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PR-6606 P ack et Re plic ator User’s Guide Copyright 2019 Data Comm for Business, All rights reserved. Revised Jan 8, 2019 Firmware Version 2.x...
Certifications FCC Statement This device complies with the limits for a Class A digital device, pursuant to Part 15 of the FCC rules. his equipment has been tested and found to comply with the limits for a Class A digital device pursuant to Part 15 of the FCC Rules.
Chapter 1 Introduction This chapter provides an overview of the Packet Replicator’s features and capabilities. ongratulations on the purchase of your new EtherSeries PR-6606. This is a simple, easily configured packet replicating device containing three Ethernet interfaces. The PR-6606 replicates UDP packets through any IP network. The PR-6606 has three Ethernet LAN ports and a serial port.
Configuration Features Other Protocols The PR-6606 operates only on UDP/IP packets. All other protocols are passed through the device unchanged. DHCP Protocol The PR-6606 may be configured as a DHCP client. Extensive Packet Selection Rules User defined selection criteria is configured in "rules". Each rule allows packets to be selected based upon source IP address, destination IP address, and destination IP port number.
Software Requirements The PR-6606 replicated only UDP/IP packets. It also bridges any valid Ethernet protocol between it's Ethernet ports, similarly to a switch. The initial IP address may be entered using any terminal or terminal emulation software on a PC, or the default may be used if appropriate for your network. Any standard web browser may be used for configuration once the PR-6606 is configured with a valid IP address.
Configuration PR-6606 Hardware Introduction The PR-6606 three Ethernet ports and two USB ports. There is also a RS-232 serial port used for initial IP address configuration (if needed). Configuration This model contains a serial interface to be used in initial setup (if needed). IF the default IP address is not appropriate for your LAN, connect a terminal to the serial port following the instructions in the configuration section.
Chapter 2 Installation This Chapter details the installation process for the PR-6606. Overview The PR-6606 is configured using a web browser directed to its address. If the default address of 192.168.0.1 is appropriate for your local network, then plug it in and simply direct your web browser to the PR-6606 (using https if you've configured it to use https, otherwise use http:) without using a proxy and continue with configuration.
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Configuration Login Screen 4. It will reboot pausing at a login screen. For initial setup, enter the login name “setup” in lower case letters. No password is required. 5. You will then be asked if you wish to set ALL parameters to factory defaults. If you have previously changed any values and want to return to the factory defaults, answer “Y”, otherwise answer “N”.
Saving Configuration. Do not cycle power... Setup complete. After rebooting the system, you will be able to configure the unit from a Web Browser. Use the URL http://11.22.33.44 rebooting system. 9. The PR-6606 will now reboot. 2. Connect the Ethernet Cable Connect a LAN cable from your hub or switch to a LAN port.
Configuration Log in using the user name “admin” and no password (blank field). If this screen doesn’t display, check the Troubleshooting Section in Chapter 6. 4. Enter Configuration Values Initial Main Menu From this index screen, you can select a section on the left and will be taken to configuration screens for each subsystem.
Chapter 3 The Configuration Process This Chapter describes the configuration management process on the PR-6606 using a Web Browser. Overview The PR-6606 contains a quite flexible configuration management system. By using this system correctly, one can remotely configure, save copies of that configuration to a PC, make configuration changes for later activation, and remote transfer firmware upgrades to the unit.
Configuration Configuration Process Examples Example 1: Make configuration changes, test them with Activate, then save them with Save. This is the most commonly used method for changing the configuration. It allows you to test the configuration prior to saving it. If, during the testing, you notice an abnormality; you can reset the hardware to return to the last good configuration.
Chapter 4 Configuration This Chapter describes configuration screens and some configuration hints for the PR- 6606 Overview The PR-6606 is configured using forms displayed on a web browser. In this chapter, we illustrate all entry forms, and describe their use. All configuration screens are accessed from the main index screen shown below.
