699-2G153-0210-300 Nvidia Rtx Pro 6000 96GB GDDR7 PCI Express Graphic Card.

NVIDIA RTX Pro 6000 96GB GDDR7 Blackwell Architecture GPU

Discover the groundbreaking performance of the NVIDIA professional graphics card, model 699-2G153-0210-300. Engineered for the most demanding computational and visual workloads, this powerhouse leverages next-generation Blackwell technology to deliver exceptional speed, vast memory, and unparalleled efficiency for professionals.

General Information

• Brand: NVIDIA
• Model Identifier: 699-2G153-0210-300
• Product Designation: RTX Pro 6000 with 96GB GDDR7 memory
• Architecture: Blackwell

Technical Specifications

• Graphics RAM: 96GB of ultra-fast GDDR7 with ECC error correction
• Bus Width: Expansive 512-bit memory interface
• Total Bandwidth: An exceptional 1597 GB/s data transfer rate
• CUDA Core Count: 24,064 parallel processing units
• Tensor Cores (5th Gen): 752 cores for accelerated AI
• RT Cores (4th Gen): 188 cores for real-time ray tracing
• FP32 (Single Precision): 120 TFLOPS
• Peak AI Performance (FP4): 4 Petaflops
• Ray Tracing Performance: 355 TFLOPS

Power, Cooling, and Physical Design

• Max Thermal Design Power (TDP): Configurable up to 600 Watts
• Cooling System: Efficient passive thermal solution
• Board Dimensions: 10.5" Length, 4.4" Height, Dual-slot form factor
• Primary Power Input: 1x PCIe CEM5 16-pin connector

Advanced Platform Features and Connectivity

System Interface and Multi-User Capability

• Host Interface: PCI Express 5.0 x16 bus
• Multi-Instance GPU (MIG): Supports up to 4 instances at 24GB each
• Media Engines (Encode/Decode/JPEG): 4x each for simultaneous video processing

Security and Display Outputs

• Confidential Computing: Fully supported for secure data processing
• Secure Boot: Hardware-based Root of Trust verification
• Video Ports: Four DisplayPort 2.1 connectors for high-resolution multi-monitor setups

NVIDIA RTX Pro 6000 96GB GDDR7 GPU Overview

The Nvidia 699-2G153-0210-300 RTX Pro 6000 96GB GDDR7 PCI Express graphics card represents the highest tier of professional workstation and data-centric GPU solutions within the modern enterprise graphics category. This category is engineered for organizations and professionals that demand uncompromising computational density, extreme memory capacity, and sustained performance under the most intensive real-world workloads. Unlike consumer-grade graphics accelerators, professional GPUs in this segment are designed to deliver deterministic performance, long-term driver stability, certified software compatibility, and architectural features optimized for precision, scalability, and reliability.Within the professional visualization and compute ecosystem, this category addresses advanced use cases spanning real-time ray tracing, AI model development, simulation, scientific computing, digital content creation, and mission-critical enterprise workflows. The Nvidia RTX Pro 6000 stands as a flagship solution, positioned above traditional workstation GPUs and below specialized data center accelerators, offering a balanced yet extremely powerful platform that bridges interactive graphics and massive parallel computation.

Blackwell Architecture and Next-Generation GPU Engineering

The Nvidia RTX Pro 6000 is built on the Blackwell architecture, a generational leap that introduces fundamental advancements in compute density, memory throughput, and AI acceleration. Blackwell GPUs are engineered to address the exponential growth of data, models, and visual complexity in modern professional environments. This architecture focuses on maximizing throughput per watt while maintaining the precision and determinism required by enterprise workloads.At the architectural level, Blackwell introduces refinements in streaming multiprocessor design, improved instruction scheduling, and enhanced tensor and ray tracing capabilities. These changes enable the RTX Pro 6000 to handle increasingly complex workloads such as generative AI pipelines, large-scale 3D environments, and multi-physics simulations without compromising responsiveness or stability.

CUDA Core Density and Parallel Processing Capabilities

With 24,064 CUDA cores, the Nvidia RTX Pro 6000 belongs to the highest-performance class of professional GPUs. CUDA cores form the foundation of Nvidia’s parallel processing model, allowing thousands of threads to execute simultaneously across a wide range of compute and graphics tasks. This extreme core count enables unparalleled throughput for workloads such as photorealistic rendering, deep learning training, and large matrix computations.

In professional environments, high CUDA core density directly translates into faster iteration cycles, reduced render times, and improved simulation accuracy. Engineers, researchers, and creatives benefit from the ability to process vast datasets and complex scenes interactively, significantly accelerating project timelines and improving productivity.

Advanced Scheduling and Compute Efficiency

The Blackwell architecture enhances how CUDA cores are utilized through smarter scheduling, reduced latency, and improved instruction-level parallelism. This ensures that the massive compute resources of the RTX Pro 6000 are consistently engaged, even under mixed workloads that combine graphics, AI inference, and traditional compute tasks.

