Deepcool Lt520

R-LT520-WHAMNF-G-1 DEEPCOOL LT520 WH INFINITY SERIES 240MM LIQUID CPU COOLER ARGB-WHITE DeepCool CPU Liquid Cooler LT520 240mm 4th Gen Dual-Chamber Pump 3100RPM ,Infinity Mirror ARGB Block 280w TDP AIO for AMD AM4/AM5 LGA 1700/1200 WHITE DeepCool LT520 WH 240mm ARGB Liquid CPU Cooler, Dual FK120 PWM Fans, 3100 RPM Pump, Infinity-Mirror Cap, Intel LGA1851/1700 & AMD AM5/AM4 Support | WHITE Generate an AI Image Layout Create an exact 2048 × 2048-pixel , perfect 1:1 square website product-profile composition for the DeepCool LT520 WH . Place the official DeepCool logo at the top-left, accurately proportioned and fully contained inside generous safe margins. Center “LT520 WH” at the top using refined, bold, three-dimensional typography made from smoked crystal, polished white ceramic, and restrained icy-cyan highlights. Clearly separate the foreground , midground , and background while keeping the radiator, pump block, tubing, fans, logo, title, icons, and decorative elements fully inside the canvas. Do not create a banner, wide composition, vertical poster, cropped preview, stage, podium, or pedestal. Product Presentation Use the supplied raw product image as the strict visual reference . Preserve the exact white 240mm radiator, two white FK120 fans, white tubing, pump-block proportions, three-dimensional infinity-mirror top cap, cable placement, mounting hardware, and DeepCool branding. Present one complete cooler assembly only, with the radiator and two fans clearly visible and the pump block positioned naturally in front. Emphasize the multidimensional infinity mirror , white colorway, copper cold plate construction, precise fan blades, radiator fin density, and clean creator-grade aesthetics. add a cyan-blue subtle transparent gradient behind the product Do not add extra fans, a third fan, a motherboard, processor, coolant reservoir, display screen, or unsupported accessories. Artistically Distinct and Detailed Background Build a surreal cryogenic thermal-control environment where transparent coolant pathways and soft vapor-like energy flows visually connect the pump block to the radiator. Use a dominant deep, lustrous pearlescent opaline-white and secondary opaline-silver palette with restrained icy cyan, soft blue, subtle violet, and delicate ARGB reflections. Use only two texture systems: conch-pearl micro-swirled reliefs and thick transparent dichroic-glass cooling channels . [MANDATORY GUIDELINE] ] Use matting strictly minimally , strictly reserving matted surfaces only for adding definition and detail , MATT is ugly. I hate it! USE Deep, rich, opalescent, high-gloss and transparent textures. USE Conch-pearl textures, including micro-swirly fibers, Pearlescence, etc Add controlled caustic reflections, soft dielectric refractions, layered thermal-flow contours, and refined global illumination. Keep matte surfaces extremely limited and use them only to clarify product edges and radiator detail. Maintain a spacious, minimalistic, high-end background that does not overpower the white cooler. Icons — Numbered and Listed Create large, bold, hollow, ultra-readable 3D icons with all typography fully enclosed. Use thick extrusion, strong bevels, deep dimensional shadows, and a unique silhouette for every feature. CRITICAL DIRECTIVE [STRICT] The Icons MUST Have different shapes depending on the specific content of the icon 240mm Radiator 3100 RPM Pump Dual FK120 Fans 85.85 CFM 3.27 mmAq ARGB Infinity Mirror LGA1851 / AM5 Output Requirements Render at exactly 2048 × 2048 pixels with a perfect square ratio. Maintain exceptional product sharpness and thumbnail-readable icon typography. Keep every element fully inside safe margins. Constraints Do not alter the cooler design, fan count, radiator dimensions, white colorway, pump-cap geometry, tubing, or branding. Do not invent an LCD screen, additional RGB zones, extra fans, larger radiator, or unsupported socket compatibility. Avoid tackiness, flat white emptiness, cheap chrome, excessive matte materials, and visual clutter. Inspect the result brutally and correct clipped tubing, distorted fan geometry, inaccurate radiator proportions, duplicated parts, or unreadable text before final output.