G.SKILL Flare X5 32GB (2×16GB) DDR5-6000 CL36 White RAM Memory Kit, 1.35V, Dual OC Profile: Intel XMP 3.0 and AMD EXPO, 33mm Low-Profile Aluminum Heatsink | MATTE WHITE ~ F5-6000J3636F16GX2-FX5W

482 $

Expert Features

  • Exact White 32GB Dual-Channel Kit : F5-6000J3636F16GX2-FX5W is the White Flare X5 32GB kit with 2 × 16GB DDR5 UDIMMs. The “W” version keeps the same performance specifications as F5-6000J3636F16GX2-FX5 while using G.SKILL’s matte-white heatspreader. The exact white P/N is independently listed as a 32GB (2×16GB) DDR5-6000 kit.
  • DDR5-6000 CL36 Performance : This exact configuration is rated up to 6000 MT/s / PC5-48000 with tight 36-36-36-96 timings, giving modern gaming systems excellent bandwidth with a relatively aggressive latency profile.
  • 1.35V Tuned Overclock Profile : The rated DDR5-6000 CL36 profile operates at 1.35V, while the memory boots at its standard SPD profile before XMP or EXPO is enabled.
  • Intel XMP 3.0 + AMD EXPO : No need to choose sides—the kit includes both Intel XMP 3.0 and AMD EXPO memory profiles, allowing compatible Intel or AMD systems to load the rated performance profile through BIOS.
  • Built With AMD AM5 In Mind : G.SKILL specifically positions the Flare X5 family for DDR5-enabled AMD AM5 platforms, with EXPO providing straightforward one-step memory overclocking on supported motherboards.
  • Low-Profile 33mm Height : At only 33mm tall, Flare X5 is made for systems where giant tower coolers and compact cases can bully taller RGB RAM into submission.
  • Matte White Minimalist Design : This exact FX5W variant uses G.SKILL’s clean matte-white Flare X5 heatspreader, with racing-stripe and grille-inspired styling that works beautifully in white gaming builds. G.SKILL officially states that Flare X5 is available in matte black or matte white.
  • No RGB, No Nonsense : This is a deliberately non-RGB memory kit, perfect when the build needs clean white hardware without another lighting ecosystem fighting for attention.
  • Hand-Screened DDR5 ICs : G.SKILL builds Flare X5 kits from hand-screened DDR5 DRAM ICs and subjects each kit to its validation process for stability and quality.
  • DDR5-4800 SPD Baseline : At default BIOS settings, this kit uses a 4800 MT/s SPD speed at 1.10V before the XMP/EXPO overclock profile is activated.
  • Non-ECC Unbuffered Desktop Memory : This exact configuration is unbuffered and non-ECC, designed for performance desktop systems rather than registered workstation/server memory.

Expert Specs

Specification Exact White Version
Brand G.SKILL
Series Flare X5
Exact P/N F5-6000J3636F16GX2-FX5W
Color Matte White
Memory Type DDR5
Form Factor Desktop UDIMM
Pin Configuration 288-Pin
Total Capacity 32GB
Kit Configuration 2 × 16GB
Multi-Channel Configuration Dual-Channel Kit
Rated / Tested Speed Up To 6000 MT/s
Bandwidth Class PC5-48000
Tested CAS Latency CL36
Full Tested Timings 36-36-36-96
Tested Voltage 1.35V
Intel OC Profile Intel XMP 3.0
AMD OC Profile AMD EXPO
SPD Speed 4800 MT/s
SPD Voltage 1.10V
Registered / Unbuffered Unbuffered
ECC Non-ECC
Primary Platform Positioning DDR5-Enabled AMD AM5 Systems
Intel Platform Use Supported on compatible DDR5 systems through Intel XMP 3.0
Module Height 33mm
Heatspreader Aluminum Heat Spreader
Heatspreader Finish Matte White
RGB / LED Lighting None
Fan Included No
PCB Color Black
Overclock Requirement XMP/EXPO BIOS profile required to reach rated 6000 MT/s
Warranty 1 YEAR WARRANTY
Exact White Variant UPC 848354047698

Features & Compatibility

6000J3636F16GX2-FX5W

RAM GSKILL RIPJAWS S5 32GB (16X2) 6000 WHITE

G.SKILL Flare X5 32GB (2×16GB) DDR5-6000 CL36 White RAM Memory Kit, 1.35V, Dual OC Profile: Intel XMP 3.0 and AMD EXPO, 33mm Low-Profile Aluminum Heatsink | MATTE WHITE ~ F5-6000J3636F16GX2-FX5W


