Category Archives: Computers

Canon PIXMA TS7770 In-depth Review: A Compact Printer Perfect For Minimalist Setups

Printing has taken a little bit of a backseat in recent years as we move to a more digitalised norm. However, that doesn’t mean that we don’t need good printers especially when it comes to preserving memories in pictures or even printing that larger-than-life dungeon map for your D&D session. Even in home offices, printers still play a relatively crucial role in operations.

Canon’s PIXMA TS7770 is an all-in-one printer designed for home users and small offices. For this model, Canon was focusing on delivering high-quality prints with versatile functionality; the perfect combination for home offices and even crafters. Canon is looking to strike the perfect balance of affordability, ease of use, and performance

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So, the big question is, does the Canon PIXMA TS7770 hit all the marks Canon sets for it and is it worth looking at if you’re looking for a printer? In this review, we’ll dive into its features, build quality, print quality, speed, and compatibility across platforms, while paying special attention to its print quality, speed, and multi-platform integration to answer this.

Design & Build Quality

The unit of the Canon PIXMA TS7770 that we got in for review was a white version of the printer. It looks sleek and chic, perfect for a minimalist setup. The printer itself isn’t too big measuring in at 35cm in length, 37cm in width and 17cm in height. It should be able to seamlessly blend into any workspace setup. The minimal design also hides its many physical features including a paper tray and a scanner bed.

The Canon PIXMA TS7770 boasts a sturdy build that feels durable despite its compact size. The printer’s build materials are a tad bit plasticy. However, Canon has made some choices that make it feel slightly more premium. With an overall design that emphasizes practicality, the PIXMA TS7770 has a finish that would need some maintenance in the long run. It has a textured mattified finish which will undoubtedly catch dust. It’s the unit we had that came with a white finish. We hope that the finish doesn’t hasten the yellowing of the printer itself.

Accessing the ink cartridges and clearing paper jams is straightforward. This is thanks to the design of the compact printer. Aside from the paper trays, the internals are relatively easy to access by opening a single panel. We have to give it to them, this is a pretty well-thought-out layout.

The control interface is also very well thought out. The interface can be raised away from the printer. This makes the items being displayed easy to read and interact with. While the control panel is not fully touchscreen, it features a clear and responsive LCD display. The display comes alongside tactile buttons that also allow you to interact with the printer. This hybrid approach makes the learning curve to use the printer shorter and strikes a balance between usability with durability.

Features

A printer is not just a printer anymore. We’ve become accustomed to printers coming with scanners and even software features that make them compelling additions to our setup. The Canon PIXMA TS7770 isn’t shying away from packing it in with the features. It comes equipped with a host of features that make it a solid contender in the all-in-one printer market.

Of course, being a printer designed for home offices and even small and medium enterprises, the TS7770 is an all-in-one. It prints, scans and can even act as a photocopier if needed. If you really need it, it can even do faxing with the proper software setup. With how minimalist we’ve become over the years, running cables can be quite the hassle, this printer addresses that issue with wireless connectivity. It supports both WiFi and Bluetooth.

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You don’t even have to be on your laptop to print – which is a big plus. Canon’s PRINT app allows you to print and even customise your print from your smartphone or tablet. This has become an expectation at this point when it comes to printers. However, Canon’s PRINT app has one of the easiest and most intuitive interfaces available now. Printing is as simple as sharing the document or picture with the app or navigating to the document with the file manager through the app. Even printing photos is pretty easy. You can even change the size and orientation of the print in the app. This also includes borderless printing options for more creative printing including borders and the like. You can even print directly from cloud storage services like Google Drive and Dropbox.

The printer also comes with multiple paper trays. This is both a boon and a curse when it comes to printing. We had a few issues with printing cause of this. The printer should prioritize its main feeder on most prints. However, we had times when it would pull from the secondary paper tray – which wasn’t loaded. There isn’t a simple way to adjust priorities when it comes to paper sources. That aside, the multiple trays are what allows the printer to be able to do duplex printing which is important for small businesses looking to keep up with their ESG pledges.

Print Quality & Speed

The print quality of the Canon PIXMA TS7770 is pretty sharp for an inkjet printer. Canon touts it as a high-performance printer, and we can comfortably say that it does live up to that moniker. The printer was able to handle a high load of print tasks and also print in an acceptable amount of time.

Let’s get into the nitty-gritty of it. The  PIXMA TS7770 is an Inkjet printer, so compared to other printers in its price point, it’s neither the fastest nor is it the slowest. That said, if you’re looking to do monochrome printing, you may be better off looking at laser printers that print at much faster speeds. Be that as it may, the PIXMA TS7770 was able to print about 15 pages a minute in black and white and about 10 pages in colour during our time with it. That comes up to about 4 seconds a page for monochrome prints and about 6 seconds for colour – which isn’t too bad. However, when it came to photo printing, it was a whole different ballgame. A standard 4R size of 4×6 inches took only about 20 seconds to print. Of course, this doesn’t include the time needed for the ink to dry after which added about a minute or two depending on the colours and details of the print.

Speaking of, the prints that came out of the TS7770 were pretty spot on. When it came to text, the edges of the characters printed were crisp, even at smaller font sizes. The quality of text printing didn’t visibly deteriorate even on economy or draft mode.

When it came to colour printing, the printer was able to pull off some pretty detailed prints. During our time with the printer, we printed out some maps for D&D sessions.  With the varied colours and illustrations, we could see that print quality was generally very good. It was able to handle high-resolution prints fairly easily and was able to reproduce illustrated colours with high accuracy. Lower-resolution prints were acceptable. Of course, the amount of detail depended heavily on the resolution of the source. There was also little to no visual banding; that is – until you ran low on ink. Overall, with illustrations, it did pretty well. This rang true even when it came to photo prints. The resulting photos were sharp and had high colour accuracy. However, if there was one issue I had with the printer it would be that photos or glossy prints tended to smear very readily and you needed to be careful handling it. This was also the same with glossy sticker paper.

Total Cost of Ownership and Other Features

The Canon PIXMA TS7770 isn’t just a printer. It comes with a scanner as well. This scanner is capable of 8- and 16-bit scans. This means that you’ll be able to scan documents and photos with a lot of detail and colour depth. This is true for both colour and monochrome scans. The scanner also allows it to act as a photocopy machine.

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The printer’s built-in LED screen comes with a simple interface for its key features. You can copy, scan and print with a touch of the screen. Of course, if you’re connected wirelessly, prints can be sent without needing to interact physically with the printer. It’s also relatively silent when printing, scanning or copying.

