Description

Fortinet FortiGate 120G – 4x 10GE SFP+, 18x GE RJ45, 8x GE SFP Ports (FG-120G)

Overview

The Fortinet FortiGate 120G is a next-generation firewall (NGFW) purpose-built for high-performance, scalable enterprise network security. With a broad range of interfaces and powerful threat protection capabilities, it delivers advanced security for distributed and data-intensive environments.

Key Hardware Features

• 4 x 10GE SFP+ Slots – High-speed fiber interfaces for backbone and uplink connectivity
• 18 x GE RJ45 Ports – Versatile copper ports for LAN, WAN, and internal segmentation
• 8 x GE SFP Slots – Flexible fiber connections for enterprise networking
• Dual AC Power Supplies – Redundant power for maximum uptime and reliability
• 1U Rackmount Design – Space-efficient and easy to integrate into server racks

Security & Performance

• Firewall Throughput: Up to 39 Gbps
• IPS Throughput: Up to 5.3 Gbps
• NGFW Throughput: Up to 3.1 Gbps
• Threat Protection Throughput: Up to 2.8 Gbps
• Concurrent Sessions: Supports large volumes of traffic without performance degradation
• VPN Performance: Optimized for secure, high-speed remote access

Advanced Features

• Integrated SD-WAN – Secure, application-aware WAN optimization for branch connectivity
• Zero Trust Network Access (ZTNA) – Granular identity-based security enforcement
• SSL Inspection – Deep inspection of encrypted traffic with minimal latency
• AI-Powered Threat Detection – Real-time threat intelligence powered by FortiGuard Labs
• Secure Networking & Segmentation – Streamlined control over user, application, and device access

Ideal Use Cases

• Enterprise perimeter and internal segmentation
• Multi-branch secure connectivity
• Hybrid cloud and data center protection
• High-throughput, encrypted traffic inspection

Conclusion

The Fortinet FortiGate 120G (FG-120G) is a powerful and flexible security solution for mid-to-large enterprises. With a wide array of high-speed ports, integrated SD-WAN and ZTNA, and industry-leading threat protection, it is engineered to meet the demands of modern network infrastructures.