NVIDIA RTX™ PRO 4000 Blackwell 24GB GDDR7 Graphics Card

NVIDIA RTX™ PRO 4000 Blackwell Workstation Edition (24GB GDDR7)

Overview & Value Proposition

The NVIDIA RTX PRO 4000 Blackwell Workstation Edition brings high-efficiency professional compute, high-speed memory, and advanced AI acceleration into a power-optimized single-slot form factor. Built on the cutting-edge NVIDIA Blackwell GPU architecture, it pairs 24GB of high-speed GDDR7 VRAM with 5th-Gen Tensor performance, 70 4th-Gen RT Cores, and 8,960 CUDA cores within an ultra-efficient 140W power envelope. Designed for space- and power-constrained workstation environments, it provides an agile compute engine for localized AI model prototyping, real-time 3D viewport rendering, complex CAD design, and high-density multi-GPU deployments.

Key Features & Business Benefits

• 24GB GDDR7 Memory with ECC: Generous frame buffer backed by Error-Correcting Code protection providing up to 672 GB/s memory bandwidth, ensuring data accuracy and smooth interaction when executing multi-app workflows, mid-sized AI models, and detailed 3D scenes.

• 5th-Gen Tensor Cores with FP4 Support: Delivers up to 3x AI performance scaling over prior generations, supporting FP4 precision and DLSS 4 multi-frame generation to accelerate local LLM prototyping, edge inference, and AI-augmented creative software.

• 4th-Gen RT Cores & Neural Shading: Features 70 4th-Gen RT Cores with RTX Mega Geometry support to accelerate photorealistic ray tracing, real-time spatial computing, and architectural walk-throughs.

• Single-Slot 140W Power-Efficient Design: Compact full-height single-slot footprint consumes just 140W max board power, enabling high-density multi-card configurations in standard desktop chassis and OEM workstations without custom cooling infrastructure.

• PCI Express 5.0 Host Interconnect: High-bandwidth PCIe 5.0 x16 interface doubles CPU-to-GPU data transfer speeds over PCIe 4.0, eliminating system memory data transfer bottlenecks.

• Quad DisplayPort 2.1b Connectors: Powers ultra-high-resolution multi-monitor production setups, driving up to four simultaneous 4K displays or high-refresh-rate 8K/16K display configurations with enhanced color depth.

• Dual 9th-Gen NVENC & 6th-Gen NVDEC Engines: Hardware-accelerated video encoders and decoders featuring 4:2:2 H.264, HEVC, and AV1 support for fast video timeline ingestion, real-time decoding, and export rendering.

• ISV Enterprise Certifications & Driver Stability: Fully validated across major CAD, CAE, and AEC application suites (Autodesk, Ansys, Dassault Systèmes, Adobe, Siemens) with long-term enterprise driver support and NVIDIA RTX PRO Sync compatibility.

Who Is This For?

AI & Machine Learning Teams

For local AI prototyping, fine-tuning small-to-medium LLMs, running inference engines, and developing computer vision models within power-conscious workstation setups.

Engineering & Simulation Teams

For mainstream 3D CAD modeling, FEA structural analysis, and CFD simulations requiring reliable high-speed VRAM and stable GPU compute in single-slot configurations.

Architecture & AEC Firms

For high-density BIM assemblies, real-time architectural walkthroughs, spatial visualization, and interactive rendering in sleek office desktop systems.

3D, VFX & Media Studios

For real-time 3D asset creation, multi-stream 4K video editing, timeline compositing, and visual effects rendering across multi-monitor display arrays.

Research & Enterprise Computing

For organizational IT deployments requiring energy-efficient, certified single-slot GPU acceleration for high-density multi-GPU compute nodes and VDI setups.

Frequently Asked Questions (FAQ)

Q: What is the main operational advantage of the RTX PRO 4000 single-slot design?
A: The single-slot form factor and 140W max board power allow the card to fit easily into compact workstations and high-density multi-GPU chassis without blocking adjacent expansion slots or requiring extreme power supply upgrades.

Q: How does the 24GB GDDR7 memory configuration benefit professional AI and design tasks?
A: The 24GB GDDR7 frame buffer provides up to 672 GB/s bandwidth with ECC protection, allowing large datasets, complex CAD assemblies, and AI models to remain directly loaded on VRAM to prevent system bus latency and compute crashes.

Q: Can multiple RTX PRO 4000 cards be installed in a single workstation?
A: Yes. Thanks to its low 140W power consumption and single-slot profile, multiple RTX PRO 4000 GPUs can be installed together in a single workstation to scale compute resources for parallel rendering, AI inference, or multi-user VDI setups.

Q: Does the RTX PRO 4000 support hardware frame synchronization?
A: Yes. The card is compatible with NVIDIA RTX PRO Sync hardware, enabling multi-display frame lock and genlock synchronization for large visual display walls, broadcast studios, and immersive simulation environments.

Q: Can I request a formal quotation for procurement?
A: Yes, we issue formal quotation documents with complete pricing, tax breakdowns, and payment terms for corporate or institutional procurement processes.

Q: Do you provide GST invoices?
A: Yes, we provide valid GST invoices for all orders. You can enter your GSTIN during checkout or provide it with your order details to claim input tax credit.

Q: Do you deliver across India?
A: Yes, we deliver to pincodes across all states and union territories in India through our logistics partners.

Q: Can I request availability and lead time before ordering?
A: Yes, you can contact us with your product requirements and quantity to confirm current stock availability and estimated delivery timelines before placing your order.