Octolinks SW88 Series User Guide Syswan Technologies, Inc. 2050 Beavercreek Rd, Suite 101 #388 Oregon City, OR 97045 USA 1 - 877 - 6 - SYSWAN www.syswan.com...
At Syswan Techologies our R&D team works each day to provide our customers with superior quality products. Features and firmware versions described in this documentation may not match the current releases. New and enhanced features may be added to the Octolinks SW88 Series Load Balancers which might not be covered or explained in this documentation.
Congratulations on purchasing your Syswan Octolinks SW88 Series Load Balancer. The Octolinks SW88 Series Load Balancers provides uninterrupted Internet connectivity for multiple computers for SOHO, SMB and corporate networks. This chapter briefly describes the features of the Octolinks SW88 Series Load Balancers with more detailed information in the chapters ahead. Overview The Syswan Technologies Octolinks SW88 high performance Multi WAN router ensures greater Internet availability by using up to 8 different broadband links.
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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.
Internet Sharing Features • Shared Broadband Internet Access LAN users can access the Internet through the Syswan Octolinks SW88 Series Load Balancer by sharing up to eight (8) Broadband modems and connections. • Supports all common Connection Methods All popular DSL, Cable Modems and connection methods are supported, including Fixed IP, Dynamic IP, PPPoE, and PPTP.
If any of the above items are damaged or missing, please contact your dealer immediately. Product Details Front Panel Syswan Octolinks SW88 Series Load Balancer Front Panels Operation of the Front Panel LEDs is as follows: Power OFF – No Power ON –...
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Status – System (Solid On) & Packets (Solid On). If your discover any of the above error conditions, please contact our support team for assistance. User Guide Syswan Octolinks SW88 Series Condition Firmware Download in progress. MAC address not assigned.
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AC 100V ~ 240V Connects to AC100~240V / 50~60Hz with supplied AC power cord. Default Settings When the Octolinks SW88 Series Load Balancer has finished booting after a factory reset, all configuration settings will be set to factory default, including: •...
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TFTP Download This setting should be used only if your Octolinks SW88 Series Load Balancer is unstable and if you wish to restore it by downloading a new firmware version. Follow this procedure: 1. Power On your Syswan Octolinks SW88 Series Load Balancer.
The Basic Setup of your Octolinks SW88 Series Load Balancer involves the following steps: 1. Configuring the Octolinks SW88 Series Load Balancer LAN settings to suit your needs. 2. Installing the Octolinks SW88 Series Load Balancer in your LAN and connecting the Broadband Modem or Modems.
WAN ports) on the Octolinks SW88 Series Load Balancer. 2. Connect the power cable and power up the Octolinks SW88 Series Load Balancer. 3. Start your PC. If your PC is already running, restart it. It will then obtain an IP address (DHCP) from the Octolinks SW88 Series Load Balancer.
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MAX WAN settings By default your Octolinks SW88 Series Load Balancer is configured to use two (2) WAN ports. If you will be using more than two WAN links, please update the MAX WAN information before making any other configuration changes.
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If you forget your new username and/or the password, you will have to perform a “Reset to Default” by pressing the reset button on the rear panel for more than 3 seconds. The Syswan Support team will not be able to help you find the username and/or the password once they have been changed from the default.
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LAN IP Configuration This is the IP address of your Octolinks SW88 Series Load Balancer on your network (LAN). The default values shown are suitable for any network. If your existing network configuration uses another IP address range or if the default IP address is already in use by another device, you may change this information to suit your needs.
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• See the following table for details of each setting. 9. Click Submit to save your data, then go to Step 2, Installing the Octolinks SW88 Series Load Balancer on your LAN. Note : If you change LAN IP Settings, the Octolinks SW88 Series Load Balancer will instantly reboot in order to deploy the new LAN configurations.
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4. Power ON the modems and wait for synchronization (approx. 30 seconds). 5. Plug in the power adapter of the Octolinks SW88 Series Load Balancer to an electrical outlet and insert the power cord into the DC 5V input on the back panel. Immediately the Power LED of your router will light up.
