At Computex 2025, the company Intel Introduces Arc Pro B60 and B50 Graphics Cards, designed specifically for workstations, AI and edge inference. Both models are based on the Battlemage architecture and use the chip BMG-G21, offering advanced features at an affordable price.

Flagship Arc Pro B60 comes with 24GB of GDDR6 memory with 456 GB/s of bandwidth and PCIe Gen5 x8 support. The GPU includes 20 Xe cores and 160 XMX units, providing up to 197 TOPS in INT8 calculationsThis solution is designed for large language models where 16 GB of VRAM of competing solutions is no longer enough. The Arc Pro B60 has a suggested retail price of $500., while as part of workstations it will be offered in systems priced from $5000.

In the performance chart published by Intel, Arc Pro B60 confidently beats RTX 2000 Ada and RTX 5060 Ti, especially in tasks with DeepSeek R1, Phi-4, QwQ and Llama 3 models. When working with 32B int4 and 14B int8 configurations, the speedup reaches 2.7 ×, while for smaller models with FP16 the increase is up to 1.9×. Exactly 24GB capacity allows tokens to be processed faster, without unloading the model into RAM, which gives a sharp increase on large parameters.

Intel also unveiled Project Battlematrix — a platform for working with 8 cards (two each GPU for each), providing up to 192GB VRAM and 1280 XMX blocksIt targets inference LLM over 70B parameters and uses a Linux and Xeon based software stack.

Model Arc Pro B50 received 16 GB VRAM, 16 Xe cores and 128 XMX, while its TDP is only 70 W. At a price of $299, the card shows up to 3x acceleration compared to previous generation A50, significantly outperforming the RTX A1000 in visualization and AI workloads. Both cards will ship in Q2025 XNUMX, with a DIY release later in the year.

 

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Company ASUS Continues Collaboration with Noctua, representing the video card GeForce RTX 5080 Noctua Edition with a completely redesigned cooling system. This is the first model of the RTX 50 series, equipped with three Noctua NF-A12x25 G2 fans with a diameter of 120 mm, which provide quiet and efficient operation. The card has an enlarged vapor chamber, an aluminum radiator and thermal pads with phase transition for better heat dissipation from GPU.

The design feature was four slot thickness, which is explained by large fans and a power amplifier system GPU Guard, preventing deflection and deformation during installation. The card is designed in the branded brown-gray colors Noctua, on the rear panel there is a metal plate with a cutout for the third fan. This solution provides maximum air circulation, especially in cases with horizontal installation.

In addition to the Noctua version, ASUS presented ROG Astral GeForce RTX 5080 DOOM Edition Limited Edition, dedicated to the release of DOOM: The Dark Ages. The design is made in the style of the Slayer's weapon - the blades of a shield saw. The fans and the case combine an aggressive look and copper cooling elements, and the maximum frequency reaches 2790 MHz. In total, there will be available for sale only 666 copies, which makes the card collectible.

Both versions are built on the flagship RTX 5080 architecture, but are aimed at different categories of enthusiasts - a quiet, stable assembly with Noctua or a spectacular design for DOOM. ASUS emphasizes that the release of such models is part of a strategy to expand premium lines with unique positioning.

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At Computex 2025, the company ASUS Expands BTF Line (Back-To-Front), promoting the concept of hidden cable connection. The main innovation is BTF 2.5 connector, capable of providing nutrition up to 1000 W, which is 400 W more than the previous GC-HPWR. The new standard is removable connection, compatible with both BTF components and regular motherboards.

At the same time, ASUS announced two video cards with BTF 2.5 support: ROG Astral GeForce RTX 5090 BTF Edition and TUF Gaming GeForce RTX 5070 Ti BTF White Edition. Both models are equipped with two types of power supply - GC-HPWR and standard 16-pin, which potentially allows the use of dual-mode energy supplyWhile this functionality is limited in the current BIOS, ASUS has stated that future firmware updates may unlock additional overclocking potential.

Along with the video cards were presented Five new BTF motherboards, including ROG Crosshair X870E HERO BTF and Maximus Z890 HERO BTF, as well as six buildings, including two ROG and one TUF series components, aimed at building aesthetically pleasing systems with no visible cables, with an emphasis on improved airflow and ease of assembly.