Let’s talk about the cost of ownership – the Canon PIXMA TS7770 has a recommended retail price (RRP) of RM1,200 at the time of writing. However, we’ve seen some outlets selling the printer at RM1,580. The printer needs a colour ink cartridge and a black ink cartridge to print. The colour cartridge has an RRP of RM137, while the black has an RRP of RM95. Each of the cartridges lasts for about 180 pages only. So assuming you print 300 pages a month for both colour and black, you’ll be spending RM232 on ink alone every month excluding the cost of the printer itself. This is a tad high in our opinion given the options with ink tanks available in the market. That said, if you want detailed photo prints and even something that can be used for crafts, you may still want to consider the PIXMA TS7770 simply because of the added benefits of the high resolution.

A Complete Offering for Casual Users or Small and Medium Businesses Looking for A High-Performance Printer that Does It All

The Canon PIXMA TS7770 is a jack of all trades when it comes to printers. That said, users who require high-quality graphical or photo prints should be looking at this printer as a solid option. However, if budget is a big consideration, you may be better off looking at some of Canon’s other offerings as the cost of ownership can add up.

All in all, it’s a solid option for those looking for a printer that delivers convenience, features, compatibility and print quality.

[CES 2025] AI Takes Center Stage in the New ASUS Vivobook 14/16

ASUS, at CES 2025, has broadened its portfolio of AI-powered laptops with the introduction of the Vivobook 14/16 series (A1407/A1607 and M1407KA/M1607KA). These laptops aim to make AI features more accessible to a wider audience, offering a balance of performance, features, and value. This release offers two distinct processing options, catering to different user needs and preferences.

It’s Your Choice: Snapdragon Or AMD

The Vivobook 14/16 series will be available on two different processor platforms. The A1407/A1607 models are equipped with Snapdragon X processors, while the M1407KA/M1607KA variants feature AMD Ryzen AI 7 300 series processors. This choice provides users with flexibility based on their priorities.

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Source: ASUS

The Snapdragon X processors in the A1407/A1607 offer over 45 NPU TOPS (trillions of operations per second) of AI processing power. This dedicated AI processing capability is designed to accelerate AI-related tasks and enhance the overall user experience. ASUS states that these processors offer a 44% performance boost over the previous generation and provide up to 19.8 hours of battery life.

The use of Snapdragon processors means these models operate on the ARM64 architecture, similar to the Zenbook A14. This architecture is known for its power efficiency, contributing to the extended battery life. As discussed in the Zenbook A14 article, it’s important to be aware of software compatibility considerations with ARM64, though Microsoft and developers are continually improving support for this architecture.

The M1407KA/M1607KA models, on the other hand, utilize AMD Ryzen AI 7 300 series processors. These processors also integrate AI processing capabilities, though the specific architecture and performance characteristics differ from the Snapdragon platform. The AMD Ryzen AI processors offer a blend of CPU and GPU performance suitable for a wider range of tasks, including content creation and more demanding workloads.

AI-Enhanced Features for Productivity and Creativity Tools

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Source: ASUS

Both the Snapdragon and AMD-powered Vivobook 14/16 models offer a suite of AI-enhanced features designed to improve productivity and creativity. These features, enabled by the integrated NPUs or AI engines within the respective processors, include:

  • Cocreator in Paint: This feature allows users to refine artwork in real-time, providing AI-assisted suggestions and enhancements.
  • Generative Fill and Erase: These tools in Paint simplify photo editing by allowing users to seamlessly fill areas of an image or remove unwanted objects.
  • ASUS-exclusive StoryCube application: This application automatically categorizes files based on their content, aiming to improve file organization and searchability.
  • Live Captions: This feature provides real-time, accurate subtitles, which can be helpful for accessibility, language learning, or viewing content in noisy environments.

Security and Privacy with the Microsoft Pluton

ASUS has emphasized security and privacy in the Vivobook 14/16 series. The integration of the Microsoft Pluton security processor offers enhanced hardware-level protection against various threats. The AI Camera enhances security by detecting the user’s presence and automatically locking the device when they step away. This feature works in conjunction with Adaptive Lock and Adaptive Dimming, which further contribute to battery life and privacy by automatically adjusting screen brightness and locking the device when the user is not present.

Design, Durability, and Connectivity

The Vivobook 14/16 laptops feature a stylish design and are built to meet military-grade durability standards, suggesting they can withstand everyday wear and tear. A comprehensive array of I/O ports provides ample connectivity options. These ports include two USB4 Type-C ports, two USB 3.2 Gen1 Type-A ports, an HDMI port, and an audio combo jack. This variety of ports ensures compatibility with a wide range of peripherals and external displays.

The Vivobook 14 is available in Cool Silver, Quiet Blue, and Platinum Gold, offering users some choice in terms of aesthetics. The Vivobook 16 is available in Cool Silver and Quiet Blue.

Key Differences Summarized:

To summarize the key differences between the two versions of the Vivobook 14/16:

  • A1407/A1607: Snapdragon X processors, ARM64 architecture, emphasis on battery life and AI acceleration.
  • M1407KA/M1607KA: AMD Ryzen AI 7 300 series processors, x86 architecture, balanced CPU and GPU performance.

Pricing & Availability

The Vivobook 14/16 series is expected to arrive in Malaysia by early March 2025. Specific details regarding pricing, configurations, and regional availability are not available yet.

[CES 2025] ASUS Redefines Thin and Light Laptops with the Zenbook A14

ASUS has unveiled a new lineup of AI-powered devices with a focus on accessibility and sustainability at CES 2025. Among these announcements is the ASUS Zenbook A14 (UX3407), an expansion of ASUS’s adoption of ARM-based computing within its Zenbook line. This laptop is not just about thinness and lightness; it builds upon ASUS’s existing Snapdragon offerings, further exploring the potential of ARM architecture in the ultraportable segment.

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The Zenbook A14 makes a strong statement with its emphasis on portability. Weighing in at under 1kg – more specifically 899g – it claims the title of the world’s lightest Copilot+ PC. This focus on lightweight design makes it an attractive option for users who prioritize mobility and need a device they can easily carry throughout the day. This extreme portability does not come at the expense of battery life. ASUS claims up to 32 hours of battery life thanks to the high-capacity 70Wh battery. This extended battery life is a significant advantage for mobile users, allowing them to remain productive for extended periods without needing to find a power outlet.

