Tech News

• CORSAIR MAKR PRO 75 Hall Effect DIY Keyboard Review @ Funky Kit Review

  Published: Saturday, April 4, 2026 | By: Eddie

  The Corsair K70 PRO 75 Hall Effect gaming keyboard is highlighted as a premium, enthusiast-grade peripheral that brings high-end customization to a mainstream audience. Its defining feature is the use of magnetic Hall Effect switches, which allow users to customize actuation points and take advantage of Rapid Trigger technology for near-instant responsiveness in competitive gaming. The "DIY" aspect is emphasized through its hot-swappable design and enthusiast-level internal damping, ensuring that the keyboard feels substantial and sounds refined right out of the box. This combination of adjustable sensitivity and a tactile typing experience makes it particularly appealing to both professional esports players and hobbyists who enjoy fine-tuning their hardware.
  
  

  

  " ...  The Corsair MAKR PRO 75 is a high-performance keyboard that combines premium build quality with advanced features that genuinely improve the user's experience. If you are looking for a top-tier keyboard that delivers both in gaming and everyday use, this is a strong option worth considering.  "

  
  Beyond its technical performance, the keyboard maintains Corsair's signature build quality with a compact 75 percent layout that saves desk space while retaining essential keys. The inclusion of a multi-function rotary dial and high-quality PBT double-shot keycaps adds to the premium feel, while the extensive RGB lighting and iCUE software support provide deep personalization options for any desk setup. While it sits at a higher price point, the review suggests it is a compelling choice for gamers and keyboard enthusiasts who want a blend of cutting-edge magnetic switch technology and a robust, customizable build. It stands out as a versatile tool that bridges the gap between pre-built convenience and the custom keyboard world.

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• darkFlash Explore DE360 @ TechPowerUp

  Published: Friday, April 3, 2026 | By: Eddie

  The TechPowerUp review of the darkFlash Explore DE360 highlights it as a visually striking, 360 mm all-in-one liquid cooler that aims to balance flair with functionality. Its standout feature is a magnetically mounted 2.88-inch IPS display on the pump block, which can be detached and relocated to any magnetic surface within the chassis. Combined with a clean white-and-orange aesthetic and tasteful ARGB lighting, the cooler offers excellent build quality and a user-friendly installation process, including pre-installed fans and a simple software suite for personalization.
  
  

  

  DarkFlash aims to impress with the Explore DE360, a 360 mm liquid cooler that combines a bold design with reliable performance. Its standout feature is the detachable magnetic IPS display, allowing users to either keep it on the pump or place it elsewhere, offering a fresh take that helps distinguish it from the competition.

  
  In terms of performance, the DE360 is characterized as a competent middle-ground contender rather than a market leader. While it delivers solid cooling results on both AMD and Intel platforms and maintains a clear edge over previous-generation designs it falls slightly behind top-tier competitors in raw thermal efficiency and noise-normalized tests. At an MSRP of approximately $125, it positions itself as a value-oriented option for users who prioritize unique aesthetics and a customizable display over absolute peak performance or whisper-quiet operation at high fan speeds.

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• Crimson Desert Performance Benchmark Review

  Published: Wednesday, April 1, 2026 | By: Eddie

  TechPowerUp evaluates Crimson Desert as a visually stunning but technically demanding title that surprisingly delivers strong overall optimization across a wide range of hardware. Built on Pearl Abyss’s BlackSpace Engine, the game pushes modern graphics with large draw distances, complex lighting, and detailed environments, yet still scales well from older GPUs up to high-end systems. In testing, even mid-range hardware can achieve smooth gameplay with the help of upscaling technologies like DLSS or FSR, while high-end GPUs are capable of running the game at very high settings with strong frame rates. The engine avoids common issues seen in recent AAA releases, such as shader compilation stutter, resulting in a generally smooth and consistent experience.
  
  

  

  Crimson Desert is one of the RPG highlights this year, offering a blend of expansive open-world exploration and dynamic combat. In our performance review, we examine its graphical fidelity, VRAM usage, upscaling options, and how well it runs across a wide range of modern GPUs.