ASUS's BTF initiative continues: The new ecosystem provides versatility, high power and advanced modding and extreme overclocking capabilitiesThe company confirmed that additional devices based on BTF 2.5 and the updated design will be introduced throughout the year.

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TAIPEI, Taiwan, May 19, 2025 — Today, ASUS Republic of Gamers reaffirmed its long-standing commitment to esports by announcing a number of new products at Computex 2025, including the ROG Falcata 75% gaming keyboard, ROG Harpe II Ace gaming mouse and Strix Ace XG24G gaming monitor, 4 Courser and Destrier Core, and the ROG Sheath II XXL mouse pad.

Co-engineered with esports professionals, ROG Ace gaming offerings are packed with advanced features that deliver precision, speed, and reliability to help gamers of all levels reach their full potential.

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

ROG also announced a new partnership with legendary CS2 player Mathieu ZywOo Herbaut, who will help test and develop new keyboards to give gamers an edge in-game. ROG is also developing partnerships with numerous esports teams, including long-standing relationships with NRG Sports and Team Vitality, providing the latter’s Counter-Strike and VALORANT teams.

ROG Falcata Gaming Keyboard

Falcata is a 75% split gaming keyboard designed for precision and flexibility.

The ROG HFX V2 hot-swappable magnetic switch used on the all-new keyboard provides gamers with exquisite keystrokes that can be configured for actuation between 0,1mm and 3,5mm and fine-tuned in 0,01mm increments. These pre-lubricated magnetic switches are engineered for a satisfying typing experience with lightning-fast performance and a lifespan of 100 million keystrokes. The switch features a polycarbonate top housing, while the stem and bottom housing are made of POM plastic. In addition, the walled stem design increases stability and prevents dust from entering the switch. A unique locking mechanism prevents key wobble from affecting the magnet's movement, ensuring precise actuation with every keystroke.

An extremely accurate Hall sensor provides precise input data detection, reduces electrical noise and interference, and increases magnetic flux immunity for superior performance.

The multi-function wheel and button allow users to change various settings, including the actuation point, Rapid Trigger sensitivity, volume, media playback, keyboard backlighting, and more. The Rapid Trigger switch on the top edge of the Falcata allows users to easily switch to the fastest typing response and key repeat rate.

The ROG Falcata keyboard offers an extremely fast 8000Hz polling rate and is equipped with ROG SpeedNova 8K wireless technology for 610 hours of battery life. Meanwhile, tri-mode connectivity allows users to simultaneously connect the Falcata to three devices via Bluetooth®, 2,4GHz wireless, or wired USB.

The integrated four-layer damping system absorbs buzzing and provides a softer feel while typing for an enhanced typing experience. Additionally, a pair of detachable silicone wrist rests perfectly complement the unique angles of the keyboard for unrivaled comfort.

ROG Harpe II Ace Gaming Mouse

Engineered for esports, ROG Ace products are co-engineered with professional gamers to deliver the speed, precision, and reliability the best in the game can trust. Every product that bears the Ace name is a testament to ROG’s commitment to developing industry-leading hardware to help gamers realize their potential.

Harpe II Ace is perfectly balanced to deliver effortless swipes, fast glides, and absolute precision in competitive gaming. An innovative bio-based nylon construction reduces weight and improves impact resistance, while integrated ROG SpeedNova 8K wireless technology delivers exceptional accuracy and reliability, as well as an astonishing polling rate of up to 8000 Hz. Harpe II Ace features the ROG AimPoint Pro 42 DPI optical sensor with track-on-glass technology for exceptional control. Additionally, the exclusive ROG Optical Switches used in Harpe II Ace have an impressive 000 million click lifespan and deliver crisp cues with instant wear.

Designed with input from esports professionals, ROG Harpe II Ace is shaped to provide the control and stability needed for the highest levels of competition.

