Further, substantial investments in semiconductor manufacturing facilities globally are spurring demand for innovative front-end equipment to enhance productivity, precision, and process efficiencies.

The ODT-AFE-8A1P-16FFCT is a highly integrated AFE designed in a 16nm CMOS process. The AFE includes eight 9-bit ... IP and hence can be combined to form a programmable gain Analog front end for ...

Traditional semiconductor chip design typically begins with a lengthy and often arduous process of specification definition, RTL model creation and documentation, before engineering teams can set ...

Taiwan's TSMC has inked a deal with US semiconductor outfit Amkor Technology ... Traditionally, the US has focused on ...

Apple has begun mass production of its next-generation M5 chip, according to South Korean media, with the processor expected ...

International Data Corp expects Taiwan Semiconductor to command a 67% share of the global foundry market in 2025. Nvidia Corp NVDA is weighing the production of the front-end process of Blackwell ...

While the Arizona plant will handle the chips' front-end process, packaging will still take place in Taiwan due to the absence of CoWoS technology in the U.S. facility. Taiwan Semiconductor’s ...

The digital filter can be programmed for a fast settling mode where the conversions settle in a single cycle, or programmed. View 24-bit 14.4Ksps Analog front end (AFE) having sigma delta ADC for ...

RRP Semiconductor has entered the fabless semiconductor ... specifications and requirements gathering, front-end design encompassing RTL coding, verification, and synthesis, as well as back ...