NVIDIA L40 GPU
USD18,362.50
Description
The NVIDIA L40 GPU represents a revolutionary advancement in data center visual computing, delivering unprecedented performance for the most demanding graphics, compute, and AI workloads. Built on the groundbreaking NVIDIA Ada Lovelace architecture, the L40 provides next-generation capabilities that transform how enterprises approach complex visual computing challenges. From virtual workstation applications to large-scale modeling and simulation, the L40 offers the perfect combination of cutting-edge graphics performance, AI acceleration, and enterprise-grade reliability in a data center-optimized form factor.
Why Choose NVIDIA L40
Modern enterprises face increasingly complex visual computing demands that traditional solutions cannot adequately address. The L40 solves this challenge by providing a unified platform that excels across multiple workload types—from professional graphics and 3D rendering to AI training and data science applications. Unlike specialized solutions that excel in narrow use cases, the L40 delivers exceptional performance across the entire spectrum of visual computing workloads while maintaining the reliability, security, and scalability required for enterprise data center deployment.
Revolutionary Ada Lovelace Architecture
Advanced Processing Cores
NVIDIA L40 leverages the revolutionary Ada Lovelace architecture, featuring 18,176 CUDA cores that provide massive parallel processing capability for both graphics and compute workloads. This architecture represents a significant advancement in GPU design, incorporating advanced manufacturing processes and architectural improvements that deliver superior performance per watt compared to previous generations.
Third-Generation RT Cores
The 142 third-generation RT cores provide enhanced throughput and concurrent ray-tracing capabilities that dramatically improve ray-tracing performance. These advanced cores enable real-time photorealistic rendering, hardware-accelerated motion blur, and stunning real-time animations that bring lifelike designs to reality. The RT cores are specifically optimized for product design, architecture, engineering, and construction workflows where visual fidelity is paramount.
Fourth-Generation Tensor Cores: The 568 fourth-generation Tensor Cores provide hardware support for structural sparsity and optimized TF32 format, delivering significant out-of-the-box performance improvements for AI and data science model training. These Tensor Cores also accelerate AI-enhanced graphics capabilities, including DLSS technology that delivers upscaled resolution with improved performance in compatible applications.
Comprehensive Technical Specifications
Core Architecture | Specification | Enterprise Benefit |
GPU Architecture | NVIDIA Ada Lovelace | Latest generation efficiency and performance |
CUDA Cores | 18,176 | Massive parallel processing capability |
RT Cores (3rd Gen) | 142 | Hardware-accelerated ray tracing |
Tensor Cores (4th Gen) | 568 | AI workload acceleration |
Manufacturing Process | Advanced Ada Lovelace | Superior performance per watt |
Memory System | Specification | Business Advantage |
Memory Capacity | 48GB GDDR6 with ECC | Large dataset and model support |
Memory Bandwidth | 864GB/s | High-speed data access |
Memory Technology | GDDR6 with ECC | Enterprise data integrity |
Memory Architecture | Unified memory space | Simplified programming model |
Performance Metrics | Specification | Real-World Impact |
RT Core Performance | 209 TFLOPS | Photorealistic rendering capability |
FP32 Performance | 90.5 TFLOPS | Traditional compute workloads |
TF32 Tensor Core | 90.5 / 181* TFLOPS | AI training acceleration |
BFLOAT16 Tensor Core | 181.05 / 362.1* TFLOPS | Mixed-precision AI workloads |
FP16 Tensor Core | 181.05 / 362.1* TFLOPS | High-performance AI inference |
FP8 Tensor Core | 362 / 724* TFLOPS | Next-generation AI models |
INT8 Tensor Performance | 362 / 724* TOPS | Optimized inference |
INT4 Tensor Performance | 724 / 1,448* TOPS | Ultra-efficient inference |
Connectivity and I/O | Specification | Integration Benefit |
System Interface | PCIe Gen4 x16 | 64GB/s bidirectional bandwidth |
Display Outputs | 4x DisplayPort 1.4a | Multi-monitor support |
Video Encoding | 3x NVENC (AV1 support) | Hardware video acceleration |
Video Decoding | 3x NVDEC (AV1 support) | Efficient media processing |
Physical and Power | Specification | Deployment Consideration |
Form Factor | 4.4″ H x 10.5″ L, dual slot | Standard server compatibility |
Power Consumption | 300W maximum | Efficient power utilization |
Power Connector | 16-pin | Modern power delivery |
Cooling Solution | Passive | Requires adequate airflow |
Weight | Not specified | Standard rack mounting |
Enterprise Features | Specification | Business Value |
Virtual GPU Support | Yes (future release) | Multi-user environments |
Secure Boot | Root of Trust technology | Enhanced security |
NEBS Certification | Level 3 Ready | Data center compliance |
Reliability | 24/7 operation rated | Continuous uptime capability |
ECC Memory | Supported | Data integrity assurance |
Performance values with asterisk () include sparsity optimization benefits.
