Colorful iGame RTX 5080 Advanced OC 16GB-V Graphics Card

The Colorful iGame RTX 5080 Advanced OC 16GB-V is a high-end graphics card built on NVIDIA's RTX 50 Series architecture, designed to meet the demands of modern gaming and content creation workloads. Carrying the iGame Advanced OC designation, this card ships with a factory overclocked configuration that pushes the GPU boost clock to 2670 MHz, offering elevated out-of-the-box performance compared to reference-clocked variants. The card is equipped with 16 GB of GDDR7 video memory, the latest high-bandwidth memory standard in the mainstream discrete GPU segment. GDDR7 delivers meaningfully higher memory bandwidth than its predecessor, which benefits texture-heavy workloads, high-resolution rendering pipelines, and scenarios where the GPU must move large datasets rapidly between compute units and the frame buffer. As part of NVIDIA's RTX 50 Series, the card supports the full suite of NVIDIA RTX technologies available on that generation, including hardware-accelerated ray tracing and AI-based rendering features inherent to the RTX architecture. These capabilities are relevant for modern titles and professional creative applications that can leverage such hardware features. The "Advanced OC" tier within Colorful's iGame lineup sits above standard variants, reflecting the factory overclock applied at production. The "-V" suffix in the SKU name is a Colorful product line designation used across the iGame Advanced OC family. Verifiable Specifications: - GPU Series: NVIDIA GeForce RTX 50 Series - Model: RTX 5080 - Video Memory: 16 GB - Memory Type: GDDR7 - Max GPU Boost Clock: 2670 MHz - Manufacturer: Colorful - Product Line: iGame Advanced OC - SKU: G-I5080-AD-OC-V This card is available from authorised Indian retailers and is currently listed as in stock. It is compatible with systems requiring a PCIe graphics card slot. Buyers should verify power supply requirements and physical clearance dimensions with their chassis manufacturer before purchase, as detailed TDP and dimensional data were not available in the provided source data