90nm CMOS is mature, with a full range of PDK’s, libraries, tools etc., and at 90nm is able to support the 5Ghz frequency bands. Thus even if a SiGe design is more power efficient for a particular RF ...

A new UK semiconductor design centre is expected to spring from a joint venture between the Welsh Government, the Compound ...

This compact chip could be used to make terahertz arrays for applications like improved security scanners for detecting hidden objects or environmental monitors for pinpointing airborne pollutants.

By affixing a thin, patterned sheet of material to the back of the chip, highlighted in the center and shown in the left-side micrograph, the researchers produced a more efficient, yet scalable, ...

"To take full advantage of a terahertz wave source ... One way to generate terahertz waves is with a CMOS chip-based amplifier-multiplier chain that increases the frequency of radio waves until ...

20.1.1). Traditional gas sensors typically have the transducer and CMOS chip connected via wiring on a substrate, leading to a large-form factor that requires complicated and expensive packaging and ...

Researchers at Massachusetts Institute of Technology (MIT) developed a terahertz amplifier-multiplier system that enables the ...

Sigma does not include a USB-C cable or power adapter with the BF, only the BP-81 battery and an aluminum body cap. Body caps ...

The spec sheet looks pretty healthy, too. The V1 uses a new sensor form factor, a Type 1.4 CMOS chip that's roughly the same size as a Micro Four Thirds sensor, but with the more common 3:2 aspect ...

The Sigma BF draws attention with its modern industrial design and woos creative photographers with a streamlined interface and gorgeous color profiles, but it offers fewer features than mainstream ...