Recent #IEEE news in the semiconductor industry

5 months ago

➀ IEEE has officially joined Bilibili, opening an official account to bring a 'hardcore' feast for Chinese tech enthusiasts;

➁ IEEE will regularly post full-English videos of tech events, cutting-edge technology news, member welfare lectures, and celebrity lectures on Bilibili, covering hot areas such as artificial intelligence, robotics, and communication technology;

➂ The videos also support AI-generated Chinese subtitles, making it easy to keep up with global technology trends;

➃ IEEE, as the world's largest professional technical organization, has been committed to promoting technological innovation;

➄ This move to Bilibili not only brings IEEE closer to young Chinese tech enthusiasts but also provides a new learning and communication platform for tech-loving content creators and viewers;

➅ IEEE's top online events, such as IEEE Tech Frontiers, also be broadcasted live on Bilibili.

IEEE
9 months ago

➀ The average salary for U.S. engineers and other IEEE members increased by about 5% from 2022 to 2023, according to the IEEE-USA 2024 Salary and Benefits Survey.

➁ The median salary for circuit and equipment engineers is the highest, at $196,614, followed by communication ($190,000) and computer/software technology ($181,000).

➂ The median salary for professors is $190,000, associate professors is $118,000, and assistant professors is $104,500.

IEEE
9 months ago
➀ Cambridge GaN Devices will demonstrate its ICeGaN products at the IEEE Energy Conversion Congress and Expo in Phoenix. The demos include a 3 kW PFC reference design, a QORVO motor drive evaluation kit, and a slim 100W adapter among others.➁ The company's ICeGaN products are monolithic GaN ICs with power HEMT and support circuitry.➂ The demo also features a comparison of ICeGaN versus discrete GaN circuits.
3D ICCambridge GaN DevicesGaNIEEEpower electronicssemiconductor
about 1 year ago
1. Imec unveiled two ADCs at the IEEE VLSI Symposium, designed for 'beyond 5G' communication, one for base stations and one for phones, both operating up to 5GHz. 2. The base station ADC is a 10Gsample/s CMOS hierarchical time-interleaved ADC with 9 ENOB at low frequencies and 8.2 ENOB at Nyquist, consuming 350mW. 3. The handset ADC uses a multi-bit pipelined architecture with background calibration, achieving 10.91 ENOB and 81dB SFDR at 1Gsample/s with 17.8mW consumption.
5G6GADCIEEEImeccommunications ICs