Introducing CUDIMM Technology

The DDR5 Clocked Unbuffered DIMM (CUDIMM) technology at the core of this innovation is a breakthrough in how memory modules interact with system workloads. Unlike traditional memory modules, the CUDIMM dynamically adjusts its clock frequency and voltage in real time, responding to the demands of the system and the specific application running. This adaptability leads to faster data transmission, reduced power consumption, and enhanced overall system stability, making it a crucial development for power users, gamers, and professionals alike.

A New Era of Overclocking: DDR5 RGB O CUDIMM

The RGB O CUDIMM modules debut with capacities of 32GB (2x16GB) and 48GB (2x24GB), offering base speeds starting at 6400MT/s and pushing the boundaries to 9200MT/s and beyond when overclocked. This leap in performance caters directly to users who require the highest levels of speed and responsiveness from their systems, whether for gaming, content creation, or complex computational tasks.

The inclusion of XMP profiles in these modules simplifies the overclocking process, enabling users to unlock their system’s full potential without the need for intricate manual adjustments. This feature is particularly beneficial for those who want to push their hardware to its limits while maintaining system stability.

Design Excellence: Xfinity Series and Award Recognition

The RGB O CUDIMM modules are part of the acclaimed Xfinity series, which has already earned recognition for its exceptional design and performance. The series recently won the Red Dot Award 2024, highlighting the innovative approach v-color takes in blending aesthetics with functionality. Available in black with either a gold or silver RGB bar, these modules not only perform exceptionally but also add a visually striking element to any desktop setup.

Innovative Heatsink Design for Optimal Cooling

High-performance memory modules often face challenges related to heat dissipation! which can impact their longevity and reliability. V-color has addressed this with a newly patented heatsink design (Patent No. 113208127) that incorporates an inside-fitting back design. This design is tailored to fit individual memory chips more effectively, enhancing cooling efficiency.

The previous flat heatsink design, which utilized a 3M double-sided thermal conductivity tape with a rating of 0.9 W/mK, was tested to maintain a stable temperature of approximately 86 degrees Celsius under load. The new heatsink improves upon this by integrating two 0.8mm-thick cuboids directly into the mold, allowing for closer contact with the memory chips. Instead of relying on traditional double-sided tape, v-color uses a high-performance 0.2mm thermal dissipation patch with a conductivity rating of 2.5 W/mK. When compressed during assembly, this patch reduces to 0.1mm, significantly improving the heat dissipation capabilities.

Achieving Cooler Performance

Testing has shown that this advanced cooling solution can reduce overall temperatures by 2-5% degrees. This improvement brings the heat dissipation performance of these modules closer to that of bare memory strips! which are renowned for their superior cooling due to the absence of a heatsink. This development is a testament to v-color’s commitment to pushing the boundaries of what’s possible in-memory technology.

Conclusion

With the launch of the RGB DDR5 O CUDIMM, v-color Technology Inc. continues to lead the way in memory innovation! offering solutions that not only meet the needs of today’s high-performance computing environments but also set the stage for future advancements. This release reaffirms v-color’s position as a pioneer in the industry, delivering products that combine cutting-edge technology! aesthetic appeal, and practical functionality.  To learn more about v-color, please visit https://v-color.net/

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Overclocking Memory: T-FORCE DELTA RGB ECO DDR5

The T-FORCE DELTA RGB ECO DDR5 Desktop Memory stands out as the industry’s first eco-friendly overclocking memory with RGB lighting. The memory module is designed with light pipes made from 100% recycled post-consumer recycled (PCR) plastics, and its heat spreaders are composed of 80% recycled aluminum. This innovative use of materials not only maintains the high-performance standards that gamers expect but also significantly reduces carbon emissions—by up to 73% for each module.

This DDR5 memory is available in two frequency options, 5600 MHz and 6000 MHz, making it a versatile choice for both casual and competitive gamers. It supports Intel XMP 3.0 and AMD EXPO dual-mode one-click overclocking technology, ensuring compatibility across a wide range of systems. Rigorous testing with various motherboard brands further ensures the memory’s stability and performance. The T-FORCE DELTA RGB ECO DDR5 is more than just a memory module; it’s a statement of environmental consciousness, inviting gamers worldwide to participate in the movement towards sustainable technology.

Sustainable Storage Solutions: TEAMGROUP PD20 ECO Mini External SSD

Complementing the eco-friendly memory module is the TEAMGROUP PD20 ECO Mini External SSD, another stellar addition to the ECO series. Crafted from 75% PCR plastic and packaged with FSC-certified recyclable materials, this SSD underscores TEAMGROUP’s dedication to sustainability. The manufacturing process of the PD20 ECO saves approximately 42,200 plastic bottles for every 100,000 units produced, illustrating the significant environmental impact of these eco-friendly practices.

Despite its green credentials, the PD20 ECO Mini does not compromise on performance. It offers blazing-fast data transfer speeds of up to 1,000 MB per second, facilitated by a USB 3.2 Gen 2 x1 Type-C interface. Available in capacities of up to 4 TB, this SSD meets the storage needs of both casual users and professionals, all while embodying eco-friendly principles. The SSD’s design, in sage green, symbolizes renewable energy, and its lightweight, compact form factor—just 22 g with a convenient hanging hole—makes it exceptionally portable.

TEAMGROUP’s Commitment to a Greener Future

TEAMGROUP’s latest product releases are more than just technological advancements; they are a testament to the company’s dedication to addressing the pressing environmental challenges of our time. By integrating recycled materials and sustainable practices into its product lines, TEAMGROUP is positioning itself as a leader in green innovation within the tech industry.

The ECO series, which includes both the T-FORCE DELTA RGB ECO DDR5 and the PD20 ECO Mini SSD, represents the company’s broader commitment to sustainability. These products reflect the core principles of carbon reduction, environmental protection, and resource efficiency, setting a new standard for eco-friendly technology in the memory and storage sectors.

As consumers become increasingly aware of the environmental impact of their purchases, TEAMGROUP’s efforts to offer high-quality, eco-conscious products resonate with a growing demand for sustainable alternatives. By prioritizing green innovation, TEAMGROUP is not only meeting this demand but also paving the way for a future where technology and environmental responsibility go hand in hand.

