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Maximize Efficiency with the ASUS GPU Server Workstation for HPC Data Center and Cloud

Are you weighing your options for an “Asus GPU server workstation for HPC data center and cloud” setup? With the increasing demands for computational power, teams require a solution that not only keeps pace but accelerates their work. This article cuts through the tech jargon to discuss how ASUS servers deliver the raw performance and adaptability crucial for intense data processing, AI, and varied high-performance workloads.

SourceIT is a ASUS Enterprise Authorized Reseller in Singapore, offering ASUS full line-up of products such as ASUS Server, ASUS AI, ASUS Storage, ASUS Networking, ASUS Software, ASUS Consulting Services Solution.

Key Takeaways

  • ASUS GPU server workstations offer exceptional performance for HPC data centers and cloud environments, utilizing advanced processors like the AMD EPYC 9004 and scalable GPU support with technologies like NVIDIA NVLink, PCIe 5.0, and direct liquid cooling options to meet intense computing requirements.

  • Customization and scalability are central to ASUS servers, featuring adaptable designs like the patented Adaptable Topology, flexible networking with support for various Ethernet speeds and NVIDIA Mellanox technology, as well as scalable storage solutions with NVMe SSDs and multiple drive configurations.

  • ASUS servers not only prioritize performance but also emphasize ease of management and future-proofing, with features like ASUS Control Center for real-time monitoring, dynamic Power Balancer for power efficiency, and extensive expansion capabilities to accommodate technological advancements.

Harnessing the Power of ASUS GPU Server Workstation for HPC Data Center and Cloud

Illustration of ASUS GPU server workstation for HPC data center and cloud

ASUS GPU server workstations are the epitome of power and flexibility, designed to handle a wide range of HPC workloads. From advanced processors to specialized GPUs, these servers are tailored to meet the most demanding high-performance computing requirements. Especially noteworthy is the ASUS ESC4000A-E12 server, which offers the following features:

  • Equipped with AMD EPYC 9004 processors

  • Supports up to four dual-slot GPUs with NVIDIA NVLink bridge and NVIDIA Bluefield DPU, ensuring nvidia bluefield dpu support

  • Enhances AI and HPC applications, delivering a computing experience that’s nothing short of extraordinary.

Yet, the power of ASUS GPU servers for HPC data centers extends beyond this. These servers are inherently flexible due to their robust engineering. This ensures that they are optimized for the specific performance requirements of a variety of workloads. The collaboration with NVIDIA to support Omniverse Enterprise on ASUS servers is a testament to this flexibility, enabling enterprises to manage complex 3D production workflows with efficiency and ease.

Extreme Computing Power

Consider the ASUS ESC8000 G4 server if you’re curious about the epitome of extreme computing power. This server offers:

  • Powered by 2nd Gen Intel Xeon Scalable processors

  • Capable of accommodating up to 8 GPUs

  • Delivers high-level hybrid computing power

  • Ideal for demanding AI and HPC applications

  • Dual socket support in ASUS GPU server workstations further amplifies their computing prowess

  • Particularly effective for AI inference and training tasks.

Enhancing this, we have the NVIDIA’s NVLink technology. With direct GPU-to-GPU interconnect hitting a bandwidth of up to 900GB/s, ASUS GPU servers stand at the pinnacle of scalable high-performance computing. Moreover, the patented Adaptable Topology design of the ASUS ESC8000 G4 server ensures a scalable architecture, essential for managing growing computational workloads efficiently.

Further strengthening their capabilities, ASUS GPU server workstations are NVIDIA-certified to be Omniverse ready, and you have a solution that meets specific performance and compatibility standards for AI-driven and HPC applications.

Faster Connectivity with PCIe 5.0

In the modern digital landscape where faster connectivity is indispensable, ASUS servers lead the charge. Leveraging the potential of 4th Gen Intel Xeon Scalable processors, ASUS servers support advanced technologies, including PCIe 5.0, which provides exceptional data transfer speeds. Such technology enables ASUS GPU server workstations to achieve higher bandwidth, a critical factor for improved performance in demanding applications.

