High Availability Models
NeoSapphire H710

NeoSapphire H710

• Proprietary FlexiRemap technology unleashes the full potential of SSDs’ performance while increasing SSD lifespan, extends the storage system’s service life, and ensures sustained high performance.
• Symmetric Active-active shared-nothing architecture with real-time data synchronization through high-speed interlink provides an exceptionally reliable storage solution for continuous businesses.
• The “3+2+5” data protection measures fully protect your critical data.
• High-end enterprise storage solution tailored for database, OLTP, cloud computing, virtualization, and other applications.


Form Factor
2 x 2U
Storage Archtitecture
Symmetrical Active-active shared-nothing architecture
IOPS for 4KB Random Writes¹
> 600 k on average (latency < 1ms)
Flash Management
FlexiRemap® Award-winning Technology
Usable Capacity²
14 / 28 / 57 TB
Max. 228TB with Exp Cabinets
Effective Capacity³
42 / 84 / 171TB
Number of SSD
Max 144 with J212
Max 336 with J214
Type of SSD
FE Connectivity
8 x 32/16G Fibre Channel LC SFP+
or 16 x 10G SFP+
Storage Protocol
Fibre Channel, iSCSI, NFS
Management Interface
CLI (via serial port), RESTful API
Power Supply Unit (per node)
1000W 1+1 Redundancy
Expansion Mode
Connect expansion cabinet and expand capacity online without downtime
Software Features
• Thin / Thick Provisioning
• Snapshot / Group Snapshot / Clone
• Snapshot Backup / Recovery
• Cloud Backup
• Remote Replication
• Inline / Background Deduplication
• Inline / Background Compression
• Self-Encrypting Drive (SED)
• FlexiCluster
• vSphere Web Client Plug-in
Dimensions (W x D x H)
437mm x 723mm x 89mm
(17.2“ x 28.5” x 3.5“)
Net Weight (per node)⁴
Environmental Temperature
Operating: 10°C to 35°C
Storage (Non-Operating): 0°C to 40°C
Environmental Humidity
Operating Relative Humidity :
20% to 80% (non-condensing)
Storage (Non-operating) Relative Humidity: 5% to 90% (non-condensing)

1. Based on designated testing configurations, performance may vary with different applications or product configurations.
2. Useable Capacity has taken out the overhead used for the protection mechanism developed by AccelStor Technologies Ltd, and it can be directly used for business data storage.
3. Effective Capacity is based on calculating and assessing the type of data being used and other factors, such as compression. It is an estimate and may be better or worse depending on these factors.
4. Weight may vary depending on components and manufacturing variability.

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