![]() IPSec (pfSense) AES-128-GCM/AES-XCBC/ AES128-GCM Performance results are shown in the table below Vault Model While the tests were done with different versions of OPNsense, the WireGuard package version stayed the same and there were no performance differences. WireGuard utilizes the ChaCha20Poly1305 cipher suite. The WireGuard implementation on OPNsense is fairly straightforward without many configurable options. See the network diagram below for a visual representation of the network topology Client A was a Windows 10 desktop (10.4.1.10) running an iPerf3 server and client B(10.4.2.10) was a Windows 10 laptop running iPerf3 as a client. We used a FW6E (IP address – 192.168.20.12) running OPNsense (LAN address – 10.4.1.0) as WireGuard endpoint A (tunnel A – 10.0.0.1), and the devices under test (IP address 192.168.20.x) running OPNsense (LAN address – 10.4.2.0) as WireGuard endpoint B (tunnel B 10.0.0.2). A LAN network (192.168.20.0) was used as the pseudo WAN connection between the WireGuard tunnel “endpoint A” and “endpoint B”. For our test configuration we utilized a point-to-point configuration. WireGuard supports network topologies such as point-to-point, star, and mesh. For more information on WireGuard please visit the website here Test Configuration WireGuard is a modern, efficient, and secure VPN solution which is relatively easy to configure and deploy compared to OpenVPN and IPsec. In this article we will cover performance results for the WireGuard plugin available on OPNsense. It is important to provide information regarding various operating system and applications so customers can make an educated decision before purchase. Protectli has a variety of hardware to meet a range of requirements.
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