THE NEXT WAVE
Revolutionize the performance, cost and speed of your high-volume data streaming.
As computing evolves, so too does the need for strategic, innovative ways to process data. While the cloud has its place in the world of tech, ever-increasing demands for dense data environments, has driven the industry to a new frontier — edge computing.
FabricXpress is designed for the emerging edge computing market, which requires high-bandwidth, low-latency, and high density. FabricXpress is a high-density, converged server/storage platform that leverages a unique NVMe/PCIe architecture to provide unequaled, sustained throughput and end-to-end low-latency response necessary to meet the most demanding edge requirements.
Insight at the Speed of Operation
The FabricXpress edge computing platform enables real-time insight and response from complex processing of high volumes of data at high velocities. This level of performance will enable next-generation applications where large amounts of sensor-based data inputs must be processed to provide real-time data and response.
Big Data, Small Footprint
FabricXpress packs a big punch in an incredibly small package, offering advanced storage architecture, low latency and excellent bandwidth all neatly packed into a 2U form factor — a rack substantially smaller than competitor platforms.
- Extraordinary Value
- Lower size, weight and power
- Easily upgrade, expand, or reconfigure
- Unprecedented Density
- Incredible cost savings over life cycle
- Infinitely Flexible
- NVMe/PCIe architecture
- Accelerates throughput up to 60 GB/Sec
Computing, Storage and Memory
<50microseconds of latency
Portable Edge Computing
Where operations require high-performance computing resources that can be deployed quickly and easily without using pallets of equipment and hours of set-up. Portable FabricXpress is a small-but-powerful 2U unit that can be quickly disassembled for travel and reassembled onsite — no giant crates of machinery required. The portable edge computing solution is targeted at organizations need speed and performance without the space, weight, and power restrictions of traditional architecture.