Distributed, All-Flash Data Platform from Lightbits and Inspur Information
To solve the storage challenges endemic in cloud computing, Inspur and Lightbits partner to offer a distributed all-flash storage solution based on NVMe/TCP. The solution combines Inspur servers equipped with Intel® high-performance technologies and Inspur NS8610 G1 solid state drives with the Lightbits Cloud Data Platform for efficient datacenter processing and cloud storage.
The integrated solution adopts Inspur’s new-generation 2U2-socket NF5280M6 rack server hardware platform and Lightbits distributed software-defined storage software platform for flexible configurations and elastic expansions of infrastructure. Because the solution is architected to take full advantage of high performance of NVMe SSDs and Intel high-performance hardware you are assured the highest bandwidth, IOPs, and the lowest latency to accelerate your cloud-native applications.
Use Cases
Database Workloads
- Accelerates performance to ensure SLAs are met or exceeded
- Delivers near equivalent performance to local flash
- High IOPs
- Low latency
Data Analysis
- Easy to implement, operate and maintain
- Rich enterprise-class data services
- High reliability
- High data security
Cloud Infrastructure
- Ultra-high performance
- Reduce TCO
- Distributed architecture for flexible configurations and expansion of infrastructure
- Enables cloud transformation
AI/ML
- High throughput
- Low latency
- End-to-end data protection
- Supports backing up volumes to S3 and restoring volumes from S3
A High-Performance Solution Capable of 14M IOPs Random Read Performance!
Inspur together with Lightbits leverage their advantages and cooperate strongly to build a distributed all-flash storage solution that utilizes persistent storage and end-to-end NVMe/TCP and other new technologies to unleash the excellent performance of flash memory and achieve better flexible expansion capabilities. It is a better choice for high-performance storage demanding applications, such as database, data analysis, cloud infrastructure, and more.