  
  In real-world gameplay, performance remains stable across different scenarios, with the game handling large environments and complex scenes without major slowdowns. However, the most demanding settings, particularly ray tracing and cinematic presets, can significantly increase hardware requirements, making native 4K gameplay challenging without upscaling. GPU performance scaling is generally solid, although AMD cards show slightly weaker results compared to expectations in some cases. CPU scaling is also well handled, with modern processors delivering consistent performance and minimal bottlenecks. Overall, TechPowerUp’s findings suggest that Crimson Desert stands out as one of the better-optimized modern AAA titles, offering a rare combination of cutting-edge visuals and broad hardware accessibility, though maximizing visual fidelity still requires high-end hardware.

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• HighPoint Announces Rocket 1604L: The World’s Most Compact PCIe Gen5 x16 Retimer AIC for AI and Industrial Edge

  Published: Tuesday, March 31, 2026 | By: Eddie

  MILPITAS, CA — March 2026 — HighPoint Technologies, Inc., a pioneer in high-performance PCIe storage and connectivity solutions for over three decades, is proud to announce the Rocket 1604L, our first Retimer-based PCIe M.2 Add-In-Card (AIC). This 4-M.2 PCIe Gen5 x16 solution is powered by Astera Labs’ industry-leading Gen5 Retimer technology, specifically engineered to meet the extreme signal integrity demands of next-generation AI and high-velocity compute environments.
  
  

  
  Strategic Performance for the AI Edge

  
  The Rocket 1604L defines a new "Performance-First" category in HighPoint’s ecosystem. While HighPoint’s established PCIe Switch-based solutions lead the market in universal connectivity and enterprise storage management, the Rocket 1604L is a specialized tool for architects who prioritize deterministic, near-zero latency and uninterrupted data velocity for dense accelerator clusters.

  By focusing on Physical-Layer (Layer 1) optimization, the 1604L provides a streamlined and cost-effective path to harness the full 32GT/s bandwidth of PCIe Gen5 for specialized AI processing and high-frequency data acquisition.

  "The Rocket 1604L represents a strategic expansion of our Gen5 portfolio," said May Hwang, VP of Marketing at HighPoint Technologies, Inc. "While our Switch-based solutions continue to lead in universal compatibility and advanced storage management, the Rocket 1604L is engineered for a different mission: pure data velocity. By leveraging Astera Labs’ Retimer technology, we provide AI Architects with a streamlined, near-zero latency path that is ideal for high-density accelerator clusters where every nanosecond of inference performance is critical."

   

  Architectural Flexibility Without Compromise

  
  As industrial chassis become more compact and high-speed accelerators like GPUs drive thermal loads to new heights, the need for architectural flexibility has never been greater. The Rocket 1604L can be directly integrated into a standard bifurcated (x4/x4/x4/x4) PCIe slot to host up to four high-speed M.2 modules within its compact 167mm footprint, or serve as a high-integrity signal hub for remote MCIO connectivity.

  “As AI workloads move from the data center to the industrial edge, maintaining signal integrity at 32GT/s becomes the primary barrier to performance," said Aanchal Sharma, Senior Director of Product Management, Signal Connectivity Group at Astera Labs. "We are pleased to see HighPoint utilize our Aries PCIe®/CXL® Smart DSP Retimers to overcome these physical-layer challenges.”

   

  The Intelligence Layer: Smart Firmware Management
  
  

  HighPoint’s Smart Firmware Layer transforms the Rocket 1604L from a "black box" into a self-aware infrastructure hub, providing critical oversight for mission-critical deployments:

  Precision Telemetry: IT Architects can monitor power consumption and thermal health in real-time, ensuring the stability of the entire AI data path.

  Lane Verification: Instantly confirms that every AI accelerator or NVMe drive has successfully negotiated its full Gen5 x4 bandwidth. This ensures your TOPS (Tera Operations Per Second) never drop due to link-training issues or signal degradation.

   

  Active Signal Conditioning: Performance Meets Efficiency

  
  Unlike passive AICs that act as simple pass-through devices, the Rocket 1604L features an Active Signal Conditioning Engine that solves the conflict between distance and speed:

  Remote Reach, Full Speed: Whether your M.2 AIPUs or NVMe drives are mounted directly or situated remotely via MCIO cables to avoid GPU heat zones, the Rocket 1604L’s Retimer architecture re-clocks and regenerates the signal. This ensures zero performance degradation and absolute signal integrity at 32GT/s.

