Gigabyte GeForce RTX 5060 Ti GAMING OC 16G GDDR7

Brand: Gigabyte | Category: GPUs

SKU: GV-N506TGAMING-OC-16GD | Part #: GV-N506TGAMING-OC-16GD | MPN: GV-N506TGAMING-OC-16GD

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Gigabyte's GeForce RTX 5060 Ti GAMING OC 16G GDDR7 is a full-height, full-length graphics accelerator built on NVIDIA's Blackwell architecture, designed for dual-slot server and workstation installations where thermal headroom and standard PCIe infrastructure matter. The card ships as a passive air-cooled unit with an active blower fan, making it compatible with most standard enterprise rack configurations and tower systems without requiring exotic cooling solutions or custom mounting brackets. This form factor positioning places it squarely in the hands of infrastructure teams planning dense compute environments—hyperscalers evaluating multi-GPU clusters, AI labs prototyping inference pipelines, and enterprise data-centre operators seeking mid-tier acceleration without the footprint penalty of larger SKUs.

Under the hood, the RTX 5060 Ti houses 4,608 CUDA cores paired with 144 Tensor cores and 36 RT cores, all fed by 16GB of GDDR7 memory across a 128-bit bus. The Gigabyte variant runs at a maximum boost frequency of 2,637 MHz and consumes only 180W at full load—a power envelope that fits neatly into most enterprise PSU budgets and keeps thermal management straightforward. The GPU connects via PCIe Gen5 x8, which is an important detail for integration planning: Gen5 x8 delivers roughly 64 GB/s of bidirectional bandwidth, sufficient for inference and light model serving but not ideal for training workloads that would saturate a full x16 link. Data-centre architects and AI infrastructure teams evaluate this constraint early, particularly when planning multi-card configurations where PCIe switch topologies come into play.

NVIDIA rates this GPU at 759 AI TOPS for inference operations, a figure that reflects its Tensor core throughput under optimal FP8 precision. In real-world deployment, that translates to competent performance for deployed LLM inference, computer vision inference, and recommendation engine acceleration. The pair of display outputs—one HDMI 2.1b and three DisplayPort 2.1b connectors—serve dual purposes: they support traditional headless monitoring over network management interfaces, and they allow direct connection to laboratory monitors for real-time visualization of training metrics or model output validation. RTX 5060 Ti cards from Gigabyte are common in labs where researchers iterate on neural network architectures at moderate batch sizes, not in massive model-training clusters where A100 or H100 cards dominate.

The GV-N506TGAMING-OC-16GD part number appears frequently in mid-market procurement RFQs because Gigabyte's GAMING OC binning offers factory overclocking and binned silicon without the premium of enterprise-grade SKUs. The card's 16GB memory capacity—note that the specifications field lists 8GB as max memory, but this Gigabyte configuration ships with 16GB—provides headroom for batch inference and light fine-tuning operations that would choke on 8GB cards. System administrators provisioning these units appreciate the straightforward power delivery, the absence of proprietary cooling shrouds, and the warranty support Gigabyte extends through standard distribution channels. Cooling performance remains consistent across standard server ambient temperatures (up to 30°C inlet) thanks to the dual-fan design, which ramps smoothly rather than hunting for operating points.

Integration into existing infrastructure seldom requires architectural redesign when deploying the RTX 5060 Ti. The full-height full-length form factor fits standard x16 PCIe slots in most server motherboards and workstation mainboards from the past decade. Power delivery comes via single 8-pin PCIe auxiliary connector, simplifying cabling compared to dual-connector cards. Omnixon Global maintains stock of the Gigabyte GeForce RTX 5060 Ti GAMING OC 16G GDDR7 (part number GV-N506TGAMING-OC-16GD) across our Dubai logistics hub and can support volume orders for enterprise deployments across the GCC, Asia, and Europe. If you are evaluating this GPU for a new lab infrastructure, existing data-centre refresh, or a pilot program, we welcome your RFQ and technical specification sheets. Our team can advise on driver support, BIOS compatibility, and multi-card thermal considerations specific to your deployment environment.

Performance Specifications

• 4,608 CUDA cores with 144 Tensor cores and 36 RT cores for inference and graphics workloads
• 16GB GDDR7 memory on 128-bit bus, supporting batch inference and moderate model fine-tuning
• Maximum boost clock of 2,637 MHz with 759 AI TOPS throughput at FP8 precision
• 180W thermal design power, compatible with standard enterprise power distribution and cooling systems
• PCIe Gen5 x8 interface providing 64 GB/s bidirectional bandwidth for data exchange
• Display connectivity via 1x HDMI 2.1b and 3x DisplayPort 2.1b for headless operation and direct visualization
• Full-height, full-length form factor with dual-fan active cooling for standard server and workstation racks