The memory card achieves read speeds of up to 300 MB/s and write speeds of up to 260 MB/s. It is certified with the V90 video speed class, ensuring smooth recording of high-definition formats such as 8K, 4K Ultra HD, 3D, and RAW files without interruptions or dropped frames. Its exceptional capacity and performance make it compatible with professional equipment like cinema-grade digital cameras, mirrorless cameras, DSLRs, and full-frame cameras.

For example, the card demonstrates its capabilities when paired with the Canon EOS C400 cinema-grade digital camera, supporting recording in 6K resolution at 59.94P for over two hours on a single card. This highlights its potential to become an essential tool for video creators requiring stable and extensive storage for high-quality content production.

Durability and Protection for Creative Professionals

The T-CREATE EXPERT SDXC UHS-II U3 V90 memory card is engineered to endure various challenging conditions encountered during professional shoots. It boasts an IP67 rating for dust and water resistance, ensuring reliability in adverse environments. Additionally, the card undergoes rigorous testing for shock, vibration, X-ray exposure, and extreme temperature resistance, making it suitable for diverse shooting scenarios.

To further enhance reliability, TeamGroup provides a data recovery service during the card’s warranty period. This feature offers an added layer of security, allowing creators to recover valuable content if accidental loss occurs.

Commitment to Supporting Creativity

TeamGroup’s T-CREATE brand continues its commitment to delivering solutions tailored for creative professionals. The 2TB T-CREATE EXPERT SDXC UHS-II U3 V90 memory card reflects the brand’s dedication to innovation, reliability, and meeting the evolving demands of photographers and videographers.

For additional information and updates, users can visit TeamGroup’s official website and social media platforms.

Source

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With read speeds reaching up to 13,500 MB/s and write speeds of 11,000 MB/s, the T-FORCE GE PRO PCIe 5.0 SSD sets a new benchmark for ultra-fast storage performance. These speeds ensure that game load times are minimized, file transfers are rapid, and system responsiveness is enhanced, providing a seamless experience for users demanding peak performance.

DRAM Cache Technology and Cooling Efficiency

A key feature of this new SSD is its integration of DRAM Cache technology, which is vital for boosting in-game system loading and data caching. This addition allows the SSD to handle high-speed data processes with ease, making it a reliable choice for both casual gamers and those in professional settings.

To further optimize its performance, the 8TB model is coupled with the T-FORCE AirFlow SSD Cooler. This cooler employs advanced active cooling technology, allowing the SSD to sustain high performance over extended periods. The cooler ensures that the drive maintains optimal operating temperatures, even during intensive tasks such as gaming marathons or heavy data transfers.

Patented Heat Dissipation and Enhanced Reliability

To ensure durability and stable performance, the T-FORCE GE PRO PCIe 5.0 SSD integrates TeamGroup’s proprietary graphene heatsink. This heatsink enhances heat dissipation, ensuring the drive remains cool even under load. This design promotes greater reliability and extends the lifespan of the drive, especially in high-demand environments.

In addition to thermal management, the SSD includes advanced security measures. The integrated Security Isolation technology helps protect the drive from malicious threats and external attacks, ensuring the integrity of sensitive data. The use of enhanced 4K LDPC (Low-Density Parity-Check) technology further elevates data transfer accuracy, minimizing the risk of errors and improving the overall lifespan of the drive.

Performance Monitoring and Sustainability

TeamGroup has also made sure that users can easily track the health and performance of their SSDs. The inclusion of the company’s proprietary S.M.A.R.T. monitoring software allows for real-time monitoring, helping users keep an eye on the drive’s condition and performance metrics.

Sustainability is a core focus for TeamGroup, and the 8 TB T-FORCE GE PRO PCIe 5.0 SSD reflects this commitment. The product is manufactured following eco-friendly processes that comply with RoHS environmental standards. Additionally, all packaging materials are made from recyclable materials, highlighting the brand’s dedication to reducing its environmental impact.

For more information about the T-FORCE GE PRO PCIe 5.0 SSD, including pricing and availability, visit TeamGroup’s official website and follow their channels for the latest updates. With its powerful combination of high speed, reliability, and eco-conscious manufacturing, the T-FORCE GE PRO PCIe 5.0 SSD is set to provide gamers and professionals with an exceptional storage solution for years to come.

Source

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TEAMGROUP’s T-FORCE M200 Portable SSD stands out as a solution tailored to these advanced requirements. Featuring the latest USB 3.2 Gen2x2 (20Gbps) Type-C interface, this device delivers impressive read and write speeds of up to 2,000MB/s, quadrupling the performance of conventional USB 3.2 Gen1 SSDs. With support for USB Type-A and Type-C OTG functions, it offers broad compatibility across tablets, smartphones, gaming consoles like PlayStation and Xbox, and other devices. Despite its powerful capabilities, the M200 is compact and lightweight at just 83 grams, boasting a generous storage capacity of up to 8TB.

The T-FORCE M200 also excels in durability and design. It incorporates TEAMGROUP’s patented graphene dual-structure technology, which ensures efficient heat dissipation during high-speed operations. This innovation not only maintains optimal performance but also adds to the device’s reliability. Its military-inspired design adds a rugged aesthetic, and with features like a two-meter drop resistance, the M200 strikes a balance between functionality and durability, making it an appealing choice for creators and professionals alike. Let’s take a look at the performance of TEAMGROUP T-FORCE M200 Portable SSD.

