#intelcoreultraprocessors

MSI Memory Extension Mode

MSI Memory Extension Mode to Increase Intel Core Ultra 9 285K Gaming Performance

In order to provide more bandwidth, reduced latency, and enhanced gaming performance, MSI Memory Extension Mode optimizes memory settings.

Memory Extension Mode, which was created for Intel Core Ultra processors, adds a new High-Efficiency Mode to the Performance, Benchmark, and Memtest modes already available.

Depending on the integrated memory controller (IMC) and memory overclocking capabilities of their processor, users can choose the optimal mode for their system.

Memory Extension Mode Reduces Memory Latency by 12%-16%

Using DDR5-7200 and DDR5-8200 memory at XMP rates, tests with the Intel Core Ultra 9 285K CPU reveal that the High-Efficiency option in Memory Extension option lowers memory latency by an extra 12%–16% compared to regular XMP configurations.Image credit to MSI

XMP + Memory Extension Mode – Up to 10% Faster Gaming Performance than XMP, 21% Faster than Default

Tests using an RTX 4090 GPU and DDR5-7200 or DDR5-8200 memory showed that, depending on the game, using XMP improved 1080p gaming performance by 6%–14% when compared to the default DDR5–4800 settings.

DDR5-8200 memory can further improve gaming performance by 5%–10%, depending on the game, using both XMP and the High-Efficiency Mode.

Up to 21% more performance is achieved with DDR5-7200 memory when XMP and High-Efficiency Mode are enabled combined.Image credit to MSI

How to Enable Memory Extension Mode

Beginning with the motherboards in the 800-series, MSI presents the new Click BIOS X, which offers an easier-to-use interface. Enter BIOS (EZ Mode by default), press F7 to go to Advanced Mode, and then look for the Memory Extension Mode option on the Overclocking page to activate Memory Extension Mode. To apply, pick the preferred mode from the menu.

System Configuration:

CPU: 285K Intel Core Ultra 9

Motherboard: MEG Z890 ACE from MSI

Memory: G.Skill DDR5-8200 24GBx2 and Galax DDR5-7200 16GBx2

MSI GeForce RTX 4090 SUPRIM X 24G graphics card

Kingston SNV2S/2000G SSD

MSI Correliquid I360 CPU Cooler

MSI MEG Ai1300P PCIE5 power supply

Windows 11 24H2 build 26100.2033 is the operating system (Power Mode: Best Performance).

Call of Duty: Modern Warfare II is set to balanced, Black Myth: Wukong is set to high, and every other game is set to optimal quality.

Intel’s Core Ultra 9 285K processor is a powerful option for high-performance gaming. When combined with MSI Memory Extension Mode, this processor achieves unprecedented speed and efficiency. In order to fully utilize the Core Ultra 9 285K, we’ll examine how to maximize your gaming experience by utilizing MSI’s Memory Extension Mode.

Why Intel Core Ultra 9 285K?

The Intel Core Ultra 9 285K has 24 cores and 48 threads for demanding tasks. Intel’s cutting-edge architecture delivers this CPU fast clock rates and great multi-threading for video editing, gaming, and other tasks. MSI’s Memory Extension Mode fine-tunes performance for optimal performance.

Understanding MSI Memory Extension Mode

An inventive feature that maximizes memory allocation to improve overall performance is MSI’s Memory Extension Mode. Turning on this mode allows you to:

Boost memory bandwidth to handle data more quickly.

Cut down on latency to enhance responsiveness and facilitate more fluid gameplay.

Increase system stability, which is important for extended game sessions.

How Does Memory Extension Mode Work?

Memory Extension Mode dynamically modifies memory allocation, giving high-demand apps like games more resources. This feature can increase frame rates, decrease stutter, and improve overall performance by optimizing memory consumption in real-time, making gaming more engaging.

Benefits of Using Memory Extension Mode with Intel Core Ultra 9 285K

Improved Frame Rates

By lowering memory bottlenecks, Memory Extension Mode increases frame rates. Gameplay becomes more fluid and reliable as a result, particularly in graphics-heavy games. The Core Ultra 9 285K can manage more processes at once with faster memory allocation, guaranteeing a smooth gaming experience.

Faster Reaction and Lower Latency

The time it takes for information to get from the CPU to the memory is known as latency. In high-speed gaming, Memory Extension Mode reduces latency, enabling faster reaction times. In competitive games, where milliseconds can make a big difference, this function is quite helpful.