For those interested in these innovative products and the latest updates on TEAMGROUP’s offerings, the company’s official channels remain the best source for information on availability and sales.

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The DDR5 MANTA XFinity Filler Kit: A New Era of Memory Innovation

The DDR5 MANTA XFinity Filler Kit is designed for tech enthusiasts and professionals seeking to push the boundaries of their computing systems. Available in speeds ranging from 5600 to 7200 MHz, this powerful combo is not just another memory kit on the market; it is a statement of V-color’s commitment to delivering top-notch quality and innovative solutions to meet the demands of modern computing.

What sets this kit apart is its SSC 2+2 configuration, which includes both DRAM and non-DRAM RGB filler sticks. This design not only ensures peak performance but also elevates the aesthetics of any build. The RGB filler kit, which is the centerpiece of this offering, is fully EXPO-Ready, ensuring seamless automatic overclocking and synchronization across motherboards from leading brands like ASUS, ASROCK, GIGABYTE, and MSI. This makes it an ideal choice for those who want to enhance their system’s speed and stability while also enjoying complete control over lighting effects.

Aesthetic Excellence with the Patented RGB Filler Kit

One of the most exciting aspects of the DDR5 MANTA XFinity Filler Kit is the inclusion of the Patented RGB Filler Kit, specifically designed for AMD Ryzen systems. The non-DRAM RGB dummy sticks are more than just placeholders; they are crafted to fill empty DIMM slots, ensuring that every build looks complete and visually stunning. The kit’s sophisticated design is highlighted by meticulously arranged LEDs and a carved diffuser that provides smooth light effects and ultimate brightness.

Available in both black and white heatsinks, the kit allows users to inject their personal style into their systems, making it not just a component but a statement piece in any PC build. This customization extends beyond aesthetics; the kit is fully compatible with major motherboard RGB software, including ASUS Aura Sync, Gigabyte RGB Fusion, MSI Mystic Light, and ASRock Polychrome Sync. This level of control enables users to create a cohesive and immersive visual experience across all their devices.

Performance and Compatibility: EXPO-Ready for Seamless Overclocking

For those who prioritize performance, the DDR5 MANTA XFinity RGB Filler Kit does not disappoint. It is fully EXPO-Ready, meaning it is optimized for AMD’s Extended Profiles for Overclocking (EXPO). This feature ensures that users can easily enhance their system’s performance without the need for complex manual adjustments. Whether you’re a gamer seeking faster load times or a professional needing stable performance for intensive tasks, this kit strikes the perfect balance between speed, stability, and style.

At Computex 2024, v-color showcased the Manta DDR5 SCC Kit 2+2 48GB (2x24GB) + Filler Kit, paired with the AMD Ryzen 5 8500G CPU and Gigabyte B650E AORUS ELITE X AX motherboard, running at an impressive 8000MHz. This demonstration highlighted the kit’s ability to deliver exceptional performance in real-world scenarios, making it a compelling choice for those looking to build or upgrade their systems.

Quality You Can Trust: Built with Premium Components

v-color’s commitment to quality is evident in the DDR5 MANTA XFinity RGB SCC kit. The DRAM modules are assembled using 100% SK Hynix ICs, known for their reliability and performance. The kit’s impressive range of speeds and timing, coupled with low voltage requirements, makes it a powerful choice for gamers and professionals alike. Whether you’re engaging in high-intensity gaming sessions or running resource-intensive applications, the DDR5 MANTA XFinity kit is designed to keep up with your demands.

Full Control Over Your Build

One of the standout features of the DDR5 MANTA XFinity RGB SCC Kit is its full compatibility with SignalRGB, offering users global control over all their RGB lights and peripherals. This level of integration allows for a fully synchronized and personalized lighting experience, ensuring that every aspect of your build reflects your style.

The SCC Kit 2+2 is not only about performance but also about giving users the tools to make their systems uniquely theirs. The ability to customize lighting across multiple devices and brands without sacrificing performance is a testament to v-color’s understanding of the modern user’s needs.

Practicality Meets Innovation: Easy Installation for Optimal Performance

v-color has also ensured that the DDR5 MANTA XFinity RGB Filler Kit is easy to install, even for those new to system building. The recommended installation process is straightforward: place the non-DRAM filler in slots 1 and 3, followed by the DRAM memory in slots 2 and 4. This setup optimizes overclocking and compatibility, ensuring that users get the most out of their systems without unnecessary hassle.

Availability and Editions

The DDR5 MANTA XFinity RGB Filler Kit will be available in mid-September 2024, offering two editions: the Lost Ark edition and the standard edition. Both will be offered in capacities of 32GB (2x16GB) and 48GB (2x24GB), providing options for different needs and preferences. Whether you’re building a new system or upgrading an existing one, this kit offers a versatile and powerful solution.

v-color’s Legacy of Excellence

Founded in 2006, v-color Technology Inc. has grown into a global leader in memory solutions! known for its high-performance products and commitment to innovation. The DDR5 MANTA XFinity RGB Filler Kit is the latest in a long line of products that exemplify the company’s dedication to enhancing the user experience through quality, innovation, and style.

For those looking to learn more about the DDR5 MANTA XFinity RGB Filler Kit or other v-color products! visit the official Website 

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Of particular note is the introduction of 24GB single DDR5 memory sticks, marking a substantial leap in memory capacity. They promise to deliver unprecedented smoothness and robust support for users across various computing needs.

Today, we delve into the TEAMGROUP T-FORCE XTREEM DDR5 memory modules. Specifically, I’ll be reviewing their XTREEM 2x24GB DDR5-7600 (CL 36-47-47-84) kit. These modules feature a sleek aluminum casing, boast a hefty 24GB capacity per module, and are compatible with Intel XMP 3.0 profiles. I’m eager to explore their performance capabilities, so let’s dive into today’s review!

Unboxing

The outer packaging of the TEAMGROUP T-FORCE XTREEM DDR5 Memory indicates its XTREEM Series pedigree, designed for high-performance computer enthusiasts and gamers. Featuring a capacity of 48GB (24GBx2) and a clock speed of 7600MHz, it comes in a sleek black-toned carton with DDR5 printed prominently on the front alongside capacity and frequency details. The back of the box provides product descriptions and serial numbers in multiple languages.