Configuration Admin Password Admin Password Screen Access to the configuration web server is protected by HTTP Basic Authentication and may use a secure web server. This is a simple methodology where the Web Server will require a Web Browser to provide a username and password for each page requested.
Notes If you forget your username or password, you can use the Serial Port Setup to erase the current settings and return the unit to factory defaults. Admin Access Control Administrative Access Control Screen Access Control allows you to place further restrictions on access to the internal web server. Fields ...
Configuration but can also become a security problem. Disabling ping causes the unit to not respond to ping requests for one of its IP addresses. It has no effect on the passing of ping request and responses from other network nodes through it's bridged interfaces. ...
Month Numeric value of month in the range 1 to 12. Day of month in the range 1 to 31. Hour Hour of the day in the range 0 to 23. Minute Minutes in the range 0 to 59. Notes ...
Configuration Set All Defaults Set All Defaults Screen This form will allow you to set all configurable parameters to their default value. Before you "Activate Changes", you should configure the interface that you are using to access the unit. Otherwise, all interfaces will be configured with the IP address of 192.168.0.1.
This form will allow you to copy the configuration to a file on your PC. You can also use the form to transfer a configuration file from your PC to the PR-6606. Also, if you have an existing configuration from a PR-6602, it may be installed to a PR-6606. Fields ...
This is the name of the firmware image file to be transferred to the PR-6606 from your PC. Upgrade Firmware (action) Pressing this button transfers the firmware image to the PR-6606 and upgrades it. Notes You should only use a firmware image obtained directly from DCB.
System Reboot System Reboot Screen This form will allow you to reboot the PR-6606. If you have configuration changes that have not been saved to non-volatile memory, they will be lost. This is a way to revert back to your previously stored configuration. Fields ...
Configuration Version Information Screen Version Information Screen This screen displays current firmware and hardware version information as well as some copyright notices.
LAN IP Configuration Lan 1 IP Configuration Screen This hardware contains three Ethernet interfaces which are bridged together (similar to an Ethernet switch). They all share the same IP addressing. This screen is used to configure IP parameters for the entire unit. Fields ...
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Configuration Primary DNS The IP address of the primary DNS server. This server will be used to resolve host names into ip addresses. Secondary DNS The IP address of the secondary DNS server. This server will be used to resolve host names into ip addresses in the event that the primary name server does not respond or is unable to resolve an name.
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LAN Static Routes Lan 1 IP Static Routes This table allows additional static routes to be defined in addition to the default gateway, defined on the IP Configuration page. In most application is it not needed. It is only used if the subnet has more than one router.
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Configuration IGMP Group Join Lan 1 IGMP Group Join When using the Packet Repeater in a multicast application, there can be a problem when the layer-2 switch equipment is multicast aware. This equipment minimizes the impact of multicast by snooping the IGMP protocol and building multicast forwarding tables.
Replication Selection Rules Replication Selection Rules Screen The PR-6606 monitors all UDP packets passing through it. All packets received into any port of the PR- 6606 are bridged unchanged and transmitted out the other ports of the PR-6606. Any UDP packets meeting user-defined selection criteria will be replicated and sent to one or more additional destinations.
Configuration Fields Rule Number This is the number of a rule defined on this line. Click on the Rule Number field to display the Selection Details screen, where you will configure the destinations for duplicated packets. Source IP Range These fields specify the inclusive range of source addresses for the packet selection criteria.
Replication Rules Destinations Screen Replication Rules Destinations Screen This screen is used to configure and display the destinations for replicated packets. The PR-6606 monitors all UDP packets passing through it. All packets received into any port of the PR-6606 are bridged unchanged and transmitted out the other ports of the PR-6606. Any UDP packets meeting user-defined selection criteria will be replicated and sent to one or more additional destinations.
Configuration Incoming Packet Selection Rule Details Rule Number This is the number of a rule defined on this line. Click on the Rule Number field to display the Selection Details screen, where you will configure the destinations for duplicated packets. ...
