Panther Lake brings Lunar Lake efficiency and Arrow Lake performance together in a scalable architecture that enables a wide range of mobile devices. Talking Tech welcomes a cast of experts to dive deep into key elements of the architecture. Lead Client SoC Architect Arik Gihon unpacks how it scales across fabrics, memory, and a memory side cache to balance performance and efficiency; lead CPU Architect Stephen Robinson explains how we ported compute to 18A and evolved our hybrid core strategy with Cougar Cove and Darkmont; Intel Fellow Rajshree Chabukswar tackles how scheduling and power management comprehend the new cores and demands of other IP; Intel Fellow Tom Petersen explores the bigger Xe3 GPU and XeSS multi-frame generation, along with the efficient NPU5 and how we’re enabling agentic AI locally; IPU Product Marketing Manager Tomer Rider describes how integrated image processing improves quality and efficiency for video calls; and Wireless CTO and Intel Fellow Carlos Cordeiro breaks down compelling new features available with WiFi 7 and Bluetooth connectivity. See more of Panther Lake from ITT 2025: Learn about the evolution of foundational tech on The Road to Panther Lake: Chapters: 00:00 – Introduction 02:03 – Scaling multiple IPS on the SoC fabric 05:11 – Flexible memory support for DDR5 and LPDDR5 08:28 – Balancing SoC performance and power efficiency 10:25 – Adding memory side cache shared across IP 11:40 – What’s new with CPU cores 12:41 – Porting the cores to 18A 14:49 – Nanocode optimizations in Darkmont E-cores 16:58 – Hybrid strategy with P-cores, E-cores & LP E-cores 19:23 – Caching across cores and system 22:06 – Combining compute from Arrow Lake and Lunar Lake 23:51 – Optimizing scheduling and power management 26:10 – Evolution of Thread Director scheduling 28:39 – Intelligently improving performance on battery 30:48 – Providing partners flexible for tuning different devices 32:53 – Challenges balancing performance and power 34:05 – Going big on graphics building up to Xe3 35:15 – Up to 12 Xe cores with enhanced XMX 36:25 – XeSS 3 adds multi-frame generation 37:54 – Neural Radiance Fields 39:27 – Improving power management for gaming 42:18 – NPU5 area efficiency & programmability 45:10 – Agentic AI you can run locally 48:58 – Quantizing models for local execution 51:26 – OpenVINO API, runtime, and Windows ML 53:20 – The importance of image and video processing 56:20 – Components of the camera system 58:24 – Dual exposure staggered HDR 59:26 – AI-based noise reduction in raw 1:02:04 – AI-powered local tone mapping 1:03:25 – Support for up to three cameras 1:04:54 – Challenges with integrated imaging & devices 1:08:46 – The new version of WiFi 7 1:09:43 – Multi-link operation 1:13:48 – Restricted target wait time 1:16:15 – Peer-to-peer channel coordination 1:19:21 – Bluetooth LE audio with Auracast 1:21:20 – Dual Bluetooth antennas About Intel Technology: Intel has always been at the forefront of developing exciting new technology for business and consumers including emerging technologies, data center servers, business transformation, memory and storage, security, and graphics. The Intel Technology YouTube channel is a place to learn tips and tricks, get the latest news, and watch product demos from both Intel and our many partners across multiple fields. Connect with Intel Technology: Visit Intel Technologies WEBSITE: