LONDON — Communications chip specialist Phyworks (Bristol, England) has taped out and will soon start sampling a generation of transceivers designed in CMOS instead of the traditionally employed SiGe ...

In this article, we describe a 10.5-Gbit/second to 13.5-Gbit/s transceiver in a 0.13-micron CMOS technology. The transmitter and receiver use half-rate architectures to ease high-speed clock routing ...

The acceptance of serial standards and protocols like PCI Express, Serial Rapid I/O and SerialLite will increase the use of high-speed serial transceivers with clock and data recovery (CDR). These ...

The proposed transceiver design enables high power conversion efficiency and conversion gain, enhancing 5G network coverage even in areas with link blockage. A novel 256-element wirelessly powered ...

KIRKLAND, Wash.--(BUSINESS WIRE)--Verasonics, Inc., the leader in research ultrasound, today announced that on September 17, 2024, the United States Patent and Trademark Office issued US patent number ...

The effort to improve the home theater experience comes with several implementation challenges for the system designer of HTiBs, sound bars and AVRs. The latest version of the HDMI standard includes ...

This Transceiver Family Provides Designers With The Range, Power Consumption, And Size Options That They Need To Optimize Their Wireless Embedded Communication Applications. The desire for wireless ...

An experienced circuit-design EE once clarified his view of the hierarchy of IC-vendor design support: High-performance, feature-rich ICs were good, application circuits were better, but complete ...

New transceiver design capable of both transmission and reception at frequencies over 100 GHz and at 112 Gb/s data rate could pave the way to 6G technologies, as reported by scientists at Tokyo Tech.

Made for wireless communication across industries, the launch of Weidmuller’s WI-I/O-9-U3 wireless transceiver expands the company’s radio product line. The unit combines multi I/O, modem and gateway ...