SWITCH HPE ARUBA R8Q68A 6200M 24G CL4 POE 4SFP+ SW HEWLETT PACKARD ENTERPRISE R8Q68A

Garantia: SG

24X PORTS 10/100/1000BASE-T CLASS 4 POE PORTS, SUPPORTING UP TO 30W PER PORT 4X 1G/10G SFP PORTS 2X LRM 2X LRM/MACSEC 256 SUPPORTS POE STANDARDS IEEE 802.3AF, 802.3AT 1X RJ-45 CONSOLE PORT 1X USB-C CONSOLE PORT 1X OOBM 1X USB TYPE-A HOST PORT 2 FIELD-REPLACEABLE, HOT-SWAPPABLE POWER SUPPLY SLOTS, 1 POWER SUPPLY REQUIRED ORDERED SEPARATELY SUPPORTS PSU JL086A JL087A SWITCH HAS TWO FAN TRAY SLOTS SWITCH INCLUDES ONE FAN TRAY. FAN TRAYS ARE FIELD REPLACEABLE AND HOT- SWAPPABLE. PORTS 24X PORTS 10/100/1000BASE-T CLASS 4 POE PORTS, SUPPORTING UP TO 30W PER PORT 4X 1G/10G SFP PORTS 2X LRM 2X LRM/MACSEC 256 SUPPORTS POE STANDARDS IEEE 802.3AF, 802.3AT 1X RJ-45 CONSOLE PORT 1X USB-C CONSOLE PORT 1X OOBM 1X USB TYPE-A HOST PORT MEMORY AND PROCESSOR CPU: QUAD CORE ARM CORTEX

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AOS-CX - A MODERN SOFTWARE SYSTEM THE HPE ARUBA NETWORKING CX 6200 SWITCH SERIES IS BASED ON AOS-CX, A MODERN, DATABASE-DRIVEN OPERATING SYSTEM THAT AUTOMATES AND SIMPLIFIES MANY CRITICAL AND COMPLEX NETWORK TASKS. A BUILT-IN TIME SERIES DATABASE ENABLES CUSTOMERS AND DEVELOPERS TO UTILIZE SOFTWARE SCRIPTS FOR HISTORICAL TROUBLESHOOTING, AS WELL AS ANALYSIS OF PAST TRENDS. THIS HELPS PREDICT AND AVOID FUTURE PROBLEMS DUE TO SCALE, SECURITY, AND PERFORMANCE BOTTLENECKS. EASY ACCESS TO ALL NETWORK STATE INFORMATION ALLOWS UNIQUE VISIBILITY AND ANALYTICS. OUR AOS-CX SOFTWARE ALSO INCLUDES ARUBA NETWORK ANALYTICS ENGINE NAE AND SUPPORT FOR ARUBA NETEDIT. BECAUSE AOS-CX IS BUILT ON A MODULAR LINUX ARCHITECTURE WITH A STATEFUL DATABASE, OUR OPERATING SYSTEM PROVIDES THE FOLLOWING UNIQUE CAPABILITIES: EASY ACCESS TO ALL NETWORK STATE INFORMATION ALLOWS UNIQUE VISIBILITY AND ANALYTICS REST APIS AND PYTHON SCRIPTING FOR FINE-GRAINED PROGRAMMABILITY OF NETWORK TASKS A MICRO-SERVICES ARCHITECTURE THAT ENABLES FULL INTEGRATION WITH OTHER WORKFLOW SYSTEMS AND SERVICES CONTINUOUS TELEMETRY DATA WITH WEBSOCKET SUBSCRIPTIONS FOR EVENT DRIVEN AUTOMATION CONTINUAL STATE SYNCHRONIZATION THAT PROVIDES SUPERIOR FAULT TOLERANCE AND HIGH AVAILABILITY ALL SOFTWARE PROCESSES COMMUNICATE WITH THE DATABASE RATHER THAN EACH OTHER, ENSURING NEAR REAL-TIME STATE AND RESILIENCY AND ALLOWING INDIVIDUAL SOFTWARE MODULES TO BE INDEPENDENTLY UPGRADED FOR HIGHER AVAILABILITY.