The Thunderbolt and USB ecosystems have seen rapid updates over the last couple of years. In 2022, we saw the announcement of the USB4 v2 standard and some details of Next Generation Thunderbolt with total bidirectional speeds of up to 160 Gbps (80 Gbps TX / RX with symmetric links, and 120 Gbps TX / 40 Gbps RX using asymmetric links from the host perspective). Product introductions have typically lagged behind the announcement of the standards by 18 - 24 months

Kicking off CES 2023, the first presentation of the week comes from NVIDIA. The prolific GPU vendor is at the show to talk about new consumer hardware for desktops and laptops, as well as software updates for its Studio ecosystem, robotics, and Drive platforms.

Although Intel's 13th Gen Core mobile announcement tends to steal the limelight away from many of its other product announcements, Intel has also announced four new SKUs from its N-series of processors. Representing the entry-level, Intel's latest N-series processor for mobile and desktop (codenamed Alder Lake-N), replacing Intel's Tremont architecture-based Jasper Lake platform. Alongside up to 8 CPU cores, these new low-end SoCs include Wi-Fi 6E connectivity, GNA

Not just focused on their new 13th gen Core desktop chips, Intel this morning is also kicking off 2023 for its mobile customers in a big way with the announcement of the 13th generation Core mobile family. Based on the same Raptor Lake architecture as Intel's 13th gen Core desktop chips, Intel is launching (or at least, announcing) the full 13th gen mobile stack all in one go. This means everything from the ultra-portable U-series chips

When Intel launches a new family of desktop processors, it typically unleashes its high-end unlocked SKUs first, including the K and KF models. Not only does this give users a glimpse of its performance enhancements throughout its product development cycle and roadmap in the best possible light, but it also allows enthusiasts and high-end performance junkies to get their hands on the latest and most potent processors from the very beginning of the product cycle.

For the rest of the consumer market, Intel has finally pulled the proverbial trigger on

Ubiquiti Networks is a popular vendor of networking-related equipment in the SMB / SME space. Their gear is immensely popular among prosumers too, thanks to the combination of ease of use and the ability to customize for specific requirements. I have been running an Ubiquiti UniFi installation at home for the last five years or so, and recently had the opportunity to create a new deployment in another country. There were two main reasons to go with Ubiquiti for the new location - a single management plane for both sites, and the

Intel officially unveiled the details of their Raptor Lake-based NUC13 Extreme last month. Based on the desktop Raptor Lake processors, the 13.7L NUC13 Extreme is Intel's biggest NUC yet. The model retains the Compute Element / baseboard combination seen in previous Extreme NUCs. However, the extra volume has enabled the company to incorporate a 150W TDP processor and support large discrete GPUs. Given the power-packed components, it is obvious that Intel is taking the NUC family

One of the world's biggest semiconductors and manufacturers of DRAM, SK hynix, has unveiled it has working samples of a new generation of memory modules designed for HPC and servers. Dubbed Multiplexer Combined Ranks (MCR) DIMMs, the technology allows high-end server DIMMs to operate at a minimum data rate of 8 Gbps, which is an 80% uptick in bandwidth compared to existing DDR5 memory products (4.8 Gbps).

Typically, the most common way to ensure higher throughput performance on DIMMs is

Just under a year since the specification was first announced, the ATX 3.0 era for power supplies is now underway. The updated version of the Intel-maintained specification introduced several notable changes to PC power supply designs, most notably the introduction of the 600 Watt-capable 12VHPWR connector and associated cabling. Altogether, ATX 3.0 is designed to lay the groundwork for future video cards (and other high-powered accelerators) by providing for a single-cable power connection that can better accommodate