Customers get choice and control with the Pavilion HyperParallel™ Flash Array which delivers best in class performance for all your workloads, at the same time. The Pavilion HyperParallel Flash Array supports block, file, and object workloads with consistent, predictable industry leading high performance, simultaneously.
Powered by Pavilion HyperOS™, the Pavilion HyperParallel Flash Array can scale up and scale out to support all your data. Grow performance or capacity, independently and linearly, within a single array or across any number of arrays, and across any number of racks for over 1.2TB/s of performance per rack.
Accelerate your applications while reducing cost and complexity with the Pavilion HyperParallel Flash Array. Get unprecedented performance density with up to 120GB/s throughput, 20M IOPs performance and latency as low as 25µs from each 4RU system.
The data centric future requires a new type of storage, designed for modern workloads. The Pavilion HyperParallel Data Platform™ delivers the highest performance density storage in the universe for all your workloads, today, tomorrow and beyond. From virtualized and container based systems to bare metal servers, from block level to unstructured data, from the Edge to AI/ML, from analytics to HPC, only Pavilion delivers the high performance, high throughout, ultra-low latency, extreme density, and affordability for all your mission critical and data intensive workloads.
The Pavilion HyperParallel Flash Array delivers industry leading performance density. Each 4RU system delivers over 2.2 PB of capacity with up to 120GB/s throughput and 20M IOPS, which scales linearly across arrays. Two arrays can deliver 240GB/s in 8RU, three arrays provide 360GB/s, or scale up to over 1.2TB/s in a full rack with over 15PB of usable capacity.
Shatter expectations for $/GB of performance and $/IOP while driving down management costs by disaggregating storage, all while improving application performance. With up to 40x100Gb or 10x200Gb ports per 4RU array, you can reduce your storage footprint and eliminate the need for expensive networking hardware for a surprisingly low TCO.
Eliminate complexity in the data center with a composable, disaggregated storage solution that delivers the performance of DAS. Enjoy choice and control with unrivaled flexibility in deployment, ease of management, and broad integration. Advanced availability features, military grade security, and flexible client connectivity meet the requirements of the Edge, HPC, analytics, and AI/ML workloads.
From block to unstructured data, you can get all the benefits of shared storage with the performance of direct attach with unlimited scalability. From virtualized to bare metal servers, Edge/IoT applications, AI/ML, Analytics, to the most demanding, mission critical applications, all your enterprise workloads can now take advantage of the highest performance density and ultra low latency storage platform for today, tomorrow, and beyond.
Built for scalability, flexibility, reliability and security, Pavilion HyperOS delivers the control you need. Unleash the performance of the Pavilion HyperParallel Flash Array and scale to any capacity across block, NFS, and S3 datasets. Take advantage of advanced data services including replication, tiering, access control, security and encryption, and more to simplify your datacenter, reduce management overhead, and power all your modern applications.
Designed for NVMe and built around an innovative, switch based architecture, the Pavilion Pavilion HyperParallel Flash Array supports up to 20 independent controllers and up to 40 100Gb ports per chassis. Capable of 120GB/s, 20M IOPS, and latency as low as 25µs measured at the host, all in a 4RU system using standards based hardware, the Pavilion HyperParallel Flash Array is in a class of its own.
Contact Us – 669-263-6900 – info@pavilion.io
Tell us what you want to achieve and we will set up a call with a Systems Engineer to determine requirements.
Remote and on-prem POCs to demonstrate unmatched results for Block, File, and Object at any scale.
Shatter expectations by delivering unmatched performance and density with ultra low latency.
