7SL-3500-L2A
3U VPX 3 Payload 1CPU 2GPU Liquid Cooled ATR
- 3U VPX 3 Payload Liquid Cooled (All In One) ATR
- 3 Slot – 1CPU 2GPU
- Intel i7-1185GRE or Ultra 7-155H
- Closed Loop Liquid to Air (L2A)
- NVIDIA® Quadro® 5000 Ada (9728CUDA)
or RTX™ A4500 (5888CUDA) - 18V~36V 28V DC Input
- MIL-STD 810 Vibration, Shock
- Custom backplanes with VPX and SOSA aligned slot profiles
- Custom I/O options including MIL-STD Wiring & Connectors
- Technical Profile
- Specifications
- Order Information
- Introduction
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7SL-3500-L2A
3U-VPX Liquid Cooled
The 7SL-3500-LC VPX Liquid 2 Air Closed Loop Cooling System is a modular Military Rugged ATR enclosure, geared for 3U OpenVPX designs.The versatile design allows multiple customizable configurations based on proven components and design techniques.
7SL-3500-LC Hybrid conduction cold plate assisted by liquid cooling sets with aggregate power to 500W
Custom and standard 3 slot backplanes with VPX and SOSA aligned slot profiles in combinations supporting high speed signal processing applications.
Advantages of Liquid-Cooled Technologies
Advanced Thermal Solutions Advantage for Closed Loop:
Precise temperature regulation : The sensitive nature of processes and equipment means that being able to regulate the temperature of the coolant (and thereby ensure the ability to effectively absorb heat from the coolant) is essential. Closed-loop cooling systems are better at keeping the coolant temperature constant, which improves cooling efficiency.
Reduced water consumption : By recirculating the coolant rather than using it just once (as in single-pass cooling systems), the amount of water used for cooling can be reduced.
Reduced environmental impact : Because closed-loop chillers are sealed systems, they minimize the chance of environmental ontamination from bacteria, dirt, dust and other contaminants that can occur with open-loop chiller systems. And because closed-loop systems don't discharge coolant into the environment, they Also avoid the costs of storm water and wastewater treatment.
What is Liquid Cooled
A cooling system that uses a liquid coolant (water/water-based coolant or oil/oil-based coolant) to exchange heat from an industrial process in a closed loop setting.
In a closed loop chiller, the coolant is first chilled in a coolant tank and then circulated throughout the process/equipment. During this circulation, the coolant absorbs heat from the application and equipment. When the coolant reaches the evaporator, this absorbed heat is evaporated and the liquid coolant returns to the coolant tank to be re-cooled and re-circulated throughout the system.Closed-loop dry system. This type of closed-loop system utilizes an air-cooled heat exchanger to reject the heat absorbed by the refrigerant into the atmosphere.
Closed-loop evaporative system. This cooling system employs an evaporative heat exchanger and evaporation to remove the heat absorbed by the refrigerant.
Liquid-to-liquid cooling system. As the name suggests, a liquid-to-liquid cooling system uses a heat exchanger to transfer heat from one refrigerant to another. Typically, as the refrigerant cycles through a process, it travels to a heat exchanger where the heat is transferred to a liquid, such as a cooling tower or a body of water.
- 7SL-3500-L2A
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7SL-3500-L2A Liquid to Air Liquid to Air
- 7SL-3500 Hybrid conduction cold plate assisted by Liquid cooling sets with aggregate power demands over 500W
- Internal recirculation fans ensure liquid cooling set is across conduction cooled payload modules, minimizing hot-spots and dissipating heat homogeneously
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2x NVIDIA RTX A4500, 16GB GDDR6, 5,888 CUDA
or 2x NVIDIA Quadro 5000 Ada GDDR6, 9,728 CUDA
- Appearance/ Dimension/ Drawing Diagram
System | |
---|---|
CPU |
Intel® i7-1185GRE processor (Tiger Lake) or Intel® Ultra 7-155H Processor |
Memory type |
Up to 32 GB DDR4 Soldered or Up to 64GB DDR5 Soldered |
GPU |
2x NVIDIA RTX A4500, 16GB GDDR6, 5,888 CUDA or 2x NVIDIA Quadro 5000 Ada GDDR6, 9,728 CUDA |
BIOS | Dual 256Mbit SPI flash |
Security | |
TPM | N/A |
Storage | |
M.2 |
1x M.2 2242 on top side (M-key) |
Side I/O (D38999) | |
X1 |
1x USB3.0 |
X2 |
1x GbE |
X3 |
1x USB 2.0 |
X4 |
1x Mini DP |
DC-IN |
1x |
GND |
1x |
Power Button |
1x |
OS support list | |
OS |
Windows 10 (1809 21H2) , Linux (RHEL 8.6 / Ubuntu 20.04) |
Application | |
Application |
Military Platforms Requiring Compliance MIL-STD-810 Embedded Computing and applications subject to Harsh Temperture, Shock, Vibration, Atitude, Dust and EMI Conditions. |
Environment | |
Power Requirement |
18V~36V DC-IN |
Dimension |
190 x 496 x 269 mm (WxDxH) |
Weight |
30 KG |
Storage Temp. |
-40°C to 85°C |
Reliability |
Designed & Manufactured using ISO 9001 Certified Quality Program. |
7SL-3500-L2A
3U VPX Liquid to Air ATR System, GPGPU AI Inference Computer with Intel® i7-1185GRE or Ultra 7-155H Processor, IP65 rating, MIL-STD D38999 Connectors, 18V~36V DC-IN.