Tandem NonStop File System

GPTKB entity

Statements (68)
Predicate Object
gptkbp:instanceOf File System
gptkbp:designedFor NonStop servers
gptkbp:developedBy gptkb:Hewlett_Packard_Enterprise
gptkbp:enables transaction processing
gptkbp:features dynamic scaling
real-time monitoring
data compression
automatic failover
https://www.w3.org/2000/01/rdf-schema#label Tandem NonStop File System
gptkbp:includes data mirroring
gptkbp:isCompatibleWith gptkb:HPE_NonStop_BladeSystems
gptkb:HPE_NonStop_systems
gptkb:HPE_Integrity_servers
SQL/MP
HPE NonStop X systems
gptkbp:isDesignedFor 24/7 operations
data-intensive applications
mission-critical applications
high reliability
gptkbp:isIntegratedWith gptkb:HPE_NonStop_G-Series
gptkb:HPE_NonStop_SQL/MX
gptkb:HPE_NonStop_SQL/MP
NonStop SQL
gptkbp:isKnownFor low latency
high throughput
robust security features
seamless upgrades
fault_tolerance
gptkbp:isOptimizedFor enterprise environments
real-time analytics
high availability environments
high transaction rates
gptkbp:isPartOf gptkb:HPE_NonStop_systems
gptkb:HPE_NonStop_software_suite
NonStop OS
HPE_mission-critical_solutions
HPE_NonStop_architecture
gptkbp:isSuitableFor thousands of users
gptkbp:isUsedIn telecommunications
banking systems
financial services
government applications
insurance applications
retail systems
e-commerce systems
healthcare_systems
gptkbp:offers data integrity
gptkbp:provides user authentication
high availability
load balancing
real-time data access
data backup solutions
system monitoring tools
disaster recovery solutions
performance tuning tools
system performance metrics
gptkbp:supports cloud integration
data encryption
data synchronization
virtualization
data replication
data redundancy
multi-user access
data archiving
large data volumes
API_access
gptkbp:uses shared-nothing architecture
gptkbp:utilizes distributed processing