Klevv Fit V: 16GB DDR5 6400MHz CL32 Ultra-Low Profile High-Performance Memory
In short, the Klevv Fit V 16GB DDR5 6400MHz technically facilitates an elite computing environment through its minimalist industrial design and sophisticated high-frequency architecture. Since this module utilizes strictly selected ICs, it effectively enhances system responsiveness while maintaining consistent 6400MT/s throughput during intensive content creation iterations. Notably, the 33.2mm ultra-low clearance specifically caters to compact builds by blending extensive cooler compatibility with a refined technical presence.
Furthermore, the aluminum heat spreader is specifically positioned for maximum thermal dissipation, ensuring that the PMIC remains stable during extreme overclocking workloads. Because the module supports both Intel XMP 3.0 and AMD EXPO profiles, it technically ensures seamless operation across various next-generation hardware setups. Consequently, the Fit V delivers a disciplined performance presence that blends low-latency timing with exquisite power management. As a result, you receive a highly efficient and visually perfect memory foundation for your high-performance PC build.
Industrial Precision & Thermal Management
On-Die ECC Integrity
Notably, the internal architecture specifically features On-die Error Correction Code (ECC). This technically allows the module to maximize data reliability across both high and low load iterations, effectively ensuring that users receive stable memory performance with minimal bit-error excursions in the DDR5 environment.
Selected IC Superiority
Moreover, the strictly selected IC design specifically utilizes high-grade silicon that effectively suppresses signal noise. Consequently, your system operates with less electrical interference, resulting in more consistent data transfer cycles during sustained high-frequency excursions.
Additionally, the inclusion of a high-quality PMIC effectively provides precision power management without thermal compromise. Unlike conventional memory sticks, the Fit V incorporates a minimalist aluminum heat spreader to ensure your technical presence remains stable within tight chassis constraints. As a result, you receive a technically superior module that balances high-performance frequency with a sophisticated Jet Black aesthetic.
💡 Pro-Builder Tip: Optimal Clearance Logic
To clarify, this module will technically facilitate compatibility with large air coolers such as the Noctua NH-D15. Specifically, ensure you enable the AMD EXPO or Intel XMP profile in your BIOS to effectively reach the rated 6400MT/s potential. Furthermore, ensure your motherboard’s QVL supports these high-frequency timings to maintain maximum signal stability for enthusiast hardware configurations.
Technical Specifications
| Hardware Feature | Detailed Specification |
|---|---|
| Memory Type | DDR5 Unbuffered DIMM |
| Part Number | KD5AGU880-64A320K |
| EAN / GTIN | 4895194968788 |
| Tested Speed | 6400 MT/s (PC5-51200) |
| Tested Timings | 32-38-38-78 (CL32) |
| Tested Voltage | 1.4V |
| Profile Support | Intel XMP 3.0 & AMD EXPO |
| Module Height | 33.21 mm / 1.30 inch |
| IC Selection | Strictly Selected Quality Chips |
| Operating Temp | 0°C to 85°C |
| Warranty | 3 Year Local Agent Warranty |
What’s In The Box
Frequently Asked Questions
Is this memory technically compatible with large CPU air coolers?
Specifically, the architecture technically facilitates an ultra-low clearance profile of only 33.2mm. Notably, this minimalist height ensures elite platform stability for builds utilizing oversized heatsinks. Consequently, it handles space-constrained iterations near-instantaneously during complex hardware assembly excursions.
What is the benefit of the built-in PMIC on the Fit V?
Notably, the internal architecture specifically features a Power Management Integrated Circuit (PMIC). This technically allows the system to maximize power efficiency across various hardware ecosystems, effectively ensuring that users receive disciplined voltage control without signal interference or thermal instability.
Does 6400MHz offer a technical advantage for video editing?
Notably, it technically facilitates high-draw professional workloads. Specifically, the 6400MT/s frequency provides the necessary throughput for complex 4K rendering and graphics multitasking. Consequently, your setup ensures industrial-grade stability during complex rendering iterations involving high-bandwidth creative software.
*Klevv, Fit V, and Essencore are registered trademarks of Essencore Limited. Intel, XMP, AMD, and EXPO are trademarks of their respective corporations. Technical specifications are based on official documentation provided at the time of publication.
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