Unboxing

The packaging of the T-FORCE M200 follows a military-style design. The front of the box is predominantly black, giving it a sleek and solid appearance. The upper right corner displays the storage capacity, while the left side highlights the product name along with the read and write speed of 2000MB/s. On the back, the box provides detailed specifications such as power supply requirements, operating temperature range, weight, and dimensions.

When opening the box, you’ll find a thoughtful and eco-conscious paper tray securing the contents. Inside, along with the M200 Portable SSD, there is a USB Type-C to USB Type-C cable included for data transmission. It’s important to mention that only a USB-C to USB-C connection can fully utilize the maximum data transfer speed of 2000MB/s, provided you have a USB 3.2 Gen 2×2 port available.

Design

The T-FORCE M200 portable SSD immediately catches attention with its distinct design, inspired by sniper rifles. This influence is apparent in its streamlined form and rugged build, which exude a military-inspired aesthetic. The matte black finish enhances its understated yet bold character, while the textured surface ensures a secure grip, even during extended use. Unlike conventional external SSDs that prioritize simplicity, the M200 combines functionality with a design language that appeals to users seeking something both durable and visually striking. Its unique shape and attention to detail make it a compelling option for those who value both performance and style in their portable storage solutions.

The top of the device features the text “T-FORCE M200,” along with a set of tactical hanging holes integrated into the design. These allow for the attachment of slings or straps, enabling the device to be conveniently hung on a bag for easy portability. Just below, the words “Portable SSD” are clearly printed, reinforcing its intended use.

The back of the product provides important safety details, warnings, a list of features, basic specifications, and dimensions. The capacity is clearly indicated, and the product proudly displays its origin as being manufactured in Taiwan.

The design of the product is sleek, with no visible screws, contributing to a clean and streamlined appearance. The USB-C port is positioned at the bottom, providing easy access for connectivity. While it is technically possible to open the device, it’s not recommended, as doing so could risk damaging the internal components.

When comparing the T-Force M200 with the Nubia Z50 smartphone, the size difference is noticeable, as the M200 is more compact. However, the T-Force M200 is slightly thicker than the Nubia Z50, offering a more substantial build despite its smaller overall size.

The M200 is compact and comfortable to hold with one hand. Its durable metal body offers both drop resistance and efficient heat dissipation. Measuring just 105mm in length, 55.5mm in width, and 11mm in height, the external hard drive is lightweight, weighing only 87.3 grams, making it easy to carry and use on the go.

In addition, The T-FORCE M200 Portable SSD is built to offer both durability and high performance in a compact form. Its graphene heat sinks play a key role in enhancing the heat dissipation process, effectively keeping the internal components cool during intensive use. This helps maintain consistent speeds and reliability. In terms of durability, the M200 is engineered to withstand tough conditions, having passed a 2-meter drop test, which makes it an ideal option for users who need a portable storage solution that can endure accidental drops and rough handling. Its small size doesn’t compromise its toughness, ensuring it’s both easy to transport and resilient in everyday use.

Performance Test

For testing sequential and random read/write speeds, we employed benchmark tools. The test system consisted of an Intel® Core i7-13700K processor and an MSI MPG Z790 CARBON WIFI II DDR5 motherboard, with the USB 3.2 Gen 2×2 interface used for connectivity. However, the T-FORCE M200 Portable SSD does not include a status light for read and write operations, which can make it difficult to determine whether the device is in a writing state. This is something users should be mindful of when using the SSD.

To begin, we can examine the details in Windows Disk Manager. After connecting the T-FORCE M200 to the computer, we can see that the actual available storage is 931 GB, despite the drive being labeled with a 1TB specification. The file system is formatted as exFAT.

To check the SSD specifications, open CrystalDiskInfo. There, you’ll see that the M200 is listed as the T-FORCE T8FED9001T. It supports essential SMART diagnostics and Windows TRIM for efficient data management. The design includes a VolatileWriteCache to protect against data loss due to sudden connection interruptions during write operations. The drive uses the NVMe 1.3 interface, which is compatible with USAP (USB Attached SCSI Protocol) for optimized data transfer performance.

In performance testing with CrystalDiskMark, the T-FORCE M200 Portable SSD showed impressive results. It achieved a sequential read speed of 1906.81 MB/s and a sequential write speed of 1980.64 MB/s. In the 4K small block random write depth 1 test, the read speed was 39.87 MB/s, while the write speed reached 78.22 MB/s. These numbers closely align with the specifications provided by TeamGroup, demonstrating the SSD’s solid performance across both sequential and random read/write operations.

In the ATTO Disk Benchmark test, the T-FORCE M200 Portable SSD delivers impressive performance, achieving a maximum read speed of 1.87 GB/s and a write speed of 1.84 GB/s for blocks larger than 512KB. For smaller blocks, such as the 64KB size, sequential read and write speeds remain robust, reaching up to 1GB/s. When it comes to input/output operations per second, the SSD maintains high read and write rates for blocks under 8KB, with a steady improvement in performance as the block size increases.

