Immersion cooling solutions for software defined storage solutions enables to to process data on every place in the world where it is created without the need of a datacenter.
We are convinced that immersion cooling is the future. During cooling with liquids, the heat is no longer cooled by (directed) air flows, but by a liquid. The capacity of the heat exchange is greater than with air cooling. And there is virtually no loss due to ineffective cooling by the unnecessary cooling of empty server racks and blank plates, as is the case with air cooling. The residual heat, usually via warm water with air cooling, can also be dissipated more easily.
We currently see possibilities for mounting cassettes with coolant in the data centre rack or at any location with power, water inlet and warm water outlet. This creates a cooling bath ion every location, so to speak, which makes the weight problem and the different dimensions of the large baths a thing of the past. This results in maximum density and optimal cooling of only the intensive computing capacity. Power consumption decreases immediately, without reducing the reliability of the components. In addition, the individual specifications per server can be adjusted and maintained completely separately.
This flexible and modular approach makes liquid cooling not only suitable for the largest data centre locations but also applicable for the edge and small server rooms.
Key Benefits Immersed Cooling solutions
Software-defined unified storage for High-Performance and AI Workloads
With unified storage, data silos are a thing of the past. Sharing data is effortless, as files and objects coexist in the same namespace and environment, allowing for flexible access. Our scale-out, distributed parallel file system reduces both capital and operational expenses while delivering exceptional agility and flexibility. It seamlessly integrates file and object storage, offering linear scalability—your performance and capacity grow as you add resources, enabling you to expand your cluster based on demand.
Your data, whether at rest or in transit, is always secure. With cutting-edge data security measures, it remains protected from unauthorized access by hackers and cybercriminals.
Achieve linear scalability by adding more Immersed Cooled Storage Cassettes for enhanced performance and capacity without diminishing returns. This represents true scalable, high-performance storage for financial services, machine learning, high-performance computing, life sciences, Kubernetes, and enterprise analytics.
Scalable performance
A storage cluster scales linearly so you can always add more hardware to get more performance – and capacity, without diminishing returns. Now that’s real scalable, high-performance storage.
Unconditional simplicity
Storage doesn’t need to be complicated. That’s why unlike traditional software-defined storage solutions we like it simple – from installation to production.
Significantly reduce storage cost
We deliver a scale-out, distributed parallel file system that helps you slash storage costs – both capex and opex – while also providing exceptional agility and flexibility.
Complete 360 Security
Security should never be an afterthought. That’s why multi-layer security is built into. To protect your data in-transit and at-rest from a range of threats, including ransomware.
Data encryption
Data is encrypted end-to-end with AES so it leaves machines where it is written only in encrypted form and is only decrypted on a client consuming the data. This ensures that data is encrypted both in-transit as well as at-rest.
In addition, we supports optional TLS encryption to protect all communications between the components.
No need to trust the network
In addition to the traditional IP based access control, we offers two methods that don’t require a trusted network: X.509 certificates and Access Keys – for both object and file system access.
Ransomware protection with immutability
The only true way to protect your data from ransomware is with immutable files (WORM). Quobyte’s policy engine can be set so that it automatically makes files immutable after they have been written.