Fortinet
FORTIGATE-201F SD-WAN CONNECTOR FOR FORTISASE SECURE PRIVATE ACCESS.
Out of Stock
Fortinet FortiGate-201F SD-WAN Connector for FortiSASE | Enterprise
Fortinet
MPN: FTN-FC10F201F6620212
$1,201.64$1,393.20
Free shipping on orders over $500
Authorized Dealer — Full manufacturer warranty
Key Features
- FortiGate-201F platform connector
- FortiSASE Secure Private Access compatibility
- SD-WAN connector architecture
- Fortinet vendor ecosystem
- Branch and remote access support
- Policy-driven private access
- Edge-to-cloud security alignment
- Extend secure private access using FortiSASE integration
Bring FortiSASE Secure Private Access closer to the edge with the FortiGate-201F SD-WAN Connector. Built for Fortinet environments, it ties the FortiGate-201F platform into a secure private access model that helps organizations control how users and sites reach internal applications.
This connector is a strong fit for teams that need predictable access behavior across branches, remote users, and distributed resources. Rather than adding another disconnected access layer, it extends the Fortinet architecture already in place, helping security and networking teams keep policy, routing, and access control in step.
For procurement and infrastructure leaders, the appeal is straightforward: a connector that matches the FortiGate-201F platform and FortiSASE Secure Private Access, so the deployment feels native to the existing stack. That alignment matters when uptime, governance, and operational consistency are worth more than a lower-cost generic alternative.
Ideal For
- Connecting FortiGate-201F sites to FortiSASE Secure Private Access
- Extending controlled access to internal applications for remote teams
- Standardizing Fortinet branch security across distributed offices
- Supporting secure access modernization for enterprise networks
Why This Product
- 1Purpose-built for FortiGate-201F environments
- 2Designed for FortiSASE Secure Private Access
- 3Better fit for Fortinet-standardized branch networks
- 4Supports policy-controlled private access architectures