In the AS SSD Benchmark, the T-FORCE M200 Portable SSD scored a total of 1751. During the 1GB test file, the sequential read and write speeds were 1693.48 MB/s and 1737.13 MB/s, respectively. For random access I/O, the SSD achieved 51306 IOPS for reading and 223667 IOPS for writing. In the 4K 64-Thread test, the performance was about 15% faster than typical USB 3.2 Gen 2 products. In the AS SSD copy tests, the M200 reached 894.65 MB/s in the ISO copy, 211.36 MB/s in the program copy, and 566.97 MB/s in the game copy. Compared to USB 3.2 Gen 2 drives, the M200 delivered a 25% faster ISO copy speed, while the program and game copy speeds were nearly twice as fast.

In the TxBench test, the T-FORCE M200 Portable SSD demonstrated solid performance with a sequential read speed of 1886.715 MB/s and a write speed of 1956.180 MB/s. For 4K random read and write at QD1, it recorded a read speed of 37.42 MB/s and a write speed of 1956.180 MB/s, with an input speed of 69.347 MB/s. When tested for random read and write, the SSD leveraged the high bandwidth of USB 3.2 Gen 2×2, showing a noticeable advantage without significant deviation from sequential speeds.

The T-FORCE M200 Portable SSD features a metal casing paired with a graphene thermal conductive sheet, designed to improve heat dissipation. However, during extended writing sessions, the surface temperature tends to rise noticeably. To monitor this, a FLIR infrared thermometer was used for precise temperature measurements throughout the testing process.

Conclusion

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Innovation in Gaming Memory Technology

To address the demanding needs of gamers, TeamGroup’s T-FORCE LAB developed the Memory Structure technology, now patented in the United States. This technology has been implemented in flagship products such as the XTREEM ARGB DDR5, DELTA RGB DDR5, and DELTA RGB ECO DDR5 memory modules. The innovation focuses on overcoming heat and power constraints typically associated with high-frequency operations. By optimizing voltage distribution across memory units, RGB LED components and control units, the technology minimizes power consumption and heat generation while maintaining peak performance.

The use of low-dropout regulators (LDOs) ensures precise power delivery to the RGB/ARGB LED and control units, enhancing operational stability and extending the lifespan of the memory modules. This design allows T-FORCE memory products to maintain reliable performance at elevated frequencies, providing gamers with the stability and responsiveness required for competitive play.

Breakthrough for Creators’ Storage Solutions

For creators, TeamGroup T-CREATE brand introduced the EXPERT S.M.A.R.T. MicroSDXC memory card, incorporating patented health monitoring technology. The Taiwan invention patent highlights the Memory Card Health Detection Method and Memory Card Structure, enabling users to assess the health status of their memory cards in real-time.

The system utilizes advanced flash memory wear detection, allowing creators to monitor card performance and lifespan via S.M.A.R.T. monitoring software on a PC. This proactive approach shifts the focus from data recovery to prevention, addressing a critical gap in traditional storage solutions.

The T-CREATE EXPERT S.M.A.R.T. MicroSDXC card also features industrial-grade engineering, incorporating a high-performance chip design for enhanced shock resistance and heat tolerance. These capabilities ensure reliable operation under challenging conditions, empowering creators to focus on their projects without concerns over data integrity or hardware failure.

Reinforcing Leadership in Memory and Storage

TeamGroup continues to prioritize innovation, combining cutting-edge technology with user-focused design. These patented advancements reflect the company’s commitment to providing premium solutions for gamers, creators, and professionals worldwide.

The integration of innovative features such as enhanced power efficiency, advanced monitoring systems, and robust design reaffirms TeamGroup’s dedication to delivering stability, performance, and reliability.

For further updates on TeamGroup’s latest developments and product releases, follow their official social channels.

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Advanced Design and Thermal Management

The XTREEM CKD DDR5 8800 is crafted for enthusiasts and professionals seeking performance and durability. It features a 2 mm-thick aluminum alloy heat spreader, combined with high thermal conductivity silicone, resulting in a 10% improvement in heat dissipation efficiency. The module’s refined aesthetics are achieved through CNC cutting, matte sandblasting, and black anodizing, ensuring both functionality and elegance.

Optimized for Overclocking

Developed in close partnership with leading motherboard manufacturers, the XTREEM CKD DDR5 is engineered for compatibility with high-performance 2-DIMM motherboards. It achieves stable overclocking speeds of up to 9600 MT/s, supported by a CUDIMM platform for unparalleled overclocking potential. The inclusion of a power management chip enhances power stability, while on-die ECC (Error Correction Code) ensures consistent performance under demanding workloads.

Record-Breaking Performance

In a demonstration by T-FORCE LAB, the XTREEM CKD DDR5 module achieved an extraordinary overclocking speed of DDR5-10666 MT/s. This feat was accomplished using an ASRock Z890 OCF motherboard, an Intel Core Ultra 7 265K processor, and a SIREN GA360 AIO liquid cooling system. The results showcase the memory module’s capacity to redefine industry standards, making it an ideal choice for gamers, content creators, and PC enthusiasts aiming for top-tier performance.

Stress Test Validation

Stress testing confirmed the stability of the module at an overclocked frequency of DDR5-10000 MT/s, using an ASRock Z890 Taichi OCF motherboard and an Intel Core Ultra 7 265K processor. These tests validate the module’s reliability and ability to maintain performance under intense conditions.