Taking the iconic shape of the ROG Harpe Ace Aim Lab Edition for claw grip control as a starting point, the Harpe II Ace’s sleek silhouette is better suited to both claw and fingertip grips. The sides of the mouse taper gently inward, making it easier to lift the Harpe II Ace, while the tuned slope from the buttons to the backrest promotes better hand balance and stability. The slightly lowered backrest allows for more precise micro-adjustments of fingertip grips, all while offering solid palm support for claw grip users. Finally, the side buttons are positioned and angled to provide clear separation between them, ensuring both are within easy reach of the thumb and reducing the likelihood of accidental misclicks.

The next generation Harpe II Ace body weighs only 48 grams and is 11% lighter than the Harpe Ace Aim Lab Edition. Made using castor oil instead of conventional petroleum, this bio-based nylon reduces the carbon footprint of each body by 70% compared to conventional nylon material. The internal structure has been reinforced to prevent sidewall flexing, and the smooth matte finish effectively copes with sweat and oil, providing a secure grip. Additionally, large PTFE mouse feet with rounded edges provide a smoother glide and better control compared to previous Harpe Ace models.

Featuring ROG SpeedNova 8K wireless technology, Harpe II Ace is the first gaming mouse to use a next-generation MCU chip to deliver ultra-fast true wireless performance with a real-time 8000Hz polling rate. Readying Harpe II Ace for top-notch performance in the blink of an eye.

ROG Gear Link allows gamers to configure the Harpe II Ace via a web browser without downloading any software. This makes it easy for esports players on the go or those who play on multiple devices.

Along with the Harpe II Ace, the ROG Strix Ace XG248 gaming monitor also debuted today at the ASUS booth at Computex. Featuring an advanced Super TN panel, the Strix Ace XG248 boasts an overclocked 610Hz refresh rate and ultra-low 0,8ms input lag, setting a new standard for esports monitors.

ROG Sheath II XXL Mouse Pad

The ROG Sheath II XXL mouse pad measures 900 x 400 x 3 mm and offers more than enough space to accommodate your gaming gear and peripherals. Its advanced cooling fabric improves heat dissipation and enhances cooling performance for a more comfortable gaming experience. This mouse pad features a non-slip rubber base that provides a secure grip on any surface, while the durable, fray-free, narrow flat stitched edges provide a smoother feel and minimal friction.

ROG Courser and ROG Destrier Core gaming chairs

The ROG Courser gaming chair features a dynamic synchronized 90-155° tilt system with continuous back support, eliminating the feeling of back overextension often associated with traditional gaming chairs. Equipped with 360° 4D armrests, the chair offers fully adjustable support to ensure optimal arm positioning for both mobile and desktop gaming. ROG Courser’s 4D adjustable lumbar support allows for both depth and height adjustment, allowing gamers to fine-tune positions for personalized ergonomic support. The cold-pressed lumbar cushion provides smooth airflow, and with an extra-wide 58cm seat and removable headrest, gamers will have an immersive and comfortable experience. Additionally, the chair is crafted from premium translucent leatherette with hidden RGB lighting strips that remain invisible when turned off, for an elegant look.

ROG Destrier Core is now available in Moonlight White, joining the ROG Moonlight White peripheral lineup for gamers looking to create an elegant, clinical all-white setup. Destrier Core has all the elements of an ergonomic gaming chair, with a futuristic, cyborg-inspired aesthetic, exceptional adjustability, and sturdy build quality. It features a breathable mesh, nylon frame, adjustable headrest, lumbar support, and luxuriously cushioned armrests that feature a dedicated lift mode just for mobile gaming. Additionally, ROG Destrier Core delivers optimal airflow, keeping you comfortable during extended gaming sessions.

Partnership with Mathieu ZywOo Herbaut

A die-hard fan of the ROG Falchion Ace HFX magnetic keyboard, ZywOo is excited to be part of the ROG team to test and develop new ROG Ace products that give gamers the ultimate gaming advantage.

“I really enjoy gaming with my ROG Falchion Ace HFX,” says ZywOo. “It feels really smooth and fast. The switches are the best I’ve used so far, and it just gives me a really good feeling when I’m gaming. That confidence makes a big difference.”

Now a member of Team Vitality, ZywOo is considered one of the best Counter-Strike 2 players in history, having earned his 23rd MVP award at BLAST Open Lisbon 2025, making him the record holder for the most HLTV MVP medals won by a player.