ASUS is once again using Ceraluminum for the Zenbook A14’s chassis. This innovative material, exclusive to ASUS, is a high-tech ceramic that combines durability with a premium aesthetic. The entire chassis, including the lid, keyboard frame, and bottom case, is crafted from Ceraluminum. This material offers enhanced resistance to wear, scratches, and fingerprints, simplifying maintenance and ensuring the laptop retains its appearance over time.

A New Snapdragon Laptop

The Zenbook A14 features a Qualcomm Snapdragon processor, specifically the latest Snapdragon X Series processors, integrating a Qualcomm Hexagon NPU (Neural Processing Unit) delivering up to 45 TOPS (trillions of operations per second) of AI processing power. This dedicated NPU is crucial for accelerating AI-related tasks and enabling the Copilot+ experience. It is important to note that this is not ASUS’s first foray into Snapdragon-powered laptops. The Zenbook A14 represents an expansion of their offerings running on the ARM64 platform, offering users more choice within the Zenbook line.

The use of a Snapdragon processor means the Zenbook A14 is based on the ARM64 architecture rather than the traditional x86 architecture used by Intel and AMD processors. This architectural difference has important implications for software compatibility. While Windows 11 supports ARM64, not all applications are natively compiled for this architecture. Some applications may run through emulation, which can impact performance.

However, with ASUS’s continued support for the Snapdragon platform and Microsoft’s ongoing efforts to improve ARM64 support in Windows and encourage developers to create native ARM64 applications, the software ecosystem is steadily maturing. This expansion of Snapdragon-based laptops by ASUS signals increased confidence in the ARM64 platform for Windows. The Snapdragon processors are known for their power efficiency, which contributes to the Zenbook A14’s long battery life.

A Copilot+ PC

The Snapdragon processor’s NPU enables a range of AI-powered features within the Copilot+ environment. These features include Live Captions for real-time transcription, Cocreator and Generative Fill in Paint for creative image editing, Restyle Image and Image Creator in Photos for enhanced photo manipulation, and Super Resolution in Photos for improving image quality. Further AI features are expected to be added, including Recall (Preview), Click to Do (Preview), and improved Windows Search.

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To ensure consistent performance during demanding tasks, the Zenbook A14 features a dual-fan cooling system. This system aims to effectively dissipate heat and prevent thermal throttling. Enhanced privacy features such as adaptive lock and multi-person detection add an extra layer of security. A full range of I/O ports ensures compatibility with various peripherals and external devices.

Pricing & Availability

The ASUS Zenbook A14 (UX3407) is expected to arrive in stores in Malaysia by late February 2025. Stay tuned for more detailed information closer to the actual launch.

[CES 2025] Alienware Area 51 Makes A Return With Killer Specs

Alienware has reignited a legend with the reintroduction of the iconic Area-51, now available in both desktop and laptop forms. This revival marks a significant step forward for Alienware, pushing the boundaries of performance, design, and user experience. Alongside the Area-51 resurgence, Alienware has also refreshed its Aurora desktop line, offering a compelling option for gamers seeking a more compact yet powerful system.

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Source: Dell

Alienware Area-51 Desktop: A Tower of Power Reborn

The Area-51 Desktop makes a grand return as Alienware’s flagship gaming PC, designed for enthusiasts who demand unyielding performance and extensive customization options.

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Source: Dell

This full-size 80L tower is built around standard components, ensuring easy upgrades and serviceability for years to come. The machine offers elite performance, with support for over 600W of dedicated graphics power and up to 280W of dedicated processing power. This allows the Area-51 to accommodate the most powerful components available, including up to an NVIDIA GeForce RTX 5090 GPU and an Intel Core Ultra 9 285K CPU.

A key innovation is the positive pressure design of the thermal architecture. This system uses three different fan sizes (dual 140mm, dual 180mm, and dual/triple 120mm for liquid cooling configurations) to pull cool air into the chassis. Gaskets create a seal to prevent leakage, and the positive pressure forces heated air out the back through a passive exhaust system. This design is said to move 25% more air through the chassis, resulting in up to 13% cooler temperatures and 45% quieter operation during graphics-intensive tasks.

Upgradeability is also a core focus, with QR codes inside the chassis linking to instructional videos on component updates, repairs, and modifications. The motherboard is also replaceable with an optional AlienFX motherboard harness. Three removable, cleanable filters on the front, top, and bottom air intakes help minimize dust accumulation. The spacious interior and tool-less access make upgrades and maintenance easier.

  • Key Specifications:
    • Dual-channel RAM configurations up to 64GB DDR5 XMP (2x 32GB) at 6400 MT/s.
    • Up to 8TB of storage via two 4TB NVMe M.2 PCIe Gen4 SSDs.
    • 360mm or 240mm liquid cooling, with DIY upgradeability to 420mm.
    • 1500W Platinum-rated or 850W Gold-rated ATX12VO power supply.
    • Seven customizable AlienFX lighting zones with over 16.7 million colors and six different lighting effects, managed through Alienware Command Center (AWCC).
    • Optional Alienware Elite Care customer support.
    • Constructed with recycled materials, including 85% post-consumer recycled plastic and power supply units with 50% recycled steel and recycled copper.

Alienware Area-51 Laptops: Mobile Powerhouses Inspired by the Aurora Borealis

The Area-51 laptops, available in 18-inch and 16-inch sizes, bring the same focus on extreme performance to a portable form factor. These laptops deliver up to 280W of combined power across an NVIDIA GeForce RTX 50 Series Laptop GPU (up to an RTX 5090) and an Intel Core Ultra CPU (up to an i9 275HX).

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Alienware engineers have upgraded the laptop design with a more advanced Cryo-tech thermal architecture to unlock newfound levels of performance, cooling, and airflow. Compared to previous Alienware laptops, the new Area-51 laptops move up to 37% more air through the system while being 15% quieter.

The new design language, dubbed AW30, takes inspiration from extraterrestrial phenomena, including the Aurora Borealis. This results in a more serene, ethereal, and sophisticated aesthetic. The laptops feature a Liquid Teal finish on anodized aluminum, a translucent illuminated thermal shelf on the rear, a new signature Aurora lighting effect, a clear Gorilla Glass window on the underside, and a Zero Hinge design.

Area-51 laptops offer XMP (Extreme Memory Profile) memory at speeds of up to 7200 MT/s and are the first Alienware laptops to support Gen 5 Solid State Drives (SSDs) with up to 12TB of storage. When combined with Microsoft DirectStorage technology, the GPU can directly access SSDs, making games run even faster.

