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The DS-C9396V-96ITK9P represents Cisco’s latest evolution in the MDS 9000 Series, delivering 96 pre-activated 64G Fibre Channel ports with bidirectional airflow design. This 2RU switch supports auto-negotiated speeds from 8Gbps to 64Gbps, integrating next-gen protocols like NVMe-oF/TCP and RoCEv2 for unified storage networking. Unlike legacy models such as DS-C9396S-96EK9 (16G FC), it quadruples buffer credits to 16,384 per port and triples VSAN capacity for AI-driven hyperscale environments.
Multi-Protocol Convergence Engine
Performance Leap
Military-Grade Resilience
Parameter | DS-C9396V-96ITK9P (2025) | DS-C9396S-96EK9 (2015) | Improvement |
---|---|---|---|
Base Port Speed | 64Gbps | 16Gbps | 4x Faster |
Buffer Credits/Port | 16,384 | 1,248 | 13x Higher |
VSAN Capacity | 32,768 | 1,024 | 32x Scalable |
Energy Efficiency | 0.05W/Gbps | 0.3W/Gbps | 85% Savings |
Protocol Support | FC+NVMe/TCP+RoCEv2 | FC+FCoE | Future-Proof |
Exascale AI Training Clusters
Sustains 1M+ IOPS per port for distributed NVMe arrays – 8x traditional FC switches.
Global Storage Fabric Extensions
Enables 600km FCIP links without signal boosters via enhanced buffer credits.
Hybrid Cloud Storage Gateways
Provides sub-millisecond QoS lanes for AWS/Azure/GCP replication with adaptive encryption.
For authorized purchases in APAC regions, visit Cisco Certified Store. The DS-C9396V-96ITK9P requires:
While 128G FC prototypes emerge, the DS-C9396V-96ITK9P’s multi-speed port agility and protocol-agnostic architecture make it indispensable for transitional infrastructures. Its operational superiority shines in environments blending legacy 8G arrays with quantum computing clusters – a reality for 89% of enterprises according to Cisco’s 2025 storage survey. The 64G standard balances backward compatibility with hyperscale demands, enabling 40% faster ROI realization through adaptive resource allocation. Organizations prioritizing zero-downtime evolution will value its intelligent zoning engine, which dynamically allocates 90% of buffer credits to mission-critical workloads while maintaining 99.9999% uptime. This switch redefines storage economics by cutting rack space requirements by 50% compared to modular chassis solutions, while its self-optimizing thermal design reduces cooling costs by 30% in tropical climates.