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Introducing the Kimtigo UDIMM DDR4 3200MHz desktop RAM module, designed to elevate your computer's performance to new heights. With an impressive clock speed of 3200MHz, this 8GB/16GB/32GB DDR44 3200MHz Desktop RAM module delivers lightning-fast data transfer rates, resulting in seamless multitasking and swift application loading times. Available in various capacities from 4GB to 32GB, the Kimtigo UDIMM DDR4 3200MHz desktop RAM module provides ample memory for even the most demanding tasks. It is built with high-quality components and ensures exceptional stability and reliability for an optimized computing experience. Upgrade your system with the Kimtigo UDIMM DDR4 3200MHz desktop RAM module and enjoy improved speed and responsiveness.
| Model | DDR4 | ||
| Capacity | 8GB, 16GB, 32GB | ||
| Type | Notebook memory | ||
| Packaging | Single Memory | ||
| Memory Type | ValueRam Memory | ||
| Speed | 3200 MHz | ||
| Voltage | 1.2V, 1.35V（XMP） | ||
| Size | 69.5mm*30 mm | ||
| Interface | JEDEC DDR4 | ||
| CL | 17/16 | 19 | 16/17/22 |
| Bandwidth | 19200 Mbps | 21300 Mbps | 25600 Mbps |
| Working temperature | 0~85 ℃ | ||
| Application field | Tablets, laptops | ||
The Kimtigo UDIMM DDR4 3200MHz RAM features efficient heat dissipation and cooling solutions to ensure optimal performance and reliability. The modules are designed with advanced heat spreaders or heat sinks that effectively dissipate heat generated during operation. These heat dissipation solutions help to maintain lower temperatures, preventing overheating and reducing the risk of performance throttling or system instability.
Additionally, the Kimtigo UDIMM DDR4 3200MHz RAM modules are often engineered using high-quality materials that enhance heat conductivity and ensure efficient heat transfer. This helps to evenly distribute heat across the modules, minimizing hotspots and maintaining consistent performance even during intense gaming or resource-intensive tasks.
These heat dissipation and cooling solutions not only enhance the overall stability and reliability of the RAM but also extend its lifespan. By keeping the modules cool and operating within safe temperature ranges, they can maintain optimal performance for longer periods, ensuring smooth and uninterrupted gaming sessions or demanding computing tasks.
