Robust 2U rackmount chassis designed for ATX and microATX motherboards
Supports powerful single-processor CPUs up to 80W TDP for efficient computing
Tool-less modular GPU cage enables easy installation of high-performance GPUs like NVIDIA T4 (up to 350W)
Flexible storage options with multiple internal bays and optional hot-swap modules for seamless upgrades
High-efficiency 850W 80 Plus Platinum power supply ensures reliable and energy-saving power delivery
Dual high-airflow fans with dust filters maintain optimal cooling and system longevity
Front USB 2.0 ports and LED indicators for quick access and easy system monitoring
Chassis intrusion detection enhances physical security of your system
Built to operate in a wide range of environments with strong resistance to vibration and shock
Ideal for demanding industrial, data center, and edge computing applications
The Advantech ACP-2020G is a specialized 2U rackmount chassis designed to provide a reliable, flexible, and high-performance platform for GPU-accelerated computing.
This chassis supports both ATX and microATX motherboard form factors, enabling compatibility with a wide range of processors.
It is optimized for single-processor systems with CPUs up to 80W TDP, which balances strong computing power with efficient thermal management.
What truly sets the ACP-2020G apart is its support for high-performance GPUs, specifically accommodating cards up to 350W power consumption, such as the NVIDIA T4.
This makes the system particularly suited for demanding workloads that require accelerated computing power, including artificial intelligence, machine learning inference, data analytics, and real-time video processing.
The chassis features a modular card cage that allows easy, tool-less installation and removal of GPU cards.
This design minimizes downtime during upgrades or maintenance, which is crucial for mission-critical applications.
The flexibility extends to storage options as well, with internal bays supporting both 2.5-inch and 3.5-inch drives, plus an optional hot-swap module.
This enables users to customize their storage setup for maximum capacity, speed, or redundancy without sacrificing uptime.
Powering the system is a highly efficient 850-watt 80 Plus Platinum-certified power supply, ensuring stable and reliable delivery of power to all components while minimizing energy waste and heat generation.
This power rating sufficiently supports the CPU, GPU, and additional peripherals simultaneously, making the ACP-2020G a robust choice for continuous operation in industrial or data center environments.
Additionally, the chassis design incorporates effective cooling solutions, including dual high-airflow fans and dust filters to maintain optimal temperatures and protect sensitive hardware from dust accumulation.
The front panel offers convenient USB ports and status LEDs, while security features such as chassis intrusion detection enhance system integrity.
Overall, the Advantech ACP-2020G with NVIDIA T4 is an ideal system for edge computing, AI inference, industrial automation, and other applications where a compact, efficient, and powerful rackmount solution is required.
The Advantech ACP-2020G is engineered to operate reliably under a wide range of environmental conditions, making it suitable for deployment not only in traditional data centers but also in more demanding industrial or edge computing environments.
Operating Temperature (0 to 40°C / 32 to 104°F):
This temperature range indicates the system can function efficiently and safely in typical indoor environments, including offices, data centers, and industrial facilities.
The design ensures that all components from the CPU and GPU to storage devices can maintain stable performance without overheating within this range.
This makes the ACP-2020G suitable for most climates where temperature-controlled environments exist.
Non-Operating Temperature (-20 to 60°C / -4 to 140°F):
This broader temperature range reflects the conditions the chassis can withstand when it is powered off, such as during transport or storage.
It ensures that the hardware is protected against damage or malfunction caused by exposure to cold or hot conditions during shipment or temporary storage, which is crucial for logistics and inventory management.
Operating Humidity (10% to 85% Relative Humidity, Non-Condensing):
Humidity affects the risk of corrosion and electrical short circuits.
The ACP-2020G is designed to operate safely in environments with relative humidity from 10% (dry air) up to 85% (humid air), provided there is no condensation.
Non-condensing means that moisture will not form water droplets inside the system, which could damage electronic components.
This tolerance allows the system to function in a wide variety of climates, including areas with seasonal humidity changes.
Non-Operating Humidity (10% to 95% Relative Humidity, Non-Condensing):
During non-operation periods, such as storage or transport, the system can safely endure even higher humidity levels up to 95% without condensation.
This feature adds resilience during periods when the chassis is not powered but may still be exposed to humid environments.
Vibration Resistance (Operating: 0.5 Grms, Non-Operating: 2 G):
Vibration can cause mechanical stress and damage to internal components like hard drives or circuit boards.
The ACP-2020G is tested and certified to withstand moderate vibration levels while operating (0.5 Grms) and higher levels when powered off (2 G), which protects it from damage in environments subject to machinery vibration, transportation shocks, or industrial activity.
Shock Resistance (Operating Shock of 10 G with 11 ms Half Sine Wave):
Shock resistance measures the system’s ability to tolerate sudden impacts or jolts.
The ACP-2020G can endure shocks up to 10 G for short durations (11 milliseconds), which protects the hardware against accidental knocks or bumps during operation, installation, or transportation, ensuring long-term durability.
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