Advantech ACP-2020G NVIDIA RTX A6000

Description

Advantech ACP-2020G NVIDIA RTX A6000

The Advantech ACP-2020G is a purpose-built, high-performance 2U rackmount chassis meticulously engineered to support both ATX and microATX motherboards, optimized specifically for single-processor setups.

This system is designed to excel in professional and industrial computing environments where powerful GPU capabilities and efficient power consumption are critical, making it an ideal solution for advanced workstations, AI development, 3D rendering, and other graphics-intensive applications.

Motherboard and Processor Compatibility

This chassis offers broad compatibility by supporting ATX and microATX motherboards, both popular motherboard standards known for their balance of expandability and compactness.

The system supports single CPU configurations with processors that have a Thermal Design Power (TDP) up to 80 watts.

This TDP ceiling accommodates a wide variety of professional-grade Intel and AMD CPUs, ensuring sufficient computing power for demanding workloads while maintaining controlled thermal output.

This balance helps optimize cooling and energy efficiency, which is particularly beneficial in data center environments or office spaces where thermal management and power consumption are priorities.

Advanced GPU Installation and Expansion Capabilities

One of the standout innovations of the ACP-2020G is its modular GPU card cage, designed to simplify the installation and replacement of high-power graphics cards without requiring any tools.

This tool-less design significantly reduces maintenance time and effort, which is critical in enterprise or high-availability environments.

The cage supports GPUs with power consumption up to 350 watts, such as the NVIDIA RTX A6000 a cutting-edge GPU built for professional visualization, AI computation, and intensive 3D workloads.

This modular approach allows users to upgrade or swap GPUs swiftly, minimizing system downtime and enhancing operational flexibility.

Flexible Storage Configuration

The chassis supports a variety of storage options to suit diverse operational needs.

It features two internal 2.5-inch drive bays, which are ideal for fast solid-state drives (SSDs) that provide high-speed data access and low latency.

Alternatively, users can utilize one 3.5-inch drive bay to install traditional hard disk drives (HDDs) offering larger capacity at a lower cost.

For environments where data availability and rapid drive replacement are essential such as database servers or multimedia production the optional 2.5-inch hot-swap drive module allows for seamless swapping of storage devices without needing to power down the system, thus supporting continuous operation and data integrity.

High-Efficiency Power Supply Unit (PSU)

At the heart of the ACP-2020G’s power management is an 850-watt single power supply unit that carries the prestigious 80 Plus Platinum certification.

This certification indicates exceptional power efficiency, typically above 89% under typical load conditions.

High-efficiency PSUs reduce wasted energy, lower operating temperatures, and decrease electricity costs, all while delivering consistent and reliable power to critical components like CPUs and GPUs.

This is especially valuable in professional or data center settings where power consumption and heat dissipation directly impact operational costs and equipment longevity.

Effective Cooling and Dust Protection

To maintain peak performance and hardware longevity, the ACP-2020G incorporates two 8-centimeter cooling fans, each capable of moving 103 cubic feet per minute (CFM) of air.

This active cooling system ensures that heat generated by high-performance CPUs and GPUs is efficiently expelled from the chassis, preventing thermal throttling and hardware degradation.

Additionally, an integrated air filter helps trap dust particles before they enter the system, reducing the risk of dust buildup on sensitive components and thereby improving overall system reliability and maintenance cycles.

Convenient Front Panel Connectivity and Status Indicators

User convenience is enhanced with accessible front panel interfaces, including two USB 2.0 ports that facilitate quick connection of external devices such as flash drives, keyboards, or diagnostic tools.

The front panel also features LED indicators that provide clear visual feedback on power status and hard drive activity.

These indicators allow system administrators and technicians to quickly monitor the health and operation of the system without needing to open the chassis or use software tools, improving ease of use and maintenance efficiency.

Enhanced Physical Security and System Monitoring

For environments where physical security is a concern, the chassis is equipped with a chassis intrusion switch.

This sensor detects unauthorized attempts to open the case and triggers alerts to notify administrators.

Such a feature is invaluable in protecting sensitive data and hardware in environments like financial institutions, government agencies, or research labs, where tampering must be prevented or at least recorded for audit purposes.

Designed for Environmental Resilience

The ACP-2020G chassis is built to endure a wide range of operating conditions, making it suitable for diverse environments from traditional data centers to more demanding industrial or edge computing sites.

It operates efficiently within a standard temperature range of 0 to 40 °C (32 to 104 °F), withstanding higher temperatures when powered off (-20 to 60 °C or -4 to 140 °F).

Its tolerance for relative humidity ranges from 10% to 85% during operation (non-condensing), ensuring stable performance even in humid environments, and up to 95% when not in use.

Mechanical resilience is also a priority: the system can withstand vibrations up to 0.5 Grms while running and up to 2 G when powered down, protecting it from damage in settings with physical disturbances.

Additionally, it can tolerate shock forces up to 10 G with an 11 ms half sine wave, ensuring data integrity and component durability in transport or industrial contexts.

Compact and Practical Physical Dimensions

The Advantech ACP-2020G is designed to deliver powerful computing capabilities while maintaining a compact form factor that optimizes space utilization in data centers and professional racks.

Its 2U rackmount size which translates to a height of 88 millimeters (approximately 3.46 inches) fits neatly into standard server racks without occupying excessive vertical space.

This slim profile is particularly advantageous in environments where rack space is at a premium, allowing IT administrators to maximize the number of units they can install in a single rack.

With a width of 482 millimeters (18.96 inches) and a depth of 445 millimeters (17.52 inches), the chassis offers a footprint that balances ample internal room for components with an efficient external size that suits most data center and enterprise racks.

This ensures compatibility with existing infrastructure, avoiding the need for specialized rack enclosures or custom setups.

Despite packing robust hardware and features including support for powerful GPUs like the NVIDIA RTX A6000, modular drive bays, and an 850-watt power supply the chassis weighs only 11.78 kilograms (approximately 26 pounds).

This manageable weight makes it easier to handle during installation or maintenance, reducing physical strain on technicians and enabling quicker deployment or servicing cycles.

Moreover, the careful engineering of the chassis’ dimensions and weight contributes to its overall durability and stability.

The chassis is sturdy enough to protect sensitive internal components during transport or routine handling, yet compact enough to fit seamlessly into high-density rack environments.

Its size also facilitates efficient airflow within rack rows, which is critical for maintaining optimal operating temperatures across multiple servers.

In summary, the ACP-2020G’s compact and practical dimensions represent a thoughtful balance between performance, expandability, and space efficiency making it a smart choice for organizations seeking to optimize their IT infrastructure without compromising on power or flexibility.