Boosted by China’s chip self-sufficiency strategy and expected demand from automotive and IoT apps, mainstream nodes (8~45nm) are predicted to add another 6% capacity ...

High performance, 12-bit resolution, 4 Gsps sample rate Mixed-signal General Purpose ADC IP, nodes up to 8nm. Leading edge systems on chip (SoCs) for wireline networking, wireless communication, ...

Samsung settled with their 8nm process because they were having trouble with their 5nm yield. In other words, Samsung was making too many faulty 5nm chips to be practical. So Nintendo may have ...

The multi-lane Synopsys IP Multi-Protocol 10G PHY IP is part of Synopsys’ high- performance multi-rate transceiver portfolio, meeting the growing needs for low- power consumption and low latency in ...

Since then, some fans have pointed out that Ampere and 8nm is decidedly less efficient than the newer Lovelace architecture, on smaller sized chips. Richard Leadbetter addresses these speculations ...

The chip in question is built on Samsung Foundry’s 8nm process — which is the same as Nvidia Ampere. This chip focuses on improved ray tracing cores, faster memory and AI performance.