Improved Ability to Multitask

Memory Extension Mode makes sure your system stays responsive for gamers who stream or multitask. This mode optimizes memory use to preserve seamless performance across many applications, whether you’re gaming, filming, or live streaming.

Increased Stability of the System

Your system may experience severe load from prolonged gaming sessions. Even with prolonged use, Memory Extension Mode offers a steady gaming experience by lowering the possibility of lag and crashes.

How to Enable MSI Memory Extension Mode

Step 1: Go to the BIOS Configuration

You must first restart your computer and go into the BIOS configuration in order to activate Memory Extension Mode. Depending on your motherboard, you can usually hit F2, DEL, or F12 to access the BIOS at startup.

Step 2: Go to Memory Configuration

Find the Memory settings area in the BIOS menu. Depending on the type of your motherboard, this is typically located under the “Advanced” or “Performance” tab.

Step 3: Enable Memory Extension Mode

Select Enabled when you locate the Memory Extension Mode option. After saving your settings, close the BIOS. The updated RAM settings will be applied when your system restarts.

Step 4: Evaluate Performance

Run a benchmark test or start a demanding game to see how well your system performs after turning on Memory Extension Mode. Stutter should be lessened, frame rate stability should increase, and system responsiveness should generally improve.

Optimizing Further: Complementary Settings for Gaming

The Intel Core Ultra 9 285K is being overclocked

Think about overclocking the Intel Core Ultra 9 285K to maximize performance. Performance can be increased by overclocking the CPU to operate at higher frequencies. Overclocking can produce additional heat, thus it should be done properly and with sufficient cooling.

Modifying the Power Configuration

Set your system’s power settings to “High Performance” mode for optimal performance. This guarantees that your CPU and GPU are operating at optimal efficiency, resulting in a discernible improvement in gaming performance.

GPU Driver Updates

For the best gaming experience, you must update your GPU drivers on a regular basis. Updated drivers increase stability, bring speed optimizations, and make the newest games more compatible.

Introducing Intel Tiber AI Cloud

Today Intel excited to announce the rebranding of Intel Tiber AI Cloud, the company’s rapidly expanding cloud offering. It is aimed to providing large-scale access to Intel software and computation for AI installations, support for the developer community, and benchmark testing. It is a component of the Intel Tiber Cloud Services portfolio.

What is Intel Tiber AI Cloud?

Intel’s new cloud service, the Intel Tiber AI Cloud, is designed to accommodate massive AI workloads using its Gaudi 3 CPUs. Rather than going up against AWS or other cloud giants directly, this platform is meant to serve business clients with an emphasis on AI computing. Tiber AI Cloud is particularly designed for complicated AI activities and offers scalability and customization for enterprises by using Intel’s cutting-edge AI processors.

Based on the foundation of Intel Tiber Developer Cloud, Intel Tiber AI Cloud represents the rising focus on large-scale AI implementations with more paying clients and AI partners, all the while expanding the developer community and open-source collaborations.

New Developments Of Intel Tiber AI Cloud

It have added a number of new features to Intel Tiber AI Cloud in the last several months:

New computing options

Nous began building up Intel’s most recent AI accelerator platform, Intel Tiber AI Cloud, in conjunction with last month’s launch of Intel Gaudi 3. We anticipate broad availability later this year. Furthermore, pre-release Dev Kits for the AI PC using the new Intel Core Ultra processors and compute instances with the new 128-core Intel Xeon 6 CPU are now accessible for tech assessment via the Preview catalog in the Intel Tiber AI Cloud.

Open source model and framework integrations

With the most recent PyTorch 2.4 release, Intel revealed support for Intel GPUs. Developers may now test the most recent Pytorch versions supported by Intel on laptops via the Learning catalog.

The most recent version of Meta’s Llama mode collection, Llama 3.2, has been deployed in Intel Tiber AI Cloud and has undergone successful testing with Intel Xeon processors, Intel Gaudi AI accelerator, and AI PCs equipped with Intel Core Ultra CPUs.

Increased learning resources

New notebooks introduced to the Learning library allow you to use Gaudi AI accelerators. AI engineers and data scientists may use these notebooks to run interactive shell commands on Gaudi accelerators. Furthermore, the Intel cloud team collaborated with Prediction Guard and DeepLearning.ai to provide a brand-new, well-liked LLM course powered by Gaudi 2 computing.