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3. Configuring the Octolinks SW88 Series Load Balancer for Internet Access By default your Octolinks SW88 Series Load Balancer is configured to use two (2) WAN ports. If you will be using more than two WAN links, please check that you have defined the MAX WAN settings accordingly before making any other configuration changes.
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ISP in this field. Otherwise, this should be left at the default value. The setup of your Octolinks SW88 Series Load Balancer for Multi WAN routing is now complete. The following section details how to configure PCs and other devices on your network to use the Octolinks SW88 Series Load Balancer as the gateway and benefit from the Multi WAN installation.
For all non-Server versions of Windows, the default TCP/IP setting is to act as a DHCP client. In Windows, this is called Obtain an IP address automatically. Just start (or restart) your PC, and it will obtain an IP address from the Octolinks SW88 Series Load Balancer.
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- Ensure your DNS (Name Server) settings are correct. Linux Clients It is only necessary to set the Octolinks SW88 Series router as the «Gateway» for the Linux Client and ensure your Name Server settings are correct. Make sure that you are logged in as «root» before attempting any changes.
3. Advanced Port Overview Advanced port options permits advanced WAN link related settings and optional connection configuration as required by your ISP and helps fine tune of the Multi WAN routing capabilities of your Octolinks SW88 Series Load Balancer. •...
Syswan Octolinks SW88 Series Load Balancing This screen is only operational if using Internet connections on more than one WAN port. When load balancing is enabled, the device will automatically assign the WAN port that has the lightest current load based on the Loading Share ratio.
Syswan Octolinks SW88 Series Advanced PPPoE PPPoE (Point-to-Point Protocol over Ethernet) is a network protocol which is widely used by DSL service providers today. You may use the Advanced PPPoE settings to open multiple PPPoE sessions on the same WAN port. This feature is provided by some ISPs and allows you to create Multiple PPPoE sessions over the same DSL link and allows you to obtain a different public IP address for each opened session.
Syswan Octolinks SW88 Series Advanced PPTP The PPTP (Point-to-Point Tunneling Protocol) is used to implement a virtual private network (VPN) between a DSL subscriber and a DSL service provider when opening an Internet connection. These setttings are needed only if required by your ISP and if you have checked the PPTP check box with Static or Dynamic IP as your connection method on the Primary Setup page.
Advanced configuration section allows you to configure various NAT 1:1 related settings and other advanced features (ie : Dynamic DNS, Multi DMZ, UpnP..) of your Octolinks SW88 Series Load Balancer. Network Address Translation (NAT, which is also known as Native Address Translation, IP Masquerading or Network Masquerading) is a technique used to translate network traffic passing through a router by rewriting the source and destination IP addresses of IP packets.
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Syswan Octolinks SW88 Series Host IP Setup Page This section defines hosts on your LAN and you can assign them to groups. These group can be applied to Access Filter and Block URL features. You can also bind multiple PPPoE link sessions to individual hosts on the LAN.
Connecting to the Virtual Servers Once configured, anyone on the Internet can connect to your defined Virtual Servers. They must use the Octolinks SW88 Series Load Balancer's Internet IP Address (the IP Address allocated by your ISP) to access the Virtual Servers.
If you use Internet applications which have non-standard connections or port numbers, you may find that they do not operate correctly because they are blocked by the firewall of the Octolinks SW88 Series Load Balancer. To overcome this problem, you can define the application as a "Special Application" to make it to work.
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Note: Adding a PC to the DMZ feature requires that basic security requirements are met on that PC as DMZ devices are totally exposed to the Internet and are not protected by your Octolinks SW88 Series Load Balancer’s firewall.
2. Follow the service provider's procedure to have a Domain Name (Host name) allocated to you. 3. Configure the Dynamic DNS screen, as described below. 4. The Octolinks SW88 Series Load Balancer will then automatically update your IP Address recorded by the Dynamic DNS service provider.
