7. HP StorageWorks Enterprise File Services Cluster—optimized scalability & availability Traditional NAS / filer design Multiple paths: No bottleneck Symmetrical cluster file system Bottlenecks: Metadata server and Hot Spots Distributed file system and metadata server designs Clustered File System Design: Built into shared data and shared storage design Requires redundant data, storage, and servers Traditional clustering prone to error, downtime Availability: Performance increases linearly as scaled out Metadata bottlenecks and hot spots can cause problems as they are scaled out Limited — requires distinct file systems for each node. Clustering is for HA not performance Performance: Scales to 16 nodes Scales to many nodes Scales to two nodes Scale-out:
8.
9.
10. Architecture — HP Clustered Gateway Storage Storage Storage FC Switch FC switch SAN storage Node Node Node Node Clustered gateway nodes IP switch Private network (Intra-cluster) IP Switch IP switch Public (data) network Clients
11.
12.
13.
14. Remote office infrastructure before EFS WAN Accelerator Storage Mail server File servers NAS HQ WAN / VPN Branch office File servers File servers Tape backup Tape backup Tape backup Regional mail server NAS Regional mail server Branch office
15. Remote office after EFS WAN Accelerator Storage Mail servers File servers NAS HQ WAN / VPN Tape backup HP WAN Accelerator 3010 Branch office HP WAN Accelerator 510 Branch office File servers (optional) HP WAN Accelerator 510 L2 Switch Firewall VPN Firewall VPN L2 Switch L2 Switch Firewall VPN HP HP HP
16. EFS WAN Accelerator performance 4 CIFS 8 MAPI 105 1,000 15.6 HTTP 12 FTP 1,920 180 Without HP EFS WAN Accelerator With HP EFS WAN Accelerator CIFS test: 12MB CAD drawing over 128Kbps link MAPI test: 4MB attachment over 512Kbps link HTTP Test: 26MB over 1.5Mbps link FTP Test: 8MB over 1.5Mbps link Time to complete (in seconds) Better Worse