G.SKILL Trident Z5 Neo RGB White 64GB (2×32GB) DDR5-6000 CL28-36-36-96 1.40V Desktop Memory Kit, AMD EXPO and Intel XMP 3.0 Profiles, Aluminum Heatspreader

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Capacity: 64GB (2×32GB) DDR5 UDIMM dual-channel memory kit
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Rated speed: 6000 MT/s (PC5-48000) with EXPO timing at CL28-36-36-96
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Voltage at EXPO profile: 1.40V
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Profile support: AMD EXPO primary; product page states Intel XMP 3.0 compatibility
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Series: Trident Z5 Neo RGB – integrated diffused RGB light bar
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Color / finish: White aluminum heatspreader (suffix W indicates white variant)
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Module type: 288-pin, non-ECC, unbuffered desktop DRAM
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Intended platforms: DDR5 motherboards; EXPO targeted for AM5
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RGB control compatible via board vendors’ utilities (Aura, Mystic, Fusion, Polychrome)
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Covered under G.SKILL limited lifetime memory warranty
The G.SKILL Trident Z5 Neo RGB White 64GB memory kit with model designation F5-6000J2836G32GX2-TZ5NRW is a dual-module DDR5 kit engineered in a 2×32GB configuration to provide a high-capacity channel configuration for DDR5 systems. This kit is factory-rated for 6000 MT/s operation and exposes an AMD EXPO profile with a CAS latency set of 28-36-36-96 at 1.40 volts. On compatible motherboards supporting EXPO, those timing and voltage values can be applied directly from firmware without manual entry. In addition to the EXPO profile, this exact model is also documented by G.SKILL as supporting Intel XMP 3.0, allowing the same kit to be deployed across a wider range of DDR5-capable desktop platforms that implement XMP.
This memory kit belongs to the Trident Z5 Neo RGB family, visually defined by a full-length RGB light bar integrated into the top architecture and connected to the system’s lighting infrastructure via motherboard-level control software when supported. The variant coded “TZ5NRW” identifies two distinct properties of this unit: “R” denotes the RGB top light bar, and the trailing “W” denotes the white color of the aluminum heatspreader. This naming convention differentiates it from the otherwise visually similar black model coded “TZ5NR” which lacks the “W”.
In electrical and mechanical terms, these modules use the 288-pin UDIMM form factor defined for desktop DDR5 platforms. They are non-ECC and unbuffered, consistent with standard consumer desktop DRAM. The target deployment environment is DDR5-capable motherboards including AMD AM5 where EXPO profiles provide direct tuning alignment, and other platforms where XMP profiles are recognized. The rating of 6000 MT/s for a 2×32GB capacity class positions the kit in a performance range that is commonly used for bandwidth-sensitive workloads and that aligns with the memory controller characteristics observed in typical AM5 deployments operating synchronously around this data rate.
The white heatspreader finish provides a visual match for systems constructed with white chassis, white AIOs, white motherboards or other white-accented builds. The integrated RGB light bar is designed without external cabling; instead the lighting logic communicates through standard DRAM-side interfaces handled by the motherboard controller, allowing synchronization with system lighting. The RGB diffusion design distributes emitted light along the top of each module without direct LED point visibility.
For system integrators or channel listing requirements, the presence of both an EXPO profile and an XMP reference means this single SKU can be legitimately presented as functionally deployable on both AMD EXPO boards and boards that read XMP specifications. The stated EXPO timing table of CL28-36-36-96 and the operating voltage of 1.40 V are the values published by G.SKILL for this exact part number. No alternate lower or higher stock profiles beyond the published EXPO/XMP disclosure should be assumed without direct board-level testing results.
As with other G.SKILL desktop memory products, this kit falls under a limited lifetime warranty policy. The packaging format is the standard dual-module clear-window retail enclosure used across the Trident Z5 Neo family. For shipping, the dimensions listed below correspond to a finished retail package, which can be used to compute volumetric weight for freight classification if the physical shipment must be labeled by volume or dimensional divisor.