Cisco IR8140H-P-K9: How This Rugged Router Tr
Core Architecture: Built for Extreme Operational ...
The DS-C9148V-48PITK9 is designed as a high-port-density storage area network (SAN) switch within Cisco’s MDS 9100 Series, targeting large-scale enterprise data centers requiring 48 active ports for mission-critical storage workloads. While Cisco.com documentation for this specific variant remains limited, its technical framework aligns with the MDS 9148T platform, featuring modular scalability and backward compatibility with legacy FC/FCoE protocols. Key technical highlights include:
A technical comparison with other Cisco MDS switches reveals strategic advantages for enterprises prioritizing scalability and adaptability:
Feature | DS-C9148V-48PITK9 | DS-C9148T-24PETK9 | DS-C9148S-12PK9 |
---|---|---|---|
Port Configuration | 48 active + 48x32G | 24 active | 12 pre-activated |
Power Redundancy | Dual PSUs | Dual PSUs | Single PSU |
Thermal Efficiency | Port-side exhaust | Front-back airflow | Basic cooling |
Licensing Flexibility | Modular expansion | Fixed capacity | No upgrade options |
This model excels in hyperscale virtualized environments where adaptive port allocation and NVMe-oF readiness are non-negotiable. Its software-defined optical modules reduce hardware swap requirements by 70% compared to fixed-port alternatives, minimizing operational downtime.
For enterprises seeking verified DS-C9148V-48PITK9 units, itmall.sale offers Cisco-certified refurbished hardware with 3-year warranties. Critical implementation factors include:
While Cisco’s lifecycle policy recommends 5-7 years for this series, real-world deployments demonstrate reliable performance beyond 8 years with firmware updates and preventive maintenance. Organizations should prioritize vendors providing NX-OS compatibility checks and configuration templates to mitigate integration risks. The balance between upfront investment and future-proofing makes this switch ideal for enterprises transitioning to AI-driven storage architectures or hybrid cloud environments.