G.Skill AMD EXPO TZ5 NEO 32GB (2 x 16GB) DDR5 6000MHz CL30 1.35V
Key Specifications
Choose one or multiple features to search for items that have the same specifications.Memory | |
Internal memory | 32 GB |
Memory layout (modules x size) | 2 x 16 GB |
Features | |
Internal memory type | DDR5 |
ECC | |
CAS latency | 30 |
Memory clock speed | 6000 MHz |
Memory voltage | 1.35 V |
Cooling type | Passive |
SPD profile | |
Memory form factor | 288-pin DIMM |
Memory channels | Dual-channel |
Component for | PC/Server |
Internal memory | 32 GB |
EAN | 4713294230454 |
Warranty | 1 year |
Trident Z5 Neo series DDR5 memory is designed for ultra-high overclocked performance on DDR5-enabled AMD platforms. Featuring AMD EXPO overclocking technology for easy memory overclocking on supported AMD platforms, the Trident Z5 Neo series is the ideal choice for building high-performance systems.
Blazing Performance DDR5 for AMD Ryzen
Designed for DDR5-enabled AMD platforms, Trident Z5 Neo is created from high-quality, hand-screened DDR5 DRAM ICs to achieve high overclocked memory performance on DDR5 AMD platforms. To unleash overclocked memory performance, the Trident Z5 Neo comes with AMD EXPO (EXtended Profiles for Overclocking) support to allow a simple memory overclocking experience in BIOS.
Dual-Textured Streamline Design
Incorporating hypercar elements, the Trident Z5 Neo is designed with a sleek and futuristic exterior. Featuring a black brushed-aluminum inset into a matte black body with precision CNC highlight stripes, the Trident Z5 Neo is ideal for a multitude of PC build themes.
Engineered for Exceptional DDR5 Experience
Each Trident Z5 Neo memory kit is tested under G.SKILL's rigorous validation process to ensure outstanding quality.
AMD EXPO Support
Just set and go. Programmed with AMD EXPO overclocking profiles, the only thing that stands between you and awesome performance is a simple BIOS setting.*
* Enable the EXPO profile in the BIOS to reach up to the rated overclock speed of this memory kit. Maximum memory speed and system stability depends on the capability of the motherboard & CPU.
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