Partnerships

It revealed Intel’s collaboration with Seekr, a rapidly expanding AI startup, at the Intel Vision 2024 conference. To assist businesses overcome the difficulties of bias and inaccuracy in their AI applications, Seekr is now training foundation models and LLMs on one of the latest super-compute Gaudi clusters in Intel’s AI Cloud, which has over 1,024 accelerators. Its dependable artificial intelligence platform, SeekrFlow, is now accessible via Intel Tiber AI Cloud‘s Software Catalog.

How it Works

Let’s take a closer look at the components that make up Intel’s AI cloud offering: systems, software, silicon, and services.

Silicon

For the newest Intel CPUs, GPUs, and AI accelerators, Intel Tiber AI Cloud is first in line and Customer Zero, offering direct support lines into Intel engineers. Because of this, Intel’s AI cloud is able to provide early access to inexpensive, perhaps non-generally accessible access to the newest Intel hardware and software.

Systems

The size and performance needs of AI workloads are growing, which causes the demands on computational infrastructure to change quickly.

To implement AI workloads, Intel Tiber AI Cloud provides a range of computing solutions, including as virtual machines, dedicated systems, and containers. Furthermore, it have recently implemented high-speed Ethernet networking, compact and super-compute size Intel Gaudi clusters for training foundation models.

Program

Intel actively participates in open source initiatives like Pytorch and UXL Foundation and supports the expanding open software ecosystem for artificial intelligence. Users may access the newest AI models and frameworks in Intel Tiber AI Cloud with to dedicated Intel cloud computing that is assigned to help open source projects.

Services

The way in which developers and enterprise customers use computing AI services varies according on use cases, technical proficiency, and implementation specifications. To satisfy these various access needs, Intel Tiber AI Cloud provides server CLI access, curated interactive access via notebooks, and serverless API access.

Why It Is Important

One of the main components of Intel’s plan to level the playing field and eliminate obstacles to AI adoption for developers, enterprises, and startups is the Intel Tiber AI Cloud:

Cost performance: For the best AI implementations, it provides early access to the newest Intel computing at a competitive cost performance.

Scale: From virtual machines (VMs) and single nodes to massive super-computing Gaudi clusters, it provides a scale-out computing platform for expanding AI deployments.

Open source: It ensures mobility and prevents vendor lock-in by providing access to open source models, frameworks, and accelerator software supported by Intel.

Microsoft Launches Swift Navigate AI PCs with Intel Core Ultra Processors

Acer included Intel Core Ultra CPUs with Intel’s first NPU and AI PCs acceleration to its Swift range of thin and light notebooks. The new Swift laptops’ strong processor and AI-supported capabilities make them more performance-minded, competent, and intuitive for content creation, schooling, productivity, and play.

“Immediately following unveiling her first generation of Intel Core Ultra laptops last month, They are introducing even more Swift products to help more customers enjoy premium laptop experiences and AI PCs-supported technology for more exciting and effective AI PCs use,” said Acer’s General Manager, Notebooks, IT Products Business, James Lin. “Plus, these laptops feature impressive updates that help customers do more – and do them even better.”

Through his strong technological partnership with Acer, they are developing beyond the CPU for power efficiency, graphics, and AI. AI PCs like the Acer Swift Go and Swift X 14 use Intel Core Ultra CPUs and an all-new NPU to allow AI on client. Intel Senior Vice President and General Manager of the Client Business Group Jim Johnson said he was delighted for clients to experience the improved collaboration, productivity, and creativity of these AI PCs.

Latest Tech: Acer Swift Go Laptops with OLED Displays, Wi-Fi 7, and AI

Acer Swift Go 16 (SFG16-72) and Swift Go 14 (SFG14-73) are Intel Evo platform laptops with new Intel Core Ultra processors and Intel Arc built-in GPUs, providing premium performance and all-day battery life of up to 12.5 hours for the 14-inch laptop and 10.5 hours for the 16-inch laptop.

Other AI-supported features increase user experiences and creativity, making Swift Go laptops more appealing. Built for the future generation of computing, Windows users may use Copilot with one click of the laptop’s unique Copilot key to maximize work, creation, and playtime with AI.