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Intel Showcases First Working Processor Samples at Computex 2025 Panther Lake, which will form the basis of a new generation of client solutions. This is the first consumer product to use the process technology Intel 18A, and it unites The best qualities of Lunar Lake and Arrow Lake. Devices based on Panther Lake will enter mass production in the second half of 2025, with full launch with OEM partners planned for early 2026.

The main feature of the Panther Lake architecture is the new layout of five separate tiles. The main one, Compute Tile, contains high-performance Cougar Cove P-Cores and energy-efficient Darkmont E-Cores. The remaining tiles include GPU Based on the Xe3 "Celestial", SOC, IO and additional filler. Support for LPDDR5x and DDR5 has also been confirmed, which will provide wide scalability from consumer solutions to commercial notebooks and gaming platforms.

One of the key features is new generation NPU and graphics, with a 3x performance boost in AI workloads compared to Lunar Lake. While the laptops and processors shown were early engineering samples, they were already delivering clock speeds of around 2,0 GHz, with a claimed base speed of XNUMX GHz. Final versions are expected to run at frequencies above 5 GHz.

One of the chips shown had 16 cores and 16 threads, which once again confirms the refusal SMT. The cache size was 1,6 MB L1, 24 MB L2 and 18 MB L3. In addition, debug boards and RVP kits with copper heatsinks and active cooling were presented at the stand. More information about the final configuration is expected at future Intel events during the year.

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Maxsun Company announced Terminator B850BKB WIFI motherboard, which will be presented at Computex 2025. This is a compact Mini-ITX board on AMD B850 chipset, with a unique layout and rear PCIe 5.0 x16 slot for video card, as well as one M.2 slot located on the back side.

Although the design evokes associations with the BTF (Back-To-Front) concept, Maxsun does not follow the standard completely — the main goal here is not to achieve impeccable aesthetics of the assembly, but to compactly place powerful components. On the front side of the board there are the usual power connectors, USB, SATA and front I/O, unlike most BTF boards, where everything is reversed.

Design feature - the presence of two PCIe slots, one of which is located on the top side and is designed for low-profile cards (for example, for a network or TV adapter). This approach expands the possibilities for installing additional devices even in the limited space of Mini-ITX cases.

The board itself has a built-in Wi-Fi module and judging by the images, aimed at compact build enthusiasts, ready for unusual design solutions. Given the high thermal and dimensional requirements of video cards, moving the x16 slot to the back can provide better ventilation and cleaner integration GPU with the system unit.

The official Maxsun website currently only lists the B850M WIFI model, without rear slots, so the full specifications of the B850BKB have not yet been revealed. The company is expected to demonstrate practical builds using the board at Computex 2025 - this is where its real benefits and differences from Mini-ITX competitors will be clear.

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Gtbox company presented external G-Dock docking station for video cards, aimed at owners of laptops and mini-PCs without a discrete GPU. The new product is already on sale at a price of $239 and offers high throughput via OCuLink interface, ensuring full performance of the connected video card.

G-Dock comes with a built-in 800W power supply, which allows you to use even the most energy-intensive video cards of the latest generation. Unlike solutions that work via USB4/Thunderbolt, OCuLink provides much higher bandwidth, which is critical to maintaining real power GPU in games and difficult tasks.

The docking station also supports USB Power Delivery (up to 100 W), allowing you to simultaneously power a connected laptop or mini-PC. The device is especially suitable for those who use a thin laptop with a powerful processor, but without a video card: on the desktop, such a system turns into a full-fledged gaming or workstation.

The physical dimensions of the G-Dock are 22,4 × 11 × 5,9 cm, however, the video card is mounted on top and may protrude beyond the case. This means that in most cases, any modern video cards are suitable - from RTX 4060 to RTX 4090, including models with massive coolers.

Using G-Dock eliminates the need for a desktop PC, if you want to remain compact and portable, but still get maximum graphics performance at home.

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Following the recent export ban HGX H20 accelerators to China, company NVIDIA is preparing a new solution for the Chinese market, but it will not be based on the Hopper architectureThis was announced by the company's CEO Jensen Huang on Taiwanese television, and additional details were revealed by sources of Nikkei Asia.

