[23-June-2022] AnySilicon, the leading marketplace for ASIC service providers, announced today that Sigenics, an ISO 9001:2015 certified company that specializes in designing, testing and delivering custom integrated circuits, has joined AnySilicon to promote its design services. As part of the AnySilicon platform, Sigenics will gain access to a full range
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Hyderabad — June 6, 2022 — Cyient, a leading consulting-led, industry-centric, global Technology Solutions company, today announced that it had signed definitive agreements to acquire Celfinet. An international Wireless Engineering Services company, Celfinet, is focused on providing end-to-end Network Planning and Performance Optimization services. Cyient will acquire the Portugal-based company for
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Today is the era of cutting-edge modern technologies. Things are becoming more advanced, smarter, and more compact continuously due to technical advancements. From smart LEDs to smart phones computer systems to electronic appliances, everything is continuously evolving because of Integrated Circuits (ICs). So, the question raised when we hear the
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Faraday Technology Corporation (TWSE: 3035), a leading ASIC design service and IP provider, announced that its Gigabit Ethernet PHY has been silicon proven on UMC’s 28HPC+ process and is now available for new ASIC SoC designs and IP licensing. This new IP, based on 28nm node, provides the benefits of
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Faraday Technology Corporation (TWSE: 3035), leading ASIC design service and IP provider, today launched SoCreative!VI™ A600 SoC development platform implemented in Samsung Foundry’s 14LPP FinFET process technology. This platform is equipped with Faraday’s A600 SoC chip on an evaluation board and the Linux software development kit (SDK) to create a full-performance system
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There are numerous steps that are involved in the design of digital (or mixed signal) circuits starting from system specifications right till the chip is manufactured. One of these steps is a process of transforming a functionally described circuit (normally in netlist) into physical layout at the lowest level (normally
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