Both AI PCs include a 1440p QHD camera with TNR and Acer PurifiedView’s AI PCs conferencing capabilities including Background Blur, Automatic Framing, and Eye Contact for better video. The three microphones and Acer PurifiedVoice 2.0 technology with AI noise reduction record crisp, clear audio and decrease background noise and sounds beyond the speaker on the camera. Intel Wi-Fi 7 speeds up internet connections by 2.4x over Wi-Fi 6E and keeps laptops connected when it counts.

Both laptops have the Swift line’s thin-and-light aluminum design, which opens to 180 degrees for convenient collaboration. Some Swift Go 14 versions include a multi-control lighting touchpad for immediate media instructions and an OceanGlass touchpad for smooth, productive scrolling. For mouse-free scrolling and on-the-go lifestyles, both touchpads provide 44% more scrolling area. The Swift Go versions also include Intel Unison 2.0 for quick and effortless laptop-to-Android or iOS smartphone connections.

The new Swift Go devices include beautiful, color-rich OLED screens with 500-nit peak brightness, 100% DCI-P3 color gamut, and DisplayHDR True Black 500 certification, like their predecessors. Graphics are attractive as well as detailed when viewing the Swift Go 16’person 16-inch 3.2K OLED display with 3200 x 2000 resolution and 120 Hz refresh rate, as well as the Swift Go 14’s 14-inch 2.8K display with 2880 x 1800 performance and 90 Hz refresh rate.

Both versions have TÜV Rheinland Eyesafe display certified to decrease eye strain. WUXGA touchscreen screens allow touch and pen input, which is useful for note-taking and drawing.

Speed Go laptops are now able to take 32 GB LPDDR5X RAM and a 2 TB PCIe Gen 4 SSD with two slots. Lastly, the electronics include HDMI 2.1, twin USB Type-C connections having Thunderbolt 4 for rapid charging, an internal USB Type-A connectors for internet charging, with a microSD card reader. The portable computers encompass Bluetooth Advanced Communication for better wireless devices audio.

Acer Swift X 14 AI PC with Calman-Verified Display for Students and Creators

The recently launched Acer that Swift X 14 (SFX14-72G) uses the most modern Intel CPU Core Ultra, the most recent NVIDIA GeForce RTX 40 Series Laptop GPUs, as well and a Calman-verified 2.8K OLED the monitor to empower a broad spectrum of users.

Quality laptops including latest Intel Core Ultra H-Series CPUs and upwards to three NVIDIA GeForce RTX 4070 Laptop GPUs allow quicker AI-enhanced workflows for better live streaming, video editing, and 3D rendering. AI PCs ray reconstruction in NVIDIA DLSS 3.5 improves lighting effects and resolution in graphics-intensive games and apps. Additionally, the Swift X 14 is NVIDIA Studio-validated, optimized with pre-installed NVIDIA Studio Drivers, and supports Copilot in Windows (with a dedicated Copilot key) that uses AI to help users navigate their devices and apps.

The Calman-verified 14.5-inch 2.8K OLED panel delivers accurate color with Delta E<2 in animation, pictures, and video, enabling designers to bring their ideas to life. The 100% DCI-P3 color spectrum, high-contrast rating, and 500-nit peak brightness with VESA DisplayHDR TrueBlack 500 certification provide the OLED panel vivid colors and clarity. The display’s Acer Light Sensing technology dramatically adjusts color temperature and brightness to lighting situations. Finally, the 120 Hz frame refresh rate delivers seamless, high-quality television and entertainment.

Swift X 14 is suitable for work and school productivity as well as content production. A FHD webcam with AI-enabled Temporal Noise Reduction (TNR), Acer PurifiedView and PurifiedVoice 2.0 with AI Noise Reduction technology, and three microphones for improved audio capture and clarity make conferencing seamless and effective.

Dual USB Type-C ports, an HDMI 2.1 port, a MicroSD card reader, Wi-Fi 6E, and Bluetooth LE Audio keep devices connected, while a large fan, dual D6 copper heat pipes, and a dedicated air inlet keyboard keep the laptop cool. Up to 32 GB LPDDR5X RAM and 1 TB PCIe Gen 4 SSD are also available in the Swift X 14.

Acer introduced new Aspire laptops with a wide range of performance and design options for everyday computing.

The Aspire Vero 16, the latest in the Vero line, uses Intel Core Ultra CPUs with Intel AI Boost and Wi-Fi 7. On the Aspire Vero 16, Acer will follow worldwide carbon footprint calculation and neutrality criteria. At each stage of the device lifespan, carbon footprints are reduced, and high-quality carbon credits are used to achieve carbon neutrality. The Intel Evo Edition laptop uses twice as much post-consumer recycled (PCR) materials on the chassis than the 2021 model to combine eco-innovation and luxury PC experiences.

