Reporting from Taipei, Taiwan: At COMPUTEX 2025 in Taipei, Intel made a splash with the unveiling of new graphics processing units (GPUs) and AI accelerators aimed squarely at professionals and developers. These announcements coincide with a significant milestone: Intel’s 40th anniversary in Taiwan, a celebration of four decades of collaboration and innovation within Taiwan’s dynamic tech ecosystem around the x86 architecture. Intel emphasized the ongoing importance of x86 in accelerating innovation as high-performance AI applications demand more computational power.

Lip-Bu Tan, Intel CEO, underscored the significance of this anniversary, stating, “For the past 40 years, the power of our partnership with the Taiwan ecosystem has fueled innovation that has changed our world for the better. This week, we are renewing our commitment to our partners as we work to build a new Intel for the future. Together, we will create great products that delight our customers and capitalize on the exciting opportunities ahead.”

New Intel Arc Pro B-Series GPUs for AI and Workstation Performance
Expanding its professional graphics lineup, Intel introduced the Intel Arc Pro B60 and Intel Arc Pro B50 GPUs. Built on the advanced Xe2 architecture, these cards boast Intel Xe Matrix Extensions (XMX) AI cores and cutting-edge ray tracing units, delivering robust performance for creators, developers, and engineers.

“The Intel Arc Pro B-Series showcases Intel’s commitment in GPU technology and ecosystem partnerships,” said Vivian Lien, vice president and general manager of Client Graphics at Intel. “With Xe2 architecture’s advanced capabilities and a growing software ecosystem, the new Arc Pro GPUs deliver accessibility and scalability to small and medium-sized businesses that have been looking for targeted solutions.”

Specifically designed for demanding AI inference tasks and professional workstation applications, the Arc Pro B-Series GPUs offer AI-ready capabilities, with the B60 featuring 24 gigabytes (GB) of memory and the B50 offering 16GB. Their multi-GPU scalability provides a versatile solution for creators, AI developers, and various professionals.

These GPUs are optimized for AEC (architecture, engineering, construction) and inference workstations, ensuring stability and performance through extensive Independent Software Vendor (ISV) certifications and optimized software. Notably, the Intel Arc Pro B-Series GPUs are compatible with both consumer and professional drivers on Windows. For Linux users, they support a containerized software stack, simplifying AI deployments and promising progressive feature and optimization upgrades. By combining substantial memory capacity with crucial software compatibility, the Arc Pro B-Series presents creators and AI developers with scalable and cost-effective solutions.

Intel also previewed Project Battlematrix, a configurable workstation-class platform powered by Intel Xeon processors. This platform aims to streamline AI development by supporting up to eight Intel Arc Pro B60 24GB GPUs, enabling the training of medium-sized (up to 150 billion parameters) and accurate AI models with a total of up to 192GB of video random-access memory.

Sampling of the Intel Arc Pro B60 GPU from add-in board partners like ASRock, Gunnir, Lanner, Maxsun, Onix, Senao, and Sparkle will begin in June 2025. The Intel Arc Pro B50 GPU will be available through Intel-authorized resellers starting in July 2025.

Intel Gaudi 3 AI Accelerators Available for PCIe and Rack Scale Deployments
Further solidifying its AI strategy, Intel announced new deployment options for its Intel Gaudi 3 AI accelerators. Intel Gaudi 3 PCIe cards will support scalable AI inferencing within existing data center server environments. These cards offer the flexibility to run various AI models, from Llama 3.1 8B to full-scale Llama 4 Scout or Maverick, catering to businesses of all sizes. The Intel Gaudi 3 PCIe cards are slated for availability in the second half of 2025.

Intel Gaudi 3 rack scale system reference designs are engineered for both flexibility and scale, accommodating up to 64 accelerators per rack and providing a massive 8.2 terabytes (TB) of high-bandwidth memory. Their open, modular design aims to prevent vendor lock-in. Equipped with liquid cooling, these systems are designed for robust performance and efficient total cost of ownership (TCO).

The Intel Gaudi rack scale architecture is optimized for running large AI models and excels in real-time inferencing with low-latency performance. These configurations underscore Intel’s commitment to open, flexible, and secure AI infrastructure, supporting both custom and Open Compute Project (OCP) designs for cloud service providers (CSPs).

Intel AI Assistant Builder Now Publicly Available
Following its initial reveal at CES 2025, Intel AI Assistant Builder is now publicly available in beta on GitHub. This lightweight, open software framework enables developers to build and run custom AI agents locally on Intel-based AI PCs. With Acer and ASUS showcasing innovative solutions at COMPUTEX, Intel AI Assistant Builder empowers developers and partners to rapidly create and deploy tailored AI agents for their organizations and end customers.