  • Key Specifications:
    • XMP memory at speeds up to 7200 MT/s.
    • Support for Gen 5 Solid State Drives (SSDs) with up to 12TB of storage.
    • Microsoft DirectStorage technology support.

Alienware Aurora Desktop Refresh: Compact Performance

Complementing the Area-51 is the refreshed Alienware Aurora Desktop, a mid-sized tower designed for gamers who prefer a more compact system without sacrificing performance. The 2025 edition brings a notable boost in gaming capabilities, thanks to the integration of the latest NVIDIA GeForce RTX 50 Series graphics and Intel Core Ultra Series 2 processors.

While specific configurations will vary, the Aurora focuses on delivering a balanced and powerful gaming experience in a smaller footprint than the Area-51. This makes it a great option for gamers with limited space or those who prioritize a more streamlined setup. The Aurora will also benefit from many of the software optimizations and AI enhancements present in the Area-51, ensuring a smooth and responsive gaming experience

Alienware Elite Care

Alienware is also introducing Elite Care, a new customer support program offering specialized gaming support, including 24/7 assistance, onsite repairs, international travel support, data backup and parental control assistance, accidental damage service with no deductible, and extended battery service for Alienware laptops.

Pricing & Availability

  • Alienware Area-51 Desktop: First available later in Q1 with select configurations. Additional graphics options and configurations, including the entry configuration, will arrive later.
    • Launch configuration price (with NVIDIA GeForce RTX 5080 GPU): ~$4,499 (approximately RM21,150).
    • Entry configuration price: Coming Soon.
  • Alienware Area-51 Laptops: First available later in Q1 with select configurations. Additional graphics options and configurations, including the entry configuration, will arrive later.
    • Launch configuration price (with NVIDIA GeForce RTX 5080 GPU): ~$3,199 (approximately RM15,050).
    • Entry configuration price: ~$1,999 (approximately RM9,400).
  • Alienware Aurora Desktop: First available later in Q1 with select configurations. Additional graphics options and configurations, including the entry configuration, will arrive later. Launch and entry configuration prices: Coming Soon.

Disclaimer: These RM prices are approximate conversions based on current exchange rates (as of October 26, 2023) and may not reflect the final retail prices in Malaysia. Actual pricing may vary due to import costs, taxes, and retailer markups. Please check with local retailers or the official Dell Malaysia website for the most accurate pricing information.

[CES 2025] AMD Brings 3D V-Cache to Its Ryzen 9000 series Processors

AMD has made a splash at CES 2025 with a new wave of Ryzen processors designed to push the boundaries of gaming and content creation. Among the most exciting announcements are the Ryzen 9 9950X3D and 9900X3D desktop CPUs, promising a significant performance boost for those who demand the absolute best. Let’s break down the tech behind these processors and see what they mean for you, the gamer or creator.

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The Magic of X3D: More Cache, More Performance

The secret sauce behind these processors is AMD’s 2nd Gen 3D V-Cache technology. Now, cache memory might sound a bit technical, but the concept is actually quite simple. Think of your CPU as a chef in a busy kitchen. The cache is like the chef’s immediate workspace – the closer the ingredients and tools are, the faster they can whip up a delicious meal. Traditional CPUs have a certain amount of cache built-in, but AMD’s 3D V-Cache takes things to a whole new level by stacking extra cache memory directly on top of the CPU. This significantly increases the amount of readily available data, allowing the CPU to access information much faster, especially in tasks that involve constantly accessing the same data, like gaming.

2nd Gen 3D V-Cache: A Cooler and Faster Approach

With this new generation of X3D processors, AMD has made a crucial improvement in how the cache is implemented. In the previous generation, the extra cache sat beside the core complex die (CCD). Now, it’s located below the CCD. This might seem like a small change, but it has a big impact. By placing the Zen 5 cores closer to the cooling solution, AMD has managed to achieve lower operating temperatures and higher clock speeds. It’s like giving the chef a better ventilation system – they can work more efficiently without overheating. This translates to better overall performance, especially in demanding scenarios.

The New Ryzen 9 9950X3D and 9900X3D

Let’s talk specifics. The Ryzen 9 9950X3D is the top dog, sporting a whopping 16 Zen 5 cores and 32 threads. This makes it a true multi-tasking monster, capable of handling demanding tasks like video editing, 3D rendering, and complex simulations while still providing excellent gaming performance. It also includes integrated AMD RDNA 2 graphics, although most users opting for this level of CPU will likely be pairing it with a dedicated graphics card for the best gaming experience. The Ryzen 9 9900X3D offers a slightly more streamlined configuration with 12 cores and 24 threads. It’s still a powerful processor for both gaming and content creation but potentially at a more accessible price point.

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Here’s a quick look at the key specs:

  • Ryzen 9 9950X3D: 16 cores/32 threads, boost clock up to 5.7 GHz, base clock 4.3 GHz, 144 MB total cache, PCIe Gen 5, 170W TDP.
  • Ryzen 9 9900X3D: 12 cores/24 threads, boost clock up to 5.5 GHz, base clock 4.4 GHz, 140 MB total cache, PCIe Gen 5, 120W TDP.

Notice the massive amount of cache – 144MB on the 9950X3D and 140MB on the 9900X3D. This is the key to their performance advantage, especially in games that benefit from large amounts of readily available data.

What This Means for You: Real-World Benefits

For gamers, the increased cache and higher clock speeds translate to smoother gameplay, higher frame rates, and reduced latency, particularly in games where the CPU is the bottleneck. For content creators, the extra cores and threads, combined with the fast cache, significantly speed up tasks like video encoding, 3D rendering, and complex simulations. These processors are designed to handle the most demanding workloads with relative ease.

Availability

The new Ryzen X3D desktop processors are expected to hit shelves in Q1 2025.

Keep your eyes glued to techENT for more updates on pricing, specific release dates, and in-depth reviews once these processors are available. We’ll be keeping a close watch on these exciting new releases from AMD and will bring you all the latest information as it emerges.

[CES 2025] Dell Introduces AI PCs for “Anywhere Productivity”

Dell has recently unveiled a significant transformation of its PC portfolio, placing a strong emphasis on artificial intelligence (AI) to enhance what they call “Anywhere Productivity.” This new lineup isn’t just about faster processors; it’s about integrating AI directly into the computing experience to optimize performance, personalize workflows, and boost efficiency. This article dives deep into the technical specifications and key differentiators between the new Dell, Dell Pro, and Dell Pro Max lines, helping you understand which is the right fit for your needs.