A key highlight of ASUS server models is their ample support for system upgrades and expansion capabilities. With 11 PCIe 5.0 expansion slots, these servers are ready to accommodate future technology enhancements, ensuring that your investment today remains a valuable asset tomorrow.

Optimized Cooling Solutions for ASUS GPU Servers

Illustration of optimized cooling solutions for ASUS GPU servers

Like any high-performance server, ASUS GPU servers also integrate essential cooling solutions. These servers employ efficient cooling solutions that ensure optimal performance and manage thermal loads effectively. The ESC8000-E11P model is a stellar example, utilizing an improved air cooling system designed to efficiently handle the heat generated under diverse workloads. Similarly, the ASUS ESC4000A-E12 server supports both liquid and air cooling techniques, catering to varying CPU TDP requirements.

ASUS goes beyond merely offering air cooling. The company extends its cooling options with direct liquid cooling servers, providing advanced heat management necessary for maintaining performance stability under high thermal loads. Thermal optimization in ASUS servers includes:

  • Direct-to-chip cooling solution

  • Manifolds

  • Cool plates

  • Rear-door heat exchangers

All designed to enhance extra efficient cooling efficiency across different components.

Enhanced Air Cooling Based Design

Enhanced air cooling designs augment the value of ASUS GPU servers, which significantly improve thermal management and system efficiency. This is achieved through the use of hot-swappable redundant fans and dedicated air tunnels, ensuring that cooling is as efficient as possible.

The ASUS ESC4000A-E12 stands out with its power-efficient performance, featuring:

  • Separate airflow tunnels for CPUs and GPUs

  • Improved airflow tunnel design enables ASUS GPU servers to support two processors and eight graphics cards

  • Enhancing overall performance

Liquid Cooling Options

To manage heat more effectively, ASUS servers incorporate direct liquid cooling, where a cold plate for CPUs and GPUs facilitates heat transfer via a coolant in a closed-loop system. ASUS provides both direct liquid cooling and immersion cooling options, with the latter involving submersion of servers in a thermally conductive fluid.

These liquid cooling options effectively support higher computational densities, enhancing efficiency and performance for complex tasks. This means that no matter how intense your HPC workloads are, ASUS servers can keep cool and maintain optimal performance.

Thermal Optimization Techniques

ASUS GPU servers exhibit formidable prowess in thermal optimization. They leverage dedicated airflow optimization through independent CPU and GPU airflow tunnels, ensuring each component receives direct cooling to maintain optimal operating temperatures. The incorporation of exclusive thermal radar technology enables ASUS ESC8000 G4 server workstations to enhance energy efficiency by providing precise thermal monitoring and improved cooling solutions.

Advanced cooling technologies such as direct-to-chip liquid cooling and potentially immersion cooling techniques effectively manage heat dissipation in ASUS servers. In addition, multiple sensors and dynamic fan curve adjustment enable real-time thermal monitoring and responsive adjustments to cooling as system load varies, refining thermal management in ASUS GPU servers.

Flexible Storage and Networking for ASUS GPU Server Workstations

Illustration of flexible storage and networking for ASUS GPU server workstations

ASUS GPU server workstations strike a balance between power and flexibility with their scalable storage options, including:

  • The use of NVMe SSDs for fast data access

  • Catering to high-capacity storage needs, crucial for large-scale HPC data center and cloud operations

  • Supporting a variety of drive configurations and sizes

Storage scalability in ASUS servers is further enhanced by their high memory capacity features.

In addition to flexible storage, ASUS GPU server workstations also demonstrate proficiency in networking capabilities. They support a range of Ethernet speeds, including:

  • 1G

  • 10G

  • 25G

  • 100G Ethernet

This is further bolstered by the integration of NVIDIA Mellanox networking technology for optimum data transfer rates and accelerated computing. High bandwidth and low-latency networking are therefore at the heart of HPC data center and cloud performance delivered by ASUS servers.

Scalable Storage Solutions

ASUS GPU server workstations offer:

  • High-speed storage

  • Multiple NVMe slots

  • Scalable storage solution

  • Capacity to be equipped with up to 12 all-flash NVMe drives on the front panel

  • High storage throughput

This ensures that your data is accessible whenever you need it.

