Both companies also plan to use immersion/multi-patterning at 7nm. In contrast, TSMC appears to be going the multi-patterning route at 7nm. The company will “exercise” or develop EUV at 7nm, but it ...

Then, we investigate the impact of various potential back-end-of-the-line (BEOL) technology solutions at the 7 nm node. Based on interconnect resistance values from technology computer-aided design ...

May 4, 2015 -- Foundry chipmaker Taiwan Semiconductor Manufacturing Co. Ltd. (TSMC) is aiming for "risk production" of integrated circuits on a 7nm manufacturing process in 2017. On April 16, while ...

based distributor that sells AMD products as a channel partner, said he's sure AMD's customers are asking about supply, especially because of how other companies rely on TSMC for other 7nm products.

TSMC started mass production of cutting edge 7nm process two years ago, and this year, it is mass-producing the 5nm process. Most of TSMC's production capacity has already been pre-ordered by ...

The Trump administration's announcement that TSMC will invest US$100bn in US semiconductor manufacturing without subsidies is ...

TSMC is continuing to back the 7nm FinFET (Fin Field Effect Transistor) process for 5nm - essentially a "3D" non-planar transistor that resembles a fin. Hence the name. However, despite the fact ...

Apple's new C1 modem is the most power-efficient baseband chip inside of an iPhone according to the company, with the new in-house 5G modem seeing a combination of TSMC 4nm and 7nm process nodes.

TSMC leads in advanced chip production ... Leading edge technology (7nm and below, using EUV technology) currently accounts for 74% of total revenue and thus is crucial for the further development ...

manufactured using TSMC’s second-generation 3nm N3E process, while its custom-designed 5G chip, C1, has a 4nm modem and a 7nm receiver, both produced by TSMC. The A18 chip (6-core CPU + 4-core GPU) ...