Tag: Panther Lake
-
Asus Panther Lake Zephyrus G14 Faces Supply Issues
The Panther Lake Era Hits a Snag When Asus announced the Panther Lake Zephyrus G14, many in the gaming community saw a potential turning point for portable power. The idea of a compact machine delivering desktop-like performance without the bulk of traditional gaming rigs sparked excitement. Yet, as 2025 rolled into 2026, supply chain snags…
-
Panther Lake G14 Delay Signals Shift to Integrated GPUs: CES 2026 Explains the Move
Intro: A promising path hits a welcome crossroads What began as a bold bet on mobile gaming performance is meeting the practical reality of supply chains, cost, and evolving tech. Asus kickstarted the Panther Lake Zephyrus G14 project with fanfare, touting a machine that could redefine portable gaming by leaning into design, efficiency, and, intriguingly,…
-
Asus Panther Lake Zephyrus G14: Supply Delays, and the Integrated GPU Debut
Introduction: A bold bet tempered by supply chain reality When Asus teased the Panther Lake Zephyrus G14, the industry watched with bated breath. The idea of a compact, high-performance gaming laptop built around a powerful, efficient platform promised a new era: serious portable gaming without the heavy energy demands and fan noise of traditional discrete…
-
Core Ultra Series 3 Panther Lake: CES 2026 Launch
Intel Unveils Core Ultra Series 3 Panther Lake at CES 2026 Intel is set to officially introduce the Core Ultra Series 3 “Panther Lake” CPUs at CES 2026 in Las Vegas on January 5. Building on the momentum of the Core Ultra family, Panther Lake marks the next step in Intel’s push to redefine high-end…
-
Intel Core Ultra Series 3 Panther Lake: Fresh Architecture and CES 2026 Launch Details
Introduction: A Sneak Peek at Panther Lake Intel is poised to unveil its Core Ultra Series 3, code-named Panther Lake, at the CES 2026 expo in Las Vegas. The event, scheduled for January 5, 2026, marks a significant milestone for Intel as it advances to the cutting-edge 18A manufacturing process. This latest generation promises notable…
-
Intel Unveils Core Ultra Series 3 Panther Lake at CES 2026: New Architecture, 18A Process
Intel to Launch Core Ultra Series 3 Panther Lake at CES 2026 Intel is set to officially debut the Core Ultra Series 3, codenamed Panther Lake, at the CES 2026 expo in Las Vegas on January 5. The event marks a pivotal moment for Intel as it introduces the next generation of desktop CPUs built…
-
Panther Lake: Intel’s 2nm Leap for AI via Graphics
Intel bets on graphics for AI power with Panther Lake Intel is pursuing a bold, market-shaking strategy with its new Core Ultra processors, codenamed Panther Lake. Departing from the widely adopted route of dedicated neural processing units, the company is betting that cutting-edge graphics tech will drive the next wave of AI acceleration. The Panther…
-
Panther Lake Mobile Chips: Faster Graphics, Lower Power
Overview: Panther Lake Aims to Redefine Laptop Performance Intel is positioning Panther Lake as a cornerstone of its next wave of premium laptops. Slated for CES-era announcements, these processors blend a 2nm-like manufacturing ambition with a powerful new Xe 3 graphics engine. The result, Intel promises, is a balance of stronger graphics performance and notably…
-
Intel Unveils Panther Lake: AI-First PCs Meet 18A Process
Intel’s Panther Lake: A New Era for AI-Ready Computing Intel has announced its next-generation client platform, Panther Lake, signaling a bold shift toward AI-first computing. The Core Ultra Series 3, the first client processors built on Intel’s 18A process, are designed from the ground up to accelerate AI workloads in laptops and desktops. Unveiled from…
-
Intel’s Panther Lake: A 2nm AI-Powered Graphics Leap from Arizona
Intel’s Panther Lake: A Bold bet on graphics-driven AI Intel is pushing a bold vision for the future of artificial intelligence with its latest Core Ultra series, codenamed Panther Lake. In a move that diverges from the prevailing industry trend toward dedicated neural processing units, Intel is betting on the strength of graphics processing to…