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opalkelly.com

We provide a range of powerful USB and PCI Express FPGA modules that deliver the critical interconnection between a PC and many electronic devices.

numato.com

Read Numato Lab's privacy policy to understand how we collect, use and protect your personal information. Learn about your data rights and our commitment to privacy.

sigarch.org

Matrix multiplication dominates AI hardware and research. Betting everything on MatMul risks an innovation monoculture — it’s time to diversify our compute bets.

codasip.com

We enable differentiation in applications from automotive to networking and wearables, by removing all economic and technological barriers ▷

vlsid.org

Welcome to VLSID 2024 ITC Royal Bengal, Kolkata, India || 6-10 January 2024 VLSI meets AI & Quantum for Cyber-Physical Systems Photo Gallery Contact Us Attendee Certificates Dear Sponsors, Exhibitors, Track Chairs, Authors, Reviewers, Keynote and Invited Speakers, Panelists, Presenters, Session Chairs, Jury members, Volunteers, Fellows, and Delegates,Your active engagement and support played a pivotal role in making the 37th International Conference of VLSI Design and 23rd International Conference of Embedded System Design (VLSID 2024) - a remarkable and memorable edition of the VLSI Design. On behalf of the organizing committee of the VLSID 2024, I extend my sincere appreciation for yourspontaneous contributions of invaluable time and tremendous effort.   With Warm Regards,Hafizur RahamanGeneral Co-Chair Sponsors [lgxlogoslider id=1482] Speakers [wpm_team_showcase id=4] Government / Industry Partners Media Partners Academic Sponsors Technical Co-Sponsors

sigasi.com

Sigasi Visual HDL is a purpose-built tool for FPGA and ASIC chip designers to save money and time while increasing the quality of their designs. It lets system architects and hardware engineers create, integrate, validate, and organize HDL. First time right. Sigasi Visual HDL platform (SVH) is developed to catch specification errors and bugs while they are written and fix the inefficient HDL-based design for VHDL, Verilog and SystemVerilog. Harnessing integrated development, synchronous visualization, and shift-left validation means that HDL specifications are easier than ever to create and hand off without issues.