Inside, the RAM kit is protected by a semi-rigid plastic blister, ensuring safe transit. The package contents include:

• T-FORCE XTREEM DDR5 RAM Kit
• Manufacturer’s Sticker

Closer Look

Let’s take a look at the design of the TEAMGROUP T-FORCE XTREEM DDR5 memory module. The aluminum heat dissipation fins offer a subtle yet textured appearance, adding a unique style during installation and matching. The heat sink surface features a black sandblasted texture, with a slanted top to enhance the air contact area of the aluminum fins for improved cooling efficiency.

The Teamgroup T-Force Xtreem DDR5 memory module features a sleek design with the word “XTREEM” prominently laser-engraved on the front. On the right half of the module, a large TFORCE CNC badge signifies its premium status and its origins from the renowned T-FORCE Lab. This badge not only adds to the aesthetic appeal but also emphasizes the quality and craftsmanship associated with the T-FORCE brand. At the top of the sloping design is printed with the T-FORCE Logo, etc.

In addition, on the right side is the product badge design of TeamGroup T-Force. On the other side, you can see the heat dissipation fin design at the top, which uses an integrated design to connect with the memory particle heat sink below. This set of memory modules adopts a 1Rx8 single-sided configuration to provide the highest performance. From the side view of the T-FORCE XTREEM memory module, you can see that the contact surface with the memory particles/PMIC has thermally conductive silicone to connect and fix the heat dissipation fins.

The memory modules measure 48.8 x 134.5 x 8.2 millimeters. Their height warrants consideration for compatibility with your CPU cooling system, particularly for users with air cooling, though it generally doesn’t affect SLC owners. Notably, these modules lack RGB lighting, with the radiators fully focused on cooling. This design choice is logical given the declared frequencies and 1.45 V voltage, which many readers might see as an advantage.

After removing the heat sink, let me take a look at the internal materials of XTREEM DDR5. The memory particles use SK Hynix A-Die (H5CG48AGBD) particles, showcasing single-sided memory particles. These modules incorporate a high-quality integrated power management chip (PMIC) with a patented technique by the brand, ensuring high efficiency. Operating at 7600 MHz with a voltage of 1.4V, they demonstrate an impressive performance at this frequency.

The latency configuration for these modules is also quite aggressive, with CL36-47-47-84 timings. The 8200 MHz version operates at CL38-49-49-84 with a voltage of 1.4V, utilizing SK-Hynix chips. This highlights the module’s capability to maintain tight timings even at high frequencies, providing a balance between speed and latency.

The new non-binary RAM technology, such as the 2 x 24 GB configuration, offers notable advantages over traditional binary RAM. It allows for higher data storage density per cell, improving overall efficiency and enabling higher speeds in large modules. Internally, these modules maintain characteristics common to DDR5 RAM, including Dual Channel capacity with four 32-bit channels and a total of 40 bits per channel with On-Die ECC for enhanced system stability. The T-Force Xtreem DDR5 modules are compatible with Intel XMP 3.0 profiles and AMD EXPO, ensuring broad compatibility across different CPUs.

Performance Test

After installing the memory modules and activating the XMP profile, it’s crucial to check the operating voltage set by the motherboard for VDDQ and VCCSA. Sometimes, these values may be excessively high and unsafe. To achieve the full declared frequency, around 1.4V is typically needed for these parameters. However, this is only conditionally safe and not recommended for constant use. This suggests that while motherboards can handle these memory frequencies, they are not yet fully optimized for them. Improvements are expected in the future.

Using Thaiphoon Burner software, we examined the parameters of the TEAMGROUP T-FORCE XTREEM DDR5 memory and its components. The software revealed that these modules were produced between December 4-8, 2023, with memory chips manufactured by Hynix. The T-FORCE XTREEM DDR5 features an Intel XMP 3.0 profile with a frequency of 7600 MHz, a voltage of 1.40V, and timings of 36-47-47-84-131. In addition to supporting Intel XMP 3.0, it also supports AMD EXPO one-click overclocking.

To understand the combat effectiveness of the TEAMGROUP T-FORCE XTREEM DDR5-7600 48GB Kit, we used the MSI MPG Z790 Edge TI MAX WiFi motherboard and the Intel® Core i7-13700K processor for actual testing. This setup allows us to evaluate the performance and overclocking capabilities of the memory modules. Before diving into the testing results, it is essential to clarify the specifications of the test system:

	Test Setup
Motherboard	MSI MPG Z790 Edge TI MAX
Processor	Intel® Core i7-13700K
RAM Memory	T-FORCE XTREEM DDR5 – 7600MHz
Storage	Sabrent Rocket Q4 4TB NVMe SSD
Graphic Card	ASUS ROG Strix GeForce RTX 3080 OC Edition (10GB)
CPU Cooler	Lian Li GALAHAD II LCD AIO
Casing	Lian Li O11 Dynamic EVO XL Full Tower Case
Fan	6x Lian Li UNI FAN SL-INF 120 RGB Fans

In the BIOS of the MSI MPG Z790 Edge TI MAX motherboard, you can see that this set of memory modules has two built-in XMP profiles. To achieve the highest performance, select the XMP Profile 1 setting, which configures the memory to run at DDR5-7600 with timings of CL 36-47-47-84 at 1.4V. However, if your platform struggles with stability at this speed, you can opt for the XMP Profile 2 setting, which runs the memory at DDR5-6000 with timings of CL 38, providing a more stable alternative.

Let’s go to CPU-Z to check the platform-related information for the T-FORCE XTREEM DDR5-7600 Kit. On the SPD page, we can see that the T-FORCE XTREEM DDR5-7600 uses SK Hynix memory chips and supports the latest Intel XMP 3.0 one-click overclocking technology.

T-FORCE XTREEM DDR5-7600 memory uses high-quality SK Hynix A-Die particles, which are one of the best particles currently used in high-frequency DDR5 memory. In addition, DDR5 memory also uses an advanced PMIC power supply module design, which has been transferred to the memory. In the past, this part was handled by the motherboard, but now the memory can manage the voltage by itself, thereby providing a better power supply environment and ensuring more stable operation.