The ASUS ESC4000A-E12 server model exemplifies scale-up capabilities with its mix of Tri-Mode NVMe/SATA/SAS drive bays and the inclusion of eight PCIe 5.0 slots. Such features affirm the commitment to bandwidth expansion and future system upgrades, emphasizing the scalability of ASUS servers.

Flexible Networking Module Design

As connectivity takes center stage in today’s world, ASUS GPU servers respond with advanced networking technologies, including support for OCP 3.0, enhancing workload flexibility. The flexible networking module design can house up to 8 NICs, optimizing throughput for compute-intensive operations.

A range of onboard LAN configurations is supported, from four 1Gb LAN to two 10Gb LAN ports, fitting various networking needs. Design considerations include a Tri-Mode NVMe/SATA/SAS front panel arrangement and a rear panel flexible networking module with an OCP 3.0 option, demonstrating the detailed thought put into maximizing connectivity.

Management Software: ASUS Control Center

ASUS has introduced the Control Center Express, which is a real-time IT monitoring and management software that enhances business productivity and security. This smart dashboard provides:

  • Insights and activity feeds

  • Floor plan view for device monitoring

  • Detailed hardware and software monitoring information

  • Comprehensive network asset management capabilities such as task scheduling and reporting.

The Control Center Express is designed for ease of deployment. It offers the following features:

  • Accessible from various mobile devices through a responsive web design

  • Installation process under five minutes

  • Automatic IP detection to simplify device setup

  • Compatible with over 100 ASUS motherboards

It is a versatile solution for your IT infrastructure management needs.

Security is enhanced by features such as remote disablement of the Registry Editor and USB storage blocking, securing against unauthorized access. In essence, ASUS offers a comprehensive IT Infrastructure Management Solution within its GPU server workstations, embodied by the advanced functionalities of the ASUS Control Center.

Key Features of ASUS GPU Server Workstations

Illustration of key features of ASUS GPU server workstations

ASUS GPU server workstations come loaded with key features that augment their efficiency and robustness. These servers are equipped with the latest 2nd Gen Intel Xeon Scalable processors, delivering robust computing power necessary for HPC data center environments. In addition, they support a high density of GPUs, offering a hybrid computing solution optimal for various HPC workloads.

Unique features such as the ASUS-patented Adaptable Topology design allow for customizable configurations to adapt to different compute and networking requirements. The scalable design of ASUS GPU server workstations ensures that they can accommodate increasing workloads and evolve with technology advancements.

The ASUS Power Balancer dynamically monitors and manages CPU loading, adjusting CPU frequency based on utilization to enhance power efficiency and optimize performance. Moreover, a dedicated Q-Code logger button on the front panel of ASUS GPU servers enables easy system status checks and event log access, streamlining troubleshooting. In essence, regular maintenance and general server management are made more user-friendly with ASUS GPU server workstations, reducing the complexity often associated with server operations.

Dual Socket GPU Server

Dual socket GPU servers, configured with two CPU sockets, essentially double the central processing capabilities within a single server chassis. Housing multiple high-performance CPUs increases the total core count, providing substantial computational power for heavy workloads. With dual slot active technology, these servers can further enhance their performance capabilities.

In addition to multiple CPU cores, dual socket servers typically support more GPUs, enabling parallel processing and faster handling of compute-intensive tasks. This combination of multiple CPUs and GPUs is particularly beneficial for demanding HPC applications, which require massive processing power and are sensitive to computational speed.

Front Panel and Rear Panel Design

The thoughtful engineering behind these servers is evident in the front and rear panel design of ASUS HPC Data Center Solutions. The front bezel design includes enhanced protection with a lock to avoid accidental removal and usage. Simultaneously, the new HDD tray design improves airflow with a 44% open ratio, leading to better thermal performance.

Such design elements not only enhance the server’s performance but also contribute to its aesthetic appeal. This combination of form and function is a hallmark of ASUS’s commitment to delivering solutions that meet the highest standards of quality and performance.

