IE-3105-8T2C-E: Industrial Switch or Ruggediz
Hardware Design & Environmental Resilience...
What Defines the DS-C9706-V3K9P in Cisco’s Enterprise SAN Ecosystem?
The DS-C9706-V3K9P represents Cisco’s pre-configured hyperscale expansion bundle for the MDS 9706 Multilayer Director, optimized for enterprises requiring 768 Gbps non-blocking throughput and multi-protocol SAN unification. This solution integrates Fabric-5 switching engines, dual Supervisor-4 modules, and NXA-PDC-5KW power shelves, supporting mixed 64G FC-NVMe and 32G Fibre Channel workloads with sub-2μs latency under full fabric load.
Key operational advancements include:
Performance Benchmarking: DS-C9706-V3K9P vs Legacy MDS 9706 Systems
Parameter | DS-C9706-V3K9P | DS-C9706-BASEPKG (Legacy) |
---|---|---|
Max FC Port Density | 192 ports | 96 ports |
Protocol Support | FC-NVMe, SRv6, VXLAN | FC, FCoE |
Power Efficiency | 2.6W per 32G FC port | 3.8W per 16G FC port |
FCNS Database Capacity | 26,000 entries | 13,000 entries |
This upgraded bundle addresses three critical SAN limitations:
Procurement and Operational Best Practices
For guaranteed compatibility with MDS 9700 fabric extenders, source certified configurations exclusively through Cisco Hyperscale SAN Solutions. Authorized channels provide:
Deployment recommendations emphasize:
• Maintaining 6U vertical clearance in Open Rack v2.9 environments
• Implementing flow-level QoS policies for NVMe/FC traffic coexistence
• Conducting fabric health audits every 2,500 operational hours
The DS-C9706-V3K9P redefines enterprise storage economics by merging 64G-ready backplanes with 32G FC operational costs. Financial institutions leveraging real-time analytics should pair this chassis with Cisco Nexus 9336D-H3R switches to achieve sub-5μs transaction latency. While backward-compatible with 16G FC line cards, organizations migrating from HDD-centric infrastructures must validate IOPS burst patterns before full NVMe-oF adoption. For hyperscale AI/ML deployments, the bundle’s 24 MB dynamic buffer enables 94% fabric utilization under sustained 400G workloads—a 38% improvement over previous-generation solutions.