Discover the Power of Multi-GPU Rackmount Cases
Experience unmatched performance and versatility with our state-of-the-art multi-GPU rackmount cases. Optimized for high-profile business environments.
Empower Your Business with Advanced GPU Rackmount Cases
Empower your business's data processing and computing power with advanced GPU rackmount cases tailored for high-performance needs. These cases are designed to support scalable waferscale GPU architectures, allowing you to maximize productivity and efficiency. With thermal management and efficient power delivery, ensure your business processes run seamlessly.
Our advanced GPU cases provide robust solutions to accommodate up to 41 GPMs, facilitating powerful parallel processing critical for machine learning, physics simulations, and more. Optimize space while maintaining performance integrity with our meticulously engineered rackmount cases designed for demanding corporate environments.
Leverage the benefits of reduced power consumption and enhanced thermal efficiency. Our GPU rackmount cases facilitate lower operating voltage and frequency settings, enabling maximum performance without thermal compromise. Elevate your business standards with our cutting-edge solutions designed for peak efficiency and reliability.
Explore Our Diverse Range of GPU Rackmount Cases
Product display module introduction: Explore our diverse range of GPU rackmount cases featuring detailed images and specifications for each model. Each case is meticulously designed to accommodate various GPMs with optimized cooling and space efficiency, ensuring seamless integration into your system. Discover models that support different configurations, offering unmatched scalability and performance, perfect for waferscale GPU architectures. Elevate your setup with our premium GPU enclosures tailored for both thermal management and high-density packing.
5 CRPS POWER BACKPLANE PCB FOR GPU SERVER CASE
Redundant PDB support multi connection for 5 CRPS power supply maxinum 2000w per parts
Technical Specifications At a Glance
| Specification | Details |
|---|---|
| Number of GPU Slots | Up to 8 |
| Supported GPU Sizes | Full-Length, Dual Width |
| Cooling System | 4x 120mm Fans, Liquid Cooling Ready |
| Material | High-grade Aluminum, Steel |
| Expansion Slots | 7 Full-Height PCIe Slots |
| Power Supply Compatibility | ATX, SFX |
| Front Ports | 2x USB 3.0, USB-C, Audio In/Out |
| Drive Bays | 4x 3.5" HDD, 2x 2.5" SSD |
| Motherboard Support | ATX, Micro-ATX, Mini-ITX |
| Dimensions (WxHxD) | 19" x 7" x 20" |
| Weight | 14 kg (31 lbs) |
| Operating temperature range | 0°C to 45°C |
| Certification | CE, FCC, RoHS |
| Warranty | 2 Years |
High-Performance Design & Compatibility
Discover the cutting-edge in GPU rackmount design with optimized cooling efficiency and versatile compatibility. Unlock unparalleled performance with our expertly designed GPU enclosures.
Advanced High-Performance GPU Rackmount
Experience high-performance GPU solutions with our state-of-the-art rackmount chassis. Designed to accommodate up to 41 GPMs, this setup ensures seamless scalability and maximum efficiency. Perfect for demanding applications requiring expansive parallel processing.
Efficient Cooling Strategies for GPU Cases
Our GPU rackmount cases offer dual and single heat sink options tailored to different thermal budgets. The advanced cooling machinery sustains optimal operating temperatures even under full load, maintaining a steady 105℃ for peak performance.
Versatile Compatibility with Cutting-Edge Design
Crafted to support multiple rack configurations, our versatile GPU cases are compatible with various interconnect topologies including mesh and ring networks. This adaptability allows seamless integration into existing setups and futureproofs your infrastructure.
Enhanced Cooling Efficiency with Dual Heat Sinks
Featuring a dual heat sink framework, our GPU enclosures are designed to manage up to 9300W, providing exceptional thermal management. This design allows for efficient heat dissipation across multiple GPMs, ensuring stability and reliability.