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Dynamic DNS Server immediately. The Dynamic DNS implemetation on the Octolinks SW88 Series Load Balancer permits a dynamic host name for the device and does not provide individual dynamic host names for each WAN port configuration.
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The Octolinks SW88 Series Load Balancers update Dynamic DNS information on the specified WAN port. In the event of the specified WAN link failure, Dynamic DNS is automatically updated using the second WAN port IP address, thus providing continuous and transparent access to your remote users via the dynamic host name (FQDN or URL).
Internet users or Servers. Important Note: The "DMZ PC" resides outside the Octolinks SW88 Series Load Balancer’s SPI Firewall, thus making it more vulnerable to Internet attacks. For this reason, you should only enable the DMZ feature when required and secure the DMZ PC locally (ie OS level port restrictions, local firewall...).
With UPnP you can easily setup and configure an entire network, enable discovery and control of networked devices and services. When UPnP is enabled, you will see your Octolinks SW88 Series Load Balancer as an icon is the Network Neighbourhood when using Windows OS on your PC.
Internet (WAN) access. Sometimes the TCP/UDP port numbers of IP packets are also translated as they pass through (PAT - Port Address Translation). NAT is the technology which allows one or more WAN (Internet) IP addresses of your Octolinks SW88 Series Load Balancer to be transparently used by all LAN users.
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NAT Routing – Enables or disables NAT routing by checking or un-checking the Configuration checkbox. If you disable NAT routing, this device will act as a Bridge or Static Router. Most features, including Load Balance, will be unavailable. If some packets have port numbers which cannot be translated for special applications, you must input value in port range for Disable Port Translation.
ARP is used to convert addresses from a layer 3 protocol such as Internet Protocol (IP) to a layer 2 MAC address. On broadcast networks like the Ethernet, the MAC address allows each host to be uniquely identified. Example, the MAC address of a Octolinks SW88 Series Load Balancer : 00-1C-74-00-00-01 Typical ARP usage :...
SysFilter Exception The Octolinks SW88 Series Load Balancer’s built-in SPI firewall will automatically reject any unrecognized packets. If you want the device to accept any specific packets, you should build the corresponding exception rules using the System Filter Exceptions. You will not need to modify the default settings or add anything here except if you are running a specific application which needs the default SPI firewall and security settings modified on the load balancer.
The Octolinks SW88 Series Load Balancer provides Bandwidth Management based on user defined QoS policies. The maximum combined bandwidth that can be managed on the Octolinks SW88 Series Load Balancer through this option is 51200 K bit/Sec. Once enabled, it will classify outgoing packets based on policies and enable real-time applications to get better response or performance.
Syswan Octolinks SW88 Series Bandwidth Policy Configuration Settings in the Bandwidth policy can assign received packets a higher or a lower priority based on your configuration to pass through the device. You can define policies which classify received packets based on source/destination IP, MAC, port and protocol type.
Syswan Octolinks SW88 Series Email Alert This feature will send a warning email, informing the System Administrator that one of the WAN ports has been disconnected. Email Alert – You can choose to enable or disable the sending of a warning email.
This section is only useful if you have installed a SNMP (Simple Network Management Protocol) software on your PC. If so, you may use a standard MIB II file with your Octolinks SW88 Series Load Balancer to monitor network and device activity.
A syslog client usually sends a syslog message to the syslog server using UDP or TCP protocol. The Octolinks SW88 Series Load Balancer can internally store the last 100 Syslog messages and/or send them on the fly to the specified Syslog Server for real time system information updates.
Syswan Octolinks SW88 Series Diagnostic Tools This page provides tools for troubleshooting the network connectivity, DNS name resolving and Arp lookup problem. IP Tools ICMP Method : Test network connectivity by issuing ICMP Echo Request (Ping) packets to the specified destination (Name/IP).
