KINGBANK 32GB DDR4 RAM Kit (2x 16GB) 3600MHz Dark Soarblade RGB RAM 1.35V CL18 , XMP2.0 Overclocking , AMD Support , 2mm Aluminum Heatsink, KRRW Series Hynix CJR | WHITE ~ K5.01.FL04AD9301

K5.01.FL04AD9301 KINGBANK 16GB X 2 (32GB) 3600MHZ DDR4 CL18 WHITE RGB DESKTOP KINGBANK 32GB DDR4 RAM Kit (2x 16GB) 3600MHz Dark Soarblade RGB RAM 1.35V CL18 , XMP2.0 Overclocking , AMD Support , 2mm Aluminum Heatsink, KRRW Series Hynix CJR | WHITE ~ K5.01.FL04AD9301 32GB ( 2x 16GB ) KINGBANK Dark Soarblade RGB DDR4 KRRW

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Layout

• Create a high-conversion e-commerce product profile image for the KINGBANK Dark Soarblade RGB 8GB DDR4 3200MHz RAM.
• Final image must be exactly 2048 × 2048 pixels.
• Final image must be a perfect square 1:1 proportion, ultra-sharp, premium, aggressive, and website-ready.
• Include brand logo placement at top left “KINGBANK ”

Product Presentation

• Use the provided raw product reference image as the strict design reference.
• Show the KINGBANK Dark Soarblade RGB RAM module as the main hero product.
• Present the RAM large, premium, ultra-sharp, slightly angled, and floating with strong depth separation.
• Preserve the RAM’s exact white UDIMM form factor, heatsink shape, aluminum alloy texture, RGB lighting zone, connector edge, proportions, and physical appearance.
• Place the KINGBANK brand logo at the top left,
• Place the product name centered at the top in bold, very contrasting, 3D rendered text: “Dark Soarblade RGB DDR4 RAM”.

Artistic Distinctly Detailed Background

 

• STRICTLY Use a dominant iridescent white color palette with deep rich opalescent textures, subtle RED accents.

• artwork heavily inspired by traditional Chinese ink wash painting (shanshui).

  Here is a breakdown of the visual elements in the background:

  • Landscape Elements: Misty, abstract pearlescent mountains or rock formations are layered throughout the upper and middle sections, blending into a light iridescent grey and opalescent foggy atmosphere.

  • Mythological Creature: In the center, there is a detailed illustration of a traditional iridescent Chinese dragon emerging from or swirling amidst the ink clouds.

  • Character Figure: On the right side, a figure resembling a traditional warrior or wanderer (such as a samurai or wuxia swordsman) stands in profile, wearing a wide-brimmed conical hat (douli) and a flowing robe, holding a sword.

Icons Numbered & Listed

• All icons must be aligned horizontally at the bottom of the output image.
• Strictly extreme high resolution, each icon is a DIFFERENT 3D freeform badge.
• Icon style must be futuristic, industrial, high-tech, RGB gaming hardware aesthetic.
• CRITICAL DIRECTIVE [STRICT] The Icons MUST Have different shapes depending on the specific content of the icon.
• Gemini must not create lazy geometric irrelevant icon shapes.
• Each badge shape must visually relate to the icon meaning.
• Use realistic rendering with ray-traced reflections, anamorphic lens flares, sharp typography, volumetric lighting, 8k-style quality, and cinematic composition.
• Text must be embedded inside each icon, maximum readable size, high contrast, and clearly incorporated inside the badge.
• Icon 1: DDR4
• Icon 4: XMP 2.0 OVERCLOCKING
• Icon 5: RGB Sync
• Icon 6: Hynix CJR
• Icon 7: 2mm Aluminum Heatsink
• Icon 8: Intel + AMD

Output Requirements

• Final outcome must be exactly 2048 × 2048 pixels.
• Final outcome must be a perfect square 1:1 composition.
• Extreme 3D rendering, high resolution, premium commercial product lighting, ray-traced reflections, clean shadows, sharp focus, and website-ready quality.

Constraints

• Do not alter the RAM module design.
• Do not invent DDR5, 16GB capacity, 32GB kit, ECC, laptop SO-DIMM, USB, Wi-Fi, Bluetooth, or unsupported speed claims.
• Do not claim guaranteed overclocking on every motherboard; show XMP 2.0 support only.
• Do not crop the RAM, icons, logo, or title.
• Do not create a banner, poster, vertical layout, or wide layout.
• Preserve the KINGBANK WHITE 8GB DDR4 3200MHz RGB UDIMM RAM module with 2mm aluminum alloy heatsink and SK hynix CJR particles.