Advanced GPU Enclosure Design for Scalability
With the ability to scale from small to large deployments, our GPU enclosures support modular upgrades without compromising performance. Ideal for high-complexity tasks, these enclosures offer scalability while minimizing cooling and power concerns.
Optimized Performance with Integrated Voltage Regulation
Our designs incorporate advanced voltage regulation mechanisms, enabling efficient power management across GPU arrays. By utilizing voltage stacking, the GPU cases maintain power efficiency while operating within the designated thermal limits for high-intensive workloads.
Compare Our GPU Rackmount Cases
Explore the exceptional strengths of our GPU rackmount cases through this detailed comparison module. Discover how our products outperform hot swap computer cases in efficiency, thermal management, and expandability. See the differences and choose the perfect solution for your high-performance computing needs.
Efficiency: GPU Rackmount Case vs. Hot Swap Computer Case
When comparing the efficiency of GPU rackmount cases to hot swap computer cases, several factors come into play. GPU rackmount cases are specifically designed to handle the high thermal loads of powerful GPUs. They feature advanced cooling solutions such as high-capacity fans and liquid cooling options, ensuring optimal performance without overheating. In contrast, hot swap computer cases may not be equipped with such robust cooling mechanisms, leading to potential thermal throttling of GPUs. Additionally, GPU rackmount cases often incorporate redundant power supplies, enhancing reliability for continuous operation, a critical requirement in data centers and professional environments. Efficiency in power distribution is another key benefit, with GPU rackmount cases following rigorous design protocols to minimize power loss. This results in lower electricity costs and a reduced carbon footprint. Meanwhile, hot swap computer cases might prioritize ease of component swapping, which can sometimes come at the expense of optimal power efficiency. Thus, for high-performance and reliable GPU operations, GPU rackmount cases provide a superior efficiency compared to their hot swap counterparts.
Thermal Management: Benefits of GPU Rackmount Cases Over Hot Swap Computer Cases
Thermal management is a critical consideration when choosing between GPU rackmount cases and hot swap computer cases. Our GPU rackmount cases are engineered with high thermal conductivity materials and structured layouts that facilitate efficient heat dissipation. They often include multiple high-performance cooling fans and support for liquid cooling systems, which can be invaluable for maintaining optimal temperatures under heavy workloads. This design reduces the risk of GPU overheating and extends the lifespan of the components. On the other hand, hot swap computer cases are typically designed for easy access and hot-swapping of components rather than advanced thermal management. This can result in less effective cooling, especially when multiple high-power GPUs are in use. Poor thermal management in hot swap computer cases can lead to increased thermal stress on GPUs, resulting in reduced performance and potentially premature failure. Therefore, for environments where sustained GPU performance and component longevity are paramount, GPU rackmount cases offer a distinct advantage in thermal management over hot swap computer cases.
Expandability: Comparing GPU Rackmount Cases and Hot Swap Computer Cases
Expandability is a crucial factor for users who need scalable computing solutions. GPU rackmount cases excel in this regard by offering higher density and more flexible configurations. These cases can support multiple GPUs with ease, and their standardized rackmount dimensions make them suitable for stacking and combining with other server infrastructure. Expansion slots and robust power distribution systems ensure that additional GPUs can be integrated without compromising system performance. In comparison, hot swap computer cases are often limited by their form factor and power supply capacities. They may offer hot-swappable bays for drives and some components, but they typically cannot accommodate as many GPUs due to space and power constraints. This makes GPU rackmount cases the preferred choice for users who anticipate growing their computational needs, providing a future-proof solution that can adapt as requirements evolve. For professionals in fields like machine learning, data analysis, and scientific computation, the expandability offered by GPU rackmount cases is a significant advantage over hot swap computer cases.
What Our Customers Say
Alex M.
"Our team has been using the GPU rackmount cases for our machine learning projects and the results have been outstanding. The performance and reliability are unmatched, making it the backbone of our computational operations."
Sarah L.