  Compact Industrial Footprint: Measuring only 167mm in length, the 1604L is 50% shorter than standard 4-port cards, providing the physical flexibility to fit into tight industrial enclosures.

  Thermally Insured: By combining our field-proven PCIe Gen5 active cooling solution with the ability to "disaggregate" storage and compute from heat-heavy zones via MCIO connectivity, the Rocket 1604L eliminates thermal throttling in 24/7 AI server environments.

   

  Product Positioning: A New Category of Power

  
  The Rocket 1604L defines a "Performance-First" category. It is a streamlined, cost-effective alternative to our feature-rich Switch-based series, designed specifically for AI-heavy workloads that prioritize Phy-level latency and uninterrupted data velocity over complex storage management. By bridging the gap between raw power and signal stability, HighPoint continues to lead the frontier of PCIe Gen5 infrastructure.

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• TurboQuant - the Pied Piper Technology for AI

  Published: Monday, March 30, 2026 | By: Dennis

  I'm about a week behind on my learning of the new Google compression called TurboQuant.  TurboQuant is a two-part compression algorithm that refactors the KV Cache to not only make it smaller but faster and more accurate.

  

  For those that remember the show "Silicon Valley" you will understand the Pied Piper reference and I find it ironic that TechCrunch is making the parallel.

  The joke is a reference to the fictional startup Pied Piper that was the focus of HBO’s “Silicon Valley” TV series that ran from 2014 to 2019.

  
  
  The show followed the startup’s founders as they navigated the tech ecosystem, facing challenges like competition from larger companies, fundraising, technology and product issues, and even wowing the judges at a fictional version of TechCrunch Disrupt.
  
  

  Pied Piper’s breakthrough technology on the TV show was a compression algorithm that greatly reduced file sizes with near-lossless compression. Google Research’s new TurboQuant is also about extreme compression without quality loss, but applied to a core bottleneck in AI systems. Hence, the comparisons.

  One of the biggest problems when it comes to compression is data loss.  When you save a JPG the image compression will introduce artifacts that can impact image quality.  Since the data is actually removed, it will be smaller but, not look as good.  DVD movies have a similar compression problem as does AI model quantization.

  When you quantize an AI model you reduce the vector precision so instead of a 16 or 32-bit number you get a 4-bit representation for the vector.  By simply removing the extra bits you lower the memory requirements and will lose a fair amount of precision.  Most of the time this doesn’t matter but, it can introduce hallucinations and is one of the biggest problems associated with using AI models.

  TurboQuant uses a compression method called PolarQuant that will refactor the KV Cache by simplifying the geometry and then overlays a QJL algorithm for error checking.  The QJL process reminds me of the parity check in certain storage RAID levels and might even compensate for when certain information is ejected from the KV Cache.

  It will be interesting to see how TurboQuant is adapted and if it will actually have any impact on the 2026 memory shortage aside from the apparent manipulation of memory stocks. 

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• TurboQuant: Revolutionizing AI Efficiency Through Extreme Compression – A Game Changer for Search and Large Language Models

  Published: Monday, March 30, 2026 | By: Dennis

  The world of Artificial Intelligence is constantly pushing the boundaries of what's possible, but this progress often comes at a cost: massive computational resources and memory demands. However, a groundbreaking new development promises to dramatically alter this landscape, offering a pathway to significantly more efficient AI models without sacrificing performance. Researchers have unveiled a suite of advanced compression algorithms, collectively known as TurboQuant, poised to redefine how we build and deploy large language models (LLMs) and power vector search engines.

  The Bottleneck: Key-Value Caches and Vector Search

  At the heart of many AI applications, particularly those involving LLMs and search engines, lies the key-value cache. This acts as a high-speed digital reference, storing frequently used information for instant retrieval. However, as AI models grow in complexity, the size of this cache explodes, creating a significant bottleneck that slows down processing and increases memory costs. Similarly, vector search, the technology underpinning modern search engines and AI-powered recommendations, relies on efficiently comparing vast numbers of high-dimensional vectors. Traditional compression techniques, while helpful, often introduce their own memory overhead, partially negating their benefits.