In terms of performance, using AIDA64 to test T-FORCE XTREEM DDR5-7600 memory read and write, impressive results were observed at its default frequency of 5600 MHz with timings set to 46-46-46-90. The read speed reached 80,423 MB/s, while the write speed recorded a substantial 74,378 MB/s. Moreover, the copy speed achieved a notable 72,167 MB/s, showcasing its efficiency in data transfer. Notably, the latency was measured at a commendable 92.1 ns, reflecting the responsiveness of the memory module.

When XMP mode is enabled, you can choose between two frequency options: 6000MHz and 7600MHz.

First, let’s test the 6000 MHz (Profile 2) in XMP mode. The timing is set to 38-38-38-78. At this configuration, the reading speed reaches 87,662MB/s, and the writing speed is 79,787MB/s. The copy speed registers at 78,703MB/s, with latency dropping to 81.3ns.

After setting the manual overclock to 6800 MHz, the timing is set to 36-47-47-84, and the read and write performance saw significant improvements, reaching 98.208 MB/s and 85,508 MB/s, respectively, with a latency of 79.8ns. For most gamers, 6800 MHz offers a stable and high-performance option, ensuring a smooth and responsive gaming experience.

Then the XMP was changed to 7600 MHz (Profile 1) for testing, and the results were even more surprising. The reading speed reached 118.03 GB/s, the writing speed was 115.08 GB/s, the copying speed was 113.01 GB/s, and the latency dropped to 58.2 ns. Comparing the test results, it is clear that when this pair of memories runs at 7600 MHz, the reading, writing, and copying performance greatly improves, and the latency further reduces. There is basically no pressure when running software and playing games.

Don’t think that 7600 MHz is the limit of T-FORCE XTREEM DDR5 memory. After pushing the manual overclock to 8000 MHz, performance sees a significant boost, with read speeds reaching 127.89 GB/s and write speeds hitting 127.17 GB/s. Copy speeds also peak at 120,42 GB/s, while latency drops to 53.9ns.

During the AIDA64 test, enabling XMP mode rather than sticking with default settings leads to significant enhancements in various performance metrics. Memory read, write, and copy speeds all show substantial improvements, accompanied by a notable reduction in latency. These findings highlight the exceptional performance capabilities of the T-FORCE XTREEM DDR5-7600 MHz.

The T-FORCE XTREEM DDR5-7600 memory module demonstrates impressive performance across various configurations. At its default frequency of 5600 MHz, it delivers solid read, write, and copy speeds, along with commendable latency. Enabling XMP mode and testing at 6000 MHz and 7600 MHz frequencies significantly enhances performance, with noticeable improvements in speed and reduced latency. Further manual overclocking to 8000 MHz pushes these capabilities even further, achieving exceptional read, write, and copy speeds with remarkably low latency. Overall, the T-FORCE XTREEM DDR5-7600 MHz is an outstanding choice for users seeking top-tier memory performance.

Use Experience

In terms of stability, after two weeks of testing, the T-FORCE XTREEM DDR5-7600 memory proved to be highly reliable. Throughout this period, there were no blue screen crashes, whether during intensive AAA gaming sessions or regular daily use. The overclocking stability was equally impressive. In the Cyberpunk 2077 game benchmark test, running at a 4K resolution with high image quality settings, the average frame rate reached a solid 80fps, demonstrating the memory’s robust performance.

Moreover, other demanding AAA titles like “Red Dead Redemption 2,” “Death Stranding,” and “Elden Ring” also ran seamlessly at 4K high-definition settings. Each of these games maintained an average frame rate of over 80 fps, showcasing the T-FORCE XTREEM DDR5-7600’s ability to handle graphically intensive tasks without a hitch. The consistency in performance across various high-load scenarios underscores the reliability of this memory module.

Overall, the T-FORCE XTREEM DDR5-7600’s capacity to sustain stable performance during long-term high-load operation is commendable. It provides a robust solution for gamers and power users seeking both stability and high performance in their systems. The absence of crashes and the smooth gameplay experience at 4K resolution highlight the module’s excellence, making it a top choice for those demanding the best from their hardware.

Conclusion

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A Blend of Luxury and Performance

The Trident Z5 Royal Neo series inherits the luxurious design of the Trident Z5 Royal line, featuring a CNC-cut aluminum heat spreader with a mirrored finish available in gold or silver. This elegant design is complemented by a crystalline light bar that delivers stunning RGB lighting effects, making it a perfect choice for enthusiasts looking to build a stylish and high-performance AMD PC system.

Advanced Overclocking with AMD EXPO

The Trident Z5 Royal Neo series supports AMD EXPO technology, which simplifies the process of memory overclocking through the motherboard BIOS. This allows users to achieve extreme memory speeds with ease. With the upcoming AMD Ryzen 9000 series desktop processors, the Trident Z5 Royal Neo can reach impressive overclocking speeds of up to DDR5-8000. This is facilitated through the 1:2 clock divider mode in the BIOS, providing AMD enthusiasts and overclockers with a robust solution for achieving high-speed memory performance.

Unmatched Aesthetic Appeal

Beyond its performance capabilities, the Trident Z5 Royal Neo series is designed to be a visual centerpiece in any high-end PC build. The mirrored gold and silver finishes, combined with the crystalline RGB light bar, ensure that the memory modules are not only powerful but also visually striking. The customizable RGB lighting can be controlled via the G.SKILL Trident Z Lighting Control software or through third-party motherboard lighting software, allowing users to personalize their lighting setups to match their preferences.

Availability and Global Distribution

G.SKILL has announced that the Trident Z5 Royal Neo series DDR5 memory kits will be available through their worldwide distribution partners starting in August 2024. This release aligns with the anticipated launch of the AMD Ryzen 9000 series! ensuring that users will have access to high-performance memory kits optimized for the latest AMD platforms.

Conclusion

The introduction of the Trident Z5 Royal Neo series marks another milestone for G.SKILL, reinforcing its commitment to delivering cutting-edge memory solutions for enthusiasts and overclockers. With its combination of luxury design, advanced overclocking capabilities, and support for AMD EXPO technology! the Trident Z5 Royal Neo is set to become a highly sought-after component for high-performance AMD PC builds.