Reporting from Taipei, Taiwan: At COMPUTEX 2025, ASUS Republic of Gamers (ROG) reinforced its commitment to esports with a range of new product announcements: the ROG Falcata 75% gaming keyboard, the esports-focused ROG Harpe II Ace gaming mouse, the Strix Ace XG248 gaming monitor, the ROG Courser and Destrier Core gaming chairs, and the ROG Sheath II XXL mouse pad.

ROG’s “Ace” line is developed in collaboration with esports professionals, incorporating cutting-edge features to meet the demands of gamers at all levels. VALORANT Champions winner Max “Demon1” Mazanov played a key role in shaping the Harpe II Ace, influencing its design for optimal claw and fingertip grip.

“At ROG, we believe greatness in esports starts with gear that’s built to perform under pressure,” said Kris Huang, General Manager of the ASUS Gaming & Workspace Gear business unit. “Our mission is simple: to equip the next generation of champions with the tools they need to reach the top.”

ROG also announced a new brand partnership with legendary CS2 player Mathieu “ZywOo” Herbaut, who will contribute to the testing and development of new keyboard products. ROG continues to partner with esports teams, including long-standing relationships with NRG Sports and Team Vitality, equipping the latter’s Counter-Strike and VALORANT teams.

ROG Falcata Gaming Keyboard
The ROG Falcata is a 75% split gaming keyboard designed for precision and flexibility. Its design allows users to utilize the left keyboard module to free up desktop space for their mousing hand, providing more room for mouse movement than even a 60% keyboard.

The keyboard features hot-swappable ROG HFX V2 Magnetic Switches, offering refined keystrokes with customizable actuation points (0.1mm to 3.5mm) and 0.01mm interval adjustments. These pre-lubed magnetic switches deliver a solid feel, fast performance, and a 100-million-keypress lifespan. The switches include a polycarbonate top housing, POM plastic stem and bottom housing, and a walled stem design to enhance stability and prevent dust intrusion. A unique snap-fit mechanism minimizes key wobble.

The ROG Hall Sensor ensures accurate input detection, reduces electrical noise and interference, and increases magnetic flux tolerance. A multifunction wheel and button allow users to adjust settings like actuation point, Rapid Trigger sensitivity, volume, media playback, and keyboard lighting. A Rapid Trigger toggle enables quick switching to the fastest typing response and key repeat rates.

The Falcata offers an 8000Hz polling rate and ROG SpeedNova 8K wireless technology for up to 610 hours of battery life. Tri-mode connectivity allows connection to three devices simultaneously via Bluetooth®, 2.4GHz wireless, or wired USB. Integrated four-layer dampening minimizes pinging noises and provides a cushioned typing feel. Detachable silicone wrist rests enhance comfort.

ROG Harpe II Ace Gaming Mouse
The ROG Harpe II Ace gaming mouse is designed for esports, developed in collaboration with professional gamers to deliver speed, precision, and reliability.

Engineered for pro-grade performance, the Harpe II Ace is balanced for effortless movement and precision. Its bio-based nylon construction reduces weight and enhances impact resistance, while ROG SpeedNova 8K wireless technology delivers an 8000Hz polling rate. The mouse features a 42,000-dpi ROG AimPoint Pro optical sensor with track-on-glass technology, and ROG optical micro switches with a 100-million click lifespan.

Developed with input from VALORANT star Demon1 and other esports professionals, the Harpe II Ace’s shape is optimized for control and consistency, accommodating both claw and fingertip grips. The refined silhouette, gently tapering sidewalls, and button incline promote better hand balance and stability. The side buttons are positioned and angled to minimize accidental misclicks.

The Harpe II Ace weighs 48 grams, 11% lighter than the Harpe Ace Aim Lab Edition. Its bio-based nylon shell, made using castor oil, reduces its carbon footprint by 70% compared to regular nylon. The internal structure is strengthened to prevent flex, and a smooth, matte surface coating manages sweat and grease. Large PTFE mouse feet with rounded edges provide smoother glide and better control.

Featuring ROG SpeedNova 8K wireless technology, the Harpe II Ace is the first gaming mouse with a next-gen MCU chip to offer true wireless 8000Hz polling rate performance. Zone mode optimizes hardware settings for competitive play, pushing the polling rate to 8000Hz, ensuring heightened responsiveness, conserving battery by disabling RGB lighting, and decluttering data signals by disconnecting ROG Gear Link.

