GPU NVIDIA L20 48GB PCIe Graphic Card Accelerator

Product Summary
NVIDIA L20 48GB PCIe GPU Accelerator 1. Product Introduction The NVIDIA L20 Tensor Core GPU 48GB PCIe is a high-efficiency enterprise accelerator specifically engineered to power mainstream generative AI, cloud computing, intelligent video analytics, and graphics-intensive enterprise workloads. ...
Basic Properties
Brand Name: NVIDIA
Model Number: L20 48GB
Trading Properties
Minimum Order Quantity: 1
Price: $7800
Payment Terms: T/T
Product Description
NVIDIA L20 48GB PCIe GPU Accelerator
1. Product Introduction

The NVIDIA L20 Tensor Core GPU 48GB PCIe is a high-efficiency enterprise accelerator specifically engineered to power mainstream generative AI, cloud computing, intelligent video analytics, and graphics-intensive enterprise workloads. Powered by the advanced NVIDIA Ada Lovelace architecture, this dual-slot PCIe GPU features 48GB of high-speed GDDR6 memory with error-correcting code (ECC) support. Designed as a versatile workhorse for modern enterprise data centers, the NVIDIA L20 balances compute performance and energy efficiency, delivering exceptional throughput for LLM inference, AI-driven data processing, and virtual workstation deployments.

2. Technical Matrix (Hardware & Performance Specs)
Feature Set Detailed Specification
GPU Architecture NVIDIA Ada Lovelace Architecture
Form Factor Dual-Slot PCIe (Full-Height, Full-Length)
GPU Memory & Type 48 GB GDDR6 with ECC
Memory Bandwidth 864 GB/s
CUDA Cores / Tensor Cores 18,176 CUDA Cores / 568 Tensor Cores (4th Gen)
RT Cores 142 RT Cores (3rd Gen)
System Interface PCIe Gen4 x16 (64 GB/s bi-directional)
Max Power Consumption (TDP) 275W (Passive Airflow Cooling)
3. Performance & Operational Analysis
  • 4th Generation Tensor Cores & FP8 Acceleration: Equipped with advanced Transformer Engine technology and FP8 precision support, the L20 delivers significant speedups for large language model (LLM) inference and multi-modal AI workloads while maintaining high numerical accuracy.

  • 48GB GDDR6 Memory Footprint: The generous 48GB frame buffer allows large neural network parameters and high-resolution rendering assets to fit locally on the card, preventing data swapping bottlenecks across the PCIe bus.

  • 3rd Gen RT Cores for Visual Computing: Featuring dedicated Ray Tracing Cores, the L20 excels in real-time ray tracing, 3D graphics rendering, and NVIDIA Omniverse enterprise applications alongside pure AI compute tasks.

  • Advanced Media Engine Capability: Includes multi-stream hardware video encoders and decoders (AV1, NVENC, NVDEC), making it an optimal platform for high-density video analytics, live cloud streaming, and automated media processing.

4. Strategic Business Advantages
  • Optimized Power Efficiency (275W TDP): Designed to operate within a tight 275W thermal envelope, the L20 enables dense GPU server configurations without exceeding power density or cooling capacity limits in standard data center racks.

  • Universal Enterprise OEM Compatibility: Built on a standard dual-slot passive PCIe form factor, the card integrates smoothly into mainstream x86 server platforms from leading OEM hardware vendors.

  • Unified AI & Workstation Convergence: Allows IT departments to run AI inference, graphics-intensive virtual workstations (vGPU), and data analytics pipelines on a single hardware architecture, simplifying hardware inventory and fleet management.

  • Enterprise-Grade Reliability & Software Support: Fully supported by NVIDIA AI Enterprise, enterprise Linux distributions, and containerized virtualization platforms, ensuring deployment stability and enterprise security.

Product Details
Highlight:

NVIDIA L20 48GB GPU

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PCIe graphic card accelerator

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48GB NVIDIA L20 GPU

GPU Architecture: NVIDIA Ada Lovelace Architecture
Form Factor: Dual-Slot PCIe (Full-Height, Full-Length)
fp8 Tensor Performance: 1,190 TFLOPS (with Structural Sparsity)
fp16 / bf16 Tensor Performance: 595 TFLOPS (with Structural Sparsity)
tf32 Tensor Performance: 298 TFLOPS (with Structural Sparsity)
fp32 Compute Performance: 119.3 TFLOPS (Non-Tensor)
Media Encoders / Decoders: 3x NVENC (AV1 Support) / 3x NVDEC
Max Power Consumption (TDP): 275W (Passive Airflow Cooling)

Miss. Emmy

Sales Manager

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