For more information about the Trident Z5 Royal Neo series and other G.SKILL products, visit the G.SKILL website.

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Revolutionizing Desktop Memory with CAMM2

The CAMM2 (Compression Attached Memory Module) form factor was originally developed to meet the stringent Z-height requirements of thin-and-light notebooks, allowing for memory upgrades without compromising on the device’s slim profile. Recognizing the potential for desktops, MSI is now set to incorporate CAMM2 slots in its next-generation Project Zero motherboards.

This transition is not just a minor tweak but a substantial redesign. The new motherboards will feature DDR5 CAMM2 slots, marking a departure from the traditional DIMM slots that have dominated the market. MSI’s partnership with Kingston Technology ensures that this innovative approach is backed by robust, high-performance memory modules.

Kingston’s FURY Impact CAMM2 Modules

Kingston is gearing up to support this new form factor with a new line of performance-segment CAMM2 modules under its FURY Impact brand, traditionally known for high-performance SO-DIMMs in gaming notebooks. These modules are designed to fully utilize the 160-bit memory bus width of Socket LGA1700 processors, covering both memory channels and their sub-channels.

The upcoming CAMM2 modules from Kingston will be available in various capacities, including 32 GB, 48 GB, 64 GB, and 96 GB, with speeds ranging from DDR5-6000 to DDR5-8000. This range ensures compatibility with the most demanding desktop applications, providing both speed and capacity to meet the needs of gamers, content creators, and professionals alike.

Distinctive Design and Enhanced Performance

A visual comparison reveals significant differences between Kingston’s DDR5 CAMM2 prototype modules and the DDR5 CAMM modules used in 2022 notebooks by Dell. Notably, the “golden finger” compression connection area, typically visible on standard modules, is not exposed in the CAMM2 design, contributing to a cleaner, more streamlined appearance.

Moreover, MSI’s Z790 Project Zero Plus motherboard shows substantial adjustments in the memory area of the PCB to accommodate the DDR5 CAMM2 module, though other areas of the PCB remain largely unchanged from its predecessor, the Z790 Project Zero motherboard.

SK Hynix DDR5 CAMM modules for some 2022 Dell workstation notebooks

Industry-Wide Adoption and Standardization

The JEDEC Solid State Technology Association has recognized the potential of CAMM2 DDR5 Memory Modules, issuing a press release that underscores their suitability not only for high-performance laptops but also for mainstream desktops. This endorsement is a significant step toward broader industry adoption and standardization of the CAMM2 form factor.

Adding to the momentum, SK Hynix announced at CES 2024 that it has commenced the development of CAMM memory modules for desktops, indicating a growing interest and investment in this technology across the industry.

Conclusion

MSI’s bold move to integrate CAMM2 DDR5 Memory modules into desktop motherboards signifies a pivotal advancement in computer hardware design. By eliminating traditional DIMM slots and adopting the CAMM2 form factor, MSI is not only enhancing performance and aesthetics but also setting a new standard for future desktop configurations. With Kingston Technology’s support and industry-wide interest, the CAMM2 form factor is poised to become a mainstream choice for both laptops and desktops, heralding a new era of high-performance, space-efficient memory solutions.

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Optimized for Maximum Overclocking Potential

The Viper Xtreme 5 RGB DDR5 MPOWER is Intel XMP 3.0 certified, ensuring effortless plug-and-play overclocking on the latest Intel platforms. This certification guarantees that users can easily enhance their system’s performance without complicated setup procedures. Furthermore, MSI’s EZ Dashboard utility integrates seamlessly with the memory kit, offering users granular control over advanced timings and voltages. This allows enthusiasts to push their systems to the limit, extracting every bit of performance from their hardware.

Enthusiast-Grade Design and Customization

Aesthetically, the Viper Xtreme 5 series features a refined silver aluminum heat spreader that perfectly complements MSI’s MPOWER motherboards. This design ensures a cohesive and premium look for high-end systems. Additionally, the memory kit includes fully customizable RGB lighting, enabling users to personalize their setup with vibrant colors and synchronized lighting effects across all components, enhancing both the visual appeal and the overall user experience.

Rock-Solid Data Integrity and Stability

To ensure reliability, the Viper Xtreme 5 RGB DDR5 MPOWER series incorporates Intel’s On-Die ECC (Error-Correcting Code) technology. This feature corrects single-bit errors and detects multi-bit errors, maintaining data integrity and stability even under the most demanding overclocked conditions. This level of reliability is crucial for users who require consistent performance and uptime, particularly in high-stakes gaming and intensive computational tasks.

Statements from Leadership

Les Henry, Patriot’s Vice President of North and South America Sales, emphasized the significance of this collaboration. “Our Viper Xtreme 5 RGB DDR5 MPOWER solution brings the full performance advantages of DDR5 to gamers and enthusiasts,” he stated. “Collaborating with MSI allows us to create a top-tier DDR5 memory kit with the extreme speeds and overclocking prowess this audience demands.”

Conclusion

The Viper Xtreme 5 RGB DDR5 MPOWER series is a testament to the power of collaboration between industry leaders. By combining Patriot Memory’s expertise in performance memory and MSI’s innovation in gaming hardware, they have produced a memory kit that not only meets but exceeds the expectations of the most demanding users. Whether for gaming, content creation, or other high-intensity applications, the Viper Xtreme 5 RGB DDR5 MPOWER series promises to deliver exceptional performance, reliability, and customization options.

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Recently, I had the opportunity to delve into the BRAGI Series memory by Asgard, an offering that epitomizes the advancements seen in DDR5 technology. Boasting a default frequency of 6800MHz (with XMP activation required on the motherboard), this memory module utilizes Hynix A-die, endowing it with exceptional overclocking capabilities. Compatible with both AMD (EXPO) and Intel (XMP) platforms, the BRAGI Series memory ensures versatility and reliability, backed by a lifetime warranty service.

