NVIDIA Tesla T40 24GB GDDR6 Turing PCIe GPU Accelerator AI LLM Inference Tested

NVIDIA Tesla T40 24GB GDDR6 Turing PCIe GPU Accelerator AI LLM Inference Tested Specification

Resistant Feature
ESD Protected, High Thermal Efficiency

Usage & Applications
AI Inference, LLM, Deep Learning, High-Performance Computing

Product Type
GPU Accelerator

Material
Aluminium Alloy Heat Sink, Electronic Components

Operating Temperature
0C to 55C (Typical)

Frequency (MHz)
Base: 1350 MHz (Typical, varies based on card version)

Protection System
Passive Heatsink Cooling

Size
Dual-slot PCIe Card

Color
Silver with Green Accent

Dimension (L*W*H)
267 mm x 111 mm x 38 mm (Standard GPU size, approx.)

Weight
Approx. 900g

Target Workloads
AI Inference, LLM (Large Language Model) Inference, HPC, Data Analytics

Form Factor
Full Height, Dual Slot

Power Consumption
Approx. 250 W TDP

Memory Interface
384-bit

DirectX/OpenGL Support
GPU Compute mode, not intended for graphics APIs

Bus Interface
PCIe 3.0 x16

GPU Architecture
NVIDIA Turing

Tensor Core Support
Yes, supports Tensor Operations

Display Outputs
No external display outputs, compute-only card

ECC Memory Support
Yes

Peak FP16 Performance
Varies, estimated up to 35 TeraFLOPS (theoretical, based on Turing class)

Memory Type
GDDR6 ECC

Memory Bandwidth
Up to 624 GB/sec

GPU Model
Tesla T40

Connector Type
PCI Express Gen 3.0

Memory Capacity
24GB GDDR6

RoHS Compliant
Yes

Cooling System
Passive Heatsink, no active fan

Supported Software
NVIDIA CUDA, cuDNN, TensorRT, AI and ML Frameworks

CUDA Cores
Tensor and CUDA Cores (Exact number unspecified, Turing generation core)

About NVIDIA Tesla T40 24GB GDDR6 Turing PCIe GPU Accelerator AI LLM Inference Tested

Experience rarefied computing power with the NVIDIA Tesla T40 24GB GDDR6 Turing PCIe GPU Accelerator - a top-rated solution for AI and LLM inference on PCIe platforms. Famed among popular AI researchers and data scientists, its latest Turing-class tensor and CUDA cores offer inestimable computational advantage for workloads requiring extreme memory bandwidth and ECC reliability. With redoubtable performance-estimated up to 35 theoretical TeraFLOPS FP16-this compute-only card is meticulously crafted for high-performance computing, deep learning, and sophisticated data analytics environments. RoHS compliant, featuring robust passive heatsink cooling and advanced ESD protection.

Versatile Applications Across Industries

The NVIDIA Tesla T40 24GB GDDR6 Turing PCIe GPU Accelerator finds application in a wide range of industries, from artificial intelligence inference to large language model (LLM) processing, and deep learning. Its rarefied performance makes it ideal for data centers, research labs, enterprise AI workloads, and cloud computing environments. With seamless integration into advanced HPC systems, the card excels on any application surface or site requiring redoubtable processing power, be it scientific research institutions or analytics-driven enterprises.

Packaging, Certifications, and Shipping Details

Stock-ready, the NVIDIA Tesla T40 ships securely with anti-static packaging to ensure safe handling. It carries RoHS certification and full compliance with international standards. Orders are processed swiftly-with FOB port options available for global freight requirements. Distributors, manufacturers, and traders can issue a purchase order knowing that every unit is protected and ready for prompt shipment. The packaging includes detailed product information, ensuring traceability and peace of mind for each purchase order.

FAQ's of NVIDIA Tesla T40 24GB GDDR6 Turing PCIe GPU Accelerator AI LLM Inference Tested:

Q: How does the NVIDIA Tesla T40 enhance AI inference and LLM workloads?

A: The Tesla T40 leverages Turing-class Tensor and CUDA cores along with 24GB GDDR6 ECC memory, delivering rarefied computational power to accelerate AI inference and large language model processing for demanding workloads.

Q: What are the main usage areas for the NVIDIA Tesla T40 GPU Accelerator?

A: This accelerator is primarily used in AI inference, LLM applications, deep learning, high-performance computing, data analytics, and enterprise research environments, benefiting industries that demand high-throughput compute solutions.

Q: When is stock typically ready for shipment, and how are units packaged?

A: Stock is maintained for prompt fulfillment. Units are packaged with anti-static protection and securely boxed to withstand freight conditions during shipping. Each product is packed with attention to quality and safety.

Q: Where can the Tesla T40 be applied in terms of site or surface?

A: The Tesla T40 is designed for installation in PCIe-compatible servers or workstations found in data centers, research institutions, and analytics applications, providing robust performance on any suitable platform.

Q: What certifications and compliances does the Tesla T40 meet?

A: The card is RoHS compliant and designed according to stringent international electronic safety standards, ensuring reliability and legal suitability for global deployments.

Q: How does passive heatsink cooling benefit Tesla T40's operation?

A: Passive heatsink cooling ensures high thermal efficiency, reducing maintenance and noise while extending operational reliability, especially in dense server rack environments.

Q: What is the process for placing a purchase order for the Tesla T40 GPU Accelerator?

A: Interested distributors and customers can place a purchase order directly with authorized suppliers. The units are typically stock ready, and shipment is executed as per selected freight and FOB port arrangements.

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