Target Applications and Workloads
- Professional Graphics and Visualization: NVIDIA L40 excels in professional graphics applications, providing exceptional performance for 3D modeling, CAD/CAM applications, digital content creation, and scientific visualization. The combination of powerful CUDA cores and advanced RT cores enables real-time rendering of complex scenes with photorealistic quality, dramatically improving productivity for design and engineering teams.
- NVIDIA Omniverse Enterprise: NVIDIA L40 is optimized for NVIDIA Omniverse Enterprise workflows, enabling collaborative 3D content creation, virtual production, and digital twin applications. The GPU’s exceptional rendering performance and large memory capacity make it ideal for complex Omniverse scenes that require real-time collaboration among distributed teams.
- High-Performance Virtual Workstations: With NVIDIA RTX Virtual Workstation (RTX vWS) software support, the L40 enables high-performance virtual workstations that deliver desktop-class graphics performance in virtualized environments. This capability allows organizations to centralize powerful graphics resources while providing users with exceptional visual computing performance from any location.
- AI Training and Data Science: The fourth-generation Tensor Cores and massive 48GB memory capacity make the L40 excellent for AI training and data science applications. The GPU can handle large datasets and complex models while providing the computational power needed for rapid model development and experimentation.
- Streaming and Video Content Creation: The triple NVENC and NVDEC engines with AV1 support enable efficient video encoding and decoding for streaming applications, content creation workflows, and broadcast operations. This makes the L40 ideal for media and entertainment applications that require high-quality video processing at scale.
Data Center Optimization Features
Enterprise-Grade Reliability: NVIDIA L40 is specifically designed for 24/7 enterprise data center operations, incorporating power-efficient hardware components and robust thermal design. The GPU meets stringent data center reliability standards and includes comprehensive monitoring and management capabilities to ensure maximum uptime.
Advanced Security Features: The integrated secure boot functionality with root of trust technology provides hardware-level security assurance, critical for organizations handling sensitive data or operating in regulated industries. This security foundation ensures that only authenticated firmware can execute on the GPU.
NEBS Level 3 Compliance: NVIDIA L40 meets Network Equipment-Building System (NEBS) Level 3 standards, ensuring compatibility with telecommunications and critical infrastructure requirements. This certification demonstrates the GPU’s suitability for deployment in mission-critical environments.
Scalable Deployment Architecture: Nvidia L40’s dual-slot, passively cooled design enables efficient deployment in high-density server configurations. The power-efficient architecture allows organizations to deploy multiple GPUs per server while maintaining optimal thermal and power characteristics.
Memory and Performance Advantages of NVIDIA L40
- Massive Memory Capacity: The 48GB of GDDR6 memory with ECC support provides the capacity needed for memory-intensive applications including large-scale simulations, complex 3D models, and extensive datasets. The ECC support ensures data integrity during critical computations, essential for enterprise applications where accuracy is paramount.
- High-Bandwidth Memory Architecture: With 864GB/s of memory bandwidth, Nvidia L40 eliminates memory bottlenecks that could limit performance in data-intensive applications. This high bandwidth ensures efficient data flow between memory and processing cores, maximizing utilization of the GPU’s computational resources.