Expansion Design for Future-Proofing

In the fast-paced technological landscape, it’s crucial to future-proof your investments to ensure their relevance over time. ASUS GPU server workstations offer extensive expandability with multiple PCI Express slots, providing a robust foundation for future technology upgrades.

The X99-E WS motherboard, for instance, supports extensive expandability with four PCI Express 3.0 x16 slots, accommodating RAID cards, solid-state storage drives, and additional components for future technology upgrades. This is just one example of how ASUS GPUs are designed with an eye on the future, ensuring that your server can adapt to emerging trends and technologies.

Case Studies: Successful Implementations of ASUS GPU Server Workstations

Illustration of successful implementations of ASUS GPU server workstations

The successful integration of ASUS GPU servers into various industries showcases their versatility and superior performance. For instance, Japan Electronics College integrated ASUS ESC4000 G4 servers with NVIDIA T4 GPUs for their CG education programs, leveraging the power of vGPU-VDI applications. This real-world implementation is a testament to the power and versatility of ASUS GPU servers.

Such success stories are not isolated incidents but rather a reflection of the exceptional performance of ASUS GPU servers. These servers have demonstrated outstanding AI training and inference performance, as evidenced by results from MLPerf benchmarks, and have been designed to support scalable and high-connectivity cloud infrastructure deployments.

HPC Workloads Ready

Uniquely designed, ASUS servers can be customized to align with the needs and budget of enterprises, catering to a wide range of industries such as manufacturing and architectural design. Their flexibility and power are particularly evident in their ability to handle HPC workloads.

ASUS GPU servers have demonstrated outstanding AI training and inference performance, a fact supported by results from MLPerf benchmarks. These servers are not just ready for HPC workloads – they excel at them, delivering high performance that consistently meets and exceeds expectations.

Cloud Infrastructure Deployments

ASUS servers stand out when it comes to cloud infrastructure deployments. The ESC8000 G4, for instance, is designed to support up to 8 GPUs and dual onboard 10G LAN. This makes it well-suited for scalable and high-connectivity cloud infrastructure deployments.

Such deployments require servers that can handle high volumes of data with speed and efficiency. ASUS servers, with their powerful processors and advanced cooling solutions, are more than up to the task. They are tailored for the demands of the cloud, ensuring seamless and efficient operations with optimized systems, making them the most optimized systems available.


ASUS GPU server workstations embody a perfect blend of power, flexibility, and efficiency. Equipped with advanced processors and GPUs, these servers are ready to handle a diverse range of HPC workloads. They offer extreme computing power, faster connectivity, optimized cooling solutions, and flexible storage and networking options.

In a landscape where technology is constantly evolving, ASUS servers are future-ready, offering extensive expandability to accommodate emerging trends and technologies. Whether you’re looking to boost your data center operations or implement a scalable cloud infrastructure, ASUS GPU server workstations provide a robust and reliable solution. Ready to harness the power of ASUS servers?

Frequently Asked Questions

What makes ASUS GPU server workstations suitable for high-performance computing (HPC)?

ASUS GPU server workstations are suitable for high-performance computing due to their advanced processors and GPUs, optimized cooling solutions, and extreme computing power, making them capable of handling a diverse range of HPC workloads.

How do ASUS servers provide faster connectivity?

ASUS servers provide faster connectivity through advanced technologies like PCIe 5.0, which significantly enhances data transfer speeds.

What cooling solutions do ASUS GPU servers offer?

ASUS GPU servers offer efficient cooling solutions including enhanced air cooling designs, direct-to-chip liquid cooling, and immersion cooling techniques to effectively manage heat and maintain optimal performance.

What makes the storage and networking options of ASUS GPU server workstations flexible?

The storage and networking options of ASUS GPU server workstations are flexible because they provide scalable storage options and support a range of Ethernet speeds, ensuring flexibility in storage and networking solutions.

How are ASUS GPU server workstations future-proofed?

ASUS GPU server workstations are future-proofed through extensive expandability with multiple PCI Express slots, offering a robust foundation for future technology upgrades.

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