Intel Expands the Intel Core Ultra Series 3 Ecosystem, Elevating Handheld Gaming Experiences and Advancing Edge AI and Next-Generation Robotics at Computex 2026
Vietnam, June 1, 2026 – Today, at Computex 2026 in Taipei, Intel officially launched the Intel® Arc™ G-Series processor family, a new product line purpose-built for next-generation handheld gaming systems. Intel also announced breakthrough advancements for the Intel Robotics and Edge AI platform powered by Intel Series 3 processors, driving more than 130 Edge AI and edge computing design collaborations.
1. Intel Arc G-Series – Setting a New Standard for Handheld Gaming Experiences
Based on the Intel® Core™ Ultra Series 3 architecture, codenamed Panther Lake, Intel Arc G3 and Intel Arc G3 Extreme deliver optimized performance and outstanding power efficiency for mobile gaming experiences on Windows 11.
Purpose-built for handheld gaming devices and optimized across core count, power management, and software, Intel Arc G3 processors deliver leading performance and energy efficiency. As a result, users can enjoy smooth, immersive gaming experiences and impressive battery life without compromise. The first devices powered by Intel Arc G3 processors from leading partners are expected to launch in the coming months, starting with the Acer Predator Atlas 8, MSI Claw 8 EX AI+, and OneXPlayer.
Dan Rogers, Intel Corporate Vice President and General Manager of Client Products, Client Computing Group, said: “The Intel Arc G-Series is the culmination of years of innovation and our deep commitment to gaming technology. This product family brings powerful PC performance to the palm of users’ hands, combining the convenience and instant responsiveness that gamers expect from console-like experiences. With advanced graphics technologies such as XeSS 3 and breakthrough power efficiency that extends unplugged gameplay, Intel Arc G-Series shows that gamers can have a complete handheld gaming device without having to compromise.”
Designed specifically for handheld gaming devices, the Intel Arc G-Series processor family is the result of close collaboration with hardware partners and software developers to deliver broad compatibility and a complete, uncompromised mobile gaming experience.
Equipped with Intel® Arc™ B390 graphics built on Intel’s latest Xe3 architecture, Intel Arc G-Series processors support advanced graphics technologies such as real-time ray tracing, enabling realistic and sharp visuals. Combined with XeSS 3, the platform enhances performance, delivers smoother gameplay, and maximizes responsiveness. In addition, Intel is committed to providing driver updates as new games launch, giving gamers the best possible experience on day one while continuously optimizing existing titles.
Key specifications and features include:
• Immersive gaming with XBOX mode, a full-screen interface on Windows 11 optimized for controllers and inspired by console gaming, helping unify users’ installed game libraries and deliver a seamless experience.
• Faster game launches with Intel Precompiled Shaders, a feature that enables supported games to download precompiled shader files from Intel’s cloud platform.
• Optimized processing capabilities, integrating 2 P-cores, 8 E-cores, and 4 LP E-cores manufactured on Intel 18A, Intel’s most advanced process technology to date.
• Advanced connectivity, integrating Intel Wi-Fi 7 R2, dual Bluetooth 6, and Intel Thunderbolt™ 4 with Thunderbolt Share support, delivering bandwidth of up to 40 Gbps for high-speed storage devices, peripherals, and rapid transfer of large game files.
• XeSS 3 enhances gaming experiences through three core graphics technologies, including XeSS Super Resolution, XeSS Multi-Frame Generation, and Xe Low Latency.
Several handheld gaming devices powered by Intel Arc G-Series will begin entering the market through OEM partners from June 2026. Additional products will continue to launch throughout the rest of the year.
2. Intel Series 3 Expands Its Footprint in Edge AI and Robotics
In addition to processors for handheld gaming devices, Intel also announced breakthrough advancements for the Intel Robotics and Edge AI platform powered by Intel Series 3 processors, driving more than 130 AI and edge computing design collaborations. This growth momentum includes a strategic design for Ella, a robotic barista from Sensory AI. Sensory AI uses only the Intel Core Ultra Series 3 platform to process both real-time control tasks and AI workloads simultaneously. This decision enables the company to eliminate an entire hardware component group, reduce software development complexity, increase return on investment, and create a streamlined roadmap for scaling new robotic designs on future Intel platforms.
To help the robotics industry move experimental designs into real-world fleets, Intel also introduced OpenVINO Physical AI. This is the world’s first open-source robotics library with processor-level optimized inference runtime. The solution gives developers a unified way to bring robot control policies and multimodal models from the lab into real-world robotic systems, while maximizing inference performance. The platform is also deeply integrated with open-source robotics model development environments such as Physical AI Studio and LeRobot, enabling a fully seamless model export process.
Dan Rodriguez, Intel Corporate Vice President, Edge Computing Group, said: “Physical AI models are reshaping the robotics industry, but real-world deployment is being held back by fragmented software stacks and manual, one-off integration processes for each robot. With Intel Core Ultra Series 3 and the OpenVINO Physical AI software framework, we provide a unified, open, and scalable path from AI experimentation to production-grade robotics, delivering high-performance inference that is optimized and accelerated by hardware.”
The Preview version of OpenVINO Physical AI is now available on GitHub and is expected to be officially released in the second half of 2026. The Physical AI Studio platform is now available on the market.
About Intel
Intel (Nasdaq: INTC) designs and manufactures advanced semiconductors that connect and power the modern world. Every day, our engineers create new technologies that improve and shape the future of computing, unlocking new potential for every customer we serve. Learn more at intel.com.
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