PNY RTX 5070 Ti OC 3-Fan 16GB GDDR7 Graphics Card | VCG5070T16TFXPB1-O

Brand: PNY | Category: GPUs

SKU: VCG5070T16TFXPB1-O | Part #: VCG5070T16TFXPB1-O | MPN: VCG5070T16TFXPB1-O

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Product Overview

The PNY GeForce RTX 5070 Ti OC 3-Fan (VCG5070T16TFXPB1-O) represents NVIDIA's latest Blackwell GPU architecture brought to a high-performance, factory-overclocked discrete graphics card form factor. Built on NVIDIA's next-generation Blackwell silicon, this card delivers a substantial generational leap in rasterization throughput, ray-tracing performance, and AI-accelerated compute — making it equally compelling for professional rendering studios, AI inference edge deployments, data visualization teams, and power users requiring workstation-class GPU capability without the premium cost of a full Quadro/RTX Pro line-up.

PNY Technologies, a longstanding NVIDIA board partner with deep roots in the professional and enterprise GPU market, has engineered the OC 3-Fan variant to push the RTX 5070 Ti's Blackwell GPU beyond reference clock speeds while maintaining thermal headroom through a triple-fan cooling shroud purpose-built for sustained, continuous workloads. For enterprise IT buyers, systems integrators, and workstation procurement teams across the GCC, the RTX 5070 Ti OC 3-Fan represents one of the most balanced price-to-performance GPU options available in the Blackwell generation.

Key Features & Benefits

• NVIDIA Blackwell Architecture: Built on NVIDIA's next-generation Blackwell GPU architecture, delivering significant gains in shader throughput, AI TOPS, and ray-tracing performance over the previous Ada Lovelace generation — enabling faster iteration cycles for creative and compute workloads alike.
• 16GB GDDR7 Memory: Equipped with 16GB of high-bandwidth GDDR7 video memory, providing ample VRAM for large AI inference models, high-resolution texture workloads, complex 3D scene rendering, and multi-display enterprise visualization setups.
• Factory Overclocked (OC) Boost: PNY's factory overclock pushes GPU Boost clocks beyond NVIDIA's reference specification, translating to measurable real-world gains in frame rendering, model inference throughput, and general-purpose GPU compute tasks without manual tuning or stability compromises.
• Triple-Fan Thermal Design: The 3-Fan cooling solution uses three independently controlled fans with optimized blade geometry to maximize airflow across a large heatsink fin stack, ensuring the GPU sustains peak Boost clocks during extended workloads typical of professional rendering, simulation, and AI inference jobs.
• NVIDIA DLSS 4 & Multi Frame Generation: Support for DLSS 4 with Multi Frame Generation allows AI-powered frame synthesis that dramatically increases rendering output — critical for real-time visualization, interactive simulation environments, and professional 3D design applications.
• 4th Generation RT Cores & 5th Generation Tensor Cores: Enhanced RT Cores accelerate ray-tracing pipelines for photorealistic visualization and digital twin rendering, while upgraded Tensor Cores deliver increased AI TOPS for local model inference, AI-assisted content creation tools, and neural rendering applications.
• PCIe 5.0 Interface: Native PCIe Gen 5 connectivity delivers maximum bandwidth between the GPU and host CPU, eliminating I/O bottlenecks in data-intensive workloads including large dataset AI training assistance, real-time video processing, and high-resolution content creation pipelines.
• DisplayPort 2.1 & HDMI 2.1 Outputs: Multi-display support with DisplayPort 2.1 and HDMI 2.1 outputs enables high-resolution, high-refresh-rate multi-monitor configurations suited to trading floors, control rooms, design studios, and media production environments.

Technical Architecture

The RTX 5070 Ti is powered by NVIDIA's Blackwell GPU die, fabricated on an advanced process node that delivers improved performance-per-watt over Ada Lovelace predecessors. Blackwell introduces a redesigned SM (Streaming Multiprocessor) layout with higher shader core density, a revamped memory subsystem tuned for GDDR7's increased data rates, and an upgraded NVLink fabric at the architecture level for future scalability. The memory subsystem pairs 16GB of GDDR7 across a wide memory bus, delivering peak memory bandwidth figures that significantly exceed the previous GDDR6X-based generation — a critical advantage when processing large AI model weight tensors or high-resolution framebuffers.

PNY's OC 3-Fan PCB design incorporates a robust power delivery network with multiple power phases to cleanly supply the GPU die under overclocked conditions. The triple axial fan cooler is mounted on a large vapor chamber or direct-contact heatpipe heatsink (depending on sub-revision) ensuring heat is rapidly transferred away from the GPU die and VRAM modules. The card's length and dual or triple-slot height are standard for high-performance AIB designs in this class, fitting most full-tower workstations and large-format workstation chassis.

Performance & Capacity

While precise final clock speeds are subject to NVIDIA's official Blackwell launch specifications, the RTX 5070 Ti class GPU is positioned to deliver rasterization performance broadly competitive with prior-generation flagship cards. With 16GB GDDR7 and the increased memory bandwidth inherent to GDDR7 technology, the card is well suited to 4K and beyond rendering workloads, real-time ray-traced scene complexity far beyond what prior mid-to-high-tier GPUs could sustain, and AI inference of models in the 7B–13B parameter range locally with appropriate quantization. DLSS 4 Multi Frame Generation further multiplies effective rendering output in supported applications, making interactive real-time performance accessible at resolutions and quality settings previously reserved for multi-GPU configurations.

