![Kingston FURY Renegade 16GB DDR4 5133](https://compare.topgpu.net/wp-content/themes/justnews/themer/assets/images/lazy.png)
Kingston FURY Renegade 16GB (2×8GB) DDR4 5133 is a high-performance memory module designed for gamers and PC enthusiasts. It offers clock speeds of up to 5133MHz and comes in a 2x8GB kit, providing a total of 16GB of memory.
The module is compatible with Intel XMP 2.0 profiles, allowing users to overclock their memory for better performance easily. It also features a low-profile heat spreader that helps to keep the memory cool during intense gaming sessions.
Kingston FURY Renegade 16GB DDR4 5133 Spec
Basic Parameters | |
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Applicable Type | Desktop |
Capacity | Kit (2×8GB) |
Memory Type | DDR4 |
Memory Frequency | 5133MHz |
Pin Number | 288pin |
Slot Type | DIMM |
Technical Parameters | |
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CL Latency | 19-23-23 |
Other Parameters | |
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Heat Spreader | Included |
Operating Voltage | 1.35V |
XMP | Supported, XMP2.0 |
Pros and Cons
![Kingston FURY Renegade 16GB DDR4 5133 2](https://compare.topgpu.net/wp-content/themes/justnews/themer/assets/images/lazy.png)
Pros:
- Performance: With a fast data transfer rate of 5133 MT/s, this memory module offers exceptional performance, making it perfect for demanding tasks and multitasking.
- Reliability: Kingston’s renowned quality and reliability are built into this memory module, ensuring consistent performance and longevity.
- Cooling: The heat-spreading aluminum heat shield provides efficient cooling, ensuring consistent performance even during intense use.
- Upgradeability: The kit consists of two 8GB modules, making it easy to upgrade your system in the future.
Cons:
- Cost: High-performance memory modules come at a premium price, which may be prohibitive for some users.
- Compatibility: While most motherboards are compatible, there’s always a chance that a particular board may not work with this memory module. Always check compatibility before purchase.
- Environmental Impact: The focus on performance and cooling may result in higher energy consumption and heat generation, leading to potential environmental impact.