Availability and Further Information

The XTREEM CKD DDR5 8800 is now available, offering high-performance memory with robust thermal design and overclocking capabilities. For additional details, visit TeamGroup’s official website or follow their social media channels for updates on availability and pricing.

TeamGroup continues to push the envelope with innovations in-memory technology, setting new milestones in speed, stability, and design. The XTREEM CKD DDR5 is poised to become a game-changer for the PC performance market.

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Performance Powered by Advanced Technology

The T-FORCE GA PRO PCIe 5.0 SSD is equipped with InnoGrit’s IG5666 multicore controller, offering energy-efficient performance while adhering to the NVMe 2.0 specifications. Available in storage capacities of 1 TB and 2 TB, the SSD achieves sequential read speeds of up to 10,000 MB/s, making it ideal for high-speed gaming, intensive workloads, and professional-grade storage applications.

The device incorporates TEAMGROUP’s patented graphene heat spreader, a thin yet highly effective thermal solution designed to work seamlessly with motherboard heat sinks. This advanced cooling system helps to regulate internal temperatures, ensuring the SSD maintains peak performance and stability even during prolonged use.

Focus on Data Security and Integrity

The T-FORCE GA PRO PCIe 5.0 SSD prioritizes data security and performance consistency. It includes 4K LDPC (Low-Density Parity Check Code) technology, which significantly reduces data error rates and ensures uninterrupted operation. For additional user convenience, it supports S.M.A.R.T. monitoring, enabling real-time updates on SSD health and performance metrics.

The SSD also features advanced security isolation, which shields data from external threats and minimizes the risk of corruption, making it a dependable choice for gaming and professional environments alike.

Sustainability and Eco-Friendly Manufacturing

TEAMGROUP continues to align product innovation with environmental responsibility. The T-FORCE GA PRO PCIe 5.0 SSD is manufactured using halogen-free and lead-free processes, fully compliant with RoHS environmental standards. Packaging for the SSD uses recyclable materials, reflecting the brand’s commitment to reducing environmental impact.

This combination of high performance and eco-conscious production allows users to enjoy top-tier storage solutions while supporting sustainability initiatives.

Availability and Further Updates

The T-FORCE GA PRO PCIe 5.0 SSD is a milestone in TEAMGROUP’s pursuit of innovative, high-performance storage solutions. For more information on the SSD and other T-FORCE products, visit TEAMGROUP’s official website and follow their social media channels for the latest updates and announcements.

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TEAMGROUP’s T-Force, a brand known for gaming-focused components, recently launched the XTREEM ARGB DDR5 series, designed for enthusiasts and overclockers seeking peak performance. This latest addition to the T-Force lineup features a high-quality 10-layer PCB to reduce interference and boasts a maximum frequency of 8200MHz. The XTREEM ARGB series aims to meet the demands of users looking to push their systems to the limits, achieving record-breaking benchmarks and unlocking the full potential of their PCs.

Previously, we reviewed T-Force’s XTREEM DDR5-7600 memory kit, which consists of 48GB across 2x24GB modules. In this review, we turn our attention to the new T-Force XTREEM ARGB variant, a high-end memory kit also rated at DDR5-7600, and sent us a 32GB – 2x16GB Kit configuration. This high-performance memory kit promises impressive speeds while bringing RGB aesthetics and high-end reliability to any enthusiast setup.

Packaging

Starting with the packaging, the TEAMGROUP T-FORCE XTREEM ARGB DDR5 comes in a distinct box that sets it apart from the non-ARGB XTREEM DDR5 version. The box features a unique aurora-like background design, enhancing its visual appeal. Centered on the front is an ARGB image of the XTREEM ARGB DDR5 module, with the T-FORCE logo and model name in the upper left corner, and a memory specification sticker in the upper right. The kit under review includes two 16GB modules, totaling 32GB of memory.

The back of the packaging displays a range of product details in several languages, including key features, product serial numbers, and compatible lighting synchronization functions. Supported lighting systems cover major brands, such as ASRock’s POLYCHROME SYNC, ASUS AURA SYNC, Biostar RGB SYNC, GIGABYTE RGB FUSION 2.0, and MSI’s MYSTIC LIGHT, ensuring compatibility with popular motherboard options available today. A lifetime warranty label is also visible in the lower right corner, indicating long-term support for the product.

The T-FORCE XTREEM ARGB DDR5 kit arrives in a protective semi-rigid plastic blister, which shields the RAM from any potential transit damage. The package is straightforward, containing the T-FORCE XTREEM ARGB DDR5 modules and a manufacturer’s sticker, keeping the presentation minimal and functional.

Closer Look

The design of the T-Force XTREEM DDR5 memory maintains the distinctive mirror style seen in its DDR4 counterpart, though with noticeable differences. The DDR5 version moves away from the full specular reflection and light penetration used in the DDR4 model, instead opting for a light guide area at the top of the module. This change shifts the focus to the upper portion of the memory, while the lower part of the heat sink is made thicker, enhancing its ability to handle the heat generated by high-clock DDR5 operations. The overall design prioritizes both aesthetics and functionality, ensuring efficient heat dissipation.