  Introducing TurboQuant: A New Approach to Compression

  TurboQuant tackles this challenge head-on with a novel approach to vector quantization – a technique that reduces the size of high-dimensional vectors. Unlike previous methods, TurboQuant minimizes memory overhead while maximizing compression, leading to substantial improvements in both speed and efficiency. The breakthrough lies in a two-step process:

  1. High-Quality Compression (PolarQuant): TurboQuant begins by cleverly rotating the data vectors, simplifying their geometry and making it easier to apply a standard, high-quality quantizer. This initial stage captures the core essence of the vector, using the majority of available bits.
  2. Eliminating Hidden Errors (Quantized Johnson-Lindenstrauss - QJL): A small residual amount of compression power (just one bit) is then used to apply the QJL algorithm. This algorithm acts as a mathematical error-checker, eliminating bias and ensuring accuracy in attention scores – a critical component in how AI models prioritize information.

  The Power of QJL and PolarQuant

  The QJL algorithm leverages the Johnson-Lindenstrauss Transform, a mathematical technique that shrinks complex data while preserving essential relationships. It reduces each vector number to a single sign bit (+1 or -1), creating a compact shorthand that requires virtually no memory overhead. The clever estimator within QJL balances precision with this low-precision representation, allowing for accurate attention score calculations.

  PolarQuant takes a completely different approach, converting vectors from standard Cartesian coordinates (X, Y, Z) to polar coordinates – similar to describing a location as "Go 5 blocks at a 37-degree angle" instead of "Go 3 blocks East, 4 blocks North." This simplifies the data and eliminates the need for expensive data normalization steps, further reducing memory overhead.

  Impressive Results Across the Board

  Rigorous testing across standard benchmarks like LongBench, Needle In A Haystack, ZeroSCROLLS, RULER, and L-Eval, using popular LLMs like Gemma and Mistral, has demonstrated the remarkable effectiveness of TurboQuant. The results show:

  • Optimal Performance: TurboQuant achieves top-tier scoring performance while minimizing the key-value memory footprint.
  • Near-Zero Accuracy Loss: The compression achieves significant size reduction with virtually no impact on AI model accuracy.
  • Speed Improvements: TurboQuant can quantize key-value caches to just 3 bits without training or fine-tuning, resulting in faster runtime performance – up to 8x faster on H100 GPU accelerators.
  • Superior Vector Search: TurboQuant consistently outperforms state-of-the-art vector search methods like PQ and RabbiQ, achieving higher recall ratios with less memory usage.

  Beyond Key-Value Caches: A Future of Efficient AI

  The implications of TurboQuant extend far beyond simply optimizing key-value caches. As AI becomes increasingly integrated into various applications, including semantic search, the ability to efficiently process and store vast amounts of vector data is paramount. TurboQuant paves the way for building and querying large vector indices with minimal memory, near-zero preprocessing time, and exceptional accuracy, ushering in a new era of efficient and scalable AI. This research represents a fundamental algorithmic contribution, backed by strong theoretical proofs, promising a transformative shift in how we approach AI efficiency.

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• GAMEMAX Introduces MAX PB Series ATX 3.1 80PLUS Bronze PSUs

  Published: Sunday, March 29, 2026 | By: Eddie

  GAMEMAX, a rising innovator in PC gaming hardware, today announced the MAX PB-Series 80 PLUS Bronze Power Supply, a new lineup designed to deliver stable, efficient, and reliable power for modern gaming systems.

  Engineered to meet the demands of today’s hardware, the GAMEMAX MAX PB-Series is fully compliant with the latest Intel ATX 3.1 specification, supporting high transient power loads from next-generation GPUs while maintaining consistent performance. Built with premium internal components and a robust power design, the MAX PB-Series is positioned as a dependable and cost-effective solution for entry-level and mainstream PC builders.
  
  

  

  True Intel ATX 3.1 Compliance

  Fully compliant with Intel ATX 3.1 standards, the MAX PB-Series is designed to handle modern hardware demands with ease. It supports up to 200% system power excursions and 300% GPU transient loads, ensuring stable operation with next-generation graphics cards.

  Native 12V-2x6 Connectors

  Select models in the GAMEMAX MAX PB-Series, including the 750W and 850W variants, are equipped with native 12V-2x6 connectors for next-generation GPU compatibility. This direct connection ensures stable and efficient power delivery for the latest NVIDIA RTX graphics cards, eliminating the need for adapters and simplifying cable management.