Beyond its impressive technical specifications, the BRAGI Series memory from Asgard presents an aesthetically pleasing design with its mirror finish. Furthermore, enthusiasts will appreciate its potential for manual overclocking, with stable performance achievable at speeds reaching 7800MHz for those with the requisite skills. With such promising features, it’s time to embark on a comprehensive testing journey to evaluate the real-world performance of this cutting-edge memory module.

About Asgard Brand

ASGARD emerges as a newcomer in the RAM market and the broader technology solutions industry. Over the past few years, the company has diligently focused on delivering standout hardware products, ranging from RAM modules to storage disks, along with other essential components sought after by gamers. This strategic approach positions ASGARD as one of the standout companies, offering products that excel in performance while maintaining an attractive price point in the market. With a commitment to quality and affordability, ASGARD is poised to make its mark in the tech landscape.

Unboxing

The intricate design of the Asgard BRAGI DDR5 memory packaging captivates attention with its stunning visual elements. Embracing the essence of Norse mythology, the outer packaging features a depiction of BRAGI, the god of music and poetry, son of Odin, at its center. Complementing this mythological imagery, a strip of RGB lighting inspired by piano keys adorns the packaging, enhancing its aesthetic appeal. Printed with the brand names “BRAGI” and “Asgard” on either side, the packaging exudes a sense of elegance and sophistication.

Furthermore, the packaging offers a blend of functionality and style. While the left side showcases the product’s features in English alongside a symbolic row of piano keys, the right side provides essential information such as the brand name and memory specifications.

The back of the packaging introduces the product’s functionalities in various languages, catering to global sales regions. With its attention to detail and global appeal, the Asgard BRAGI DDR5 memory packaging stands as a testament to superior craftsmanship and thoughtful design.

The inner packaging still adopts an all-black design, with the Asgard red bronzing logo designed in the middle. Open the inner packaging of the memory and you will find an upper and lower two-layer design. At the top, You will find a handmade design drawing included with the memory design process, with great attention to detail.

Although there is no text description, it can be seen from the drawing that this is a design manuscript of BRAGI’s memory. The appearance design of BRAGI Memory is derived from the black and white keys of the piano. After later polishing, it finally became the style of BRAGI Memory.

It’s rare to see today’s memory come with such generous gifts and It has the look of a high-end product. A pair of anti-static gloves, a cleaning cloth, and a bottle opener. The size of the anti-static gloves is on the small side. For a tall and tall boy like me, these anti-static gloves are a bit tight to put on. The cleaning cloth is for users to wipe fingerprints on the surface of the memory heat sink, because the memory heat sink has a mirror appearance, and the mirror appearance is really easy to attract fingerprints.

It is worth mentioning that this memory does not include the serial number. The number and memory parameter labels are affixed to the memory. After all, if they are affixed, they will affect the overall beauty of the mirror. This is very thoughtful.

Appearance

The BRAGI DDR5 maintains the timeless aesthetic of its DDR4 predecessor with its signature mirror craft design, featuring the Asgard logo elegantly positioned in the lower right corner. This design exudes a sense of simplicity and refinement. Thanks to the mirror-like properties of the vest, the memory module, when installed inside the chassis, not only adds a touch of sophistication but also has the capability to reflect and enhance the RGB lighting of other hardware components within the system, creating a mesmerizing interplay of light and color.

The high-looking mirror vest stands out as the most captivating piece. Crafted with meticulous attention to detail, this memory cooling vest boasts a construction utilizing 1.8mm thick anode aluminum alloy, skillfully processed through high-precision CNC technology. Enhanced with a double-sided full-mirror electroplating surface treatment, it radiates a striking mirror-like glossy texture. The fusion of the full mirror metal shell with the golden fins creates a harmonious and visually stunning ensemble, elevating both functionality and aesthetic appeal.

The BRAGI memory boasts a distinctive visual appeal reminiscent of the harmonica toys from our childhood. Its side profile bears a striking resemblance to those fond memories of musical play. This memory’s engineering prowess lies in its PCB design, featuring up to 10 layers. This intricate architecture not only expands its design possibilities but also fortifies its resistance against interference. Despite its high-performance capabilities, the BRAGI memory operates with remarkable energy efficiency, prolonging its service life and ensuring users a consistently stable and dependable experience.

At the forefront of innovation, the BRAGI memory introduces a cutting-edge approach with its utilization of a jelly-textured RGB light guide layer. This layer, imbued with vibrant hues, adds a dynamic visual dimension to the memory module. Its trapezoidal design, accentuated by a sleek black mirror, not only enhances its form but also imbues it with a sense of depth and sophistication. Moreover, the memory’s compatibility with leading motherboard lighting synchronization technologies like ASUS Aura Sync and MSI Mystic Light ensures seamless integration into diverse gaming setups. With its division into 8 independently controllable areas, the light guide layer offers unparalleled customization options, catering to the demands of enthusiasts seeking advanced lighting configurations.

Looking from this perspective, it becomes evident that the vest securing the memory is firmly affixed by screws on both sides, providing users with the convenience of disassembling it without causing any damage. This design consideration also opens avenues for users to make heat dissipation modifications, such as implementing water-cooling solutions or utilizing all-copper plates. Such flexibility demonstrates a thoughtful approach tailored to cater to the needs of players. Additionally, the memory’s overall height is measured at approximately 46mm, which places it in the realm of decently sized RGB memories.

My hands were so itchy that I even took off my memory vest. It can be seen intuitively that this memory adopts a single-sided particle design, with 8 Hynix original A-Die particles neatly arranged above the gold finger. The particle model is H5CG48AGBD. What needs special mention is that the memory also uses highly conductive and anti-oxidation gold fingers with a gold plating thickness of 30 microns. Together with the PMIC power management chip between the two rows of particles, it can enhance the stability of memory overclocking. At the same time, the On-Die ECC automatic error correction function built into the particle can also effectively reduce the impact of digital errors on memory.

RGB Lighting Effects

Asgard’s BRAGI DDR5 6800MHz light effect is also great, supporting various light effects and synchronization. It has also passed the RGB protocol standards of the four major board manufacturers, so there is no problem with the light effect. At the same time, the cool dynamic RGB lighting effects are perfectly integrated with the fashionable and high-end full mirror metal vest, presenting a breathtaking visual feast. Under the illumination of this memory, the light is as beautiful as an overflowing light, highlighting the extraordinary taste of this memory series.

