| Hot-swappable and redundant control processors, core routing, modules, power supplies and fans |
- Designed to avoid single points of failure to maximise availability and simplify serviceability
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| Non-disruptive control processor failover and concurrent firmware activation |
- Helps improve availability through planned and unplanned maintenance
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| Multiprotocol support for FC, FICON, FCoE, FCIP, CEE, IPFC |
- Helps simplify network infrastructure with a unified platform to support data centre networking requirement
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| Advanced ICLs – Connects multiple chassis through high-performance, load-balanced links |
- Developed to provide extensive scalability and flexibility at the network core without sacrificing server, storage or switch ports
- Designed to simplify SAN consolidation with fewer switch domains, easier firmware upgrades and fewer disruptions
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SAN768B: Scalable from 16 to 512 ports in a single domain; up to 1536 ports in three domains with ICLs
SAN384B: Scalable from 16 to 256 ports in a single domain; up to 768 ports in three domains with ICLs |
- Aimed to maximise port density in a smaller footprint to reduce space requirements, power consumption and costs
- Designed to scale efficiently and non-disruptively to meet storage growth and application demands, without adding complexity
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| ISL Trunking – Combine as many as eight links into a single 64 Gbps logical ISL |
- Designed to optimise and balance performance, bandwidth and availability
- Developed to overcome link failures with automated rerouting
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| Adaptive Networking – Uses QoS, Ingress Rate Limiting and Traffic Isolation to manage performance |
- Intended to assure bandwidth for critical servers, virtual servers or applications
- Designed to reduce latency and minimise congestion
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| Advanced Performance Monitoring – Provides end-to-end (E2E) visibility into fabric performance |
- Tailored to simplify and improve fabric design, planning, tuning and optimisation
- Enables more accurate reporting for managing service level agreements (SLAs)
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| Fabric Watch – Monitors and creates alerts based on the health of switch and fabric elements |
- Intended to simplify failure and disruption detection to improve availability
- Integrates easily with existing enterprise systems management tools
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| FICON with CUP Activation – Enables in-band management of the SAN768B and SAN384B by System Automation for z/OS |
- Provides easy integration with z/OS management tools for FICON hardware resources
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| Server Application Optimisation (SAO)- isolates and prioritises individual Virtual Machine (VM) data flow for E2E QoS, preserving individual SLAs from each VM through the SAN |
- Maximises server consolidation and enables more VMs per server without compromising SLAs for critical applications
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| VFs – Partitions a physical switch into independently managed logical switches |
- Enables virtual data and management domains without sacrificing performance, scalability, security, or reliability
- Simplifies resource allocation by customer, department, application, or storage tier
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