"Transitioning to these GPU enclosures has been a game-changer. We've seen significant improvements in processing speed and thermal management, which is crucial for our large-scale physics simulations."
Juan P.
"The GPU rackmount cases have exceeded our expectations in every aspect. From design to operational efficiency, it has significantly streamlined our data center operations."
Emily R.
"As a B2B client, we've worked with several different types of hardware, but these GPU rackmount cases are by far the best. Their durability and performance are unparalleled, and they integrate seamlessly with our existing systems."
Michael K.
"We were impressed with the level of support and quality provided. The GPU enclosures have drastically cut down our processing times, benefiting our high-performance computing applications tremendously."
Olivia H.
"The efficiency and reliability of these rackmount cases have enhanced our computational capabilities in complex medical imaging tasks. It's a superb product for anyone needing high-performance GPU solutions."
David W.
"Our workflow optimization has skyrocketed thanks to these GPU rackmount cases. The streamlined design and powerful performance have made a noticeable difference in our operations."
Lisa T.
"These GPU enclosures have proven to be reliable and efficient for our high-throughput data processing needs. Customer support has been excellent in ensuring smooth implementation."
Frequently Asked Questions
Our Frequently Asked Questions (FAQ) module provides in-depth responses to the most common inquiries related to GPU rackmount cases, ensuring that you have all the information needed for successful installation, compatibility, and customization of your GPU enclosures. Whether you are dealing with multi-unit installations or seeking details on specific GPU compatibility, this section addresses queries with detailed, reliable insights.
To install a GPU in a rackmount case, begin by securing the case in your rack system. Open the enclosure and properly align the GPU with the designated PCIe slot. Carefully insert the GPU and secure it using appropriate screws or clips provided. Ensure all power connections are properly attached before closing the case.
GPU rackmount cases are typically designed to be compatible with a variety of GPU models and sizes, including standard, mid-range, and high-end GPUs. Check the case specifications for PCIe slot compatibility and power supply capacity to ensure your GPU meets the case's requirements.
Yes, many GPU rackmount cases offer customization options including additional cooling systems, power supplies, and modular drive bays. These cases often have flexible mounting options and access points to accommodate various configurations and cooling solutions.
Proper cooling in a GPU rackmount case can be achieved by using high-quality fans, liquid cooling systems, and ensuring adequate airflow within the enclosure. Position intake and exhaust fans effectively and consider replacing default cooling solutions with more efficient ones if needed.
The power supply required for a GPU rackmount case depends on the total wattage needed by your GPUs and other components. Typically, a high-efficiency power supply with sufficient wattage (e.g., 750W, 1000W, or higher depending on your setup) and appropriate connectors for your GPUs is recommended.
The number of GPUs that can be fitted into a rackmount case depends on the specific model and its design. Some cases are built to accommodate up to eight GPUs or more, depending on the available PCIe slots, power supply, and cooling support.
When choosing a GPU rackmount case, consider factors such as GPU compatibility, power supply capacity, cooling options, ease of installation, and case design. Assess your specific needs, such as the number of GPUs, thermal management, and space within your rack system.
Yes, you can use different brands of GPUs in one rackmount case as long as they are compatible with the available PCIe slots and your power supply can handle the combined power requirements. It's essential to ensure that all GPUs fit properly within the case and do not obstruct airflow.
The standard sizes for GPU rackmount cases typically range from 3U to 4U (unit height in rack measurement), though specific dimensions can vary. Check the case specifications for exact measurements and ensure it fits within your rack infrastructure.
For GPU maintenance in a rackmount case, ensure regular dust removal using compressed air. Check and clean fans and heat sinks, and verify power connections periodically. Monitor temperature and performance to prevent overheating and address immediate concerns promptly.
Get in Touch & Request a Quote
Streamline your bulk order process for high-performance GPU rackmount cases. Contact us to discuss your specific power distribution needs and request a detailed quote for our customizable GPU enclosures. Achieve optimal efficiency and performance with our state-of-the-art solutions.