48GB NVIDIA L40 Laptop GPU Ada Lovelace Architecture 18176 CUDA Cores For Data Center Visualization

The NVIDIA L40 48G, built on the revolutionary Ada Lovelace architecture, is a flagship data center GPU engineered for professional visualization, 3D rendering, AI workloads, and virtualization. It delivers unprecedented performance and versatility to tackle the most demanding enterprise workflows.

• 48GB Ultra-Fast GDDR6 ECC Memory

  Equipped with 48GB high-capacity GDDR6 memory (ECC-enabled) and a 384-bit bus, achieving 864GB/s bandwidth. It effortlessly handles memory-intensive tasks like 3D modeling, simulation, and large-scale AI datasets, supporting multi-user vGPU allocation for team collaboration.

• Next-Gen Core Architecture
  • 18,176 CUDA Cores: 90.5 TFLOPS FP32 performance for robust parallel computing.
  • 142 3rd-Gen RT Cores: 209 TFLOPS ray tracing performance, doubling real-time ray-tracing speed vs. prior gen, ideal for high-fidelity rendering and virtual production.
  • 568 4th-Gen Tensor Cores: Delivering up to 362 TFLOPS BF16/FP16 and 724 TOPS INT8, accelerating AI training, inference, and generative AI tasks.
• Versatile Data Center Design
  • PCIe 4.0 x16 Interface: High-speed data transmission for seamless server integration.
  • Dual-Slot Passive Cooling: 300W TDP, optimized for 24/7 data center operation with reliable thermal efficiency.
  • 4*DP 1.4a Ports: Support multi-display setups for professional workstations.
  • vGPU & AV1 Support: Enable virtual workstations (vWS) and 3*NVENC/NVDEC with AV1 encode/decode for media workflows NVIDIA.

• Professional Visualization: 3D design, CAD, real-time rendering, and NVIDIA Omniverse™ Enterprise.
• AI & Data Science: Training/inference for generative AI, computer vision, and data analytics.
• Virtualization & Cloud: High-performance virtual workstations (vGPU) and cloud gaming.
• Media & Entertainment: Video streaming, batch rendering, and virtual production.

The NVIDIA L40 48G is the universal data center accelerator that unifies graphics, compute, and AI capabilities. It empowers enterprises to consolidate workloads, simplify infrastructure, and unlock new levels of productivity across creative, scientific, and virtualization workflows.