The T-FORCE XTREEM ARGB DDR5 uses a two-piece light pipe that channels light through a translucent, multilayered optical design, creating a soft, aurora-like effect. Inside, a thick white light strip is positioned to enhance the inner glow, while a brown transparent outer cover diffuses the light, resulting in a smooth and consistent flow. This layered structure produces a unique visual experience, with the lighting elements blending seamlessly to evoke a calm, immersive ambient effect.

The XTREEM ARGB DDR5 introduces a shift from its predecessor’s full mirror design, opting instead for a pair of 2mm aluminum heat sinks. Positioned at the bottom, these aluminum heat sinks are designed to manage heat more effectively under demanding loads. Manufactured using aluminum extrusion and CNC processing, and finished with a sandblasted black surface treatment, the result is a distinctive Narvik Black basalt appearance, which reveals a white or gray-speckled granite-like effect when exposed to light. T-Force Lab has specially selected DDR5 memory chips to ensure consistent quality and performance.

In comparison to the non-RGB model, the TEAMGROUP T-FORCE XTREEM ARGB showcases a redesigned upper section, where the light effect area is more pronounced. On the back, the RGB version has an expanded lighting zone that occupies more space than the cooling fins on the non-RGB variant. Viewed from the front and side, it retains a single-sided 1R x8 chip setup, combining an efficient layout with an aesthetic that emphasizes both cooling and lighting.

The RGB section of the module features the T-Force logo alongside the XTREEM ARGB text. The lower-left corner displays the same Narvik Black heat sink design found on the non-RGB version. On the back, you’ll find stickers detailing the product specifications and serial numbers.

The T-Force XTREEM ARGB DDR5 memory module features an innovative design that leverages optical reflection and a light-transmitting pipe to enhance its visual appeal. Equipped with 10 high-brightness RGB LEDs, it achieves a large and striking light-emitting area. The mirror-like finish further amplifies this effect, creating a layered and reflective aesthetic across the top light bar for a visually impactful display.

Once the heatsink is removed, the construction of the XTREEM ARGB D5 reveals its use of ten 10-layer, 2-ounce copper-plated circuit boards. This design supports efficient thermal conductivity, lowers electrical resistance, and ensures a stable, clear signal transmission. A layer of thermal paste between the heatsink and the memory chips further aids in heat dissipation, optimizing overall thermal performance.

Memory capacity is calculated using binary-based increments—typically 4GB, 8GB, and up to 16GB, with 1GB equating to 1024MB. This T-Force XTREEM ARGB D5 Kit consists of 8x 2GB chips (16GB total), utilizing non-binary SK Hynix H5CG48AGBD A-Die chips with a second-line serial code of X018. In a key shift from DDR4, where the power supply remains on the motherboard, DDR5 integrates it directly onto the DIMM PCB, enhancing signal integrity and reducing noise by minimizing power supply distance. The kit incorporates a RICHTEK RTQ5132 PMIC, converting the motherboard’s 5V input into the necessary VDD, VDDQ, and VPP power for efficient operation.

Performance Test

For this review, we used the MSI MPG Z790 CARBON MAX WIFI II motherboard alongside the Intel Core i7-13700K, which handled overclocking tasks smoothly. Tests were conducted using the default AUTO settings, XMP profiles, and additional manual overclocking to measure the memory’s capabilities under different conditions. Here’s an in-depth analysis of the T-Force XTREEM ARGB DDR5-6800MHz ARGB Memory’s performance across these configurations.

CPU-Z software was used to view detailed hardware information. This tool accurately displayed parameters for each system component, confirming the CPU and motherboard details. The high-frequency performance of memory is influenced by both motherboard and CPU compatibility. With advancements in motherboard technology, newer models generally support high-frequency DDR5 memory. Before installing, it’s advisable to review the motherboard’s specifications to ensure compatibility with the maximum supported memory frequency.

The Memory and SPD pages in CPU-Z offer detailed insights into the memory’s specifications. On the Memory page, we observe the default operating frequency set at 5600MHz, aligning with DDR5 memory standards across the board. Moving to the SPD page, we find four preset parameter profiles stored within the memory, enabling the motherboard to configure its operating frequency accordingly.

The first two profiles are set to 5600MHz, while the remaining reach up to 7600MHz, users can easily activate these higher-frequency profiles via BIOS, providing a straightforward way to boost memory performance and maximize their system’s potential.

After enabling the XMP profile, the memory operates at a frequency of 7600MHz, reflecting an adjustment in key parameters, including the timing of 36-45-45-84. These changes indicate that the memory maintains stable performance at this elevated frequency, aligning with the specifications for optimal functionality in high-performance systems.

In the BIOS of the MSI MPG Z790 CARBON MAX WIFI II motherboard, this memory kit offers two built-in XMP profiles for tuning performance. Choosing XMP Profile 1 maximizes performance by setting the memory to DDR5-7600 with timings of CL 36-45-45-84 at 1.4V. For systems that encounter stability issues at this speed, XMP Profile 2 offers a balanced alternative, running the memory at DDR5-6000 with CL 38 timings, which may improve stability while still delivering strong performance.