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Replication Options Replication Options Screen This page sets configuration options for the Replications process. Fields Spoof • MAC+IP - Duplicate packets will retain the original sender's MAC and IP address. IP_Only - Duplicate packets will retain the original sender's IP address. However, the source MAC address will be replaced with the PR-66xx's MAC address.
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Configuration Enabled - Fragmented IP packets will have special processing. The first fragment will have the selection criteria applied as usual. For all other fragments, only the IP address selection criteria will be applied. This is because these fragments do not contain a UDP header. It is possible that IP fragments not associated with the UDP port will be replicated.
Ping Screen Ping Screen Ping will send four ICMP echo requests to the specified host. It will wait approximately 16 seconds for a response. Fields Host IP address of the target host. If hostname DNS is enabled, you may use a host name. ...
Configuration Traceroute Screen Traceroute Screen Traceroute displays the route that a packet will take to reach another host. This is performed by sending UDP packets to port 33434 with progressively larger Time-to-Live values and listening for ICMP TIME- EXCEEDED responses from the routers along the way. Fields Host •...
Packet Sniffer Screen Packet Sniffer Screen The Packet Sniffer allows you to take a snapshot of the network traffic passing through an interface. Fields Host • This applies a host filter. Only packets with a matching source or destination IP address will be included in the trace.
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Configuration Interface Status Screen The Interface Status screen shows port status and packet counters for each interface on the device.
Configuration Replication Statistics Screen Replication Statistics Screen The Replication Statistics Screen shows the number of hits attributed to each replication rule. It also displays the latest Address Resolution (ARP) Table. The ARP table may time out, but is useful to diagnose problems caused by non-responding IP addresses.
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A Note about PR-6602 Performance The PR-6602 can process an aggregate of 100,000 to 120,000 packets-per-second. In other words, the sum of Rx PPS and Tx PPS is approximately 100,000 to 120,000 packets-per-second. The actual rate is also dependent upon the size of the Ethernet packets.
DHCP Status Screen DHCP Status Screen The DHCP Status Screen displays recent history of DHCP server activity if the DCHP client mode is enabled. Store Configuration Screen Store Configuration Screen The Store configuration screen is used to store the current configuration to non-volatile memory. This does not activate configuration changes.
Configuration Activate Configuration Screen Activate Configuration Screen The Activate configuration screen is used to activate the current changes. Configuration changes are made to a temporary area. These changes will become immediately active, overwriting the pre-existing configuration for the duration of this session. Changes may be “stored” using the store configuration screen, in which case they will be written to non-volatile memory and used at the next reset or power-up.
Chapter 5 Operation This Chapter explains how to use the PR-6606, once it is installed and configured. Common Uses – Overview The PR-6606 monitors all UDP packets passing through it. All packets received into any port of the PR- 6606 are bridged unchanged and transmitted out the other ports of the PR-6606. Any UDP packets meeting user-defined selection criteria will be replicated and sent to one or more additional destinations.
Configuration Chapter 6 Troubleshooting This chapter outlines some problems that may occur during installation or operation and some possible solutions to them. If you follow the suggested troubleshooting steps and the PR-6606 still does not function properly, please contact your dealer for further advice. Hardware Problems Before anything else, check that all cables are wired correctly and properly connected.
Other Problems P: Can’t run the initial configuration program using a serial cable connection. S: Check that: The communication parameters are set properly on the terminal device. Power is available... an LED is on. The terminal program is operating properly. Try a loopback connector at the PR-6606 end of the cable to verify program operation and the proper COM: port.
Some models of this product were designed and programmed with Open Source Linux software in mind. The core operating system is Linux, available from http://www. kernel .org . DCB supports the Open Source software effort and is appreciative of the contribution many open source developers have made to the community Other open source software used in this product may be obtained from the original developers, and is made available in accordance with GNU licensing terms.
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