Prototyping With FPGA Before Converting To ASIC

Prototyping With FPGA Before Converting To ASIC

The time-to-market is one of the most important factors in the success of new products. The road to this success is an hourglass, it's a matter of time until your competitor will think about the same idea of you may simultaneously release the product to the market, or just before you. A product manager must to plan the project to be as short as possible, since any delay would reduce the profits. Statisticians claim that being late to market by only 3 months will reduce revenue by 27%. Being late by 12 months will reduce revenues by a staggering 91%! A guaranteed way to leave a footprint in the market is releasing an early prototype / beta version, which later should be developed. But as hardware design involves a long process of performance optimization and verifications, if a prototype will be designed as ASIC, valuable time would be wasted and if the deadline will be missed, the entire work may go down the drain. Since the ASIC development requires higher costs, even before the development phase, if the project will be lost, it would involve too much loss of money. In these cases, a ready-made programmable component, is the best solution. FPGA should save time and NRE costs, and with enhanced programming of it, a prototype could quickly be developed and ready to hit market. The next step should be converting the FPGA prototype to ASIC in order to improve the product performance, reduce its costs and minimize the disadvantages which FPGA carries. This one could be done with the conversion services of KaiSemi. In which the flow is handled by KaiSemi and requires very little customer intervention in the process, allowing the costumer to focus on getting the next generation prototype to work and keep one step ahead of the competition. Actually, nowadays, over a third of all high-end ASIC designers use FPGAs for prototyping design with higher count of logic gates. FPGA vendors actually encourage developers to work at early stages with FPGA components before converting them to ASIC, just as they encourage them to continue working with them even after the prototype development. Encouragement made at the same time the FPGA manufacturers continue to develop better versions of FPGAS while minimizing the disadvantages of the component

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