For general-purpose GPU compute (GPGPU) workloads leveraging CUDA, the Blackwell SM architecture's improvements in FP32 and FP16 throughput, combined with Tensor Core AI TOPS enhancements, make the RTX 5070 Ti OC a capable card for scientific simulation assistance, financial modeling acceleration, and edge AI inference deployments where a full data center GPU is operationally or budgetarily impractical.

Compatibility & Integration

• Operating Systems: Full driver support under Windows 11, Windows 10, and major Linux distributions including Ubuntu LTS, RHEL, and Rocky Linux via NVIDIA's production driver branch.
• CUDA Compatibility: Supported under CUDA 12.x and later, compatible with the full NVIDIA software stack including TensorRT, cuDNN, RAPIDS, and Omniverse.
• PCIe Interface: PCIe 5.0 x16, backward compatible with PCIe 4.0 and PCIe 3.0 x16 motherboard slots — ensuring compatibility with current-generation workstation motherboards and recent enterprise workstation platforms from leading OEMs.
• Power Connector: Requires appropriate PCIe power connectors per NVIDIA's Blackwell board design requirements; compatible with modern ATX 3.0 and ATX 2.x PSUs using appropriate adapters bundled or separately sourced.
• Display Outputs: Supports up to 4 simultaneous displays via DisplayPort 2.1 and HDMI 2.1 outputs, compatible with 4K, 5K, and 8K monitors as well as high-refresh-rate professional displays.
• Software Ecosystem: Compatible with Adobe Creative Cloud GPU acceleration, Autodesk Arnold/Maya/3ds Max, DaVinci Resolve Studio, Chaos V-Ray, Blender Cycles/EEVEE, and AI tools including Stable Diffusion, ComfyUI, and NVIDIA AI Workbench.

Ideal Use Cases

• AI Inference at the Edge: Deploying local LLM inference or image generation models within enterprise environments where cloud latency or data sovereignty concerns make on-premises GPU compute essential — the 16GB GDDR7 VRAM enables meaningful model sizes to run without quantization compromises.
• Architectural Visualization & Digital Twins: AEC firms, real estate developers, and urban planning authorities across the GCC can leverage real-time ray tracing and DLSS 4 for interactive walkthroughs and digital twin presentations at full fidelity.
• Media & Entertainment Production: Broadcast studios, post-production houses, and content creation agencies requiring fast GPU-accelerated video encoding, color grading in DaVinci Resolve, and 3D rendering for motion graphics and VFX pipelines.
• Scientific & Engineering Simulation: Research institutions and engineering consultancies using CUDA-accelerated simulation tools for CFD, FEA pre/post-processing, or computational chemistry visualization.
• Professional Workstation Upgrades: Enterprise IT teams refreshing aging workstation GPU fleets for CAD, BIM, GIS, and data visualization users who require certified driver stability, predictable performance, and long-term platform support.
• Multi-Display Command & Control: Control room operators, trading desk environments, and NOC/SOC facilities requiring dense multi-monitor output from a single GPU slot with high resolution and refresh rates across all heads.

Why Buy from Omnixon

Omnixon Global is a trusted B2B IT hardware distributor headquartered in Dubai, UAE, with established logistics and fulfillment capabilities serving enterprise clients across the GCC region — including Saudi Arabia, UAE, Qatar, Kuwait, Bahrain, Oman — and internationally. We maintain in-region inventory of high-demand GPU SKUs to support procurement teams, systems integrators, and enterprise IT buyers who require reliable product availability without the uncertainty of grey-market or cross-border import channels. Our team provides professional pre-sales technical guidance to ensure GPU selections are correctly matched to target workstation platforms, power infrastructure, and software stack requirements. All products supplied by Omnixon are sourced through authorized distribution channels, ensuring genuine hardware with manufacturer-valid serial numbers. We support volume procurement inquiries, multi-unit enterprise orders, and project-based sourcing requirements with dedicated account management for GCC-based enterprise clients.

Related Products & Ecosystem

Customers deploying the PNY RTX 5070 Ti OC 3-Fan typically pair it with complementary infrastructure components available through Omnixon's catalog. High-performance workstation-class CPUs from Intel and AMD EPYC platforms provide the host compute backbone for GPU-accelerated workflows. Enterprise-grade DDR5 memory (RAM) ensures the host system does not bottleneck GPU data pre-processing pipelines. NVMe Enterprise SSDs with high sequential read throughput accelerate dataset loading for AI and rendering jobs. For multi-GPU or server rack deployments, Rack PDUs with adequate amperage ratings and UPS Power Protection systems ensure GPU workstation clusters remain protected against power events. Network Adapters & NICs with 25GbE or higher connectivity support fast data ingestion from network-attached storage to GPU workstations. Explore Omnixon's full range of GPUs, Workstations, Servers, and Storage Systems to build a complete, validated infrastructure stack for your organization's compute requirements.