
Corsair CMP8GX3M2A1600C8 Dominator 8GB DDR3 Memory Kit
Experience Uncompromising Performance with Dominator MemoryCorsair Dominator memory is engineered for extreme performance, utilizing highly screened ICs and innovative cooling technology to deliver unparalleled speed and stability for demanding applications and gaming. Capacity: 8 GB Type: PC3-1...
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Overview
Experience Uncompromising Performance with Dominator Memory
Corsair Dominator memory is engineered for extreme performance, utilizing highly screened ICs and innovative cooling technology to deliver unparalleled speed and stability for demanding applications and gaming.
- Capacity: 8 GB
- Type: PC3-12800
- Speed: 1600mHz
- Configuration: Dual Channel
- Technology: DDR3 SDRAM
- Pins: 240-Pin
- Compatibility: Intel and AMD Platforms
Key Features
Ultra-high performance 8GB DOMINATOR kit for Dual Channel processors
8GB (2 x 4GB) DDR3 for AMD and Intel Dual Channel processors
Intel XMP (Extreme Memory Profile) Support
Speed: 1600mhz
Timing: 8-8-8-24
Pin Out: 240-pin
Voltage: 1.65v
Lifetime Warranty
Specifications
Pros & Cons
👍 Pros
- This 8GB DOMINATOR kit is engineered for ultra-high performance in dual channel processor systems.
- Supports Intel XMP (Extreme Memory Profile), which allows for easy overclocking with compatible motherboards.
- Operates at a brisk 1600mhz speed, providing efficient data transfer for demanding applications.
- Features tight timings of 8-8-8-24, contributing to faster response times and overall system fluidity.
- Backed by a lifetime warranty, offering long-term assurance for this memory module purchase.
👎 Cons
- Requires a 240-pin DDR3 slot, meaning it is not compatible with newer DDR4 or older DDR2 systems.
- Operates at 1.65v, which might be a higher voltage compared to some standard DDR3 modules.
- The 8GB total capacity might be insufficient for users running extremely memory-intensive tasks or high-end gaming.
- Specific timing of 8-8-8-24 may require manual configuration on some motherboards if XMP is not used.
- Designed for dual-channel processors, which could limit its optimal performance in single-channel setups.