The new Acer Aspire Go 15 and 14 laptops support home and family use. Aspire Go laptops have up to Intel Core i3 N-Series processors, more RAM, full-function peripherals, and Acer PurifiedVoice technology. The Aspire Go 14 has an AMD Ryzen 7000 Series processor. The new Aspire devices have the latest AI-powered technology, including an intelligent AI companion with Copilot in Windows and a dedicated Copilot key, and Acer PurifiedVoice for clear conference conversations.

Carbon Neutral AI PC Aspire Vero 16: Great Performance

With a new design and the newest cooperation features, the Acer Aspire Vero 16 (AV16-51P) is an eco-friendly alternative without losing performance. The Intel Evo Edition delivers exceptional PC experiences, enhanced productivity, and up to 10.5 hours of battery life with up to Intel Core Ultra 7 CPUs with Intel AI Boost. Copilot in Windows uses the app’s centralized generative AI to let users navigate their devices easily, saving time and effort when working, creating, or playing. The AI PC’s 1440p QHD camera with AI-assisted Acer PurifiedVoice delivers clear video and audio for conferencing. The Windows 11 laptop has 16 GB of LPDDR5 memory and supports up to 2 TB of dual PCIe Gen 4 SSD storage.

Simple and eco-chic, the Aspire Vero 16’s smoothened surface in Cobblestone Gray will appeal to users. The tactile chassis’ 60% PCR material and lack of volatile organic chemicals, paint, and additives reduce CO2 emissions. For environmentally conscious customers, the Aspire Vero 16’s OceanGlass touchpad, produced with ocean-bound plastic, packaged in 100% recyclable packaging, and EPEAT Gold registration make it a wonderful choice.

The Aspire Vero 16 has features to improve collaboration and support different lifestyles. The device’s 16-inch WQXGA (2560 x 1600) display with minimal bezels and 100% sRGB color coverage is perfect for work or entertainment. It also has a WUXGA touchscreen. Wi-Fi 7 compatibility, Bluetooth LE Audio, two USB Type-C connections (Thunderbolt 4 and USB4), and an HDMI 2.1 port let users stream, work, and connect anywhere. The Aspire Vero 16’s clever apps include AcerSense, which manages battery usage, power-saving, and performance modes, and Intel Unison 2.0, which combines devices and operating systems for seamless productivity.

Aspire Go Laptops: Easy to Use

These new Aspire Go laptops are ideal for home users, families, and students who want value and performance with all the necessities to stay connected and productive. The Aspire Go 15 (AG15-31P) and Aspire Go 14 (AG14-31P) models use up to Intel Core i3 N-Series processors, while the Aspire Go 14 (AG14-21P) uses AMD Ryzen 7000 Series processors for responsive performance and up to 10 hours of battery life. Each model has up to 16 GB LPDDR5 RAM and 1 TB M.2 PCIe Gen 3 SSD for photos, videos, and files.

Large viewing spaces and high-resolution graphics on the Aspire Go 14’s WUXGA screen and the Aspire Go 15’s FHD display are provided by small bezels and up to 16:10 aspect ratios. The devices are integrated with Copilot on Windows, making tasks and programs easier to utilize with a single click. Acer PurifiedVoice AI Noise Reduction and two digital microphones capture speech accurately, while Acer’s TNR solution improves image quality in low-light video conversations. The best storage space optimization and application monitoring tool is AcerSense, and Wi-Fi 6 reduces video calling and movie streaming buffering.

Acer BlueLightShield protects the eyes during long viewing sessions on all new Aspire Go models. The Aspire Go 15 and 14 have Energy Star and EPEAT Silver registration, recyclable covers and packaging, and recyclable materials.

Cost and Accessibility

AV16-51P will be released in North America in April for USD 749.99 and in EMEA in March for EUR 1,199.

As of February, the Acer Aspire Go 15 (AG15-31P) would cost USD 249.99 in North America and EUR 529 in EMEA.

In March, North America will sell the Acer Aspire Go 14 (Intel CPU) (AG14-31P) for USD 249.99 and EMEA for EUR 549.

As of March, the Acer Aspire Go 14 (AMD CPU) (AG14-21P) would cost USD 379.99 in North America and EUR 649 in EMEA.