
G.Skill TridentZ RGB 32GB DDR4 4000MHz Dual Channel Kit
Elevate Your System's Aesthetics and Performance Introducing the G.Skill 32GB DDR4 TridentZ RGB memory kit. Designed for enthusiasts and gamers, this dual-channel kit delivers blazing-fast speeds and stunning RGB lighting effects. Enhance your system's performance and visual appeal with this high...
*Price sourced from Amazon.com. Last updated:Jul 14, 2026.Price and availability are subject to change.
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Overview
Elevate Your System's Aesthetics and Performance
Introducing the G.Skill 32GB DDR4 TridentZ RGB memory kit. Designed for enthusiasts and gamers, this dual-channel kit delivers blazing-fast speeds and stunning RGB lighting effects. Enhance your system's performance and visual appeal with this high-quality memory solution.
Specifications:
- Capacity: 32GB (2 x 16GB)
- Type: DDR4
- Series: TridentZ RGB
- Speed: 4000MHz (PC4-32000)
- Timings: CL16 (16-19-19-39)
- Voltage: 1.40V
- Pins: 288
- Channel: Dual Channel Kit
- Compatibility: Designed for Intel Z270 Kaby Lake platform
Key Features
TridentZ RGB Series - 32GB DDR4 kit - 2x 16GB matched modules
Timings of CL16 (16-19-19-39) at 1.40V
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
- Comes as a 32GB DDR4 kit with two matched 16GB modules for dual-channel performance
- Features vibrant RGB LEDs, allowing for personalized aesthetic customization within a PC build
- Engineered with a unique heatsink design that contributes to both cooling and visual appeal
- Optimized for the Intel Z270 Kaby Lake platform, ensuring specific compatibility and performance
- Operates at a high 4000MHz memory speed (PC4-32000), suitable for demanding applications
👎 Cons
- Requires a motherboard that supports DDR4 memory, specifically at 4000MHz, for full performance
- The specified timings of CL16 (16-19-19-39) at 1.40V might require manual configuration in some BIOS setups
- The RGB lighting may not be desired by all users and could increase overall power consumption slightly
- Optimization for the Intel Z270 Kaby Lake platform means it may not be ideal for newer or different chipsets
- Higher frequency RAM can sometimes be more sensitive to motherboard and CPU memory controller compatibility