Cisco FPR9K-SM-36 FirePower 9000 Series Ultra High PerFormance Securit

Overview

The Cisco FirePower 9000 Series Ultra High Performance Security appliance (model FPR9K-SM-36) delivers enterprise grade threat protection and high throughput in a compact chassis. Designed for data centers, large campuses and service provider edge locations, this device combines next generation firewall, intrusion prevention, advanced malware protection and URL filtering into a single platform that can scale to meet demanding traffic volumes.

Key Features

• Up to 36 Gbps of firewall throughput for seamless performance under heavy loads
• Integrated Cisco Talos threat intelligence for real-time detection of known and unknown attacks
• Hardware accelerated encryption supporting up to 10 Gbps SSL/TLS inspection
• Modular line cards allow flexible port configurations and future expansion
• Centralized management via Cisco Firepower Management Center for policy consistency across the network
• Support for IPv4, IPv6 and advanced routing protocols such as BGP and OSPF

Technical Specifications

• Model/Part Number: FPR9K-SM-36
• Chassis: 2RU rack mount with redundant power supplies
• CPU: Multi-core ASIC based processing engine
• Memory: 32 GB DDR4 RAM, 1 TB SSD storage for logs and forensic data
• Interfaces: Up to 48 x 10/100/1000BASE-T ports, optional 10 GbE SFP+ modules
• Operating Temperature: 0 to 40 degrees Celsius (32 to 104 Fahrenheit)
• Power Consumption: Max 850 W with dual redundant PSUs

Applications

• Data center perimeter security where high throughput and low latency are critical
• Campus backbone protection for large university or corporate networks
• Service provider edge devices handling multiple customer traffic streams
• Secure hosting environments requiring deep packet inspection and malware sandboxing
• Compliance driven deployments needing robust logging, reporting and policy enforcement

By integrating advanced security services with unmatched performance, the Cisco FirePower 9000 Series FPR9K-SM-36 helps organizations defend against sophisticated threats while maintaining optimal network speed.