ESCONDIDO, Calif., March 12, 2024 (GLOBE NEWSWIRE) — One Stop Systems, Inc. (Nasdaq: OSS), the leading provider of rugged high-performance compute (HPC) solutions, has recently secured a groundbreaking pilot project for the deployment of a liquid immersion-cooled data storage system. This state-of-the-art solution will be utilized in a deployable ground station, marking the first time a U.S. intelligence agency utilizes such technology.
The project, procured through a global defense prime contractor, signifies a significant milestone for One Stop Systems, as it expands its reach into the intelligence community. The deployment will leverage the company’s cutting-edge rugged mobile edge technology, enabling high-speed NVMe data recording with an impressive sustained storage bandwidth of up to 52GB/s.
In this innovative liquid immersion-cooled system, two 3U-SDS units will be integrated to provide not only superior storage capabilities but also optimal performance in even the harshest edge environments. The ruggedized storage accelerator system is designed to withstand the challenging conditions that are typically encountered at the edge.
“This project represents a significant step for our mission applications in the intelligence community and aligns with our growth strategies,” stated Robert Kalebaugh, Vice President of Sales at One Stop Systems. “By offering high-speed, ruggedized storage solutions, we are directly contributing to the AI/ML mission objectives of emerging Department of Defense platforms. We anticipate that this initial design win will lead to further deployments that require high-performance compute accelerators and data acquisition solutions.”
The immersion-cooled technology utilized in this solution employs non-conductive and chemically inert fluids that efficiently remove heat from the electronics. This allows for compact, rugged platforms that provide both high performance and low noise in small form factors, making them ideal for edge environments. Unlike traditional cooling methods, such as heat sinks, fans, and liquid pumps, the immersion-cooled system eliminates the need for these components.
With two Intel processors and 16 NVMe storage drives, the 3U-SDS system boasts an optimal configuration for high-speed data acquisition, recording, and analysis. It has the impressive capacity to ingest, record, and store up to 960 terabytes of raw RF data signals on high-speed NVMe SSDs. These SSDs are securely encased in removable, encrypted drive packs that allow for easily expandable and transportable data storage.
For seamless data transfer to the secure cloud, the drive packs can be effortlessly transferred to SDS servers or Centauri storage expansion systems in ground stations equipped with high-bandwidth internet connections. This ensures efficient uploading of massive amounts of collected data.
While this project marks a significant milestone for One Stop Systems, it is not the only recent accomplishment in the field of liquid cooling solutions. The company has also unveiled a direct-to-chip liquid-cooled solution for a foreign navy submarine application, further establishing its market-leading position in cooling technology for rugged high-performance computing at the edge.
The liquid immersion-cooled data storage system is not only applicable to defense applications but is also available for commercial and industrial use. For inquiries and orders, interested parties can contact One Stop Systems’ sales engineers directly via [email protected] or by calling +1 (877) 438-2724.
FAQ:
Q: What is the purpose of the liquid immersion-cooled data storage system?
A: The purpose of the liquid immersion-cooled data storage system is to provide high-performance and ruggedized storage capabilities for edge environments.
Q: How does the immersion-cooled technology work?
A: The immersion-cooled technology utilizes non-conductive and chemically inert fluids that efficiently remove heat from the electronics without the need for large heat sinks, fans, or liquid pumps.
Q: What is the capacity of the 3U-SDS system?
A: The 3U-SDS system has the capacity to ingest, record, and store up to 960 terabytes of raw RF data signals on high-speed NVMe SSDs.
Q: Can the data storage be easily transferred?
A: Yes, the data storage can be easily transferred to SDS servers or Centauri storage expansion systems for uploading massive amounts of collected data to the secure cloud.
Q: Is the liquid immersion-cooled data storage system only available for defense applications?
A: No, the system is also available for commercial and industrial use. Interested parties can directly contact One Stop Systems’ sales engineers for more information and orders.
Sources:
– One Stop Systems: https://www.onestopsystems.com/
FAQ:
Q: What is the purpose of the liquid immersion-cooled data storage system?
A: The purpose of the liquid immersion-cooled data storage system is to provide high-performance and ruggedized storage capabilities for edge environments.
Q: How does the immersion-cooled technology work?
A: The immersion-cooled technology utilizes non-conductive and chemically inert fluids that efficiently remove heat from the electronics without the need for large heat sinks, fans, or liquid pumps.
Q: What is the capacity of the 3U-SDS system?
A: The 3U-SDS system has the capacity to ingest, record, and store up to 960 terabytes of raw RF data signals on high-speed NVMe SSDs.
Q: Can the data storage be easily transferred?
A: Yes, the data storage can be easily transferred to SDS servers or Centauri storage expansion systems for uploading massive amounts of collected data to the secure cloud.
Q: Is the liquid immersion-cooled data storage system only available for defense applications?
A: No, the system is also available for commercial and industrial use. Interested parties can directly contact One Stop Systems’ sales engineers for more information and orders.
Definitions:
NVMe: Non-Volatile Memory Express; a communications interface and protocol designed for high-speed data storage devices.
RF: Radio Frequency; refers to the range of electromagnetic frequencies used for wireless communication.
SDS: Storage Data Systems; in this context, refers to the 3U-SDS units that are part of the liquid immersion-cooled system.
SSDs: Solid-State Drives; storage devices that use integrated circuit assemblies to store data persistently.
Suggested related links:
– One Stop Systems: Website
The source of the article is from the blog karacasanime.com.ve