Benchmarks

Testing with AIDA64 software at the default frequency of 5600MHz, the memory module delivered a read speed of 81,440 MB/s, a write speed of 75,626 MB/s, a copy speed of 93,649 MB/s, and a latency of 90.7 nanoseconds. These results demonstrate a strong performance at this frequency, with the read and write speeds highlighting the module’s capability to handle data-intensive tasks efficiently. The relatively low latency further supports responsiveness, essential for applications requiring rapid memory access.

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

Testing the 6000 MHz (Profile 2) in XMP mode reveals a configuration with timings set to 38-38-38-78. Under this setup, the module achieves a reading speed of 90,747 MB/s and a writing speed of 82,328 MB/s. The copy speed measures 82,205 MB/s, while latency registers at 74.8 ns. These results reflect the module’s high throughput performance and efficiency in this profile.

With the manual overclock set to 6800 MHz and timings adjusted to 38-42-42-90, the memory demonstrated a marked boost in read and write speeds, reaching 97,865 MB/s and 88,434 MB/s, respectively, alongside a latency of 75.8ns. This configuration offers a reliable and high-performance option, particularly well-suited for gaming, delivering a seamless and responsive experience at this frequency.

When the XMP was adjusted to 7600MHz (Profile 1) for testing, the performance saw noticeable improvements. The reading speed increased to 108.29 GB/s, while the writing speed reached 109.52 GB/s, and the copying speed hit 97.079 MB/s. Additionally, latency was reduced to 70.0 ns. These results highlight a significant boost in overall performance when the memory operates at 7600 MHz, with enhanced speeds across all tested categories and lower latency. The system handled both software and gaming tasks effortlessly during testing.

The T-FORCE XTREEM ARGB DDR5 memory proves to be highly overclockable, with its manual settings pushing the frequency from 7600 MHz to 8000 MHz. This results in a noticeable increase in performance across various benchmarks. Read speeds reach 112.60 GB/s, while write speeds at 99.440 MB/s. Copy speeds also show an improvement, peaking at 103.04 GB/s. Additionally, latency is reduced to 68.6ns, highlighting the memory’s potential for high-performance tasks when overclocked.

In terms of temperature, during testing, we ran the AIDA64 Test on the memory at 7600MT/s. The maximum temperatures recorded for the two memory modules were 51.5℃ and 55.3℃, as seen through HWinfo. These results indicate that the memory maintains a solid temperature performance, ensuring stable operation throughout the test.

Conclusion

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In partnership with ASETEK Designworks, TeamGroup has crafted the T-FORCE Siren GA360 AIO Liquid Cooler, designed to cater to the demands of enthusiasts and gamers alike. Boasting features tailored for extreme performance, including CPU overclocking capabilities and rock-solid stability, this cooler incorporates cutting-edge technology for optimal cooling efficiency. With a sleek infinity mirror design adorned with multi-layer RGB lighting, the Siren GA360 offers not only superior performance but also a visually stunning addition to any gaming setup.

Equipped with the latest ASETEK V2 pump, high-efficiency motors, and smart control PWM technology, the Siren GA360 Liquid Coolers ensures precise real-time adjustments to maintain optimal cooling performance while minimizing power consumption. Compatible with a wide range of Intel and AMD motherboard platforms, including the latest LGA 1700 and AMR sockets, this cooler promises to elevate the gaming experience for enthusiasts worldwide. As we delve into its performance, particularly with the Intel Core i7 12700K, let us embark on a comprehensive review of the T-FORCE Siren GA360 and uncover its prowess in enhancing gaming rigs.

Unboxing

The packaging for the T-FORCE Siren GA360 AIO liquid cooler features a sleek black backdrop infused with T-FORCE’s signature style, showcasing a vivid image of the product. Prominently displayed, it’s evident that the T-FORCE Siren GA360 AIO boasts RGB lighting both on the water block and fan. Positioned in the lower left corner is the LGA 1700 slot mark, indicating compatibility with Intel’s 12th/13th generation processors. Meanwhile, the lower right corner highlights support for motherboard lighting effects, emphasizing TEMGROUP T-FORCE Siren GA360’s ability to synchronize lighting effects with motherboards from leading brands such as BIOSTAR, ASRock, ASUS, Gigabyte, and MSI.

The specification of the TEAMGROUP T-FORCE Siren GA360 AIO liquid cooler is conveniently listed on the side of the box, providing a clear understanding of the product’s features before making a purchase. On the other side of the box, reveals a straightforward depiction: a blueprint detailing the cooler’s design and its anticipated dimensions. The radiator is slated to measure 276mm by 120mm, while the accompanying fans are set at 120mm each.

The back side of the T-FORCE Siren GA360 box vividly showcases the primary product attributes, accompanied by technical specifications highlighting the components of the AIO. As of the review, the T-FORCE Siren GA360 ARGB is available in black only at the review time.

The T-Force Siren GA360 ARGB package includes all essential components for easy installation of the CPU cooler. Inside, you’ll find three fans, an Asetek mounting kit compatible with both Intel and AMD processors, fixing screws tailored for short and long fans and the radiator, as well as cables for fan and lighting connections. Additionally, there’s an optional MOLEX cable for lighting integration and comprehensive documentation to guide you through the setup process. This package ensures a hassle-free installation experience, complete with everything you need, including thermal paste, eliminating the need for additional purchases.