The Core of the Transformation: AI-Driven Enhancements

Before we delve into the specifics of each product line, it’s important to understand the core principles driving this transformation. Dell is focusing on several key areas where AI can significantly improve the PC experience:

  • Performance Optimization: AI algorithms analyze system resource usage in real-time, dynamically adjusting settings to maximize performance for different workloads. This means smoother multitasking, faster application loading times, and an overall more responsive system.
  • Intelligent Power Management: AI learns your usage patterns to optimize battery life, extending the time you can work or play unplugged. This is particularly beneficial for mobile professionals and students.
  • Personalized Experiences: AI can personalize the user interface, suggest frequently used applications, and streamline workflows based on your individual habits. This creates a more intuitive and efficient computing experience.
  • Enhanced Security: AI-powered security features can detect and prevent threats in real-time by analyzing system behavior and identifying anomalies. This adds an extra layer of protection against malware and other security risks.

The Dell Line: Everyday Computing Enhanced by AI

The base “Dell” line caters to everyday computing needs, targeting students, casual users, and those seeking a balance between affordability and essential performance. While it incorporates AI features, the focus is on enhancing core functionalities rather than providing cutting-edge AI capabilities.

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Source: Dell
  • Processors: Expect a range of Intel Core Ultra or AMD Ryzen processors, offering a good balance of performance and power efficiency for everyday tasks. Specific SKUs will vary depending on the model, but the focus will be on delivering sufficient performance for web browsing, office productivity, and casual multimedia consumption.
  • Graphics: Integrated graphics will likely be standard on most models, suitable for basic tasks and light gaming. Some configurations might offer dedicated graphics options for users who require a bit more graphical horsepower for photo editing or less demanding games.
  • Memory and Storage: RAM configurations will likely range from 8GB to 16GB, adequate for most everyday tasks. Storage options will include SSDs for faster boot times and application loading, with varying capacities to suit different storage needs.
  • Key AI Features: Intelligent battery optimization and personalized app suggestions will be the primary AI-driven enhancements in this line. These features aim to improve usability and efficiency without adding significant cost.

The initial launch focuses on the “Plus” tier, offering a balance of versatility and productivity.

  • Dell 14 Plus & Dell 14 Plus 2-in-1: Portable devices offering flexibility for creative and everyday needs.
  • Dell 16 Plus & Dell 16 Plus 2-in-1: Larger screen models for enhanced content consumption and both traditional and creative workflows.

The Dell portfolio will expand later this year with more AMD and Snapdragon X Series processor options, as well as new devices in the base and Premium tiers.

The Dell Pro Line: AI-Powered Productivity for Professionals

The “Dell Pro” line is designed for professionals, entrepreneurs, and business users who prioritize efficiency, reliability, and enhanced productivity. This line offers a more comprehensive suite of AI features and more powerful hardware configurations compared to the base Dell line.

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Source: Dell
  • Processors: Dell Pro PCs will likely feature more powerful Intel Core U or V series processors (or their AMD Ryzen equivalents), offering improved performance for demanding applications and multitasking.
  • Graphics: Dedicated graphics options will be more prevalent in the Pro line, catering to professionals who work with graphics-intensive applications like photo editing, video editing, and CAD software.
  • Memory and Storage: Expect increased RAM configurations, likely starting at 16GB and reaching 32GB for smoother multitasking and handling larger datasets. Storage options will emphasize speed and reliability, with faster NVMe SSDs and potentially larger capacities.
  • Key AI Features: In addition to the features found in the Dell line, Dell Pro PCs will offer AI-powered noise cancellation for clearer video conferencing, transcription services for meetings to improve note-taking efficiency, and smart document summarization tools to quickly extract key information from large documents.

The “Dell Pro” line will be launching with Intel Core Ultra (Series 2, V and U SKUs) or AMD Ryzen processor options with an integrated NPU, CPU, and GPU. These are the models in the initial Dell Pro Line up:

  • Dell Pro 13 Premium & Dell Pro 14 Premium: Sleek and lightweight laptops designed for portability and performance. The 14 Premium is the first commercial notebook with a Tandem OLED display (24% more power efficient and 49% lighter than traditional OLED). Both the Pro 13 Premium and the Pro 14 Premium will feature up to 21.2 hours of battery life, significant performance increases (up to 36% in multithread, 19% in single-thread, 82% in graphics rendering, and 3.5x faster AI), 8MP camera with HDR, quiet dual-fan thermal design, 90% recycled magnesium chassis (14 Premium).
  • Dell Pro 13 Plus, Dell Pro 14 Plus, & Dell Pro 16 Plus (Laptop & 2-in-1 Options): These laptops feature minimalist platinum silver design that is made of 50% recycled and low emissions aluminum construction, various port options (USB, HDMI, Thunderbolt), 5G and Wi-Fi 7 connectivity, MIL-STD testing for durability, 16:10 aspect ratio displays.
  • Dell Pro 14 & Dell Pro 16: These are entry-level models focused on essential productivity. They will feature metallic (platinum silver) and laser textured finishes (magnetite), 16:10 aspect ratio displays, and low-power displays for extended battery life.
  • Dell Pro Desktops: These desktops will be available in micro, slim, and tower form factors.

The Dell Pro Max Line: Unleashing Maximum Performance with Advanced AI

The “Dell Pro Max” line is the flagship offering, targeting power users, content creators, designers, and engineers who demand the absolute best in performance and cutting-edge AI capabilities.

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Source: Dell
  • Processors: Dell Pro Max PCs will feature the most powerful Intel Core or AMD Ryzen processors available, offering the highest core counts and clock speeds for maximum performance.
  • Graphics: High-performance dedicated graphics cards will be standard in this line, catering to demanding workloads like high-end gaming, professional video editing, 3D modeling, and complex simulations.
  • Memory and Storage: RAM configurations are expected to start at 32GB and may reach 64GB or even more to handle the most demanding applications and workflows. Storage solutions will focus on speed and capacity, with the fastest NVMe SSDs in large capacities and potentially even RAID configurations for maximum performance and data redundancy.
  • Key AI Features: Dell Pro Max PCs will offer the most advanced AI features, including AI-powered content optimization for video editing and graphic design, which could include features like automatic scene detection, intelligent color grading, and AI-assisted rendering. Real-time machine translation support could also be included, allowing for seamless communication with international clients and colleagues. Advanced security protocols using AI threat detection will provide an extra layer of protection for sensitive data.

