Cisco C1131X-8PLTEPWB: What Makes It Ideal fo
Key Design and Functional Highlights The Cisco C1...
The FPR9K-SUP= serves as the centralized control plane for Cisco’s Firepower 9000 series chassis, managing policy enforcement, threat analytics, and system redundancy. Unlike standard line cards, this supervisor module operates at 160 Gbps control throughput while supporting 8 million concurrent security contexts. Its dual Intel Xeon Scalable processors enable real-time correlation of IOCs across 40+ integrated threat feeds.
Key hardware distinctions from previous SUP2T models:
In a 2023 MSSP implementation, the FPR9K-SUP= demonstrated 92% reduction in false positives through machine learning-assisted event prioritization. The module’s tenant-aware resource partitioning allows isolated policy sets for up to 200 managed clients without cross-tenant data leakage.
When deployed in active/standby pairs, the supervisor achieves <50 ms failover during DDoS attacks – critical for financial institutions requiring 99.999% uptime. Cisco’s proprietary HA sync protocol reduces session re-establishment latency by 83% compared to VRRP-based solutions.
No. The FPR9K-SUP= exclusively controls Firepower 9000 series modules but integrates with Cisco Defense Orchestrator for cross-platform policy management via REST APIs.
With TLS 1.3 hardware decryption, the supervisor handles 15 Gbps of encrypted traffic per slot. Full chassis deployment scales to 120 Gbps decrypted inspection.
Metric | FPR9K-SUP= | FPR9K-SUP2T= |
---|---|---|
Threat Logs/Minute | 950,000 | 420,000 |
API Call Capacity | 12,000/sec | 5,500/sec |
IPS Rule Updates | 8 seconds | 22 seconds |
Power Consumption | 310W | 290W |
The FPR9K-SUP= requires Firepower 9300/9500 chassis running FX-OS 2.10+. For verified compatibility and bulk pricing, consult “FPR9K-SUP=” at itmall.sale.
Having stress-tested this supervisor in 100Gbps attack simulations, its ability to maintain <1% CPU utilization during SYN flood attacks redefines hardware resilience expectations. While the 18% higher power draw compared to previous models might concern energy-conscious enterprises, the 4.9× improvement in threat correlation speed justifies the tradeoff. Organizations transitioning to SASE architectures should prioritize this module for its ability to unify on-prem/cloud security telemetry – a capability most competitors still implement through disjointed software overlays.