  100% All-Japanese Capacitors

  Built exclusively with premium Japanese capacitors sourced from Rubycon, Nippon-Chemicon, and Nichicon, the MAX PB-Series delivers superior reliability and durability. These high-quality components help maintain electrical stability and extend the lifespan of the power supply.

  Pure Copper Cable Design

  The MAX PB-Series features 100% pure copper output cables, enhancing conductivity and reducing power loss. This ensures stable and efficient power delivery, even under sustained high-load conditions.

  Best-in-Class Long-Life Fan

  Equipped with a silent hydraulic bearing cooling fan with smart temperature control, the MAX PB-Series is rated for 40,000 hours MTBF at 40 °C. It provides reliable thermal performance while maintaining low noise levels during extended operation.

  Certified Safety & Efficiency

  The MAX PB-Series meets genuine 3C safety certification standards including 8 protection features including OPP, UVP, OTP, OCP, SCP, NLP, and SIP, implemented via a 16-pin protection IC.

  Warranty, Availability, and Pricing

  The GAMEMAX PB-Series PSUs are backed with a 3-year warranty. See pricing below.

  MAX P550B: $46.99

  MAX P650B: $49.99

  MAX P750B: $59.99

  MAX P850B: $64.99

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• Top 4 High-Performance Wi-Fi 7 Routers on Amazon in 2026

  Published: Saturday, March 28, 2026 | By: Eddie

  Home Wi-Fi used to be a convenience. In 2026 it is closer to a utility, like water or electricity. A typical household can have a dozen always-connected devices before anyone even opens a laptop: phones, TVs, consoles, cameras, doorbells, speakers, thermostats, and a growing list of smart gadgets that never sleeps. When a router falls behind, the symptoms feel random. Video calls stutter. Streams drop in quality. Games start to feel inconsistent. More often than not, the internet plan is not the problem. The home network is simply overloaded between interference, distance, and too many simultaneous demands.

  That is where Wi-Fi 7 earns its keep. Beyond the bigger is better headline, Wi-Fi 7 is designed to stay stable under load, with features like wider 320 MHz channels and Multi-Link Operation built to reduce latency spikes and keep performance up while the network is busy. The picks below are Wi-Fi 7 routers that make sense for real homes right now: two flagship single-router options for maximum performance, one enthusiast-grade multi-gig router for wired-heavy households, and one Wi-Fi 7 mesh kit for broader coverage.
  
  
  

  The 4 best Wi-Fi 7 router picks on Amazon US

   

  1) ASUS RT-BE96U
  
  

  
  
  

  Click to buy on Amazon

  Why pick this
  If you want a high-performance Wi-Fi 7 router that feels built for power users, the RT-BE96U remains a strong anchor. It is a tri-band Wi-Fi 7 router with 6 GHz support, designed for high device loads and low-latency use, and it shows up consistently in “best Wi-Fi 7” discussions.

  Key highlights

  • Tri-band Wi-Fi 7 with 6 GHz support
  • Designed for demanding mixed use: streaming, gaming, smart home density
  • Strong “one router and done” flagship positioning

  Best for
  Enthusiast households that want one flagship router with headroom for several years.
  
  
  
  
  

  2) NETGEAR Nighthawk RS500 (Wi-Fi 7 tri-band router)
  
  

  
  
  

  Click to buy on Amazon

  Why pick this
  The RS500 is a high-performance “single router” choice that targets modern home loads without forcing a full mesh deployment. NETGEAR positions it for real-time gaming, 4K/8K streaming, UHD video calls, and high device counts, with coverage marketed up to around 3,000 square feet.

  Key highlights

  • Tri-band Wi-Fi 7 with 6 GHz support
  • Built to handle high load households and low-latency use cases
  • A clean single-router solution for many typical home layouts

  Best for
  Homes that want a serious Wi-Fi 7 upgrade from one router, placed well, without adding mesh nodes.
  
  
  
  
  

  3) GL.iNet Flint 3 (GL-BE9300) Tri-Band Wi-Fi 7 Router
  
  

  
  
  

  Click to buy on Amazon

  Why pick this
  This is the “enthusiast wired network” pick that replaces similar routers like the TP-Link BE800 without losing the high-performance vibe. GL.iNet’s Flint 3 is positioned as a tri-band Wi-Fi 7 router with the 6 GHz band and a very wired-friendly design.  A major highlight of this router is the five 2.5G Ethernet ports designed for networks that have a mix between high performance computers and wireless devices and leans heavily into VPN and power-user networking features as part of its brand identity.