The “Dell Pro Max” line will be launching with these models:

  • Dell Pro Max 14/16: High-performance PCs in portable designs, with “Plus” and “Premium” models coming later this year.
    • Key Features (Shared): Expansive screen real estate (16-inch model), up to QHD+ resolution, 16:10 aspect ratio, optional touchscreen, support for up to NVIDIA RTX 2000 Ada Generation Laptop GPU for AI inferencing, rendering, and creative applications.
  • Dell Pro Max Desktops: Scalable desktops for demanding applications.
    • Key Features (Shared): Available in micro, slim, and tower form factors, NVIDIA RTX professional graphics and AMD graphics options.

Dell’s Commitment to Software and Partnerships

While the hardware specifications provide a strong foundation, Dell’s commitment extends to the software ecosystem as well. Dell is focusing on tight integration with Windows and strategic partnerships to deliver a cohesive AI experience. This likely involves pre-installed software suites tailored to each product line.

For the Dell line, this might include productivity and entertainment applications optimized for AI acceleration. The Dell Pro line might feature business-focused tools with AI-powered features like advanced analytics or workflow automation. And the Dell Pro Max could include professional-grade creative applications with AI enhancements for tasks like video editing, 3D rendering, and graphic design.

Dell is also working closely with key partners like Microsoft and other software vendors to ensure seamless compatibility and optimized performance for AI-driven applications.

Addressing the Needs of the Modern Workforce

Dell’s focus on “Anywhere Productivity” speaks directly to the evolving needs of the modern workforce. With the rise of remote work and hybrid work models, the ability to stay productive regardless of location is more important than ever. Dell’s AI-powered PCs are designed to address this need by providing features that enhance collaboration, streamline workflows, and optimize performance for various work environments. This includes features like AI-powered noise cancellation for clear communication during video conferences, intelligent power management for extended battery life on the go, and personalized user experiences that adapt to individual work styles.

[CES 2025] Dell Ditches XPS, Precision and Inspiron Brands for Simplified Dell-Centered Branding

For over three decade, Dell has built brand loyalty with its XPS, Inspiron, and Latitude lines. These names have become synonymous with specific types of Dell computers, catering to different needs and budgets. However, in a surprising move, Dell has announced a major rebranding, ditching these familiar names for a more streamlined approach.

The End of an Era: XPS, Inspiron, and Latitude No More

Gone are the days of browsing for the latest XPS 13 or Inspiron 15. Dell is completely revamping its PC naming scheme, opting for a shorter and simpler system. Under the new system, Dell PCs will be categorized under three main umbrellas: Dell, Dell Pro, and Dell Pro Max. This approach is reminiscent of Apple’s iPhone lineup, with “Pro” and “Pro Max” denoting higher-end configurations.

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Source: Dell Technologies

The immediate impact on consumers is a learning curve. Familiar names have been replaced with more generic ones. However, Dell assures us that the new system aims to simplify the buying process. Here’s a breakdown of the new categories:

  • Dell: This is the base category, catering to everyday computing needs for school, work, and play. It will likely encompass a range of configurations at various price points.
  • Dell Pro: Designed for professional-grade productivity, these PCs will likely feature more powerful processors, larger RAM options, and potentially business-oriented features.
  • Dell Pro Max: Sitting at the top of the new hierarchy, the Dell Pro Max is likely to be Dell’s flagship line, offering the most powerful configurations for demanding users like content creators and engineers.

Within each category, Dell will further differentiate models with suffixes like “Base,” “Plus,” and “Premium,” indicating increasing specifications and features.

The rebranding goes beyond just names. Dell is also introducing a new design aesthetic across its PC portfolio, with a focus on clean lines, premium materials, and a sleek look. Additionally, Dell is heavily emphasizing its commitment to AI-powered features within the new lineup. They claim these features will enhance user experience with functions like intelligent battery optimization and personalized performance profiles.

The “iPhone-ification” of Dell PCs

The decision to adopt a more iPhone-like naming scheme has raised eyebrows. Some see it as a logical step towards simplicity, while others question the need to abandon well-established brand names. Only time will tell if this strategy resonates with consumers.

There are potential benefits to Dell’s rebranding. A simpler naming scheme could make it easier for consumers to navigate the vast array of Dell PC options. Furthermore, the focus on “Dell” as the overarching brand could strengthen Dell’s overall brand identity.

The biggest challenge may be the loss of brand recognition associated with the older names. Consumers may initially find it confusing to navigate the new categories, especially when comparing Dell PCs with those of competitors who retain established brand names. Additionally, the lack of specific product names within each category (such as XPS 13) could make it harder for users to research and compare specific models.

While the potential benefits of a simpler and more streamlined approach are clear, the challenge lies in overcoming the loss of brand recognition and navigating the initial confusion among consumers. The success of this strategy will depend on Dell’s ability to effectively communicate the new naming system and the value proposition of each category. Only time will tell if consumers embrace the “new Dell” or yearn for the familiar names of the past.

[CES 2025] ASUS Releases New Z890 and B860 Motherboards

ASUS is unleashing a whole troop of new motherboards with its latest lineup of motherboards based on Intel‘s Z890 and B860 chipsets. These new offerings cater to a diverse range of users, from casual PC enthusiasts to hardcore gamers and professional content creators. With a focus on cutting-edge technologies, user-friendly features, and a variety of form factors, ASUS aims to provide the perfect foundation for any PC build. This comprehensive guide delves into the key features of these motherboards, helping you choose the ideal model for your specific needs.

ASUS B860 Z890 (1)

Z890 vs. B860: Understanding the Chipset Differences

The Z890 and B860 chipsets offer distinct capabilities, making your choice dependent on your performance requirements and budget. The Z890 is the clear choice for users demanding maximum performance and expandability. It boasts a significantly higher number of PCIe lanes (24 in total), which translates to superior bandwidth and connectivity for multiple high-performance devices like graphics cards, NVMe SSDs, and other expansion cards. This makes it ideal for multi-GPU setups or users who require a large number of high-speed peripherals.

The B860, while still capable, typically utilizes 16 or fewer PCIe lanes, which might be a limiting factor for more complex configurations. Overclocking is another key differentiator. The Z890 chipset unlocks the full overclocking potential of compatible Intel CPUs, allowing users to push their processor and memory beyond stock speeds for increased performance. The B860, on the other hand, generally does not support CPU overclocking, although some motherboard manufacturers might enable memory overclocking on select B860 models.

Connectivity is another area where the Z890 often takes the lead. These motherboards frequently feature the latest and greatest networking options, such as WiFi 7 and high-bandwidth 2.5GbE or even 5GbE Ethernet ports. B860 boards will still offer solid connectivity, but might stick to WiFi 6 or standard Gigabit Ethernet.

