Intel has launched its Xeon 6+ CPU, targeting artificial intelligence (AI) networks and data center applications. Unveiled by the company at Mobile World Congress, currently taking place in Barcelona, ...
Near-term execution risks are rising as memory cost inflation limits CCG visibility, while acute Xeon supply constraints also limit Intel's ability to capitalize on renewed server CPU demand. This is ...
Intel is showing off some new hardware today in the form of its Xeon 6+ processors that we know better by their codename 'Clearwater Forest'.
Announced at the MWC telecom conference in Barcelona, the Xeon 6+ CPU, codenamed “Clearwater Forest,” is targeted at networks and cloud infrastructures and is based on a complex multi-chiplet design ...
Leaks suggest Intel may launch Nova Lake-S Core Ultra Series 4 desktop processors next year with a new platform and major upgrades. The post Intel reportedly eyeing Nova Lake-S Ultra processors for ...
Tom's Hardware on MSN
Intel's top-end Nova Lake desktop CPU said to devour up to 700W in PL4 — claimed power draw close to double Arrow Lake
Fresh leaks reveal that Nova Lake might have a maximum power limit of 700W on the top-end, unlocked silicon with dual compute tiles. Moreover, Nova Lake is apparently blocking TJMax offsets and ...
Intel has detailed major updates in the quest to improve performance of its ill-fated Core Ultra 200 Arrow Lake processors that were released back in October. The inconsistent performance at times saw ...
5don MSN
Is Intel Stock Going to $100?
Chipzilla has had a shaky start in 2026, but it has the potential to regain its mojo.
A recent job advert mentions the 'Unified Core' design team and it seems that Intel's big core plans could be back on track ...
Returning to a unified core design would give Intel extra room on the chip for more performance cores, but it would be a complete redesign and layout change.
Kevin O'Buckley is departing from Intel following nearly two years as senior VP and GM of Foundry Services. Qualcomm has snapped him up to run its own semiconductor operation.
Some results have been hidden because they may be inaccessible to you
Show inaccessible results