The AIC F2026-01-G5 JBOF Platform is a cutting-edge 2U NVMe JBOF platform designed for the most demanding data-intensive workloads. Supporting up to 26 hot-swap Gen5 U.2 dual-port drives, this solution provides unparalleled bandwidth and ultra-low latency. Built on the Broadcom 89144 PCIe Gen5 switch bridge board, it ensures seamless data flow through 8x PCIe Gen5 x16 slots. This platform is engineered for high availability, featuring full redundancy in power supplies and cooling, alongside a tool-less design for rapid maintenance. When integrated with Open-E JovianDSS, it transforms into a robust, enterprise-grade storage powerhouse capable of handling massive parallel data access with complete fault tolerance.
The tests verified that this JBOF model is capable of handling demanding workloads with Open-E JovianDSS-based systems in both Single-Node and High-Availability Shared Storage Configurations.
AIC F2026-01-G5 NVMe JBOF Platform Details
The following table includes the AIC F2026-01-G5 NVMe JBOF Platform specification.
| Product name | AIC F2026-01-G5 NVMe JBOF |
| Rack size | 2U |
| Drive number and form factor | 26x U.2 NVMe Gen5 Dual Port |
| Fabric adapter slots | up to 8 x PCIe Gen5 x16 slots |
| Drive interface | U.2 NVMe |
| Fabric adapters | Broadcom PEX 89144 PCIe Gen5 Switch |
| Power supply | 2x 3200W 80+ Titanium, 1+1 hot-swap redundant |
| Front panel LED indicators | Yes |
| BMC | Yes |
| Dimensions (H x W x D) | 88 x 438 x 750 mm |
Sequential Read Performance
Leveraging the full potential of PCIe Gen5 architecture, the AIC F2026-01-G5 delivers industry-leading sequential read speeds. This ensures that data-heavy applications, such as large-scale simulations and AI training models, can access critical information without the bottlenecks typical of older generations.
Sequential Write Performance
With optimized dual-port drive support and high-speed switching, sequential write performance reaches new heights. This makes the platform ideal for real-time data ingestion, high-resolution media editing, and complex backup operations where write consistency and speed are paramount for business continuity.
Summary
Our evaluation of the AIC F2026-01-G5 NVMe JBOF revealed noteworthy performance, reinforcing its standing as a trustworthy option for data storage. Our tests consistently showed the platform's dependable endurance and speed, making it ideally suited for environments requiring high data integrity and continuous uptime. These results underscore its capability to handle demanding workloads in both Single-Node and High-Availability Shared Storage configurations within Open-E JovianDSS environments.