AMD took the stage at Computex 2026 in Taipei to unveil two new processors aimed at gamers. The company introduced the Ryzen 7 7700X3D, a new addition to its 3D V-Cache lineup, and announced a special edition re-release of the popular Ryzen 7 5800X3D.

The Ryzen 7 7700X3D features eight cores and 16 threads, built on the Zen 4 architecture. It incorporates AMD's 3D V-Cache technology, stacking an additional 64MB of L3 cache on top of the standard 32MB, for a total of 96MB. The processor has a base clock of 4.2 GHz and a boost clock of up to 5.3 GHz, with a TDP of 105W.

AMD claims the Ryzen 7 7700X3D delivers up to 15% better gaming performance compared to the standard Ryzen 7 7700X. The extra cache reduces latency and improves frame rates in CPU-intensive titles, particularly at 1080p resolution. The chip is compatible with the AM5 socket and supports DDR5 memory and PCIe 5.0.

The Ryzen 7 5800X3D special edition returns with the same specifications as the original: eight cores, 16 threads, and 3D V-Cache with 96MB total L3 cache. It runs at a base clock of 3.4 GHz and a boost clock of 4.5 GHz, with a TDP of 105W. This version is designed for gamers still using the AM4 platform who want an upgrade without switching motherboards.

AMD priced the Ryzen 7 7700X3D at $329, positioning it as a mid-range gaming processor. The Ryzen 7 5800X3D special edition will retail for $299, matching the original launch price. Both processors are expected to compete with Intel's Core i5 and i7 offerings in the same price brackets.

The Ryzen 7 7700X3D will be available starting July 15, 2026, through major retailers and e-tailers. The Ryzen 7 5800X3D special edition will hit shelves on July 22, 2026, with limited stock. AMD stated that the special edition is a one-time production run to meet ongoing demand from AM4 users.

"We heard the community's desire for more 3D V-Cache options," said David McAfee, AMD's vice president and general manager of the Client Channel Business. "The Ryzen 7 7700X3D brings that technology to a more accessible price point, while the 5800X3D special edition gives AM4 users a final upgrade path."

Google revealed on Wednesday that it will open a flagship retail location in Tokyo, marking the company's first such store outside of the United States. The store is scheduled to open this summer in the Shibuya district, a major commercial and cultural hub in the Japanese capital. The announcement was made via a post on Google's Japanese blog.

The Tokyo store will offer a full range of Google hardware products, including Pixel phones, Nest smart home devices, and Fitbit wearables. Customers will be able to browse and purchase products directly, as well as receive hands-on demonstrations and support. The store is designed to provide an immersive experience with Google's ecosystem, featuring interactive displays and workshops.

This expansion follows the opening of Google's first-ever physical retail store in New York City's Chelsea neighborhood in 2021. That location has served as a testing ground for the company's retail strategy, which focuses on direct customer engagement and brand experience. The Tokyo store will adopt a similar layout and service model, tailored to the local market.

Japan represents a significant market for Google, particularly for its Pixel smartphone line, which has gained traction in the country. The decision to open a flagship store in Tokyo underscores the company's commitment to expanding its hardware presence in Asia. Google has not disclosed the exact opening date or the size of the store, but confirmed it will be located in the Shibuya area.

The store will also serve as a hub for customer service and repairs, offering on-site support for Google products. This move aligns with a broader trend among tech companies to establish physical retail footprints as a means to build brand loyalty and provide after-sales service. Apple, for instance, operates multiple flagship stores in Tokyo, including its iconic location in Ginza.

Google's retail expansion comes as the company continues to invest in its hardware division, which has seen steady growth in recent years. The Pixel lineup, in particular, has benefited from improved camera technology and integration with Google's software services. The Tokyo store is expected to further boost visibility and sales in the region.

No pricing or specific product promotions were announced in connection with the store opening. Google stated that more details will be shared closer to the launch date. The company emphasized that the store will be a welcoming space for both existing users and newcomers to explore its products.

"We're excited to bring the Google experience to life in Tokyo," the company said in its blog post. "This store will be a place where people can discover, try, and buy our products, and get the most out of them with help from our experts." The store is expected to open in summer 2024.

