Solution Matrix

From OSNEXUS Online Documentation Site
Revision as of 18:17, 7 May 2019 by Qadmin (talk | contribs) (Created page with "== Solution Matrix == {| class="wikitable" ! ! Scale-Up ! Scale-Out ! Scale-Out |- ! Solution | SAN / NAS Systems | Scale-Out Block & Object Storage | Scale-Out File Storage...")
(diff) ← Older revision | Latest revision (diff) | Newer revision → (diff)
Jump to navigation Jump to search

Solution Matrix

Scale-Up Scale-Out Scale-Out
Solution SAN / NAS Systems Scale-Out Block & Object Storage Scale-Out File Storage
File System ZFS Ceph Gluster
Protocol Support Block Storage (iSCSI / FibreChannel)
File Storage (CIFS/NFS/SMB)
Block Storage (iSCSI)
Object Storage (S3/Swift)
File Storage (CIFS/NFS)
File System Features Snapshots / Bit-rot protection Remote Replication / Compression Erasure-coding and replica-based data distribution for high availability and fault-tolerance Highly-available file storage suitable for archive applications with lower performance requirements.
Each NAS Archive cluster must contain a minimum of 3x systems.
Benefits Lower latency / Lower $/TB hardware costs Greater expandability within a single namespace Greater expandability within a single namespace
Use Cases Virtualization / DatabasesHigh Performance ComputeArchive / Media Editing Virtualization / Archive / Unstructured Data Archive storage only
Architecture Standalone servers, with unified grid management Clustered servers, min 3xUnified grid management Clustered servers, min 3 xUnified grid management
Performance Between 400MB/sec and 1.6GB/sec,depending on block size and number of disk;adding SSD will increase IOPS to 10k-20k;all-flash systems will deliver 100k+ sustained R/W IOPS Between 400MB/sec and 1.2GB/sec,depending on block size;adding servers will boost performance Adding systems or SSDs will boost performance.
Small 3x system configurations will deliver between 400MB/sec and 1.2GB/sec sequential throughput depending on block size and number of concurrent client connections.
Erasure-coding is recommended for best write performance and replica mode is recommended for best read performance.
Grids SAN/NAS configurations can scale up to 432 TB raw by adding HDD to a 36-bay storage server Scale-Out configurations can scale up to multi-petabyte in size by adding new servers to the QS grid Scale-Out configurations can scale up to multi-petabyte in size by adding new servers to the QS grid
Reference Configuration SAN/NAS Storage Servers Scale-out Block Storage
Scale-out Object Storage
Scale-out NAS Archive Storage