100% Original Wholesale Factory RTX PRO 4000 Blackwell GB203 Professional Graphics Rtx 4000 8 Gb High Performance Graphics Card

100% Original Wholesale Factory RTX PRO 4000 Blackwell GB203 Professional Graphics Rtx 4000 8 Gb High Performance Graphics Card

Here’s a detailed comparison table for NVIDIA RTX PRO 4000 (Blackwell, GB203) based on industry expectations and leaks, compared to likely predecessors (e.g., Ada Lovelace RTX 4000 SFF).

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Comparison: NVIDIA RTX PRO 4000 (Blackwell) vs. RTX 4000 Ada SFF

(Speculative, based on rumors and architectural trends)

Feature	RTX PRO 4000 (Blackwell, GB203)	RTX 4000 Ada SFF	Difference
Architecture	Blackwell (GB203 GPU)	Ada Lovelace (AD104)	Next-gen SM, improved RT/PT
CUDA Cores	~7,680 – 8,192	6,144	+25-33%
VRAM	16-20GB GDDR6/GDDR6X	20GB GDDR6	Similar, possible faster memory
Memory Bus	256-bit	160-bit	Wider bus → higher bandwidth
Memory Bandwidth	~576 GB/s (GDDR6X)	320 GB/s	+80%
Boost Clock	~2.2 – 2.5 GHz	~1.8 – 2.0 GHz	Higher clocks (TSMC 4N/5N)
TDP	~150-175W	130W	More power-hungry
PCIe Interface	PCIe 5.0 x16	PCIe 4.0 x16	Faster interface
Ray Tracing Cores	3rd Gen RT (Blackwell)	3rd Gen RT (Ada)	Improved efficiency
Tensor Cores	4th Gen AI (Blackwell)	4th Gen AI (Ada)	Higher TOPS for AI workloads
NVLink Support	Likely Yes (Pro feature)	No	Multi-GPU scalability
Display Outputs	4x DP 2.1 + 1x VirtualLink	4x DP 1.4a	Better multi-monitor support
Target Market	Workstation (CAD, AI, Rendering)	SFF Workstations	Higher performance tier

1. Blackwell Architecture (GB203 GPU)

• 4th-Gen RT Cores – Enhanced ray tracing performance for photorealistic rendering in apps like Maya, Blender, and Unreal Engine.
• 4th-Gen Tensor Cores – Optimized for AI workloads, including DLSS 3.5+, Stable Diffusion, and CUDA-accelerated simulations.
• Improved SM (Streaming Multiprocessor) Design – Higher IPC (instructions per clock) and better power efficiency than Ada Lovelace.

2. Performance & Memory

• CUDA Cores: ~7,680 – 8,192 (estimated, ~30% increase over RTX 4000 Ada SFF).
• VRAM: 16-20GB GDDR6/GDDR6X with 256-bit bus, delivering ~576 GB/s bandwidth (vs. 320 GB/s on Ada SFF).
• Clock Speeds: Boost clock ~2.2 – 2.5 GHz (higher than Ada’s ~1.8 – 2.0 GHz).

3. Power & Cooling

• TDP: 150-175W (higher than Ada’s 130W, but better performance-per-watt).
• Cooling: Likely active blower or dual-slot design for workstation chassis compatibility.

4. Professional Workstation Features

• NVLink Support – Enables multi-GPU configurations for scalable performance.
• PCIe 5.0 x16 – Double the bandwidth of PCIe 4.0, reducing bottlenecks in data-heavy workflows.
• Display Outputs: 4x DisplayPort 2.1 + VirtualLink (supports 8K HDR displays).
• ECC Memory & ISV Certification – Ensures stability in AutoCAD, SOLIDWORKS, and ANSYS.

5. Target Workloads

• 3D Rendering – Faster OptiX ray tracing in V-Ray, Redshift.
• AI & Machine Learning – Improved Tensor cores for AI upscaling, LLM inference.
• Scientific Computing – CUDA acceleration for MATLAB, CFD, FEA simulations.
• Media Production – AV1 encoding/decoding for DaVinci Resolve, Premiere Pro.

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Expected Performance Comparison

Metric	RTX PRO 4000 (Blackwell)	RTX 4000 Ada SFF	Improvement
CUDA Cores	~8,192	6,144	+33%
Memory Bandwidth	~576 GB/s	320 GB/s	+80%
Ray Tracing	3rd Gen RT + AI denoising	3rd Gen RT	~20-30% faster
AI Performance	4th Gen Tensor Cores	4th Gen (Ada)	Higher TOPS
Power Efficiency	Better perf/watt (TSMC 4N)	Ada (TSMC 4N)	~15% gain

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Release Date & Pricing

• Expected Launch: Late 2024 – Early 2025 (unconfirmed, likely after gaming Blackwell GPUs).
• Estimated Price: $1,500–$2,500 (professional workstation tax).