Invisix, a Netherlands-based artificial intelligence startup, has raised €20 million in a seed funding round. The investment was led by Hitachi Ventures, Transition Ventures, imec.xpand, and Doosan Investment Co. The company announced it will allocate the new capital toward expanding its workforce, speeding up the development of its first commercial soft X-ray metrology system, and broadening customer demonstrations at its cleanroom facility in Eindhoven.

The startup was founded in 2025 by Christina Porter and Sietse van der Post. Invisix develops measurement and control technologies used in advanced semiconductor manufacturing. Its core mission is to enable accurate, non-destructive measurement of internal structures in chips that are becoming increasingly smaller and more complex.

Traditional optical metrology systems can only inspect the surface or limited depth of chips, making them inadequate for next-generation 3D and nanometer-scale devices. Invisix addresses this limitation with a soft X-ray-based system that penetrates the chip to image the internal layers. The technology relies on High Harmonic Generation (HHG), a physical principle where powerful short-pulse lasers excite noble gas atoms to produce soft X-rays.

This approach generates rich data across multiple wavelengths. The signals are processed by AI-powered reconstruction algorithms to create a three-dimensional image of the chip's internal structure. The method allows manufacturers to detect defects and verify dimensions deep within the device without damaging it.

Invisix's system is designed for use in high-volume semiconductor fabrication, where precise metrology is critical for yield and performance. The company targets applications in advanced logic and memory chips, particularly those using 3D architectures like gate-all-around transistors and high-aspect-ratio memory cells.

The seed funding will support the completion of Invisix's first commercial tool, which is expected to be deployed at customer sites for evaluation. The company also plans to hire additional engineers and scientists to accelerate product development and scale its operations in Eindhoven.

Invisix's investors include corporate venture arms from Hitachi and Doosan, as well as specialized deep-tech funds Transition Ventures and imec.xpand. The participation of imec.xpand, the venture arm of the Belgian nanoelectronics research center imec, underscores the technology's relevance to the semiconductor industry.

"Our soft X-ray metrology platform addresses a critical gap in the semiconductor manufacturing process," said Christina Porter, co-founder and CEO of Invisix. "With this investment, we can bring our solution to market faster and help chipmakers achieve the precision required for next-generation devices."

Nvidia has announced the Vera CPU, a processor designed exclusively for artificial intelligence agents rather than human users. The chip marks a strategic shift for the company, which aims to capture the expanding market for AI-specific hardware. Nvidia stated that the Vera CPU delivers 1.8 times the performance of traditional x86 processors, making it a compelling option for AI workloads.

The Vera CPU is built on a new architecture optimized for parallel processing and high-bandwidth memory access, key requirements for training and running large language models. Nvidia emphasized that the chip is not intended for general-purpose computing but for data centers and edge devices handling AI inference and agent-based tasks. The company claims the processor can handle complex AI workflows with lower latency and higher throughput than existing solutions.

Nvidia positions the Vera CPU as a new growth engine, targeting the rapidly growing demand for AI infrastructure. The chip is part of a broader strategy to reduce reliance on third-party CPU designs and offer integrated solutions combining GPUs, CPUs, and networking. Nvidia's CEO Jensen Huang described the Vera as a foundational component for the next wave of AI applications, including autonomous systems and digital assistants.

Technical details reveal that the Vera CPU incorporates custom cores and a specialized instruction set for AI operations. It supports advanced memory architectures, including HBM4, and features a unified memory model to simplify programming. Nvidia also highlighted the chip's energy efficiency, claiming it delivers higher performance per watt compared to x86 alternatives.

The Vera CPU is expected to compete with offerings from Intel and AMD in the data center market, though Nvidia's focus on AI-specific workloads differentiates it. Analysts note that the chip could accelerate the adoption of AI agents in industries such as healthcare, finance, and robotics. Nvidia has not disclosed pricing but indicated that the Vera CPU will be available to select partners in the second half of 2025.

Nvidia plans to integrate the Vera CPU into its DGX systems and HGX platforms, providing end-to-end AI solutions. The company also announced a software development kit to help developers optimize applications for the new architecture. Early adopters include major cloud providers and AI research labs.

Nvidia's Vera CPU represents a significant bet on the future of AI-specific hardware. With performance claims exceeding x86 processors and a clear focus on agent-based AI, the chip could reshape the competitive landscape. Nvidia expects the Vera to drive growth in its data center segment, which already accounts for the majority of its revenue. The company will begin sampling the Vera CPU to customers in early 2025.