  In plain English: this is a great choice for homes that treat networking like part of the setup, not an afterthought. If you run a NAS, wired PCs, a studio workstation, or you simply want multi-gig ports without going into enterprise gear, the Flint 3 is one of the most interesting Wi-Fi 7 options in the mid-to-upper tier.

  Key highlights

  • Tri-band Wi-Fi 7 with 6 GHz support
  • 5×2.5G Ethernet ports highlighted on the listing
  • Strong “power user” focus (VPN/router features are a GL.iNet calling card)

  Best for
  Wired-heavy households and enthusiasts who want multi-gig flexibility, stronger networking tools, and a high-performance Wi-Fi 7 core.
  
  
  
  
  

  4) MSI Roamii BE Lite Mesh System (Wi-Fi 7), 2-Pack
  
  

  
  
  

  Click to buy on Amazon

  Why pick this
  This replaces the TP-Link mesh slot with a Wi-Fi 7 mesh kit from a brand many PC enthusiasts already trust. MSI positions the Roamii BE Lite as Wi-Fi 7 ready, explicitly calling out Wi-Fi 7 features like MLO and 4K-QAM for improved speed and lower latency, aimed at dense device environments and high-bandwidth use cases.

  For real homes, mesh is often the biggest quality upgrade because it fixes what a single router cannot: coverage. If you have multiple floors, thick walls, or rooms that always underperform, a two-node Wi-Fi 7 mesh is a practical way to raise the baseline everywhere, not just at the router.

  Key highlights

  • Wi-Fi 7 mesh system positioned for whole-home use
  • Wi-Fi 7 feature callouts: MLO, 4K-QAM, increased bandwidth
  • Two-pack format that targets coverage consistency, not just peak speed

  Best for
  Multi-floor homes, smart-home-heavy setups, and anyone who cares more about consistent coverage everywhere than speed tests in one room.
  
  
  
  

  Quick buying tips

  Start with the home layout. If you have dead zones, multiple floors, or thick walls, mesh usually delivers the biggest real-world improvement because it fixes coverage first.

  Next, match the router to the wired network. If you have multi-gig internet, a NAS, or multiple wired PCs, prioritize multi-gig ports so the local network does not become the bottleneck. That is where GL.iNet’s Flint 3 stands out with its multi-gig port emphasis.

  Finally, Wi-Fi 7 shines most when you also have Wi-Fi 7 clients, but upgrading the router now can still improve stability and future-proof the home as phones, laptops, and PCs refresh over the next few years.
  
  
  

  Final words

  A good router upgrade is the kind of improvement that you stop noticing which is one of the highest compliments. Buffering fades away. Uploads finish without drama. Calls sound normal. Games feel consistent. In this lineup, ASUS RT-BE96U is the enthusiast flagship for households that want maximum headroom and deeper control. NETGEAR’s Nighthawk RS500 is the strong “one box” answer for high-load homes that want Wi-Fi 7 performance without going mesh. GL.iNet’s Flint 3 is the wired-friendly power-user option for people who care about multi-gig local networking and advanced routing features. MSI Roamii BE Lite is the practical Wi-Fi 7 mesh pick for homes where coverage consistency is the real enemy.

  The smartest way to choose is simple. If you have dead zones, start with mesh. If you have multi-gig internet or a NAS, prioritize multi-gig ports. If you want one router to handle everything with minimal compromise, pick a flagship and place it thoughtfully. Wi-Fi 7 is not just a spec bump. Done right, it makes the network disappear, which is exactly what home Wi-Fi should do.

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• COLORFUL Presents iGame Z890 ULTRA-S W and iGame Z890M ULTRA Z Motherboards

  Published: Saturday, March 28, 2026 | By: Eddie

  Colorful Technology Company Limited, a leading brand in gaming PC components, gaming laptops, and HiFi audio products, proudly introduces the iGame Z890 ULTRA-S W and iGame Z890M ULTRA Z motherboards designed to support the latest Intel Core Ultra 200S Plus Series processors. Designed to meet the needs of modern gamers, creators, and PC enthusiasts, both the new iGame ULTRA Series motherboards feature a white color scheme designed to complement the our popular iGame ULTRA W Series graphics cards.