Design

The TEAMGROUP T-Force Siren GA360 ARGB AIO Liquid Cooler epitomizes cutting-edge design and engineering in PC cooling solutions. With its sleek and modern aesthetics, it seamlessly integrates into any gaming rig, elevating both performance and style. Now is the moment to delve into each component with meticulous attention, examining its intricacies and functions with precision.

Radiator

The T-FORCE SIREN GA360 ARGB distinguishes itself by its sleek all-black design, a departure from previous T-Force SIREN liquid coolers. From the CPU Head to the water pipes, radiator, fans, and wires, every component sports a uniform black color, enhancing its aesthetic appeal. Compatible with both Intel (LGA 2066/2011-v3/2011/1700/1200/1151/1150/1155) and AMD (sTRX4/sTR4/AM5/AM4) platforms, it boasts a standard tube and radiator configuration, measuring 394x120x27 mm. This thin 27 mm radiator is a common specification in integrated water cooling setups, ensuring efficient heat dissipation.

The radiator is made of aluminum as it is a lightweight material with high thermal conductivity, featuring reinforcing edges where the double-sided installation holes are situated. The radiator features aluminum intakes welded directly onto its surface at a 90º angle. The side of the Radiator boasts electroplated T-FORCE words, adding a sleek and sophisticated touch to its design.

The length of the SIREN GA360 ARGB water pipe measures 400mm and is strengthened with nylon braiding to minimize the risk of bending and damage to the pipeline. SIREN GA360 ARGB adopts reinforced double-layer pipelines and uses fine nylon casing to strengthen the rubber tube to act as a protective layer to improve the overall wind resistance and greatly reduce the risk of damage.

Rubber studs connect the hoses to the radiator, ensuring a secure attachment. The radiator’s fins are designed with folded fins between the water channels, facilitating even heat distribution through the middle fins.

CPU Water Block and PUMP

The T-Force Siren GA360 ARGB boasts a sleek square CPU block design, measuring 74mm on each side and a mere 38mm in height. This compact form factor ensures compatibility with a wide range of motherboards, including compact ITX models. Utilizing a trusted Asetek mounting system, the cooler features a meticulously crafted circular copper cold plate, complete with pre-applied thermal paste for easy installation. With dimensions of 64 x 64 x 38 mm and construction featuring copper block plates and aluminum casing, it promises efficient and effective cooling performance for your system.

The Water Block’s upper part primarily comprises plastic, featuring a transparent ABS outer cover. This cover allows for complete illumination, encompassing both the sides and the top, courtesy of the internal RGB system. As a result, it will present a highly eye-catching appearance when integrated into the chassis. However, it’s important to note that the head bearing the T-Force logo remains fixed in position and cannot be rotated. To ensure proper installation, it’s imperative that the system be mounted with the tubes oriented downward.

The Water Block features a Micro-USB port primarily designed to facilitate the output for the lighting system, enabling seamless connectivity with the fans or direct connection to the board. However, it’s essential to note that this port does not support software control functionalities; its sole purpose lies in facilitating the linkage between the lighting system and the fans. Conversely, the opposite side of the device is equipped with hose intakes featuring elbows that offer unrestricted rotation capabilities, allowing for easy adaptation to various system positions.

The T-Force SIREN GA360 ARGB CPU Water Block stands as a pinnacle of advanced cooling technology, boasting remarkable specifications that ensure peak performance and efficiency. With a formidable rotation speed of up to 2800 RPM, it swiftly dissipates heat with precision, delivering optimal cooling for high-performance computing needs. Its impressive water flow of 850 ml/min ensures rapid heat transfer, effectively maintaining low temperatures even under heavy workloads.

Despite its powerful performance, the pump operates with a maximum noise level of just 20 dBA, ensuring a whisper-quiet computing environment. Consuming a mere 4W at maximum load, it exemplifies energy efficiency without compromising on performance. Moreover, the integration of adaptive AI control enhances its responsiveness to temperature variations, intelligently adjusting its RPM to optimize cooling efficiency. Once operational, the pump settles into a remarkably silent operation, providing an ideal cooling solution for discerning users seeking both performance and tranquility in their computing experience.

Fans

The T-Force SIREN GA360 ARGB Liquid Cooler offers an enticing blend of aesthetics and performance, featuring 120 mm ARGB fans with both 5VDG and PWM connectors for power and control. However, the reliance on classic wired connections could be seen as a drawback, especially in a market increasingly inclined towards wireless solutions and advanced routing systems. Nevertheless, the cooler boasts efficient airflow enhancement with wide propellers and an external stabilization ring, housed within a sturdy chassis crafted from rigid plastic with anti-vibration rubber covers.

Manufacturer specifications reveal a robust motor compatible with PWM control, delivering a variable rotation speed ranging from 600 to 2200 RPM. Despite its formidable performance, the cooler operates relatively quietly, emitting a maximum noise level of 39.5 dBA. With an impressive maximum airflow of 70.07 CFM and static pressure reaching 3.88 mmH2O, these units excel in dissipating heat efficiently while offering BIOS-based manageability, ensuring optimal performance without excessive noise during normal operation.

