All-Flash High-Performance SAN/NAS Solutions for Virtualization & OLTP

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1 All-Flash High-Performance SAN/NAS Solutions for Virtualization & OLTP All-flash configurations are designed to deliver maximum IOPS and throughput numbers for mission critical workloads and applicati ons including server and desktop virtualization and high load OLTP/database use cases. 50K 2M+ IOPS depending on device type, count and pool count. 1GB 6GB/sec+ read/write throughput per appliance depending on device type, device count and pool count. 2x-64x / QuantaStor SDS Appliances QuantaStor v4 Enterprise Edition + HA add-on 2x E5-2650v4 CPUs 256GB RAM (Varies with usable capacity and workload) 2x 600GB+ enterprise HDD or SSD (Mirrored System/Boot) Up to 4x Disk Expansion chassis per appliance, 8x per appliance pair, 256x per grid Recommended SSDs 400GB/800GB/1.6TB/3.2TB Solid State Drive SAS Mix Use MLC 12Gbps 200/400/800GB Solid State Drive SAS Write Intensive MLC 12Gbps

2 Hybrid High-Performance SAN/NAS Solutions for Virtualization & OLTP Using a combination of HDD with SSD for read and write performance acceleration, QuantaStor hybrid SAN/NAS configurations are ideal for a broad spectrum of general application workloads and use cases including OLTP and server virtualization. 5K 50K+ IOPS depending on IO access pattern, device type, count, and pool count 1GB 4GB/sec+ read/write sequential throughput per appliance depending on device type, device count and pool count 2x-64x / QuantaStor SDS Appliances QuantaStor v4 Enterprise Edition + HA add-on 2x E5-2650v4 CPUs 256GB RAM (Varies with usable capacity and workload) 2x 600GB+ enterprise HDD or SSD (Mirrored System/Boot) SSD Write Log/Journal (2x SSDs per pool) 200GB 400GB+ write-endurance 12Gb/s SAS SSD SSD Read Cache (1x SSDs per pool) 400GB - 800GB+ read-optimized 12Gb/s SAS SSD HPE D bay 3.5" LFF 12Gb SAS HPE D bay 3.5" LFF 12Gb SAS 25 bay 2.5" SFF 12Gb/6Gb SAS /D bay 3.5" LFF 12Gb/6Gb SAS - HPE D3600/D2600

3 SAN/NAS Solutions for Unstructured Data, Backup & Archive Using dense storage enclosures and high density NL-SAS drives for maximum reliability and sequential throughput performance, QuantaStor SDS archive appliances are a high-performance and cost effective solution for a broad set of backup, archive and unstructured data use cases. 1GB 4GB/sec+ read/write sequential throughput per appliance depending on device type, device count and pool count 2x-64x / QuantaStor SDS Appliances QuantaStor v4 Enterprise Edition + HA add-on 2x E5-2650v4 CPUs 256GB RAM (Varies with usable capacity and workload) 2x 600GB+ enterprise HDD or SSD (Mirrored System/Boot) 12 bay 3.5" LFF 12Gb/6Gb SAS - HPE D3600/D2600 HPE D bay 3.5" LFF 12Gb SAS HPE D bay 3.5" LFF 12Gb SAS

4 S3/SWIFT Object Storage for Biotech, Energy, Media & CDN Workloads Using a combination of HDD with SSD for improved read and write performance acceleration QuantaStor scale-out object storage configurations are ideal for a broad spectrum object storage workloads requiring hyper-scale to 64PB using the S3 and SWIFT REST based protocols. Scale-out object storage configurations can start with as few as three appliances with scale to sixty-four appliances enabling organizations to easily scale on demand with zero downtime. 3x-64x HPE Apollo 4510 / QuantaStor SDS Appliances QuantaStor v4 Enterprise Edition 2x E5-2650v4 CPUs 128GB RAM (Varies with usable capacity and workload) 2x 600GB+ enterprise HDD or SSD (Mirrored System/Boot) HPE Smart Array P440ar Internal RAID (Mirrored System/Boot) HPE Smart Array P840 (Internal SAS Expander Intel X710 Dual-40GbE NIC SSD Write Log/Journal (2x SSDs per 40x HDDs) 200GB 400GB write-endurance 12Gb/s enterprise NVMe/SATA/SAS SSD Configuration Notes Usable capacity ranges from 40% (replica=2) to 71% (erasure coding) depending on use case and performance requirements. Separate Front-end and Back-end networks are required. Back-end networks are 40GbE, front-end network can be configured as 10GbE or 40GbE. Additional post-sales deployment time must be allocated for tuning the solution for the customer s workload, network configuration, pre-go-live checks, load-balancer configuration, and in some cases specialized setup for multi-site deployments.

5 Scale-out NAS Storage for Big Data, Backup & Archive Workloads Scale-out NAS configurations are ideal for Linux based archive workloads that require up to 64PB in an single NAS folder. Workloads requiring less than 1PB per NAS folder will see better performance, options and flexibility using our standard SAN/NAS Archive appliance configurations. Scale-out NAS solutions require a minimum of three appliances with scalability to sixty-four appliances in a single QuantaStor grid. 3x-64x HPE Apollo 4510 / QuantaStor SDS Appliances QuantaStor v4 Enterprise Edition 2x E5-2650v4 CPUs 128GB RAM (Varies with usable capacity and workload) 2x 600GB+ enterprise HDD or SSD (Mirrored System/Boot) HPE Smart Array P440ar Internal RAID (Mirrored System/Boot) HPE Smart Array P840 (Internal SAS Expander Intel X710 Dual-40GbE NIC Configuration Notes Usable capacity ranges from 40% (replica=2) to 71% (erasure coding) depending on use case and performance requirements. Separate Front-end and Back-end networks are required. Back-end networks are 40GbE, front-end network can be configured as 10GbE or 40GbE. Additional post-sales deployment time must be allocated for tuning the solution for the customer s workload, network configuration, pre-go-live checks, load-balancer configuration, and in some cases specialized setup for multi-site deployments.