AMD silently removes memory encryption from consumer Ryzen CPUs, leaving users unaware that they may be vulnerable — security feature vanishes after newer AGESA firmware, AMD engineers go radio silent when pressed about the change

AMD silently removes memory encryption from consumer Ryzen CPUs, leaving users unaware that they may be vulnerable — security feature vanishes after newer AGESA firmware, AMD engineers go radio silent when pressed about the change

According to a report by Ars Technica, AMD has quietly stripped a critical security feature from its lower-end CPUs, leaving unaware users potentially vulnerable to physical attacks. Following a months-long investigation tracked on GitHub, Ben Kilpatrick confirmed that the Transparent Secure Memory Encryption (TSME) feature — which protects CPUs against physical exploits that siphon data from connected memory chips — was suddenly no longer available on AMD CPUs outside the company’s Pro lineup.

Team Group agrees to $1.1 million DRAM settlement in another false advertising lawsuit — claimed advertised memory speeds required BIOS tweaks and overclocking settings

Team Group agrees to $1.1 million DRAM settlement in another false advertising lawsuit — claimed advertised memory speeds required BIOS tweaks and overclocking settings

PC memory manufacturer Team Group has agreed to settle a class action lawsuit to the tune of $1.1 million over allegations it advertised deceptive speeds for its DDR3, DDR4, and DDR5 memory products purchased in the U.S. between May 3, 2020, and April 8, 2026. Similar to a recent case involving G.Skill, the lawsuit claims that consumers were led to believe that the advertised speeds on Team Group’s memory kits could be achieved out of the box without requiring BIOS tweaks or overclocking profiles.

New tech can see a CPU’s transistors in action — terahertz radiation can potentially steal data as a chip is running

New tech can see a CPU’s transistors in action — terahertz radiation can potentially steal data as a chip is running

Researchers at Adelaide University have made a discovery that could change the way we test semiconductors for good. As reported by IEEE Spectrum, these researchers have discovered a method of detecting a chip’s transistor activity using terahertz radiation. The process involves using a laboratory tool known as a vector network analyzer or VNA, which generates a microwave signal “with a known frequency and phase.”

Intel Nova Lake CPU teaser lists official support for speedy DDR5-8000 RAM — B960 mini-PC’s upgraded power system signals Nova Lake’s higher power demands

Intel Nova Lake CPU teaser lists official support for speedy DDR5-8000 RAM — B960 mini-PC’s upgraded power system signals Nova Lake’s higher power demands

As reported by German news outlet ComputerBase, ECS has unveiled its newly revamped Liva P300 mini-PC, specifically engineered to harness the power of Intel’s upcoming Core Ultra 400 (codenamed Nova Lake) processors. These next-generation chips aim to put Intel back in a position to challenge, and potentially surpass, the best CPUs currently available on the market.

AMD’s future ‘Medusa Halo’ APUs could use LPDDR6 RAM — new leak suggests Ryzen AI MAX 500 series could have 80% more memory bandwidth

AMD’s future ‘Medusa Halo’ APUs could use LPDDR6 RAM — new leak suggests Ryzen AI MAX 500 series could have 80% more memory bandwidth

Following its well-received family of Strix Halo APUs, AMD will refresh its high-end gaming APU lineup with Gorgon Halo, bringing it up to date with the recently announced Gorgon Point, aka Ryzen AI Max 400, series. The real fun may arrive after that, though, as the true next-gen upgrade will come in the form of “Medusa Halo” sometime in 2027-28.

Intel Core Ultra 7 270K Plus and Core Ultra 9 290K Plus spotted at Indian retailer — listings appear to corroborate prior leaks but don’t reveal pricing or new info for upcoming Arrow Lake refresh

Intel Core Ultra 7 270K Plus and Core Ultra 9 290K Plus spotted at Indian retailer — listings appear to corroborate prior leaks but don’t reveal pricing or new info for upcoming Arrow Lake refresh

As we inch closer to CES 2026 next month, the rumor mill surrounding Intel’s upcoming Arrow Lake refresh churns intensely. Just a few days ago, we covered the Core Ultra 7 270K Plus appearing on Geekbench for the first time, and now that same chip, alongside the rumored flagship Core Ultra 9 290K Plus, has been spotted at a retailer. Obligatory grain-of-salt disclaimer aside, these listings don’t reveal much anyway.

AMD reveals new roadmap for its Ryzen CPUs, teasing Zen 7 as the true “next-generation” leap with 2nm — Lineup confirms 2026 release for Zen 6, coming with expanded AI features

AMD reveals new roadmap for its Ryzen CPUs, teasing Zen 7 as the true “next-generation” leap with 2nm — Lineup confirms 2026 release for Zen 6, coming with expanded AI features

AMD has just revealed an updated Zen roadmap for its CPUs at Financial Analyst Day, labeled “Leadership CPU Core Roadmap.” While it doesn’t delve into details — or even show any new ones — we do get explicit confirmations for a bunch of previously-rumored (albeit obvious) tech. AMD also made Zen 7 official for the first time in a roadmap, teasing a release date beyond 2026. Let’s break it all down.

Nvidia’s homegrown memory design is almost standardized and ready for everyone to use — JEDEC says SOCAMM2 compact DRAM module for AI servers boasts higher speeds and broader compatibility

Nvidia’s homegrown memory design is almost standardized and ready for everyone to use — JEDEC says SOCAMM2 compact DRAM module for AI servers boasts higher speeds and broader compatibility

SOCAMM2 is on track to become the definitive version of the SOCAMM standard very soon. JEDEC has announced that SOCAMM2’s design is nearing completion and will take advantage of the same LPDDR5X memory type as its predecessor. Two upgrades will be added to SOCAMM2: an SPD profile (what most might refer to as a “JEDEC profile”) and improved LPDDR5X transfer rates of up to 9600 MT/s.