New 55-Pound AMD Epyc Workstation Has Two 96-Core Genoa CPUs, Six 4K Monitors
This would certainly invite some interest at the local coffee shop
https://www.extremetech.com/computing/new-55-pound-amd-epyc-workstation-has-two-96-core-genoa-cpus-six-4k-monitors?utm_campaign=trueAnthem%3A+Trending+Content&utm_medium=trueAnthem&utm_source=facebook

Smartphones have been delivering sound since their inception, but it’s usually done using a conventional speaker. Synaptics has a technology called Synaptics Resonate that instead utilizes the glass display via haptic feedback technology (see figure). I talked with Reuben Espitia, Product Applications Engineer, about Resonate (see video above).

Synaptics was already providing haptic feedback through the screen, whereby a finger would pick up the vibration as it touched an area that the software was presenting as a button. The same piezoelectric system simply operates at a higher frequency when delivering sound—it essentially performs double duty generating sound and haptic feedback as needed.

Intelin 14. sukupolven mobiilisuoritinsukupolvi on nimeltään Meteor Lake. Työpöytäversioita ei huhutusti tule Meteor Lake -koodinimellä lainkaan.

OneRaichu-Twitter-tilin mukaan tulevat mobiilisuorittimet ovat luvatusti 50 prosenttia energiatehokkaampia kuin Raptor Lake -sukupolven vastaavat. Meteor Lakeissa olisi myös kaksi kertaa tehokkaampi yhdysrakenteinen näytönohjain.

What you’ll learn:

What is HaLow?
How this partnership will help nudge IoT forward.
General specs of the HaLow chip.

At CES 2023, Morse Micro announced a partnership with AzureWave Technologies to design and develop two Wi-Fi HaLow modules, including the smallest type, a 13- × 13-mm module. Both FCC-certified module designs feature Morse Micro’s MM6108 microchip, a fast, low-power Wi-Fi HaLow system-on-chip (SoC) that offers 10X more range than traditional Wi-Fi solutions (Fig. 1).

“Wi-Fi HaLow continues to gain momentum in the IoT ecosystem, and our collaboration with AzureWave builds on this energy as we scale and accelerate the deployment of Wi-Fi HaLow solutions worldwide,” says Morse Micro co-founder and chief executive officer Michael De Nil. “By joining forces, Morse Micro and AzureWave are poised to design and deliver best-in-class Wi-Fi HaLow solutions that will enrich existing communication modules in a broad range of IoT and consumer electronics applications.”

Since Wi-Fi HaLow is geared toward IoT devices and taps into the lower-frequency ranges, it requires Wi-Fi HaLow-enabled access points or hubs for compatibility (Fig. 2). The company is working with leading worldwide ISPs to incorporate Wi-Fi HaLow into next-gen home gateways and developing solutions that allow existing customers to introduce Wi-Fi HaLow as soon as possible.

BMW followed up its presentation of the BMW iX Flow in 2022 with the colorful BMW i Vision Dee. Both were made possible through technology from E Ink, which is available now for integration into products. However, most applications will not be wrapping a car in display technology—yet.

I talked with Timothy O’Malley, Associate Vice President of Operations at E Ink, about the company’s Prism 3 multi-color ePaper film that was used to make the BMW i Vision Dee possible. While the car was a proof of concept, the film used in this car and the BMW iX Flow are available now, as are ePaper films designed for applications like e-readers