Aetina V3T3000-QRC User manual

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User Manual
3U VPX Rugged Module
Aetina V3T3000-QRC

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Document Change History
Version
Date
Description
Authors
v01 2022/01/13 Initial Release. Emily Chou

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Contents
1. General Overview......................................................................................................................................................- 1 -
1.1 Features ..............................................................................................................................................................- 1 -
1.1.1 GPU ..............................................................................................................................................................- 1 -
1.1.2 Board............................................................................................................................................................- 1 -
1.1.3 Memory Configuration.................................................................................................................................- 2 -
1.1.4 Support.........................................................................................................................................................- 2 -
1.1.5 Display Support ............................................................................................................................................- 2 -
1.1.6 Cooling System.............................................................................................................................................- 2 -
1.1.7 Operating System Support...........................................................................................................................- 2 -
1.2 Configuration ......................................................................................................................................................- 3 -
1.3 Display Options ...................................................................................................................................................- 3 -
2. Functional Description ..............................................................................................................................................- 4 -
2.1 Board Architecture..............................................................................................................................................- 4 -
2.2 General Purpose Graphics Processing Unit.........................................................................................................- 4 -
2.2.1 GPU Resources.............................................................................................................................................- 4 -
2.3 Display Interface .................................................................................................................................................- 5 -
2.3.1 Graphics Output channels............................................................................................................................- 5 -
2.3.2 Digital Output...............................................................................................................................................- 5 -
2.3.3 Analog Output..............................................................................................................................................- 5 -
2.3.4 Hot Plug........................................................................................................................................................- 5 -
2.4 PCI Express ..........................................................................................................................................................- 5 -
3. Pin Definition.............................................................................................................................................................- 6 -
3.1 VPX connector Pinout .........................................................................................................................................- 6 -
3.1.1 P0 connector ................................................................................................................................................- 6 -
4. Mechanical Specifications.........................................................................................................................................- 8 -
4.1 Dimensions..........................................................................................................................................................- 8 -

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5. Embedded GPU Thermal Specifications....................................................................................................................- 9 -
5.1 Thermal Policy.....................................................................................................................................................- 9 -
6. Certificates and Agencies........................................................................................................................................- 10 -
6.1 Certifications .....................................................................................................................................................- 10 -
6.2 Agencies ............................................................................................................................................................- 10 -
7. Appendix .................................................................................................................................................................- 11 -
7.1 Ordering Information........................................................................................................................................- 11 -

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1. General Overview
The V3T3000-QRC includes an NVIDIA® Quadro® Turing™ RTX3000 embedded GPU in
a rugged 3U VPX module. It supports operability in an extended temperature range of -
40°C to 71°C, suitable for mission-critical harsh environments.
The Module MXM RTX3000 includes CUDA cores for parallel processing, Tensor cores
for dedicated AI inference and ray tracing cores for superior rendering speeds. With its
1920 CUDA core Turing GPU and additional 240 Tensors Cores, the Quadro RTX 3000
supports 4 UHD displays, delivering the latest leading-edge GPU performance for your
embedded system with AI capabilities enabled.
Unlocking the best performance requires the best cooling capability. Aetina’s
advanced cooling technology is designed to move heat using a low weight, high efficiency
path from the GPU die to the Wedge-lock.
1.1 Features
•3U VPX VITA 46, Open VPX VITA 65, VPX REDI 48
•VITA 46.0 VPX Base Standard
•VITA 46.4 PCI Express on VPX Fabric Connector
•1920 CUDA cores
•5.3 TFLOPS Peak FP32 performance
•6 GB GDDR6 memory, 192-bit
•336 GB/s maximal memory bandwidth
•Support for up to 4 Display, 80W TGP
•5 years life cycle availability
1.1.1 GPU
•Nvidia Quadro RTX 3000
•Stream Processing Unites: 1920
•Boost Core clock: 1380 MHz
•Base Core clock: 945 MHz
•Voltage: Variable
1.1.2 Board
•16-lanes PCI Express 3.0 capable
•Conduction cooled 3U form factor
•Dimensions: 100mm x 160mm
•Board power (TGP): 80 W
•High-Bandwidth Digital Content Protection (HDCP) support

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1.1.3 Memory Configuration
•Memory clock: 14.0 Gbps
•Interface: 192-bit
•Local frame buffer: 6GB (6 pieces 256M x 32 GDDR6, FBGA-180 package)
1.1.4 Support
•Nvidia CUDA Technology (Compute capability 7.5)
•Nvidia GPU Boost 3.0
•Microsoft DirectX 12
•Vulkan 1.1
•OpenCL 1.2
•OpenGL 4.6
1.1.5 Display Support
•Four DisplayPort 1.4 outputs to VPX P2
1.1.6 Cooling System
•Conduction cooled
1.1.7 Operating System Support
•Windows® 10 64-bit
•Linux 64-bit

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1.2 Configuration
Table 1.1 lists the SKU configuration currently available for the V3T3000-QRC.
Table 1.1 Board configuration
Specification
V3T3000-QRC
Module MXM Quadro RTX 3000
Core clock
Base=945 MHz; Boost= 1380 MHz
Memory clock 14.0 Gbps
Frame buffer
6GB GDDR6
Memory interface 192-bit
Memory type
256M x 32 GDDR6 FBGA-180 package
Board power (TGP) 80 W
HDCP support Yes
Supplementary Power Connector No
Operating Temperature Standard version: 0°C to +55°C
Wide-temperature version: -40°C to +71°C
Storage Temperature -40°C to 85°C
Operating Humidity 5~90%, No Condensation.
1.3Display Options
Table 1.2 list the V3T3000-QRC supports 4x DisplayPort outputs to VPX P2 by default, with
display options as shown below.
Table 1.2: Display Options
Displays Supported for Each Interface
DP_A DP_B DP_C DP_D
DisplayPort DisplayPort DisplayPort DisplayPort

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2. Functional Description
2.1 Board Architecture
The AETINA V3T3000-QRC form factor as shown below.
Figure 2.1 V3T3000-QRC Block diagram
2.2 General Purpose Graphics Processing Unit
The AETINA V3T3000-QRC is based on TURING Quadro RTX 3000 GPU from Nvidia. 1920
CUDA core enabled. Base core clock is 945 MHz and it is compliant with Nvidia’s CUDA
computing capability 7.5.
2.2.1 GPU Resources
•GDDR6 SDRAM
-6 pieces 256M x 32 GDDR6, total capacity of 6144 Mbytes
-192bit data bus width
-14.0 Gbps clock frequency
•BIOS ROM
-8Mbit SPI FLASH for BIOS image

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2.3 Display Interface
The V3T3000-QRC provides four digital output channels.
2.3.1 Graphics Output channels
Figure 2.2 Output channels
2.3.2 Digital Output
•DisplayPort 1.4
•Maximum pixel clock: 1050 MP/s
•Maximum bandwidth: 25.9 GB/s/connector
2.3.3 Analog Output
This model does not support Analog output.
2.3.4 Hot Plug
The V3T3000-QRC supports Hot Plug detect for digital monitors.
2.4 PCI Express
The V3T3000-QRC supports a native x16 PCI Express Gen3/2/1 bus interface.

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3. Pin Definition
3.1 VPX connector Pinout
3.1.1 P0 connector
Table 3.1: Connector pinout
Table 3.2: Connector pinout (continued)