Generate an AI Image

  • Layout
    • Create an exact 2048 × 2048, perfect 1:1 square website product-profile composition for the G.SKILL Flare X5 White 32GB (2×16GB) DDR5-6000 CL36 — F5-6000J3636F16GX2-FX5W.
    • Foreground: make exactly two matte-white 16GB DDR5 DIMMs the dominant hero elements, occupying approximately 64–68% of the useful canvas.
    • Arrange both modules in an elegant staggered three-quarter formation, clearly exposing the matte-white Flare X5 heatspreaders, G.SKILL / FLARE X5 branding, black PCB edges, and gold contacts.
    • Midground: place two premium DDR5 motherboard slots immediately beneath the modules, suggesting their natural installed destination in an AMD AM5 gaming build.
    • Arrange technical icons vertically along the right side.
  • Product Presentation
    • Use official Flare X5 imagery as the strict physical design reference while representing the exact White FX5W variant.
    • Preserve the exact 33mm low-profile silhouette, white heatspreader geometry, racing-stripe / grille-inspired styling, two-module configuration, non-RGB appearance, black PCB, and branding.
    • Place the G.SKILL logo at the top-left.
    • Center “FLARE X5 WHITE DDR5” at the top using large, sculpted, extruded 3D typography with razor-sharp separation.
    • Because the RAM itself is white, create a localized cobalt-blue to spectral-violet iridescent gradient directly behind the DIMMs only, ensuring perfect edge separation while preserving the overall white palette.
    • Do not add RGB illumination; this exact kit is deliberately non-RGB.
  • Artistically Distinct and Detailed Background
    • Create a surreal “AM5 Pearl Reactor” theme where a premium AMD motherboard transforms into sculptural, flowing mother-of-pearl circuitry and dual luminous memory channels rise toward the two Flare X5 DIMMs.
    • On the left-rear side, place one restrained dark futuristic AMD-inspired cyber-warrior, crouched against a curled translucent circuit formation, with one armored hand resting beside a glowing memory trace.
    • Keep the character at approximately 12–15% of the visual mass so the RAM remains overwhelmingly dominant.
    • Establish a specific contrast between the dark concentrated gaming spirit and a radiant technological world that remains approximately 90% extreme high-luster pearlescent white.
    • Use subtle transparent oily-iridescent light silver, pale cyan, cobalt, lavender, and faint violet reflections.
    • Restrict the environment to deep opalescent conch-pearl sculptural reliefs plus fluid transparent extreme high-luster iridescent oil.
    • add a metallic chrome aura to the background right behind the two RAM modules.
    • Use refined global illumination, dielectric refraction, delicate caustics, and premium volumetric light.
    • No graphite smog, charcoal fog, black walls, generic RGB rooms, rocky clutter, or excessive matte surfaces.
  • Icons — Bullet Listed
    • DDR5
    • XMP 3.0
    • AMD EXPO
    • 33MM LOW PROFILE
    • NON-RGB
    • Render every icon as a different hollow 3D esports/gaming-hardware freeform insignia, never repeating generic rectangles, shields, cards, capsules, or badge shapes.
    • Keep typography X-large, bold, condensed, razor-sharp, and ultra-readable at website-thumbnail size.
    • CRITICAL DIRECTIVE [STRICT] The Icons MUST Have different shapes depending on the specific content of the icon
  • Output Requirements
    • Final output must be exactly 2048 × 2048 pixels.
    • Maintain a perfect 1:1 square composition.
    • Keep both DIMMs, branding, headline, icons, character, motherboard elements, and effects completely inside generous safe margins.
    • Add discreetly at the bottom: “Infographics Made with ❤️ by the Expert Zone Team”
  • Constraints
    • The modules must be matte white, not black.
    • Do not omit either Intel XMP 3.0 or AMD EXPO.
    • Do not add RGB or LED lighting.
    • Do not show taller Trident Z, Ripjaws, or other G.SKILL heatsink geometry.
    • Do not represent this as ECC or registered memory.
    • Do not invent a 64GB configuration, four DIMMs, SO-DIMM form factor, or unsupported memory speed.
    • No stage, pedestal, graphite smoke, visual clutter, or premium-ad-poster styling.
    • Before rendering, ask: “How does this image fare as a product-profile image?” Automatically correct inaccurate module geometry, wrong heatspreader color, false RGB, white-on-white blending, unreadable icons, clipping, or excessive background competition.