ROG Gear Link allows configuration of the Harpe II Ace via a web browser, simplifying setups for esports players. Alongside the Harpe II Ace, the ROG Strix Ace XG248 gaming monitor was also introduced at Computex. Equipped with a Super TN panel, the Strix Ace XG248 boasts an overclocked 610Hz refresh rate and a 0.8ms input lag.

ROG Sheath II XXL Mouse Pad
The ROG Sheath II XXL mouse pad measures 900 x 400 x 3mm, providing ample space for gaming gear. Its cooling fabric enhances heat dissipation, and a nonslip rubber base ensures a firm grip. Durable anti-fray edges offer a smoother feel and minimal friction.

ROG Courser and ROG Destrier Core Gaming Chairs
The ROG Courser gaming chair features a 90–155° Dynamic Synchronized Reclining system with constant back support. 360° 4D armrests and 4D Adjustable Lumbar Support allow for customized ergonomics. The chair includes a cold-pressed lumbar pad, a 58cm wide seat, a magnetic detachable headrest, premium transparent leatherette, and concealed RGB lighting.

The ROG Destrier Core gaming chair is now available in Moonlight White, complementing the ROG Moonlight White peripherals lineup. It features breathable mesh, a Nylon frame, adjustable headrest, lumbar support, padded armrests with a special elevation mode for mobile gaming, and optimal airflow.

Reporting from Taipei, Taiwan: Nvidia CEO Jensen Huang delivered a keynote address at COMPUTEX today, unveiling a range of new artificial intelligence technologies for both enterprise and consumer applications, and announcing a new Taiwan office. Huang introduced the new Taiwan office, named Nvidia Constellation, which will be located in Taipei.

During his nearly two-hour speech at the COMPUTEX in Taipei, Huang presented new AI data center technology, AI cloud and computing products for consumers, and AI software for robotic applications. A key announcement was a partnership with Foxconn (Hon Hai Precision Industry Co Ltd) to build an AI factory in Taiwan using Nvidia’s Blackwell GPU series.

Huang also highlighted NVLink Fusion, a platform designed to facilitate the development of AI infrastructure. Analysts noted that this platform, which allows Nvidia’s servers to work with chips from other companies, represents a significant advancement for AI technology. Other announcements included small-form personal AI supercomputer products, new AI server technology, new AI agent software, and AI software for robots.

These new technologies will be developed in collaboration with several Nvidia partners, including Acer, MSI, Gigabyte, Marvell, MediaTek, Qualcomm, and Fujitsu. Huang’s presentation emphasised Nvidia’s commitment to maintaining its leadership in AI development. The company’s value has surged in the past two years due to the rapid growth of the AI industry.

Despite some recent concerns about AI chip demand and new export restrictions on sales to China, markets generally expect Nvidia to maintain its strong position. Continued investments in AI infrastructure by major U.S. companies like Microsoft, Meta, Amazon, and Alphabet indicate sustained near-term demand for Nvidia’s products. Huang repeatedly emphasized Taiwan’s importance to Nvidia’s growth, citing the island’s central role in the global chipmaking and electronics industry. TSMC and Foxconn are Nvidia’s largest suppliers.

Nvidia also announced plans to sell technology that will connect chips to enhance chip-to-chip communication for AI development. The new version of its NVLink technology, called NVLink Fusion, will be available to other chip designers to help create powerful custom AI systems with multiple interconnected chips. Marvell Technology and MediaTek plan to use NVLink Fusion in their custom chip development efforts.

Nvidia developed NVLink years ago to enable high-speed data exchange between chips, as seen in its GB200, which combines two Blackwell GPUs with a Grace processor. Huang noted the shift in Nvidia’s focus, stating that his presentations once dedicated 90% of their time to graphics chips, but now the company has expanded from its origins as a video game graphics chip maker to become the leading producer of chips for the AI boom that began with the launch of ChatGPT in 2022.

Nvidia has also been designing CPUs for Microsoft’s Windows operating system, using technology from Arm Holdings. Last year at COMPUTEX, Huang’s presence generated significant excitement in Taiwan. During Nvidia’s annual developer conference in March, Huang detailed the company’s strategy to address the shift from building large AI models to running AI-based applications.

He introduced several new generations of AI chips, including the Blackwell Ultra (coming later this year) and the Rubin processors, followed by Feynman processors (set to arrive in 2028). Nvidia also launched a desktop version of its AI chips, called DGX Spark, for AI researchers. Huang announced that DGX Spark is now in full production and will be available in a “few weeks”. COMPUTEX, which is expected to host 1,400 exhibitors, is the first major gathering of computer and chip executives in Asia since U.S. President Donald Trump threatened to impose sweeping tariffs to push companies to increase production in the U.S.