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Table of Contents

Hardware Acceleration

Network processors (NP7, NP6, NP6XLite, and NP6Lite)

FortiASIC network processors work at the interface level to accelerate traffic by offloading traffic from the main CPU. Current models contain NP7, NP6, NP6XLite, and NP6Lite network processors. Older FortiGate models include NP1 network processors (also known as FortiAccel, or FA2), NP2, NP4, and NP4Lite network processors.

The traffic that can be offloaded, maximum throughput, and number of network interfaces supported by each varies by processor model:

  • NP7 supports offloading of most IPv4 and IPv6 traffic, IPsec VPN encryption (including Suite B), SSL VPN encryption, GTP traffic, CAPWAP traffic, VXLAN traffic, multicast traffic, and NAT session setup. On FortiGates licensed for hyperscale firewall support, NP7 offloads session setup, Carrier Grade NAT (CGN), hardware logging, HA hardware session synchronization, DoS protection, and data communication from the FortiGate CPU. The NP7 has a maximum throughput of 200 Gbps using 2 x 100 Gbps interfaces. For details about the NP7 processor, see NP7 acceleration and for information about FortiGate models with NP7 processors, see FortiGate NP7 architectures. For information about hyperscale firewall functionality, see the Hyperscale Firewall Guide.
  • NP6 supports offloading of most IPv4 and IPv6 traffic, IPsec VPN encryption, CAPWAP traffic, and multicast traffic. The NP6 has a maximum throughput of 40 Gbps using 4 x 10 Gbps XAUI or Quad Serial Gigabit Media Independent Interface (QSGMII) interfaces or 3 x 10 Gbps and 16 x 1 Gbps XAUI or QSGMII interfaces. For details about the NP6 processor, see NP6, NP6XLite, and NP6Lite acceleration and for information about FortiGate models with NP6 processors, see FortiGate NP6 architectures.
  • NP6XLite is a component of the Fortinet SOC4 and supports the same features as the NP6 but with slightly lower throughput. The NP6XLite also includes new features and improvements, such as the ability to offload AES128-GCM and AES256-GCM encryption for IPsec VPN traffic. The NP6XLite has a maximum throughput of 36 Gbps using 4x KR/USXGMII/QSGMII and 2x(1x) Reduced gigabit media-independent interface (RGMII) interfaces. For details about the NP6XLite processor, see NP6XLite processors and for information about FortiGate models with NP6XLite processors, see FortiGate NP6XLite architectures.
  • The NP6Lite is a component of the Fortinet SOC3 and is similar to the NP6 but with a lower throughput and some functional limitations (for example, the NP6Lite does not offload CAPWAP traffic). The NP6Lite has a maximum throughput of 10 Gbps using 2x QSGMII and 2x RGMII interfaces. For details about the NP6Lite processor, see NP6Lite processors and for information about FortiGate models with NP6 processors, see FortiGate NP6Lite architectures.
Note

Sessions that require proxy-based security features are not fast pathed and must be processed by the CPU. Sessions that require flow-based security features can be offloaded to NPx network processors if the FortiGate supports NTurbo.

Network processors (NP7, NP6, NP6XLite, and NP6Lite)

FortiASIC network processors work at the interface level to accelerate traffic by offloading traffic from the main CPU. Current models contain NP7, NP6, NP6XLite, and NP6Lite network processors. Older FortiGate models include NP1 network processors (also known as FortiAccel, or FA2), NP2, NP4, and NP4Lite network processors.

The traffic that can be offloaded, maximum throughput, and number of network interfaces supported by each varies by processor model:

  • NP7 supports offloading of most IPv4 and IPv6 traffic, IPsec VPN encryption (including Suite B), SSL VPN encryption, GTP traffic, CAPWAP traffic, VXLAN traffic, multicast traffic, and NAT session setup. On FortiGates licensed for hyperscale firewall support, NP7 offloads session setup, Carrier Grade NAT (CGN), hardware logging, HA hardware session synchronization, DoS protection, and data communication from the FortiGate CPU. The NP7 has a maximum throughput of 200 Gbps using 2 x 100 Gbps interfaces. For details about the NP7 processor, see NP7 acceleration and for information about FortiGate models with NP7 processors, see FortiGate NP7 architectures. For information about hyperscale firewall functionality, see the Hyperscale Firewall Guide.
  • NP6 supports offloading of most IPv4 and IPv6 traffic, IPsec VPN encryption, CAPWAP traffic, and multicast traffic. The NP6 has a maximum throughput of 40 Gbps using 4 x 10 Gbps XAUI or Quad Serial Gigabit Media Independent Interface (QSGMII) interfaces or 3 x 10 Gbps and 16 x 1 Gbps XAUI or QSGMII interfaces. For details about the NP6 processor, see NP6, NP6XLite, and NP6Lite acceleration and for information about FortiGate models with NP6 processors, see FortiGate NP6 architectures.
  • NP6XLite is a component of the Fortinet SOC4 and supports the same features as the NP6 but with slightly lower throughput. The NP6XLite also includes new features and improvements, such as the ability to offload AES128-GCM and AES256-GCM encryption for IPsec VPN traffic. The NP6XLite has a maximum throughput of 36 Gbps using 4x KR/USXGMII/QSGMII and 2x(1x) Reduced gigabit media-independent interface (RGMII) interfaces. For details about the NP6XLite processor, see NP6XLite processors and for information about FortiGate models with NP6XLite processors, see FortiGate NP6XLite architectures.
  • The NP6Lite is a component of the Fortinet SOC3 and is similar to the NP6 but with a lower throughput and some functional limitations (for example, the NP6Lite does not offload CAPWAP traffic). The NP6Lite has a maximum throughput of 10 Gbps using 2x QSGMII and 2x RGMII interfaces. For details about the NP6Lite processor, see NP6Lite processors and for information about FortiGate models with NP6 processors, see FortiGate NP6Lite architectures.
Note

Sessions that require proxy-based security features are not fast pathed and must be processed by the CPU. Sessions that require flow-based security features can be offloaded to NPx network processors if the FortiGate supports NTurbo.