Performance Test & Experience

This test platform adopts the mainstream Intel platform, the CPU is Intel® Core i7-13700K, the processor is in the default state, without any overclocking settings, and the motherboard is MSI MPG Z690 FORCE WIFI DDR5, which has a total of four memory slots. Asgard BRAGI DDR5 memory is inserted into the second and fourth slots respectively. After being inserted into the Asgard BRAGI DDR5 memory, there are two, Piano keys, lifelike. The full-mirror metal vest displays all the components on the motherboard as if the capacitors are looking in the mirror and whispering.

Test Setup	Specification
CPU	Intel® Core i7-13700K
GPU	ASUS ROG Strix GeForce RTX 3080 OC Edition (10GB)
Mainboard	MSI MPG Z690 FORCE WIFI DDR5
SSD Storage	For Win10 Silicon Power US70 1TB NVMe SSD
RAM For Testing	Asgard’s BRAGI DDR5 RGB 32GB (16GB*2) DDR5-6800

Let’s first take a look at Asgard’s BRAGI DDR5 memory particle supplier. The official stated that the particles it uses are specially selected A-die particles from Hynix.

Through actual measurement by software such as Thaiphoon Burner Software, CPU-Z, AIDA64, etc., the particle version is confirmed to be Hynix particles. Open the Thaiphoon Burner software and verify the memory information. It uses Hynix A-Dies with the part number H5CG48?EBDX014. You can also see that the memory not only supports XMP 3.0 but also supports EXPO one-click overclocking.

The default frequency when XMP is not enabled on the memory is DDR5 4800MHz (CL 40-40-40-77). The frequency of the memory when XMP is turned on is DDR5 6800MHz (CL 34-45-45-108).

It can be seen from CPU-z that the memory uses Hynix original particles. The memory has an initial frequency of 4800MHz, an operating voltage of 1.1V, supports XMP and EXPO, and can achieve a frequency of 6800MHz at a voltage of 1.4V. After consulting the data, it was found that the memory uses Hynix A-DIE particles. Most high-frequency strips on the market currently use this particle. At the same time, this memory uses Hynix A-DIE particles. The particles also have very good overclocking potential. I will also release overclocking parameters and tests for your reference later.

In terms of performance, using AID64 to test Asgard BRAGI DDR5 memory read and write, at its default frequency of 4800MHz with timings set to 40-40-40-77, impressive results were observed. The read speed reached 72,364MB/s, while the write speed recorded a substantial 66,132MB/s. Moreover, the copy speed achieved a notable 66,366MB/s, showcasing its efficiency in data transfer. Notably, the latency was measured at a commendable 89.8ns, reflecting the responsiveness of the memory module.

When XMP mode is turned on, there are two options: 6400MHz and 6800MHz.

First, let’s test 6400MHz in XMP mode. The timing is 34-45-45-108. At this time, the reading speed reaches 96,040MB/s and the writing speed is 85,282MB/s. The copy speed was 86,661MB/s, and the latency dropped to 72.2ns.

Then the XMP was changed to 6800MHz for testing, and the results were even more surprising. At this time, the reading speed reached 99.193MB/s, the writing speed was 89.345MB/s, the copying speed was 89,413MB/s, and the latency dropped to 70.5ns. Comparing the test results, it can be clearly seen that when this pair of memories is running at 6800MHz, the reading, writing, and copying performance is greatly improved, and the latency is further reduced. There is basically no pressure when running software and playing games.

Don’t think that 6800MHz is the limit of Asgard BRAGI’s DDR5 memory. After continuing to manually overclock to 7200MHz, the performance is fully improved again, with the reading speed reaching 102.41GB/s and the writing speed reaching 91.969MB/s. Copy The speed is also 93,993MB/s and the delay is reduced to 68.1ns, which fully achieves the performance of D5 and the delay of D4.

During the AIDA64 test, activating XMP mode instead of using the default settings results in substantial enhancements across various performance metrics. Memory read, write, and copy speeds experience significant improvements, while latency is notably reduced. These observations underscore the exceptional performance of the Asgard BRAGI DDR5-6800MHz.

Conclusion

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The post Asgard BRAGI RGB DDR5-6800MHz 32GB Memory Kit Review appeared first on XiaomiToday.

In our pursuit of exploring the capabilities of DDR5 memory, we delve into the Silicon Power XPOWER Zenith DDR5-5600 32GB Memory Kit. With its modest timings and operating at 1.25 V, this memory module presents itself as an ideal choice for a seamless computing experience across both AMD and Intel-based platforms. Targeting a broad spectrum of users, we embark on a comprehensive benchmarking journey to evaluate the performance of the Silicon Power XPOWER Zenith RGB DDR5 32 GB kit, alongside exploring its overclocking potential.

Silicon Power, a stalwart in the memory product domain, continues to push the boundaries with its latest offerings, including DDR5 memory solutions. Leveraging the success of its DDR4 Zenith product line, Silicon Power introduces the DDR5 iteration, maintaining the brand’s reputation for reliability and innovation. Available in configurations ranging from 16 GB to 64 GB kits, with options for RGB illumination, the Silicon Power XPOWER Zenith DDR5 memory lineup promises to cater to the evolving needs of consumers, bridging the gap between performance and aesthetics.

Unpackaging

The Silicon Power XPOWER Zenith DDR5-5600 kit arrived in a retail package that sported a sleek flat blister design. On the front, the packaging proudly displayed the memory branding, Zenith RGB, alongside crucial specifications like the rated XMP (DDR5-5600), DIMM configuration, and RGB software compatibility with ASUS, Gigabyte, MSI, and ASRock.

However, flipping to the back, while it highlighted support for the latest Intel XMP standards and compatibility guarantees in multiple languages, one critical piece of information was conspicuously absent: details regarding the applied XMP timings and voltage. Typically, this vital data is either located on the back of the packaging or visible on the memory DIMMs themselves. Regrettably, the sticker containing this information was inconveniently placed on the opposite side of the memory, rendering it invisible without opening the packaging.

