Adata XPG Spectrix D35G RGB 64GB (32GBx2) DDR4 3600MHz CL18 Ram (Black)
MPN AX4U360032G18I-DTBKD35G · Brand Adata
64GB (2x32GB) DDR4-3600 CL18 desktop kit with addressable RGB. Timings 18-22-22 at 1.35V, black aluminium heatspreader, XMP 2.0 profile. EAN 4711085943484
Inclusive of GST · GST invoice available
Overview
The Adata XPG Spectrix D35G (AX4U360032G18I-DTBKD35G) is a 64GB dual-channel DDR4 memory kit built for desktop PC builders who want high capacity and addressable RGB lighting in a single purchase. The kit ships as two 32GB DIMMs rated to run at DDR4-3600 with a CAS latency of CL18 and primary timings of 18-22-22 at 1.35V, reachable via the kit's XMP 2.0 profile in BIOS. The 64GB total capacity gives multitaskers and creators meaningful headroom for memory-hungry workflows - virtual machines, large Lightroom and Premiere projects, 3D and CAD scenes, high-resolution texture authoring, and modern AAA titles that increasingly request 32GB. Running the pair in dual-channel mode at 3600 MT/s also extracts more usable bandwidth on Ryzen 3000/5000 platforms, whose Infinity Fabric typically synchronises cleanly at this frequency. Verified specifications: - Form factor: desktop DIMM (288-pin) - Capacity: 64GB kit (2 x 32GB) - Memory type: DDR4 - Rated speed: 3600 MHz - CAS latency: CL18 - Primary timings: 18-22-22 - Voltage: 1.35V (XMP 2.0) - Lighting: addressable RGB (Spectrix D35G light bar) - Heatspreader colour: black - EAN/UPC: 4711085943484 - Model / SKU: AX4U360032G18I-DTBKD35G Best suited to AM4 and LGA1200 builders who want a high-capacity DDR4 RGB kit; less suitable for DDR5-only platforms such as AM5 or LGA1700 DDR5 motherboards, and for ultra-low-profile or SFF builds where tall heatspreaders may collide with the CPU cooler. Always confirm motherboard QVL support for 2x32GB DDR4-3600 before purchase, and enable XMP to reach the rated 3600 MHz - without XMP, the kit will default to a standard JEDEC frequency
Datasheet
| Capacity | 64GB |
|---|---|
| Memory Speed | 3600 MHz |
| Memory Type | Desktop Memory |
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