  With high-speed memory support, robust power delivery, and user-centric features such as simplified building mechanisms and cleaner cable management approaches, the new iGame Z890 series aims to deliver a balance of performance, usability, and distinctive visual identity for today’s high-performance PC builds.

  
  
  
  iGame Z890 ULTRA-S W

  The iGame Z890 ULTRA-S W continues the Ultra series’ signature design, featuring a white base with hip-hop-inspired elements. A multi-layered design enhances the depth of the logo, while a customizable ARGB nameplate adds visual flair.

  Compared to the iGame Z890 Ultra, the ULTRA-S upgrades its cooling with a heat pipe and airflow channel design, adopts all-white components, and introduces next-generation quick-release mechanisms for both the GPU and M.2 heatsinks—delivering a cleaner look and easier installation.

  It features a 20+1+1+1 phase power design, enabling full performance from the Intel Core Ultra 7 270K Plus. Support for DDR5 memory up to 9600+ MHz and 256GB capacity ensures strong capability for gaming and AI workloads, including local deployment scenarios, making it a solid platform for both enthusiasts and productivity users.

  
  iGame Z890M ULTRA Z

  Colorful has launched its first Zero-Cable motherboard: the iGame Z890M ULTRA Z. This motherboard replaces the traditional 24-pin motherboard and 8+8-pin CPU power connectors with a new direct-plug 50-pin power connector. Using specially designed power supply unit, the power supply connects directly to the motherboard via gold fingers without any cables.

  
  50-Pin Rear Connector

  The iGame Z890M ULTRA Z also features an Ultra Z series graphics card power connector, consolidating commonly used front panel USB, audio, and power jumper interfaces into a single, neat and convenient connection. This motherboard breaks free from the constraints of traditional cables, achieving a revolutionary breakthrough in hidden connector technology.

  The motherboard continues the iGame Ultra family’s hip-hop style, featuring a unique “Hip-Hop Rhythm” armor and a 14+1+1+1 phase 60A DrMOS enhanced power supply. It provides four memory slots, supporting up to 48GB per slot, for a total of 192GB across all four slots. It includes four M.2 and four SATA interfaces, with the primary M.2 slot supporting PCIe 5.0 x4 drives. The rear panel features six USB Type-A and two USB Type-C ports, along with a 2.5G wired + WiFi 7 wireless high-speed network card. Excellent power specifications and rich expansion capabilities easily meet the needs of gamers and productivity users.

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• TEAMGROUP Introduces The T-CREATE CLASSIC H514 M.2 PCIe 5.0 SSD

  Published: Friday, March 27, 2026 | By: Eddie

  Low-Latency, High-Stability Performance for the AI Creation Era
  
  
  

  Team Group Inc., a global leader in memory solutions, today announced the launch of the T-CREATE CLASSIC H514 M.2 PCIe 5.0 SSD, designed to meet the growing demand for high-performance data storage in the generative AI era. Built on the PCIe Gen5 x4 interface, the SSD delivers up to 14,200 MB/s read and 13,300 MB/s write. Its ultra-fast data transfer capability significantly enhances the efficiency of accessing large creative assets and supports the performance requirements of video editing, image processing, visual effects, and 3D modeling software. The H514 also enables smooth and stable workflows for local AI model inference and training, empowering professional creative output.

  

  Featuring an advanced 6 nm controller, the T-CREATE CLASSIC H514 delivers ultra-low read and write latencies of just 0.05 ms and 0.015 ms, respectively. This minimizes data response times and enables seamless coordination with the CPU and GPU, ensuring smooth system performance even when handling complex, high-resolution projects or multi-layered creative tasks. Built with advanced 3D NAND flash, the H514 offers capacities of up to 4TB, supporting the deployment and storage needs of large AI language models ranging from 7B to 175B parameters. By enabling local data storage, the SSD provides creators with more responsive and stable creative workflows.
  
  The T-CREATE CLASSIC H514 offers two cooling options: an ultra-thin patented graphene heatsink and a new matte-black aluminum heatsink, allowing creators to select the optimal thermal solution based on their device and specific cooling needs. Manufactured using a halogen-free, lead-free process and compliant with RoHS environmental standards, the H514 reflects TEAMGROUP’s commitment to high-performance design and sustainable development. For more details, stay tuned to TEAMGROUP's latest updates on all major distribution channels.

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