According to insiders, The new accelerator will switch from HBM to GDDR7 memory, to circumvent American export restrictions. Recall that the US banned the supply of not only the H100 and H200, but also the adapted H800 and H20. The latter was the only flagship GPU NVIDIA, available in China before the new ban in April. The company has already lost $5,5 billion in potential revenue. due to these restrictions.

In response to a question about the successor to the H20, Huang has stated outright that it is "not Hopper" because it is no longer possible to modify the architecture.The US justified the ban by saying that the H20 has too high a memory bandwidth and inter-chip connections, making it suitable for military supercomputers.

The move to GDDR7 represents a radical change in approach, since the GH100 (Hopper core) was originally designed to work only with HBM. A potential alternative could be the Blackwell architecture in the consumer version of GB20X (the RTX 50 series is based on it), where GDDR7 is already in use, but it lacks support for NVLink, a key component for scaling AI systems.

Against the backdrop of this uncertain transition period, Interest in Chinese solutions such as Huawei's Ascend 920 is growing, although they are inferior to NVIDIA in performance. In the coming months, NVIDIA will have to develop a new architecture that meets US requirements in order to maintain its position in China - otherwise, the market may be taken over by local manufacturers.

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AMD has officially confirmed that it will become TSMC's first customer for the 2nm N2 process, and already in 2026 will release a new generation of server processors based on it - EPYC Venice. The company's senior vice president reported this in an interview with the Korean publication Chosun Biz. According to an AMD representative, TSMC Leads 2nm Race, and at the moment no other contract manufacturer can offer comparable technology.

The new EPYC Venice is built on the architecture Zen 6 and Zen 6C. Leaks indicate that in its maximum configuration, the chip could contain up to 8 CCD, each of which includes 96 "classic" or 256 "dense" cores and up to 128 MB of LXNUMX cache. The main focus in Venice will be on energy efficiency and transistor density, which will provide increased performance per watt.

Earlier, AMD CEO Lisa Su personally visited TSMC's Arizona facility to announce the transition to 2nm. The company became the first public customer of the 2-nm node, ahead of giants such as Apple and NVIDIA, which are also in talks with TSMC and looking for backup partners among Samsung and Intel Foundry Services.

When asked about possible cooperation with other factories, AMD did not rule out such a scenario. According to a representative, the company maintains an ongoing dialogue with other manufacturers, to ensure optimal conditions for customers. However, TSMC remains a priority partner for now.

AMD's Server Business Grew 57% in Q2025 XNUMX, and the launch of Venice is expected to strengthen the company's position in high-performance data centers. AMD will also continue to expand its lineup in the mid-budget segment through the EPYC 4005 "Grado", which will increase the share of AMD solutions in the server industry.

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According to insiders, updated processors Arrow Lake Refresh will receive the designation Core Ultra 200 series and will be presented as Ultra +5 255 Ultra 7 and Ultra 9 295. These models will be a direct upgrade from last year's 245/265/285 and will retain socket compatibility. LGA1851, but architecturally they will remain almost unchanged. In 2026, Intel will completely switch to new platform with new socket for Panther Lake, having completed support for the current one.

In essence, this is a technical refresh with with minor improvements in frequencies and energy efficiency, without changing the microarchitecture. Support for faster DDR5 memory is also expected. However, many users perceived this strategy as a dead end: LGA1851 will only be relevant until the end of this year, and there will be no upgrade boards in 2026.

On forums and social networks, users note that even reduced prices on Ultra 7 265K doesn't make it attractive, because the platform does not provide for long-term modernization. Unlike AMD with AM5, which guarantees support until 2026, Intel still adheres to the policy of frequently changing sockets.

Core Ultra 255/275/295 will become final line for LGA1851, before the company introduces an entirely new platform under Panther Lake in 2026 - with a new socket, a new chipset and Cougar Cove architecture.

Announcement Ultra 200 Refresh expected at Computex 2025, where Intel will reveal the exact specifications and release dates of the models. Judging by the trend, this will be the last opportunity to upgrade on the existing platform.

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