- Virtual GPU Capabilities: NVIDIA L40 supports virtual GPU (vGPU) software that enables memory and compute resources to be allocated among multiple users. This capability maximizes GPU utilization by allowing creative teams, data scientists, and design professionals to share powerful graphics resources efficiently.
System Integration and Compatibility
- Flexible PCIe Integration: The PCIe Gen4 x16 interface provides 64GB/s of bidirectional bandwidth, ensuring rapid data transfer between the GPU and host system. The standard PCIe form factor enables deployment in a wide variety of server platforms from leading OEM vendors.
- NVIDIA-Certified Systems: Nvidia L40 is available in numerous NVIDIA-Certified Systems from leading server manufacturers, ensuring optimal performance, compatibility, and support. These certified systems eliminate integration complexity and provide confidence in deployment reliability.
- Comprehensive Display Support: Four DisplayPort 1.4a outputs enable multi-monitor configurations for visualization applications, control rooms, and collaborative environments. The advanced display capabilities support high-resolution monitors and complex display arrangements.
Investment Value and Business Impact
- Unified Platform Benefits: By consolidating multiple workload types on a single GPU platform, organizations can reduce hardware complexity, simplify management, and improve resource utilization. This unified approach typically results in 25-40% reduction in total cost of ownership compared to specialized solutions.
- Performance Productivity Gains: The exceptional graphics and compute performance of the NVIDIA L40 enables significant productivity improvements for creative and technical teams. Organizations typically see 2-4X performance improvements in rendering, simulation, and design workflows compared to previous-generation solutions.
- Future-Proofing Investment: The advanced Ada Lovelace architecture and comprehensive feature set ensure compatibility with emerging applications and workflows. This future-proofing capability protects infrastructure investments and provides a foundation for continued innovation.
- Scalability and Growth: Nvidia L40’s enterprise-grade design and data center optimization enable organizations to scale their visual computing capabilities as demands grow. The GPU’s versatility ensures that a single platform can adapt to changing workload requirements without requiring infrastructure changes.
Professional Support and Ecosystem
- Comprehensive Software Support: Nvidia L40 is supported by NVIDIA’s complete software ecosystem, including professional drivers, development tools, and optimization frameworks. This comprehensive support ensures maximum performance and compatibility across a wide range of applications.
- Enterprise Support Services: NVIDIA provides professional support services, including technical assistance, driver updates, and compatibility validation. This enterprise-grade support ensures minimal downtime and rapid resolution of any issues that may arise during deployment or operation.
The NVIDIA L40 GPU card represents the definitive choice for enterprises seeking a powerful, versatile, and reliable visual computing platform that can handle the most demanding graphics, AI, and compute workloads while delivering exceptional performance, enterprise-grade reliability, and outstanding return on investment.
Brand
Nvidia
Shipping & Payment
Additional information
Use Cases |
AI Inference |
---|---|
GPU Architecture |
NVIDIA Ada Lovelace architecture |
GPU Memory |
48GB GDDR6 with ECC |
Memory Bandwidth |
864GB/s |
Interconnect Interface |
PCIe Gen4x16: 64GB/s bi-directional |
RT Core performance TFLOPS |
209 |
FP32 TFLOPS |
90.5 |
TF32 Tensor Core TFLOPS |
90.5 ,181** |
BFLOAT16 Tensor Core TFLOPS |
181.05 ,362.1** |
FP16 Tensor Core |
181.05 ,362.1** |
FP8 Tensor Core |
362 ,724** |
Peak INT8 Tensor TOPS |
362 ,724** |
Peak INT4 Tensor TOPS |
724 ,1448** |
Form Factor |
4.4” (H) x 10.5” (L) – dual slot |
Display Ports |
4 x DisplayPort 1.4a |
Max Power Consumption |
300W |
Power Connector |
16-pin |
Thermal |
Passive |
Virtual GPU (vGPU) software support |
Yes |
vGPU Profiles Supported |
See Virtual GPU Licensing Guide |
NVENC / NVDEC |
3x / 3x (Includes AV1 Encode & Decode) |
Secure Boot with Root of Trust |
Yes |
NEBS Ready |
Level 3 |
MIG Support |
No |
NVLink Support |
No |
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