Product Review
N300 Open Source DD-WRT Wireless Router
Buffalo's AirStation N300 Open Source DD-WRT Wireless Router features DD-WRT pre-installed with a breadth of powerful features not normally found in similar routers. AirStation N300 Open Source DD-WRT supports a great number of functionalities with simple setup and configuration. It offers advanced features and low-level device management, unlocking extensive capabilities and potential with increased network stability:
- OpenVPN, VLAN and full command-line root access
- VPN passthrough
- Advanced QoS controls for bandwidth allocation
- WDS wireless bridging/repeating
- DNS caching
- Viewable performance statistics to measure bandwidth levels
- Set up as a Wi-Fi hotspot
- RADIUS authentication for additional wireless security DHCP server
- Create multiple SSIDs
- Iptables NAT and Firewall
- Telnet and SSH root access
Open Source DD-WRT Router
AirStation N300 DD-WRT is powered by the leading open-source firmware, equipped with robust and high performance features for custom configuration to optimize performance, security and routing options. Advanced features also include VPN endpoints, hotspot sign in, VLAN and more.
Wireless Bridge
Configure two or more AirStation N300 Open Source DD-WRT Routers to act as a standalone wireless bridge. Create a permanent, high-speed wireless link capable of speeds up to 300 Mbps and wirelessly extend the range of your network.
Wireless Security
AirStation HighPower N300 DD-WRT Wireless Router features multi-level wireless encryption options to prevent unauthorized access and protect your important data.
- WPA2, WPA-PSK (AES, TKIP), 128/24-bit WEP
*300 Mbps is the maximum aggregate wireless signal rate derived from IEEE 802.11n standard specifications achievable using two streams of 150 Mbps each. Actual data throughput and range will vary depending upon network conditions and environmental factors, including volume of network traffic, building materials and construction and network overhead. Maximum speed and range is achievable when used with same enhanced mode technology. Technology based on IEEE 802.11ac (Draft 2.0) standard specifications.
