Embedded MXM
M3P2000-LN_top M3P2000-LN_back
M3P2000-LN_top M3P2000-LN_back


Nvidia Quadro Embedded P2000 MXM 3.1 GPU Module

Powered by Quadro Embedded P2000 GPU
768 new-gen. Pascal architecture CUDA cores
DisplayPort 1.2 certified, DisplayPort 1.3/1.4 readys
Support NVIDIA CUDA Toolkit 8.0, CUDA compute version 6.1, DirectX 12, OpenGL 4.5 and Vulkan 1.0
Ideal for medical imaging, gaming and deep learning applications

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From stunning industrial design to advanced special effects to complex scientific visualization, Quadro is the best visual computing platform. Aetina M3P2000-LN module features advanced Nvidia Quadro graphics cards with Pascal Architecture technology in the MXM 3.1 Type A form, bringing amazing visual computing performance and power-efficiency into every embedded system.

The M3P2000-LN is a powerful MXM GPU module based on GDDR5 memory, providing 6.0 Gbps memory clock and 96 GB/sec high memory bandwidth. With 768 CUDA cores and 2.3 TFLOPS, M3P2000-LN supports 8K(7680x4320) or 4 FHD displays, offering the most flexible solution for high performance computing demands embedded application.

● Advanced NVIDIA Quadro graphics cards with Pascal Architecture technology
Aetina M3P2000-LN is powered by NVIDIA Quadro P2000 GPU, with core of Pascal GP107 which is driven by groundbreaking NVIDIA Pascal GPU architecture. Built with the high-speed and high bandwidth memory technology to deliver more I/O throughput, better performance and higher power efficiency, M3P2000-LN delivers ultimate performance to tackle new possibilities in massive-computing workstation applications.
● DisplayPort 1.4 ready, supports 8K(7680x4320) or 4 FHD displays
Aetina M3P2000-LN pushes the image quality to new heights, with supporting up to 8K(7680x4320) resolution, 4 FHD displays and NVEncode/NVDecode.
● Robust industrial-grade design with extended temperature and conformal coating support
Aetina embedded MXM modules are designed with industrial-grade components used, ensures its high-quality data transferring even at wide temperature ranging from -40°C to 85°C. Additionally, Aetina offers conformal coating service on its complete range of MXM module to meet the rigors of harsh industrial. Those advantages make it ideally suitable for massive-computing embedded applications in rugged environments.
● Your Longevity Industrial Partner
Longevity is Aetina's promise to the customers. MXM modules have 5 years long-term supply, help the clients to overcome the problem of the long development period and exclusive engineering support team is available for each customer. Also, Aetina provides industrial components that can extend the lifespan of the product, helping customers to reduce costing and time from maintaining.
Model Number M3P2000-LN
Bus Type PCI Express 3.0 x16
GPU Architecture Nvidia Pascal
Graphics Processing Unit Quadro Embedded P2000
Nvidia CUDA Cores 768
Single-Precision Floating Point 2.3 TFLOPS SP Peak
Memory Size 4GB GDDR5
Memory Clock 6.0 Gbps
Memory Interface Width 128-bit
Memory Bandwidth 96 GB/sec
DirectX 12 API
OpenGL 4.5
OpenCL 1.2
Operation System Windows 7 - 10 64-bit
Linux 64-bit
Max. Digital Display 7680x4320
Max. Analog Display Not Support
Outputs DP_A: DisplayPort1.4
DP_B: DisplayPort1.4
DP_C: DisplayPort1.4
DP_D: DisplayPort1.4
Max. Board Power Consumption 58 W
Form Factor MXM graphics module version 3.1, Type A
Dimensions 70 x 82 mm
Operating Temperature 0 ℃ ~ 55 ℃
-40 ℃ ~ 85 ℃
M3P2000-LN dimensions
Model Number Description
M3P2000-LN MXM3.1 Type A, NVIDIA Quadro P2000, 4GB GDDR5, 0°C to +55°C
M3P2000-LN-A MXM3.1 Type A, NVIDIA Quadro P2000, 4GB GDDR5, -40°C to +85°C


File Name Size Version OS Model Name Update Date Download
Aetina_MXM_M3P2000-LN_datasheet_v02 310.34 KB v02 - M3P2000-LN 2019-06-10 View

Driver & Software

File Name Size Version OS Model Name Update Date Download
431.86-quadro-desktop-notebook-win8-win7-64bit-international-whql.exe 20.00 KB 431.86 Win 8,7 64bit M3P1000-LN
2019-11-06 View
431.86-quadro-desktop-notebook-win10-64bit-international-whql.exe 20.00 KB 431.86 Win10 64bit M3P1000-LN
2019-11-06 View