Blackwell

RTX 6000 Pro GPU

Built on the groundbreaking NVIDIA Blackwell architecture and equipped with 96GB of ultra-fast GDDR7 memory, the RTX PRO 6000 delivers unparalleled speed, precision, and efficiency, empowering you to achieve the impossible.

VRAM 96GB
From
$0.13/hr
across 10 providers
RTX 6000 Pro GPU

Cloud Pricing

Cheapest on Vast.ai 81% below avg
ProviderGPUsPrice / hrUpdatedSource
1× GPU
$0.13
3/30/2026
1× GPU
6mo$0.25
3/30/2026
1× GPU
3mo$0.26
3/30/2026
1× GPU
1mo$0.28
3/30/2026
1× GPU
$0.29
4/4/2026
2× GPU
$0.29
4/4/2026
4× GPU
$0.29
4/4/2026
8× GPU
$0.29
4/4/2026
1× GPU
$0.33
4/4/2026
1× GPU
$0.40
4/4/2026
1× GPU
$0.50
4/4/2026
2× GPU
$0.53
4/4/2026
1× GPU
$0.55
4/4/2026
8× GPU
$0.66
4/4/2026
1× GPU
$0.66
4/3/2026
1× GPU
$0.74
4/4/2026
2× GPU
$0.83
4/4/2026
1× GPU
$0.83
4/4/2026
4× GPU
$0.83
3/31/2026
8× GPU
$0.83
3/31/2026
1× GPU
$0.97
4/4/2026
2× GPU
$0.97
4/4/2026
4× GPU
$0.97
3/31/2026
8× GPU
$0.97
3/31/2026
4× GPU
$1.07
3/31/2026
1× GPU
$1.55
4/4/2026
1× GPU
$1.57
4/4/2026
2× GPU
$1.59
4/4/2026
Direct from providerVia marketplace

Prices updated daily. Last check: 4/8/2026

Strengths & Limitations

  • 96GB GDDR7 memory with ECC enables processing of large datasets and models without memory constraints
  • 4000 TOPS AI performance from 5th Generation Tensor Cores accelerates machine learning workloads
  • Multi-Instance GPU (MIG) support allows workload isolation and resource sharing
  • 1792 GB/sec memory bandwidth supports memory-intensive applications
  • PCIe Gen 5 interface provides enhanced host connectivity bandwidth
  • 9th Generation NVENC enables efficient video encoding for content creation workflows
  • DisplayPort 2.1 support across four outputs accommodates high-resolution multi-monitor setups
  • 600W maximum power consumption requires robust cooling and power infrastructure
  • Dual-slot form factor may limit compatibility in space-constrained systems
  • Desktop workstation positioning lacks some enterprise features found in server GPUs
  • GDDR7 memory, while high-capacity, may have higher latency compared to HBM in server cards
  • Cost per compute unit may be higher than distributed approaches for certain workloads

Key Features

5th Generation Tensor Cores
4th Generation RT Cores
Multi-Instance GPU (MIG)
9th Generation NVENC
6th Generation NVDEC
PCIe Gen 5 interface
DisplayPort 2.1 connectivity
GDDR7 memory with ECC support

About RTX 6000 Pro

The RTX 6000 Pro is NVIDIA's workstation GPU based on the Blackwell architecture, designed for professional desktop deployments requiring substantial AI and graphics processing capabilities. This dual-slot card represents NVIDIA's high-end professional desktop offering, positioned below server-class GPUs but above consumer RTX cards in the current product lineup. The card features 96GB of GDDR7 memory with ECC support and PCIe Gen 5 connectivity. Key technical specifications include 5th Generation Tensor Cores delivering 4000 TOPS of AI performance, 4th Generation RT Cores providing 380 TFLOPS of ray tracing performance, and 125 TFLOPS of single-precision compute capability. The GPU incorporates Multi-Instance GPU (MIG) technology for workload isolation, 9th Generation NVENC and 6th Generation NVDEC for video processing, and supports DisplayPort 2.1 across four outputs. Memory bandwidth reaches 1792 GB/sec through the GDDR7 interface with error-correction code support. In cloud deployments, this GPU serves workstations requiring substantial memory capacity for large model training, complex rendering workflows, and data science applications where the 96GB memory buffer enables processing of datasets that would otherwise require memory optimization or distributed approaches.

Common Use Cases

The RTX 6000 Pro suits AI development and data science workflows requiring large memory capacity, particularly for training neural networks with substantial parameter counts or processing high-resolution datasets. The 96GB memory buffer supports computer graphics applications including ray tracing, 3D rendering, and CAD workflows where complex scenes exceed typical GPU memory limits. Video content creation benefits from the 9th Generation NVENC for streaming and encoding tasks, while the MIG capability enables multiple users or applications to share GPU resources efficiently in cloud workstation environments.

Full Specifications

Hardware

Manufacturer
NVIDIA
Architecture
Blackwell

Memory & Performance

VRAM
96GB

Frequently Asked Questions

How much does an RTX 6000 Pro cost per hour in the cloud?

RTX 6000 Pro pricing varies by provider, region, and commitment level. Check the pricing table above for current rates across all providers.

What is the RTX 6000 Pro best used for?

The RTX 6000 Pro excels in AI development, data science, and professional graphics workflows that require substantial memory capacity. Its 96GB GDDR7 memory makes it suitable for large model training, complex rendering tasks, and datasets that exceed typical GPU memory limits.

How does the RTX 6000 Pro compare to server-class GPUs for AI workloads?

The RTX 6000 Pro provides substantial AI performance with 4000 TOPS from its 5th Generation Tensor Cores and large 96GB memory capacity, but server-class GPUs typically offer features like NVLink interconnects, higher memory bandwidth through HBM, and enhanced reliability features for data center deployment.