StorageTek Virtual Storage Manager (VSM) System

StorageTek Virtual Storage Manager

Get It

 

Specifications

Work smarter not harder with the VSM system. The VSM system helps to optimize tape storage operations making it easier to operate cost effectively and still meet growing data storage demands.


Key Specifications

  • Cache buffer between the mainframe servers and tape storage system allows mainframe workloads to read and write to virtual drives created and maintained by the virtual tape solutions
  • Data can be moved predictably to real tape drives, where co-located data sets enable full cartridge utilization
  • The VSM system scales to connect multiple VSM systems, non-disruptively, expanding capacity and boosting performance cost effectively and efficiently
Performance data
VSM 5e VSM 5
Disk performance 15,000-rpm disk drives 15,000-rpm disk drives

Physical cache 8 GB 32 GB

Effective cache (4:1 compression) 32 GB 128 GB

Non-volatile storage (average 4:1 compression before storage) 256 GB 256 GB

Effective non-volatile storage (4:1 compression) 1024 MB 1024 MB
Capacity
VSM 5e VSM 5
Capacity 800 GB, 1.25 TB
  • VSM 465: 1.25 TB, 2.5 TB, 5.0 TB, 7.5 TB, 11 TB, 14 TB
  • VSM 465: 16 TB, 18 TB, 21 TB; VSM 465: 23 TB, 25 TB, 28 TB
  • VSM 450: 45 TB, 68 TB, 90 TB

Channels
  • 8 FICON or 16 ESCON
  • FICON/ESCON only; not both
  • 4 Ethernet IP support (between VTSS)
  • 4 FICON (upgradeable to 16)
  • 16 ESCON (upgradeable to 32)
  • 4 Ethernet IP support (between VTSS)
Management
VSM 5e VSM 5
Minimum software requirements HSC 6.1/VTCS 6.1, z/OS 1.1+ HSC 6.1/VTCS 6.1, z/OS 1.1+
Mechanical
VSM 5e VSM 5
Height 59.7 in. (154.94 cm)

Depth 30.4 in. (77.1 cm)

Width 36.3 in. (92.1 cm)

Weight 982 lb (445 kg)

Service clearance 21.3 in. (54.1 cm)
Environmental
VSM 5e VSM 5
Temperature (operating) +60º to +90º F (+16º to +2º C)

Maximum wet bulb temperature +73º F (+23º C)

Relative humidity (operating) 20% to 80%
Power
VSM 5e VSM 5
Voltage 200–240 VAC @ 50–60 Hz

Power consumption/dissipation 8.6 minimum kBTU/hr
12.4 maximum kBTU/hr

kVA 2.6 minimum/3.8 maximum