliable VIPs to implement newer, high-speed protocols on product designs.
"VIPs developed by us are being used to verify hundreds of SoC designs across the world" said Parag Mehta, the Chief Marketing and Business Development Officer at eInfochips. He added, "Companies are looking for shortening verification cycles, improve reliability and ensure protocol compliance to verify their RTL designs. Custom VIP development coupled with VIP integration on reusable and scalable verification environments bring significant value to semiconductor and system companies."
The eInfochips VIP team has hands-on experience and deep protocol knowledge on leading standards like PCI Express 3.0, Ethernet, USB3.0/3.1, DDR3/4, LPDDR4, SATA 3.0, NVMe, ARINC 429, and CSI/DSI. The company has launched VIPs for leading high-speed protocols such as Arm® AMBA® AXI4, MIPI RFFE, eMMC 5.0, CAN BUS 2.0, MHL, and Interlaken.
In addition, eInfochips provides Pre and Post Silicon Validation, System Validation and Verification services.
About eInfochips, Inc.
eInfochips has extensive experience working on Arm platforms. We offer a unique advantage to customers with a wide skill set on Arm technology-based platforms, DSP technologies and Linux firmware development.
eInfochips Arm Design Services include :
*Development of Board Support Packages for Arm technology-based boards
*Developing device drivers and firmware for the Arm architecture
*Development and porting of communication protocol stacks
*Porting and optimizing multimedia codecs
*Application reference design based on the Arm architecture
*System integration and developing product prototypes
*Support for setting up volume manufacturing