GIGABYTE-B560M-OB
GIGABYTE B560M D2VX SI DDR4 11 GEN MOTHERBOARD-OPENBOX
Gigabyte B560M D2VX SI LGA1200 Motherboard, Intel 10th/11th Gen, 64GB DDR4 4800MHz OC, Dual M.2, 1GbE LAN, RGB Fusion 2.0 & Q-Flash Plus | OPEN-BOX
Generate an AI Image
- Layout
- Create an exact 2048 × 2048-pixel, perfect 1:1 square e-commerce product-profile image for the GIGABYTE B560M D2VX SI motherboard.
- Make the motherboard the largest and most dominant element, occupying approximately 62–68% of the canvas.
- Show it in a sharp three-quarter top-down angle, clearly exposing the LGA 1200 socket, two DDR4 DIMM slots, PCIe area, M.2 zones, SATA ports, fan headers, and rear-I/O edge.
- Separate foreground, midground, and background cleanly; preserve generous safe margins.
- Do not use a pedestal, stage, poster composition, banner layout, or cheap gaming typography.
- Product Presentation
- Use the attached/raw product image as the strict physical reference; preserve PCB shape, connector positions, heatsinks, socket, slots, ports, labels, and real proportions.
- Include the GIGABYTE logo at top-left and “B560M D2VX SI” centered above the product in bold, extruded 3D typography, highly contrasting color.
- Render the motherboard in extreme high-resolution 3D, with razor-sharp PCB edges, realistic metallic contacts, crisp circuitry, and zero invented hardware.
- Artistically Distinct and Detailed Background
- Build the story around the motherboard as the command core of a futuristic gaming machine, visually suggesting its natural destination inside an elite gaming PC rather than floating randomly in space.
- Behind it, create a restrained dark cyber-warrior / sinister sci-fi action figure inspecting illuminated data pathways as if activating the board, kept small and secondary.
- Contrast that dark gaming energy against a dominant extreme high-luster pearlescent white environment, with sculptural motherboard-trace reliefs flowing through the scene in luminous white.
- Use only deep transparent oily-iridescent fluid texture plus opalescent conch-pearl texture, with delicate cyan/violet dielectric highlights.
- Keep black and graphite strictly limited to the motherboard and tiny character accents; absolutely no graphite smog or dark atmospheric wash.
- Use controlled caustic reflections, dielectric refraction, and refined global illumination while keeping the background minimal and non-cluttered.
- Icons — Bullet Listed
- 10TH / 11TH GEN INTEL
- LGA 1200
- 64GB DDR4
- 4800MHz XMP/OC
- DUAL M.2
- 1GbE LAN
- RGB FUSION 2.0
- SMART FAN 6
- Q-FLASH PLUS
- 6+2 PHASE VRM
- Each icon is a DIFFERENT 3D Freeform badge The style is futuristic, industrial, and high-tech. Use realistic rendering with ray-traced reflections and lens flares. The icons must include specific technical text. Sharp typography, volumetric lighting, 8k resolution, cinematic composition. Lighting: “Chiaroscuro” (high contrast between white background and bright icons) and “anamorphic lens flares.”. Text to occupy maximum area of each icon, enhance readability and clarity of text. Text should be of maximum contrasting colors with respect to the badge, text is incorporated inside the icon
- CRITICAL DIRECTIVE [STRICT] The Icons MUST Have different shapes depending on the specific content of the icon
- Align icons verically along the side .
- Output Requirements
- Final output must be exactly 2048 × 2048 pixels, perfectly square, extremely sharp, and website-thumbnail readable.
- Add: “Infographics Made with ❤️ by the Expert Zone Team” in a super-small discreet font at the bottom.
- Constraints
- Do not alter or beautify the actual motherboard design.
- Do not invent ports, heatsinks, LEDs, Wi-Fi, Bluetooth, or unsupported features.
- Maintain a dominantly pearlescent-white high-luster background.
- Avoid generic chrome, flat white emptiness, excessive matte surfaces, visual clutter, or premium-ad-poster styling.
- Before finalizing, judge the composition specifically as a product-profile image and automatically correct poor product scale, weak edge separation, unreadable icons, or distracting background elements.
