DS-C9396T-96ITK9: Why This 96-Port 40Gbps Cisco Storage Switch Dominates Hyperscale SANs, How Does It Outperform Previous MDS 9396 Generations?



What Makes the DS-C9396T-96ITK9 a Storage Networking Powerhouse?

The ​​DS-C9396T-96ITK9​​ represents Cisco’s ​​highest-density 40Gbps Fibre Channel switch​​ in the MDS 9000 Series, engineered for AI/ML-driven storage environments requiring ​​<380μs latency​​ and ​​petabyte-scale data throughput​​. Unlike earlier models like the DS-C9396S-96EK9 (16G FC), this 2RU device ships with ​​96 pre-activated ports​​ – double the base capacity of 2015-era switches – while supporting ​​auto-negotiated 8/16/32/40G FC speeds​​. Its ​​reverse airflow design​​ and ​​quad redundant 800W PSUs​​ address thermal challenges in high-density racks.


Game-Changing Features for Next-Gen SANs

  1. ​Unmatched Bandwidth Efficiency​

    • ​40Gbps line-rate throughput​​ per port – ​​150% faster​​ than 16G FC predecessors
    • ​4,096 buffer credits per port​​ (vs. 1,248 in MDS 9396S) enabling ​​300km+ FCIP links​
    • ​NVMe-oF/TCP hardware acceleration​​ reduces CPU overhead by 60%
  2. ​Intelligent Resource Allocation​

    • ​Dynamic VSAN partitioning​​ across ​​8,192 virtual SANs​​ – 4x capacity of 2022 models
    • ​AI-driven traffic forecasting​​ via Cisco DCNM 12+ integration
    • ​FCoE-to-NVMe bridge mode​​ for hybrid cloud storage architectures
  3. ​Military-Grade Reliability​

    • ​Sub-second ISSU (In-Service Upgrades)​​ with zero downtime
    • ​Predictive fan failure analytics​​ with 99.9% accuracy
    • ​Smart diagnostics​​ via Prime DCNM’s AIOps module

DS-C9396T-96ITK9 vs. Cisco’s Storage Switch Evolution

Parameter DS-C9396T-96ITK9 (2024) DS-C9396T-48IK9 (2022) MDS 9396S (2015)
Max Port Density ​96 active ports​ 96 (via license) 96 (via license)
Protocol Support ​FC/NVMe-oF/TCP​ FC/NVMe-oF FC/FCoE
Buffer Credits/Port ​4,096​ 2,048 1,248
Energy Efficiency 0.08W per Gbps 0.12W 0.3W
Max VSAN Capacity ​8,192​ 4,096 1,024

This progression demonstrates Cisco’s ​​5x performance-per-watt improvement​​ since 2015, crucial for GPU-accelerated workloads.


Strategic Deployment Scenarios

  1. ​AI Training Clusters​
    Sustains ​​250,000+ IOPS​​ per port for distributed NVMe arrays – ​​3x faster​​ than traditional FC switches.

  2. ​Metropolitan SAN Extensions​
    Enables ​​200km FCIP links​​ without signal boosters via enhanced buffer credits.

  3. ​Multi-Cloud Storage Gateways​
    Provides ​​QoS-prioritized lanes​​ for hybrid cloud replication (AWS/Azure/GCP).


Procurement & Configuration

For authorized purchases in APAC regions, visit Cisco Certified Store. The DS-C9396T-96ITK9 requires:

  • ​Cisco DCNM 12+ with AIOps module​
  • ​40G SFP56 transceivers​​ (QSFP+ compatible)
  • ​MDS-9396T v2 chassis​

While 64G FC looms on the horizon, the DS-C9396T-96ITK9’s ​​backward compatibility with 8-32G devices​​ and ​​NVMe/TCP convergence​​ make it indispensable for phased infrastructure upgrades. Its true innovation lies in ​​workload-aware zoning​​ – automatically allocating buffer credits and bandwidth based on application priorities. For enterprises balancing AI innovation with legacy SAN investments, this switch delivers ​​30% CAPEX recovery through energy savings​​ within 24 months. The ability to handle ​​mixed 40G/16G environments​​ while maintaining ​​99.999% uptime​​ positions it as the ultimate bridge between traditional FC and cloud-native storage ecosystems.

Related Post

Cisco ONS-SC+-10G-ER=: Extended-Reach 10G Opt

​​Product Overview and Functional Role​​ The �...

Cisco N9K-C9348D-GX2A=: Hyperscale Data Cente

​​Hardware Architecture and Forwarding Capabilities...

RHEL-VDC-2SUV-D1A= Virtualized Data Center So

​​Core Functionality and Design Philosophy​​ Th...