
G.Skill F4-4000C18Q2-64GTZR TridentZ RGB 64GB DDR4 4000MHz Kit
Elevate Your Build with G.Skill TridentZ RGB DDR4 MemoryUnleash the full potential of your gaming rig with the G.Skill TridentZ RGB DDR4 memory kit. Featuring stunning RGB lighting and high-performance speeds, this memory will take your system to the next level. Specifications: Capacity: 64G...
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Overview
Elevate Your Build with G.Skill TridentZ RGB DDR4 Memory
Unleash the full potential of your gaming rig with the G.Skill TridentZ RGB DDR4 memory kit. Featuring stunning RGB lighting and high-performance speeds, this memory will take your system to the next level.
Specifications:
- Capacity: 64GB (8 x 8GB)
- Type: DDR4
- Speed: 4000MHz (PC4-32000)
- Timings: CL18 (18-19-19-39)
- Voltage: 1.35V
- Pins: 288
Key Features
TridentZ RGB Series - 64GB DDR4 kit - 8x 8GB matched modules
Timings of CL18 (18-19-19-39) at 1.35V
Unique heatsink design with vibrant RGB LEDs
Specifically engineered for the Intel Z270 Kaby Lake platform
4000MHz memory speed, PC4-32000, 288 pins per module
Specifications
Pros & Cons
👍 Pros
- Part of the TridentZ RGB Series, featuring a unique heatsink design with vibrant RGB LEDs for aesthetic appeal
- Comes as a 64GB DDR4 kit, consisting of 8x 8GB matched modules, providing significant memory capacity
- Operates at a high memory speed of 4000MHz (PC4-32000), contributing to fast system performance
- Specifically engineered for the Intel Z270 Kaby Lake platform, ensuring optimized compatibility and stability
- Offers timings of CL18 (18-19-19-39) at 1.35V, balancing performance and power efficiency
👎 Cons
- Engineered specifically for the Intel Z270 Kaby Lake platform, which may limit optimal performance on other chipsets
- Requires a motherboard with 8 DIMM slots to utilize the full 64GB capacity, as it comes in 8x 8GB modules
- CL18 latency, while good, might be considered higher compared to some lower-latency DDR4 kits available
- The 4000MHz speed might not be achievable without XMP or manual tuning on all compatible motherboards
- RGB lighting, while attractive, can increase power consumption slightly compared to non-RGB modules