Cisco Catalyst 9200-48P-E vs 9200-48T-E: A Modern Network Switch Showdown
In the era of hybrid work and digital transformation, selecting the right network switch is critical for seamless connectivity and scalability. Cisco’s Catalyst 9200 series offers a range of options tailored for enterprise environments. Here, we dissect the C9200-48P-E and C9200-48T-E to help you determine which aligns best with your needs.
Feature | C9200-48P-E | C9200-48T-E |
---|---|---|
Ports | 48x 1G PoE++ (802.3bt) + 4x SFP | 48x 10G SFP+ + 4x SFP |
Switching Capacity | 336 Gbps | 336 Gbps |
Forwarding Rate | 255 Mpps | 255 Mpps |
RAM | 8 GB | 8 GB |
Storage | 16 GB Flash | 16 GB Flash |
Power Consumption | 350W (PoE budget: 740W) | 250W (max) |
ASIC | Cisco Trio (premium-tier) | Cisco Trio (premium-tier) |
Traffic Handling:
Both switches deliver 255 Mpps throughput, ideal for campus and branch networks. However, the C9200-48T-E excels in non-PoE scenarios, supporting 10G speeds for high-bandwidth applications like server farms or storage area networks (SANs).
PoE Efficiency:
The C9200-48P-E’s 802.3bt PoE++ powers advanced devices (e.g., 802.11ax APs, PTZ cameras) with up to 60W per port, while the C9200-48T-E focuses on raw data transfer without PoE overhead.
Capability | C9200-48P-E | C9200-48T-E |
---|---|---|
Routing Protocols | OSPF, EIGRP, BGP | OSPF, EIGRP, BGP |
Security | MACsec, TrustSec, Advanced ZBF | MACsec, TrustSec, Advanced ZBF |
Management | Cisco DNA Center, REST API | Cisco DNA Center, REST API |
Redundancy | Redundant power supplies | Redundant power supplies |
Form Factor:
The C9200-48P-E is optimized for space-constrained environments (1RU), while the C9200-48T-E’s 10G SFP+ ports require fiber/copper transceivers, adding flexibility for longer-distance connections.
Thermal Management:
The C9200-48T-E’s higher power draw necessitates improved airflow design, ensuring reliability under heavy workloads.
Setup Speed:
The C9200-48P-E’s plug-and-play PoE+ simplifies deployments for offices or classrooms. The C9200-48T-E demands more planning for fiber cabling but offers scalability for data-heavy tasks.
Troubleshooting:
Both models leverage Cisco’s intuitive CLI and DNA Center for real-time monitoring, though the C9200-48T-E’s telemetry tools excel in pinpointing network anomalies.
Initial Investment:
The C9200-48T-E is ~20% cheaper upfront due to lower PoE costs.
Long-Term ROI:
The C9200-48P-E pays off in environments requiring widespread PoE adoption (e.g., smart buildings), avoiding the need for external power injectors.
Integration:
Both switches seamlessly integrate with Cisco’s ecosystem (e.g., WLC, ISE, Firepower).
Third-Party Tools:
The C9200-48T-E’s 10G ports attract teams using specialized optics or third-party transceivers.
Neither switch includes batteries, but the C9200-48P-E’s PoE++ increases power consumption under full load (350W vs. 250W). Both support IEEE 802.3az EEE for energy efficiency.
Choose the C9200-48P-E If:
You need ubiquitous PoE+ coverage for IoT, voice, or video deployments.
Choose the C9200-48T-E If:
You prioritize 10G connectivity for server rooms, SANs, or future-proofing with fiber optics.
Pro Tip: Pair the C9200-48T-E with SFP+ DAC cables for short-range, high-speed connections in data centers.