Shared Features Across Z890 and B860

Despite the performance gap between the chipsets, ASUS ensures a streamlined building experience across both Z890 and B860 motherboards by incorporating a suite of user-friendly features. Both chipset families support the latest high-bandwidth DDR5 memory, which significantly improves data transfer speeds and overall system performance compared to the previous DDR4 standard. ASUS motherboards often feature optimized memory trace layouts and robust power delivery systems to ensure stability and optimal performance even with high-frequency memory kits. \

M.2 storage integration is another common feature, allowing users to take advantage of the incredibly fast speeds of NVMe SSDs. Both Z890 and B860 motherboards usually come equipped with multiple M.2 slots, providing ample options for creating a responsive and high-capacity storage solution. Efficient cooling is essential for maintaining performance and component longevity, and ASUS addresses this with features like VRM heatsinks, M.2 heatsinks, and strategically placed fan headers.

Finally, ASUS simplifies the PC building process with its EZ DIY features, which may include tools like Q-Connector for easier cable management, Q-LED for quick diagnostics of boot issues, and the innovative ASUS Memtest86 for comprehensive memory testing. AI-powered utilities are also frequently included, automating system optimization tasks like overclocking, cooling profile adjustments, and network optimization.

Z890: Built for Performance

For users seeking the absolute best in performance and the ability to push their hardware to its limits, the Z890 chipset is the clear choice. These motherboards are engineered with robust power delivery systems, often featuring high-quality components like digital VRMs and high-current DrMOS power stages. This ensures stable power delivery even under extreme overclocking conditions, allowing enthusiasts to maximize their CPU’s potential.

ASUS B860 Z890 (1)

Z890 motherboards often boast the latest and greatest connectivity options, including WiFi 7 and high-bandwidth 2.5GbE or 5GbE Ethernet ports, catering to users who demand the fastest networking speeds. Multiple USB 3.2 Gen 2×2 ports provide ultra-fast data transfer speeds for external peripherals, further enhancing connectivity options. Audiophiles will appreciate the premium audio solutions often found on Z890 motherboards, which frequently feature high-fidelity audio codecs like ESS Sabre DACs and audiophile-grade capacitors for an exceptional listening experience.

B860: A Balance of Performance and Value

While not designed for extreme overclocking, ASUS B860 motherboards offer a compelling balance of performance and value, making them an excellent choice for mainstream users and gamers who don’t need the absolute bleeding edge. These boards still support the latest Intel processors and DDR5 memory, providing a significant performance boost over previous generations. They also offer a good selection of expansion slots and connectivity options, making them versatile enough for a wide range of tasks. The focus here is on providing a solid and reliable foundation for a modern PC build without breaking the bank.

Targeting Different User Segments: ROG Strix, TUF Gaming, and Prime

ASUS typically segments its motherboards into different series to cater to specific user needs. The ROG Strix series is geared towards gamers, featuring aggressive styling, advanced gaming features, and premium components. The TUF Gaming series focuses on durability and reliability, offering robust performance at a more accessible price point. The Prime series is designed for everyday computing and professional use, offering a balance of features, performance, and stability.

Pricing & Availability

ASUS has not yet released specific pricing or availability information for its Z890 and B860 motherboards. However, given their announcement at CES and the general release cycles of new hardware, we can expect them to become available in the coming months.

[CES 2025] MSI Unleashes a Brand New Lineup of Motherboards Based on Intel’s B860 and H810 Chipsets

b860 h810 20241231 CES Redefining Performance with Endless Inspiration

MSI’s just dropped a fresh batch of motherboards based on Intel‘s B860 and H810 chipsets, and they’re looking to cover all the bases. Whether you’re a casual user, a hardcore gamer, or a creative pro, there’s likely something here for you. These boards promise a solid mix of performance, reliability, and features that make building or upgrading your PC a smoother experience. So, let’s dive in and see what MSI has brought to the table.

B860 vs. H810: Picking the Right Chipset for Your Needs

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First things first, let’s talk about the difference between the B860 and H810 chipsets. Think of it like this: the B860 is the performance-focused option, while the H810 is more about value and everyday reliability. The B860 supports PCIe 5.0 for both graphics cards and M.2 storage, which translates to seriously fast speeds for demanding tasks. The H810, while still offering PCIe connectivity, will likely stick to PCIe 4.0 or even 3.0, which is perfectly fine for most everyday computing but might bottleneck high-end components. Another key difference is memory overclocking. The B860 lets you push your RAM to higher speeds for extra performance, while the H810 generally doesn’t support this feature. The B860 also boasts more PCIe lanes (24 compared to the H810’s likely 16 or fewer), giving you more flexibility for expansion. Plus, the connection between the CPU and the chipset itself is faster on the B860 (8 DMI Gen4 lanes vs. the H810’s 4). So, to sum it up: B860 for serious performance, H810 for solid value.

Features They Share: Making PC Building Easier

Even though the chipsets have different strengths, MSI has included some common features across both lines to make PC building less of a headache. Both support Thunderbolt 4 for those lightning-fast connections to external devices. And both benefit from MSI’s EZ DIY features, which include the EZ M.2 Shield Frozr II for easy M.2 cooling, the EZ PCIe Release for quick graphics card swaps, and the EZ Antenna design for simple Wi-Fi setup. These features are a real lifesaver, especially for first-time builders.

MSI’s Take on B860

b860 h810 20241231 CES MSI PRO B860 P WIFI PRO B860M A WIFI

MSI’s B860 motherboards are designed to handle some serious horsepower. They support the latest Intel processors, DDR5 memory, and have robust power delivery systems to keep everything stable, even under heavy loads. The Click BIOS X has been redesigned to be more user-friendly, giving you easy access to all the important settings. And with MSI’s Ultra Engine, these boards can handle some seriously fast memory speeds, exceeding 9200+ MT/s. That’s some serious memory bandwidth!

If you’re a gamer or a content creator, the B860 platform is definitely worth a look. Features like AI Boost, which overclocks the NPU for better AI performance, and the OC Engine, which lets you tweak your system for even more performance, are real game-changers. The Click BIOS X also has some handy presets and tools to help you get the most out of your hardware.

MSI’s H810 Motherboards for Everyday Computing

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While the B860 is all about high-end performance, the H810 focuses on delivering a reliable and affordable platform for everyday tasks. These boards are perfect for building a PC for browsing the web, checking email, watching videos, and handling basic productivity tasks. They might not have all the fancy features of the B860, but they provide a solid and dependable foundation for a budget-friendly build.