Mounting Bracket

The T-Force Siren GA360 ARGB boasts the widely favored Asetek mounting system, renowned for its versatility and compatibility with various motherboard models. While maintaining this popular system, slight adjustments to the lifting screws have been made to enhance performance. Ensuring seamless integration with contemporary Intel and AMD platforms, the cooler includes a dedicated backplate for Intel boards, whereas for AMD platforms, users need to remove the serial adapters and utilize a set of modified lifting screws. These modifications involve the addition of an intermediate plastic adapter, meticulously designed to optimize height adjustment specifically for AM4 and AM5 sockets. Installation requires careful attention to the slots on a narrow part of the cylinder, ensuring proper orientation based on the socket type.

The T-Force Siren GA360 ARGB’s utilization of the Asetek mounting system underscores its commitment to compatibility and ease of installation. By incorporating minor alterations to the lifting screws, the cooler ensures a snug fit for current Intel and AMD platforms. Notably, the inclusion of a dedicated backplate for Intel boards streamlines the installation process, while accommodating AMD sockets necessitates the removal of serial adapters and the use of specially designed lifting screws with an added plastic adapter for precise height adjustment. This meticulous attention to detail ensures a hassle-free installation experience, allowing users to seamlessly integrate the cooler into their systems with confidence.

ARGB Effects

TEAMGROUP has truly mastered the art of ARGB lighting, evident in its remarkable execution. The captivating ARGB lighting effect showcased in both the water block and fan is nothing short of mesmerizing. Each individual LED on the fans contributes to the overall allure, while the CPU and SSD blocks boast a pristine and uniform illumination. TEAMGROUP’s attention to detail and craftsmanship in its ARGB lighting design sets a new standard for visual appeal and sophistication.

Testing and Performance

After the Appearance and Visual effect of RGB, let’s look at the performance. The most important thing about AIO Liquid cooling is to be able to suppress the temperature of the CPU. We use an Intel 12th generation Core i7-12700K Processor and a Z790 motherboard to verify the strength of T-Force Siren GA360 ARGB and All testing is done at a room temperature of 23°C.

As mentioned before, T-Force Siren GA360 ARGB is very powerful in terms of installation support. It can support both the latest Intel LGA 1700 pin and AMD AM5 pin.

Build Specification

• Motherboard: MAXSUN Terminator Z790M D5 WIFI – (Buy From Amazon)
• CPU: Intel Core i7-12700K – (Buy From Amazon)
• Cooler: TEAMGROUP T-Force Siren GA360 ARGB AIO Liquid Cooler – (Buy From Newegg)
• Memory: Silicon Power Xpower Zenith RGB DDR5 (32GB) – (Buy From Amazon)
• Graphics Card: Predator BiFrost Intel Arc A770 – (Buy From Amazon)
• Storage: TEAMGROUP MP44 1TB M.2 SSD – (Buy From Amazon)
  For Benchmark Test: Silicon Power XS70 1TB M.2 SSD – (Buy From Amazon)
• Case: HYTE Y40 Modern Aesthetic Case– (Buy From Amazon)
• Power Supply: MONTECH Century 850 (80 PLUS Gold Certified) – (Buy From Amazon)
• OS: Microsoft Windows 10 Pro-64-bit – (Buy From Amazon)

Benchmark Testing

The performance evaluation of the TEAMGROUP T-Force Siren GA360 ARGB AIO Liquid Cooler began with stress testing on an Intel Core i7-12700K processor, running at default frequencies with a core voltage of around 1.2V and a power consumption slightly exceeding 200W. Adjusting the CPU fan speed to 2000 RPM, an audible wind noise was perceptible but tolerable. Following a rigorous Stress FPU benchmark via AIDA64 for 10 minutes, the recorded core temperature of the CPU was a mere 71°C, a commendably low figure. Additionally, the CPU package temperature mirrored this reading, indicating effective heat dissipation by the liquid cooler.

Transitioning to real-world scenarios, the cooler’s performance was further assessed through gaming sessions featuring demanding titles such as “God of War 2018” and “Cyberpunk 2077.” Across multiple gaming sessions, the CPU temperature consistently remained below 50°C, demonstrating efficient cooling under load. Given the user’s preference for aesthetics and light gaming rather than intensive AAA titles, the observed temperature management suggests that the cooler’s capabilities align well with their requirements. This practical evaluation underscores the cooler’s ability to maintain optimal operating temperatures even during extended gaming sessions, enhancing both performance and longevity.

For those considering the TEAMGROUP T-Force Siren GA360 ARGB AIO Liquid Cooler, the graphical representation of temperature suppression provided offers a clear visual indication of its effectiveness. With core temperatures remaining well within acceptable ranges during both stress testing and real-world usage scenarios, the cooler proves itself as a reliable solution for users seeking efficient cooling performance without compromising on aesthetics. Whether engaged in intensive workloads or casual gaming, this liquid cooler emerges as a dependable choice, offering an appealing balance of form and function.

Conclusion

Read Also:

• Yeston Zeaginal ZC-ZEUS XT360 CPU Liquid Cooler Review
• Asgard BRAGI RGB DDR5-6800MHz 32GB Memory Kit Review
• Silicon Power XS70 PCIe Gen 4×4 NVMe SSD Review
• Silicon Power XPOWER Zenith DDR5-5600 Memory Kit Review

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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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