Google has recently made a groundbreaking advancement in quantum error correction, a crucial step towards achieving large-scale quantum computing capabilities. This breakthrough holds the promise of enabling quantum computers to solve real-world problems that are currently beyond the reach of …
Automotive wiring harnesses can benefit greatly from the use of fiber optics, providing solutions for lightweight, high bandwidth, and electromagnetic compatibility (EMC) needs. This article will explore the advantages of incorporating fiber optics in automotive wiring harnesses, focusing on its …
Where do fiber optics fit into automotive wiring harnesses? Read More »
Fluke Networks has unveiled the LinkIQ Duo Cable+WiFi+Network Tester, a compact device that merges cabling qualification with Wi-Fi 6E network testing, streamlining the process for technicians who no longer have to juggle multiple tools. The innovative LinkIQ Duo not only …
Test Wi-Fi 6E and Ethernet with this handheld unit Read More »
In this second installment of our multipart FAQ series on cellular connectivity modules for IoT applications, we delve into the advancements made by leading technology companies like u-blox, Sierra Wireless, SIMCom, and Ericsson in the realm of 5G, 4G, LTE, …
A survey of cellular connectivity modules for IoT applications: part 2 Read More »
Optical computing leverages the speed of light to enhance the efficiency of vector-matrix operations. By utilizing the principles of light interference, parallel computations, a crucial aspect of quantum computing algorithms, can be achieved. This methodology significantly boosts processing speed and …
Using laser beams to pioneer new quantum computing breakthrough Read More »
The world of Cellular IoT is rapidly expanding, connecting physical devices to the Internet through existing cellular networks. The global market for Cellular IoT was valued at $6.2 billion in 2023 and is expected to reach $22.95 billion by 2030. …
A survey of cellular connectivity modules for IoT applications – Part 1 Read More »
Researchers in the wireless industry are eyeing the frequency range of 6.75 GHz to 16.95 GHz as a potential “sweet spot” for 6G communications. As the industry explores potential use cases for 5G and 6G technologies, ongoing research at NYU …
NYU Wireless releases 6G channel propagation data Read More »
A team of researchers from the RIKEN Center for Quantum Computing and Toshiba has developed a quantum computer gate using a double-transmon coupler (DTC), resulting in a significant improvement in the fidelity of quantum gates. Through their work, they were …
Ultralife Corporation has introduced the A-2303 — a compact, energy-efficient military amplifier designed for depot support applications. Weighing only 540g (1.2lbs) and delivering 20 Watts with approximately .75 to 5 Watts of RF drive power, the A-2303 is compatible with …
RF amplifier delivers 20 watts with 0.75 W – 5 W drive power Read More »
Today’s SoC designers are facing the challenge of integrating PCIe 7.0 into new AI chip designs to meet the growing demands of data-intensive applications. The success of first-pass silicon is crucial in achieving the required performance and bandwidth. The evolution …