User-Friendly Design Across Both Platforms

MSI continues its commitment to user-friendly design with these new boards. The EZ DIY features, like the tool-free M.2 installation and the one-click graphics card release, make building and upgrading a breeze, no matter your experience level.

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Connectivity is key, especially for gamers and creators. The MAG series B860 boards come with super-fast Intel Killer Wi-Fi 7 and Intel Killer 5G LAN, so network bottlenecks are a thing of the past. They also include Thunderbolt 4 for high-speed data transfers and plenty of M.2 slots for fast storage. The H810 boards will still offer decent connectivity, but likely without the top-tier features like Wi-Fi 7 or as many M.2 slots.

MSI has used high-quality components and effective cooling solutions, especially on the B860 boards, to ensure they can handle demanding workloads for years to come. Features like extended heatsinks, multi-layered PCBs, and powerful VRMs keep everything running cool and stable.

The MAG and PRO Series: Different Styles for Different Users

MSI offers two main series for the B860 chipset: the MAG and PRO. The MAG series, like the MAG B860 TOMAHAWK WIFI and MAG B860M MORTAR WIFI, is designed for gamers with its aggressive styling and performance-focused features. The PRO series, including the PRO B860-P WIFI and PRO B860M-A WIFI, is geared towards professionals and everyday users, offering a more understated design and a focus on reliability and connectivity. There will likely be corresponding H810 models as well.

Project Zero: A Focus on Clean Builds

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MSI is also expanding its “Project Zero” lineup with new Z890 models. These boards move all the connectors to the back, making cable management a dream and creating a super clean look inside your PC. While not directly related to the B860/H810, it’s a cool design trend worth mentioning.

MSI is partnering with SignalRGB to let you easily control and sync all your RGB lighting across your MSI motherboard and other components.

Pricing & Availability

MSI hasn’t announced pricing or release dates for these boards just yet. But don’t worry, we’ll be keeping our ears to the ground and will bring you all the latest information as soon as we get it.

MSI Brings the Heat to CES 2025 with AI-Powered Gaming Monitors

MSI has arrived at CES 2025 with a clear message: they’re not just playing the game; they’re changing it. Their new lineup of gaming monitors showcases a serious commitment to pushing the boundaries of display technology, with a heavy emphasis on AI integration and blistering performance. Let’s take a closer look at what they’re bringing to the table.

QD OLED Gaming Monitor Launch

AI Navigator: Your New Gaming Co-Pilot

Before we dive into the individual monitors, let’s talk about the star of the show: MSI’s AI Navigator. This isn’t just a gimmick; it’s a genuine attempt to simplify and enhance the gaming experience through artificial intelligence. The AI Navigator integrates the new AI Menu, which acts as a central hub for adjusting MSI AI settings. This means you can fine-tune your monitor for optimal performance with minimal fuss. Whether you’re into fast-paced shooters, immersive RPGs, or strategic simulations, the AI Menu allows you to pre-customize settings like monitor profiles, refresh rates, and AI Dual Mode settings. It’s like having a personal gaming assistant that optimizes your setup for each game you play.

MPG 272URX QD-OLED: 4K at 240Hz – A Visual Feast

MSI is claiming a world first with the MPG 272URX QD-OLED: a 27-inch 4K monitor boasting a 240Hz refresh rate and powered by a 5-layer tandem OLED panel featuring EL Gen 3 technology. This new material composition is said to improve efficiency by up to 30%. What does this mean for you? Stunningly crisp visuals with a 166 PPI, enhancing text sharpness and significantly reducing color fringing. This monitor has even earned a CES 2025 Innovation Award for its design and performance. With G-SYNC Compatible support, gamers can expect smooth, tear-free gameplay with minimal lag and compatibility with future hardware. If you’re looking for a top-tier visual experience for AAA titles, this monitor is definitely worth considering.

MPG 272QR QD-OLED X50: Speed Demons Rejoice

For those who prioritize speed above all else, MSI introduces the MPG 272QR QD-OLED X50. This 27-inch QHD panel boasts a blistering 500Hz refresh rate, making it one of the fastest gaming monitors on the market. Combined with a 0.03ms GtG response time, this monitor promises an incredibly smooth and responsive gaming experience. Like its 4K sibling, it features DisplayPort 2.1a (UHBR20) technology. The MPG 272QR QD-OLED X50 has also earned both VESA DisplayHDR™ True Black 500 and VESA ClearMR 21000 certifications, guaranteeing exceptional color accuracy, brightness, and clear dynamic visuals.

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MPG 322URX QD-OLED: Big Screen, Big Performance

For console gamers and those who prefer a larger display, MSI offers the MPG 322URX QD-OLED. This 32-inch 4K monitor also boasts a 240Hz refresh rate and DisplayPort 2.1a (UHBR20) support, making it ready for future hardware. With G-SYNC Compatible technology and an ultra-fast 0.03ms GTG response time, this monitor is designed to handle both cinematic RPGs and fast-paced action games with ease.

Ready for the Future: DisplayPort 2.1a (UHBR20)

MSI isn’t just focusing on current-gen technology; they’re looking ahead. All three QD-OLED models feature DisplayPort 2.1a (UHBR20), which offers significantly increased bandwidth compared to previous DisplayPort standards. This means support for higher resolutions, refresh rates, and uncompressed image quality in the future.

Mini LED Makes an Appearance

In addition to the QD-OLED lineup, MSI also showcased the MPG 274URDFW E16M, featuring Mini LED 1152-zone backlight technology. This technology allows for precise control over light and shadow, resulting in vibrant contrast, deeper blacks, and minimized light bloom. The monitor also features a dual-mode function, allowing users to switch between 4K UHD (3840 x 2160) at 160Hz and 1080p FHD (1920 x 1080) at 320Hz. MSI’s AI Dual Mode intelligently detects the current resolution and refresh rate, automatically adjusting to the optimal settings.

What Does This Mean for Gamers?

MSI’s announcements at CES 2025 signal a clear focus on delivering cutting-edge display technology to gamers. The combination of AI-powered optimization, ultra-fast refresh rates, high resolutions, and advanced panel technologies like QD-OLED and Mini LED promises to elevate the gaming experience to new heights. The emphasis on future-proofing with DisplayPort 2.1a (UHBR20) is also a welcome addition, ensuring that these monitors will remain relevant for years to come. While pricing and availability details are still forthcoming, these monitors are definitely worth keeping an eye on for any serious gamer looking to upgrade their setup.