If your LAN already has a DHCP Server, and you wish to continue using it, the following configuration is required. • The DHCP Server function in the Octolinks SW88 Series Load Balancer must be disabled. This setting is on the LAN & DHCP screen. •...
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LAN, WAN1, WAN2… – If enabled, any WAN or LAN can execute RIP function. Static Routing If there is more than one router on a network, this Routing table must be configured because the router needs to know what packet goes to which router. A routing table entry is required for each LAN segment on the network.
Configuring other routers on your LAN All traffic for devices not on the local LAN must be forwarded to the Octolinks SW88 Series Load Balancer, so that they can be forwarded to the Internet. This is done by configuring other routers to use the Octolinks SW88 Series Load Balancer as the Default Route or Default Gateway, as illustrated by the example below.
9. Operation and Status Operation Once the Octolinks SW88 Series Load Balancer and the LAN PCs are configured, networking operations are handled automatically within your network and the configured WAN ports. However, there are some situations where additional Internet configuration may be required: Refer to Chapter 4 - Advanced Features for further details.
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This will extend the period for which the current WAN IP address is allocated to you. • IP Address – The IP address of the Octolinks SW88 Series Load Balancer, as seen from the Internet. This IP Address is allocated by the ISP (Internet Service Provider).
The DCHP server function will be enabled. These changes may mean that your current connection to the GUI is invalid, and you will have to re-connect to the Octolinks SW88 Series Load Balancer using its default IP address (https://192.168.1.1). User Guide...
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Interface – LAN and WAN interface of the Octolinks SW88 Series Load Balancer. • IP Address – The WAN (Internet) & LAN IP Address of the Octolinks SW88 Series Load Balancer. • Subnet Mask – The Network Mask (Subnet Mask) for the IP Address above.
Appendix A Specifications Models Octolinks SW88 Load Balancer Dimensions 423mm (W) x 155mm (D) x 43mm (H) Operating 0° C to 40° C Temperature Storage -10° C to 70° C Temperature Network Protocol TCP/IP Network 16 x 10/100 BaseT (RJ45) Auto-switching Hub ports for WAN and LAN devices...
95/98/ME/2000 TCP/IP settings, no changes need to be made. • By default, the Octolinks SW88 Series Load Balancer will act as a DHCP Server, automatically providing a suitable IP Address (and related information) to each PC when the PC boots.
ISP, then click OK. • On the Gateway tab, enter the Octolinks SW88 Series Load Balancer's IP address in the New Gateway field and click Add, as shown below. (Your LAN administrator can advise you of the IP Address they assigned to the Octolinks SW88 Series Load Balancer.)
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If your PC is already configured, check with your Network Administrator before making the following changes: • Enter the Octolinks SW88 Series Load Balancer's IP address in the Default gateway field and click OK. (Your LAN administrator can advise you of the IP Address they assigned to the Octolinks SW88 Series Load Balancer.) •...
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Syswan Octolinks SW88 Series Checking TCP/IP Settings - Windows XP: 1. Select Control Panel - Network Connection. 2. Right click the Local Area Connection and choose Properties. You should see a screen like the following: Figure B-7: Network Configuration (Windows XP) 3.
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If your PC is already configured, check with your Network Administrator before making the following changes. • Enter the Octolinks SW88 Series Load Balancer's IP address in the Default gateway field and click OK. (Your LAN administrator can advise you of the IP Address they assigned to the Octolinks SW88 Series Load Balancer.) •...
This chapter covers some common problems that may be encountered while using the Octolinks SW88 Series Load Balancer and some possible solutions to them. If you follow the suggested steps and the Octolinks SW88 Series Load Balancer still does not function properly, contact our support team or your dealer for further assistance.
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Problem 2: Some applications do not run properly when using the Octolinks SW88 Series Load Balancer. The Octolinks SW88 Series Load Balancer processes the data passing through it, so it is Solution 2: not transparent. Use the Special Applications feature to allow the use of Internet applications which do not function correctly.
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