Fortinet FG-81E-POE FortiGate 81E-POE Firewall Security Appliance

Overview

The FortiGate 81E-POE firewall security appliance from Fortinet delivers high-performance, next-generation protection for small to medium sized branch offices and remote sites. Integrated Power over Ethernet (POE) ports simplify cabling while providing robust threat intelligence, deep packet inspection and secure connectivity for wired and wireless devices.

Key Features

• Built-in POE+ support on all eight RJ45 ports - power devices directly from the firewall
• FortiOS operating system with unified security management and automation
• Application control, intrusion prevention, web filtering and anti-malware in a single appliance
• High throughput of up to 2.5 Gbps firewall performance for demanding environments
• SSL inspection for encrypted traffic without sacrificing speed
• Easy deployment with intuitive GUI and CLI options
• Scalable licensing model - add security services as your needs grow

Technical Specifications

• Model number: FG-81E-POE
• CPU: Quad-core processor with dedicated security acceleration hardware
• Memory: 8 GB DDR4 RAM, 16 GB SSD storage
• Network interfaces: 8 x GE RJ45 POE+ (802.3at), 2 x GE SFP slots
• Firewall throughput: 2.5 Gbps (NGFW)
• VPN throughput: 1.2 Gbps IPsec, 800 Mbps SSL VPN
• Concurrent sessions: up to 4 million
• Operating temperature: 0 deg to 40 deg C (32 deg to 104 deg F)
• Power supply: Internal 65 W POE+ power source, redundant AC input optional

Typical Applications

• Branch office edge security with integrated Wi-Fi AP powering
• Retail locations requiring secure POS connectivity and camera feeds
• Healthcare clinics needing HIPAA compliant network protection
• Educational campuses that need to power access points while filtering content
• Industrial sites where rugged, compact firewall solutions simplify deployment

This FortiGate 81E-POE appliance combines powerful security features with the convenience of POE, making it an ideal choice for organizations looking to protect their network without adding separate power infrastructure.