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Included Enterprise Hardware Bundle1 × NVIDIA 2-Slot NVLink Bridge: Connects two matching RTX A6000 boards to unlock a unified 96 GB VRAM pooling cache with up to 112.5 GB/s of offerirectional scale-out bandwidth. Mandatory for advanced neural network training and massive rendering farms.1 × Dedicated 8-Pin Power Adapter: Converts standard dual PCIe power rails into the specialized single 8-pin EPS (CPU-style) power input required natively by this card's engineering layout.Technical Specifications MatrixThe metrics below are verified directly from official NVIDIA RTX hardware documentation:ParameterSpecificationGPU ArchitectureNVIDIA Ampere (GA102 Core, Samsung 8nm FinFET)Transistor Count28.3 BillionCUDA Cores10,752Tensor Cores336 (3rd Generation)RT Cores84 (2nd Generation)GPU Memory (VRAM)48 GB GDDR6 with Error-Correcting Code (ECC)Memory Interface384-bitMemory Bandwidth768 GB/sSystem InterfacePCI Express 4.0 x16Max Power Draw (TDP)300WForm FactorDual-Slot, Full Height (4.4” H x 10.5” L)Display Outputs4 × DisplayPort 1.4aRaw Performance MetricsSingle-Precision (FP32) Compute: 38.7 TFLOPSRay Tracing Core Performance: 75.6 TFLOPSTensor Performance (AI/Inference): 309.7 TFLOPS (With structural sparsity)Architecture & Engineering FeaturesHardware-Level ECC VRAM: The 48GB GDDR6 buffer actively isolates, detects, and repairs memory errors in real-time. This guarantees absolute system stability during multi-day AI model fine-tuning and complex scientific simulations where silent memory corruption cannot be tolerated.Ampere Compute Optimizations: Features doubled FP32 throughput per clock cycle alongside 3rd Gen Tensor Cores. Natively accelerates TF32, BF16, and FP16 compute formats to optimize machine learning training and inference scripts out of the box.Blower-Style Thermal Solution: Equipped with a high-durability rear-exhaust blower fan layout. This forces hot air entirely out through the I/O bracket shield, allowing system builders to safely stack multiple cards adjacent to each other in dense compute clusters without causing thermal throttling.Enterprise vGPU Compatibility: Fully supports the NVIDIA Virtual GPU software stack, including Virtual Compute Server (vCS) and RTX Virtual Workstation (vWS), enabling clean hardware slicing for virtualized infrastructure.System Requirements & Enterprise CompatibilityISV Certified Core Drivers: Fully qualified and vetted for professional compute, CAD, and rendering ecosystems, including PyTorch, TensorFlow, Blender, Autodesk Maya, and NVIDIA Omniverse.Power Logistics: Requires a high-efficiency server power supply unit (minimum 750W–800W recommended per card deployed). Connection must be established using the included adapter block to ensure stable current delivery to the board's native EPS input.Frame-Locked Array Capability: Completely compatible with the NVIDIA Quadro Sync II card, allowing precise frame-locked hardware synchronization for virtual production stages, LED volumes, and multi-projector visualization arrays.
