Maximize available bandwidth The Octolinks SW88 can be set to use up to 8 out of the 16 ports to allow connection of up to 8 different broadband links, including xDSL, Cable, Satellite or Leased (T1) links. This unique design feature allows for intelligent load balancing to maximize the available bandwidth while managing and prioritizing traffic flow for fast and redundant Internet connectivity. Easy to install and manage The Octolinks SW88 is easy to configure locally or remotely using your Internet browser via a standard (HTTP) or a secure management interface (HTTPS). Built-in NAT, SPI Firewall, DHCP server, URL Blocking and Access Filters amongst other security options provide the highest industry standards to easily build a fast, reliable and secure network configuration. With its easy-to-use Configuration Interface, you can set Alerts to be sent via email, System Logs to be sent to a Syslog server, as well as monitor network activity via SNMP. Ensure Quality of Service (QoS) The advanced QoS architecture of the Octolinks SW88 offers ultimate industry standard bandwidth management which improves the Quality of Service available to your network users for VoIP or other mission critical applications. Flexible configurations The flexible network configuration capabilities of the Octolinks SW88 allows it to be used in networks which support Static Routing, RIP or Dynamic Routing. With UPnP you can automatically open and close networking ports as required by certain applications. QoS helps give priority to critical traffic on your network taking advantage of the maximum available bandwidth at all times. With these powerful features, the Octolinks SW88 can be quickly and easily integrated into any network. As more people rely on the Internet for communication, so too does the need to rely on scalable, secure and fast Internet connectivity. This means that there is no longer the need to limit your Internet connectivity with just one ISP. The Octolinks SW88 resolves this issue by maximizing the benefits of up to 8 different ISP’s while minimizing the need for costly upgrades, complex networking equipement or changes in existing network infrastructure. |