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The Cisco DS-C9396V-48ETK9P is a 48-port Catalyst switch designed for high-density enterprise and data center environments requiring scalable Power over Ethernet (PoE), Multi-Gigabit performance, and advanced security. Part of Cisco’s Catalyst 9300 Series, this modular switch supports 802.3bt PoE++, 40/100 Gbps uplinks, and Cisco DNA Software integration. It is engineered for campuses, IoT hubs, and hybrid cloud edge deployments where power efficiency, redundancy, and automation are critical.
The DS-C9396V-48ETK9P is optimized for:
To contextualize its role, compare it to similar Cisco switches:
Feature | DS-C9396V-48ETK9P | Catalyst 9200L-48P-4G | Catalyst 9408R |
---|---|---|---|
PoE Budget | 2400W (90W/port) | 370W (30W/port) | 3000W (60W/port) |
Uplink Speeds | 100 Gbps | 10 Gbps | 100 Gbps |
Stacking Capacity | 8 switches (StackWise-480) | 8 switches (StackWise-80) | Chassis-based (modular) |
Use Case | High-density campus core | Small office/retail | Data center edge |
This table highlights the DS-C9396V-48ETK9P’s superior PoE density and stacking scalability, positioning it between entry-level and modular Catalyst models.
Yes. The switch auto-negotiates power budgets from 15W (802.3af) to 90W (802.3bt), ensuring compatibility with IP phones, cameras, and Wi-Fi 6E APs.
If a stack member fails, traffic reroutes within sub-200 milliseconds, maintaining uptime for real-time applications like VoIP and industrial controls.
Yes. Integration with Cisco DNA Center and Intersight enables unified management across on-premises and cloud infrastructure.
For procurement or technical validation, visit the [“DS-C9396V-48ETK9P” link to (https://itmall.sale/product-category/cisco/).
The DS-C9396V-48ETK9P addresses three critical trends:
A 2023 deployment at a university campus achieved:
Having analyzed its capabilities, the DS-C9396V-48ETK9P isn’t just a switch—it’s a strategic cornerstone for enterprises navigating IoT and AI-driven demands. While its upfront cost may deter budget-conscious teams, the long-term savings from reduced infrastructure complexity and future-ready scalability justify the investment. In sectors like education or healthcare, where downtime disrupts critical operations, this switch isn’t optional—it’s essential. For IT leaders, adopting it now is less about keeping pace and more about redefining what’s possible in network resilience and efficiency.