Data Center & Enterprise Storage Solutions
High endurance storage for virtualization, cloud infrastructure, and OCP servers
When storage fails, everything stops
When a virtualization host loses storage mid-operation, hundreds of VMs crash at once. When database latency spikes without warning, financial trading platforms miss critical transactions. In data centers, storage failures don’t just cause downtime, they break SLAs, trigger penalties, and force costly hardware replacements long before planned refresh cycles.
Consistency over the full lifecycle
Modern data centers require storage that delivers consistent performance throughout its entire operational life—not just in the first months after deployment. Infrastructure depends on predictable latency for real-time workloads, power efficiency to control operating costs, and reliability that prevents cascading failures.
Highly reliable storage for data centers
Swissbit delivers highly reliable storage solutions designed for the realities of data center operations. The portfolio combines enterprise-class endurance with power-efficient designs, enabling data center architects to build scalable, reliable infrastructure while keeping operational costs under control.
Critical Requirements in Data Center & Enterprise
Swissbit Storage Portfolio for Enterprise & Data Centers
Our comprehensive storage portfolio addresses diverse data center requirements - from NVMe PCIe SSDs for maximum throughput
to SATA for cost-optimized deployments. Each solution combines enterprise grade reliability with the specific performance
characteristics your solution demands.
Swissbit helps customers run AI at the edge with PCIe-based storage solutions that deliver high read/write performance, ultra-low latency for fast data access and consistent quality of service, built-in data protection with encryption and key management, and higher storage density in compact edge systems.
Enterprise and AI data infrastructure increasingly depends on storage that delivers more than peak benchmark numbers. Customers need sustained throughput, low latency and consistent quality of service across demanding workloads also caused by LLMs located on the edge.
Real World Applications for Data Center & Enterprise
Why Swissbit for Enterprise & Data Center Storage
Swissbit supports high-reliability enterprise and data center infrastructures with a range of
storage solutions for servers and enterprise platforms.
Key storage components are engineered and manufactured in Berlin, Germany. This European production base ensures supply chain transparency, particularly important for operators in regulated industries or critical infrastructure sectors.
Since 2001, Swissbit has specialized in industrial-grade storage solutions. Our experience spans the evolution from SATA to NVMe, from planar NAND to 3D architectures. This expertise informs every product we design for enterprise infrastructure.
SO9001 (Quality Management), IEC60068 (Industrial Temperature Testing), ISO27001 (Information Security), ISO14001 (Environmental), ISO50001 (Energy), REACH, RoHS, Conflict Minerals compliant
Contact us
Get in touch with us and discuss your requirements with us.
Where to buy Swissbit products
Find the local, regional, and worldwide sales contacts.
Related Blogs
The evolution of servers and data centers has fundamentally changed the way businesses operate. As efficiency and data processing capabilities increase, the need for reliable and robust data storage solutions is also growing. In this article, I discuss the challenges companies face and how Swissbit provides the ideal support with innovative storage solutions tailored for data centers, enterprise solutions and edge servers.
In my latest blog post, I discuss how the increased demand for AI data centers is changing expectations regarding security, quality, and lifecycle stability in the supply chain. The solution involves secure supply chains, durable products, fixed parts lists, high-quality manufacturing, in-depth security expertise, customization, and service that goes far beyond standard support.
In my latest blog post, I compare 4-channel and 8-channel SSDs. First, I outline the pros and cons. Then, I address specific issues, such as performance in edge servers. Finally, I highlight suitable products from Swissbit. Finally, I share my conclusion.
Frequently Asked Questions
Our M.2 and U.2 form factors align with OCP specifications, enabling seamless integration into OCP-compliant servers. We design for the standardized, efficient architectures that define OCP deployments, supporting modular infrastructure approaches prioritizing power efficiency and scalability over proprietary feature sets.
Endurance varies by product line and NAND technology. Enterprise-focused solutions are rated for continuous operation under write-intensive workloads. Specific endurance specifications are available in individual product datasheets and our comprehensive Product Guide. We recommend discussing your specific workload requirements with our technical team to ensure optimal product selection.
Yes. Our enterprise storage controllers are designed to handle the mixed I/O patterns typical in virtualization environments. The combination of intelligent caching, advanced wear-leveling, and robust controller architectures maintains consistent performance even when supporting hundreds of concurrent virtual machines with diverse access patterns.
Power efficiency depends on workload characteristics and overall system architecture. Our storage solutions optimize IOPS per watt through efficient controller designs and intelligent power management. Specific power consumption data is available in product specifications, and we recommend testing under your actual workload patterns for accurate efficiency assessents.
We understand that data center infrastructure operates on multi-year lifecycles. Swissbit maintains long-term availability commitments for enterprise products, providing advance notice of any product transitions. This approach allows data center operators to plan infrastructure refreshes strategically rather than being forced into reactive upgrades due to sudden component obsolescence.
We offer technical consultation throughout the evaluation and deployment process. Our engineering team can assist with workload analysis, performance optimization, and integration planning. Support continues post-deployment with access to firmware updates, technical documentation, and direct engineering contact for complex troubleshooting scenarios.