Security Fabric Integration FortiGate appliances, interconnected with the Fortinet Security Fabric, form the backbone of the Fortinet Enterprise Solution.   The Fortinet Enterprise Firewall Solution The Fortinet Enterprise Firewall Solution delivers end-to-end network security with oneplatform, one network security operating system and unified policy management with a singlepane of glass — for the industry’s best protection against the most advanced security threatsand targeted attacks.   One Enterprise Firewall Solution across the Extended Enterprise The FortiGate family of network appliances represents the industry’s broadest range ofenterprise firewall platforms. FortiGate is based on FortiASIC, a purpose-built integratedarchitecture that provides extremely high throughput and exceptionally low latency, whiledelivering industry-leading security effectiveness and consolidation which is routinely validatedby independent real-world tests. Targeted for distributed enterprises, the FortiGate 60E seriescontains consolidated security and networking functionality, various connectivity options alongwith Industry’s best performance in a compact form factor.   Powered by SPU SoC3

• Combines a RISC-based CPU with Fortinet’s proprietary FortiASIC™ content and network processors for unmatched performance
• Simplifies appliance design and enables breakthrough performance for smaller networks
• Supports firewall acceleration across all packet sizes for maximum throughput
• Delivers accelerated UTM content processing for superior performance and protection
• Accelerates VPN performance for high speed, secure remote access

  3G/4G WAN Connectivity The FortiGate 60E Series includes a USB port that allowsyou to plug in a compatible third-party 3G/4G USB modem,providing additional WAN connectivity or a redundant link formaximum reliability.   Compact and Reliable Form Factor Designed for small environments, you can simply place the FortiGate 60E on a desktop. It is small, lightweight yet highly reliable with superior MTBF (Mean Time Between Failure), minimizing the chance of a network disruption.