For enterprise users running multiple applications concurrently, such as simulation software alongside visualization tools, this architectural efficiency ensures predictable performance and stable operation over extended periods.

96GB GDDR7 Memory and Extreme Data Handling

One of the defining features of the Nvidia RTX Pro 6000 category is its massive 96GB of GDDR7 memory. This memory capacity sets a new standard for professional graphics cards, enabling users to work with datasets, models, and scenes that were previously impractical or impossible on a single GPU.

GDDR7 memory introduces significant improvements in bandwidth, power efficiency, and signal integrity compared to previous generations. These enhancements allow the RTX Pro 6000 to sustain high data transfer rates while maintaining stability under heavy load, making it ideal for memory-intensive workflows.

512-Bit Memory Interface and Bandwidth Advantages

The 512-bit memory interface provides a wide data path between the GPU and its memory, allowing large volumes of information to be transferred simultaneously. Combined with a staggering memory bandwidth of 1597GB/s, this configuration ensures that compute units are never starved for data, even during the most demanding operations.

This level of bandwidth is particularly critical for applications such as real-time ray tracing, large-scale finite element analysis, and AI model training, where rapid access to massive datasets directly impacts performance and accuracy.

Memory Capacity for Data Science Workloads

In AI and data science environments, the ability to load entire datasets or neural network models into GPU memory significantly reduces bottlenecks associated with data transfer between system memory and the GPU. The 96GB GDDR7 capacity allows researchers and developers to train larger models, experiment with higher-resolution data, and run more complex inference pipelines without segmentation or performance degradation.

This capability is especially valuable in fields such as medical imaging, climate modeling, and autonomous systems development, where dataset sizes continue to grow rapidly.

PCI Express Integration and System Compatibility

The Nvidia RTX Pro 6000 utilizes the PCI Express interface to integrate seamlessly into modern workstation and server platforms. PCI Express ensures high-speed communication between the GPU and the host system, enabling efficient data transfer for compute, storage, and networking operations.

Professional GPUs in this category are designed for compatibility with a wide range of enterprise-grade motherboards, power supplies, and cooling solutions. This flexibility allows organizations to deploy the RTX Pro 6000 across diverse hardware configurations, from high-end desktop workstations to rack-mounted compute nodes.

Scalability in Multi-Graphic Card

For workloads that exceed the capabilities of a single GPU, the RTX Pro 6000 category supports scalable multi-GPU configurations. This enables organizations to build powerful compute clusters or visualization systems that can handle massive parallel workloads with ease.

Multi-GPU scalability is essential in industries such as visual effects, scientific research, and AI development, where performance requirements often scale linearly with project complexity.

Professional Visualization and Ray Tracing Performance

The RTX Pro 6000 category is engineered for advanced visualization workflows that demand photorealistic quality and real-time interactivity. Leveraging Nvidia’s RTX technology, this GPU accelerates ray tracing operations, enabling accurate lighting, reflections, and shadows in complex 3D environments.

Architects, product designers, and digital artists benefit from the ability to visualize their work with near-final quality during the design process, reducing the need for time-consuming offline rendering and improving decision-making accuracy.

Real-Time Rendering for Design and Engineering

In design and engineering contexts, real-time rendering powered by the RTX Pro 6000 allows teams to explore design variations interactively. High-fidelity visualization enhances collaboration, enabling stakeholders to review and refine designs in real time.

The combination of massive compute power and high memory bandwidth ensures smooth navigation and manipulation of large assemblies and detailed models.

Certified Drivers and Application Stability

Professional GPUs in this category are supported by certified drivers optimized for leading industry applications. These drivers undergo rigorous testing to ensure compatibility, stability, and performance consistency across a wide range of software environments.

This focus on reliability distinguishes professional GPUs from consumer models, making the RTX Pro 6000 suitable for mission-critical workflows where downtime or data corruption is unacceptable.

Thermal Design, Power Efficiency, and Reliability

The Nvidia RTX Pro 6000 is engineered with a robust thermal and power design to ensure reliable operation under sustained heavy loads. Professional GPUs in this category are expected to operate continuously in demanding environments, making thermal efficiency and component longevity critical design considerations.

Advanced cooling solutions, high-quality components, and optimized power delivery systems work together to maintain stable performance while minimizing thermal stress.

Enterprise-Grade Build Quality

Every aspect of the RTX Pro 6000 is designed with enterprise use in mind, from its reinforced PCB to its high-grade memory modules. This focus on durability ensures consistent performance over long deployment cycles, reducing total cost of ownership for organizations.

Reliability is further enhanced by extensive validation and quality assurance processes, ensuring that each GPU meets strict performance and stability standards.