Closer Look

Silicon Power Zenith RGB modules come in both white and black variants, catering to a diverse range of consumer preferences and enabling compatibility with various themed computer builds. The white version, which we received for review, presents a sleek and modern aesthetic. Positioned in the bottom center of the heat spreader is the distinctive XPOWER brand logo, a mark of quality and performance.

Meanwhile, the top right corner of both sides of the module prominently displays “DDR5 GAMING MEMORY,” signaling its high-speed capabilities optimized for gaming enthusiasts. Beneath the heat spreader, the RAM module’s PCB is black, providing a striking contrast against the white exterior and contributing to the overall visual appeal. With its combination of style and performance, the Silicon Power Zenith RGB modules offer a compelling choice for gamers and PC enthusiasts alike.

Silicon Power maintains consistency in design with its non-RGB enabled models by retaining the heat spreader configuration. Even in the absence of RGB SMDs, the light diffuser atop the heat spreader remains intact, showcasing a commitment to aesthetic appeal. Notably, an XPOWER logo adorns the surface, adding a distinctive touch to the overall appearance.

When positioned sideways, the DIMMs reveal the prominent XPOWER logo positioned centrally, complemented by the inscription “DDR5 RGB” in the corner. Silicon Power maintains consistency in the design of its heat spreaders across various models, including those integrated with RGB lighting. Thus, even in the absence of RGB Surface-Mounted Devices (SMDs), the top still features a light diffuser. Upon installation onto the motherboard, the visible component comprises a matte plastic backlight diffuser, concealing the RGB LEDs behind it. This distinctive memory module element proudly displays the Xpower branding, adding a touch of sophistication to any system configuration.

The efficient cooling of memory chips is crucial for maintaining optimal performance in computing systems. An aluminum radiator serves this purpose effectively by dissipating heat generated by the RAM modules. Comprising two plates positioned on either side of the RAM module, this radiator efficiently draws heat away from the memory chips. Additionally, the memory is equipped with a non-intrusive aluminum heat spreader, ensuring effective heat dissipation without adding excessive bulk. With a maximum height of 38.5mm (1.52 inches), this heat spreader seamlessly integrates into various computing setups, providing both performance and practicality.

The Silicon Power XPOWER Zenith DDR5 memory in its RGB variant relies entirely on the lighting software of your motherboard for customization. It boasts compatibility with popular programs such as Asus Aura Sync, Gigabyte RGB Fusion, MSI Mystic Light Sync, and ASRock Polychrome Sync.

Supported by MSI’s motherboards, the RGB illumination offers a choice between two sleek color variations: White or Black. While the white version, exemplified in the provided photos courtesy of Silicon Power, offers a clean aesthetic, the RGB lighting can sometimes prove distracting, especially when certain colors are displayed or from particular viewing angles. Additionally, Silicon Power’s inclusion of their logo in the center of the memory module may not appeal to those seeking a more minimalist appearance within their PC case.

Performance Test

The MSI MPG Z690 FORCE WIFI DDR5 motherboard combined with an Intel® Core i7-13700K CPU constituted the test platform. Testing of memory began at a default speed of 4800MHz, reaching up to 5600MHz, and manually overclocked to 6800MHz, examining both memory bandwidth and latency.

The Silicon Power XPOWER Zenith DDR5 memory module ensures compatibility across both Intel and AMD platforms, alleviating concerns regarding platform suitability for users. Enabling XMP within the motherboard control page suffices for memory overclocking. For more intricate overclocking adjustments, accessing the advanced mode permits fine-tuning of CPU P core and E core frequency multipliers, along with memory frequency, voltage, and timings.

Through Typhoon software, we checked the relevant parameters of Silicon Power XPOWER Zenith DDR5 memory and particles. The Thaiphoon shows us that these modules were produced between October 16-20, 2023. Memory chips manufactured by Hynix. Silicon Power Xpower Zenith RGB has one Intel XMP 3.0 profile with a frequency of 5600 MHz at a voltage of 1.35V and timings of 40-40-40-76-116 and No AMD EXPO profile found.

Silicon Power XPOWER Zenith DDR5 uses carefully selected high-specification Hynix A-die chips, with a high frequency timing of 5600MHz as low as CL40, and is equipped with an ON-die ECC error correction mechanism and PMIC power management chip to ensure high frequency Stable and smooth operation, it can also ensure the stability of the power load and reduce the burden on other main components (especially the CPU )

According to the CPU -Z, the particles of this memory are SK Hynix, the official promotion is that Hynix’s original and original printed chips are used. In recent years, SK Hynix’s DDR5 memory chips are still very powerful, with huge overclocking potential, especially this XMP chip that can reach up to 6800MHz!

In terms of performance, AID64 was used to perform read and write tests on this DDR5 memory. At the default frequency of 4800MHz, the timing was 40-40-40-76, the read speed was 72680MB/s, the write speed was 67972MB/s, and the copy speed was 65785MB/s and the latency was 90.0ns.

When XMP is enabled through the BIOS menu of the MSI MPG Z690 FORCE WIFI DDR5 motherboard, the memory frequency is instantly increased to 5600MHz, the timing is 40-40-40-76, and the performance is naturally improved across the board. The read speed reached 85402MB/s, the write speed was 78137MB/s, the copy speed was 77285MB/s, and the latency dropped to 79.1ns. This kind of performance is still a very good result among products of the same level. Even without manual overclocking, the memory performance can run software and games without any pressure.

Don’t think that 5600MHz is the limit of Silicon Power XPOWER Zenith DDR5 memory. After continuing to manually overclock to 6800MHz, the performance is fully improved again. The reading speed reaches 101205MB/s, the writing speed is 88584MB/s, and the copying speed is also 89204MB/s. , the delay has dropped to 69.9ns.

At a frequency of 6800MHz, the Silicon Power XPOWER Zenith DDR5 runs very stably. There has been no blue screen phenomenon after two weeks of use. Even if you open multiple applications at this frequency, it obviously feels faster. In terms of games, under high image quality, I have experienced mainstream AAA games such as “PlayerUnknown’s Battlegrounds”, “Elden’s Ring”, “God of War 4”, etc., and they can all guarantee the smooth running of more than 60+ frames at 2K resolution, awesome!

Conclusion

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