![]() Note: In certain circumstances in which the Cisco 673 operates correctly, the WAN LNK light appears off when the PWR/ALARM light is on. If the LED is still not on, call your service representative. If the WAN LNK LED does not turn on when you power up the modem: On the Cisco 673 the symmetric digital subscriber line (SDSL) port uses an RJ-11 connector. Off otherwiseīlinks when the xDSL port receives or transmits data Off otherwiseīlinks when the serial port receives or transmits data On the Cisco 633 an RJ-11 connector provides an xDSL connection to external media through a standard RJ-11 6-pin modular jack. If the timeout is set, the Cisco 627 WAN LNK LED turns off after that time period whether or not it is idle. If the WAN LNK LED turns off after the Cisco 627 has been transferring data, the Cisco 627 or the Cisco 6100/6200 has the SESSION timeout set. No available ATU-Cs with which the Cisco 627 trains up. The ADSL line is not connected to the Cisco 627. There are several reasons why this occurs: ![]() If the WAN LNK LED blinks continuously, the Cisco 627 never trains with the Cisco 6100/6200 DSLAM. The ADSL line port on a Cisco 627 uses a standard RJ-11 6-pin modular jack. If the timeout is set, the Cisco 626 WAN LNK LED turns off after that time period whether or not it is idle. If the WAN LNK LED turns off after the Cisco 626 has been transferring data, the Cisco 626 or the 6100/6200 has the SESSION timeout set. No available ATU-Cs with which the Cisco 626 trains up. The ADSL line is not connected to the Cisco 626. If the WAN LNK LED blinks continuously, the Cisco 626 never trains with the Cisco 6100/6200 digital subscriber line access multiplexer (DSLAM). This indicates that the ADSL connection sequence has begun. During subsequent requests for data, the WAN LNK light starts to blink. For example, this condition occurs when there is no data traffic across the WAN LNK for a period of time. Note: In certain circumstances in which the Cisco 626 operates correctly, the WAN LNK light appears off when the PWR/ALARM light is on. If the LED still appears red, call your service representative. Turn off the power and then turn it on again. If the LED is not on, call your service representative. If the light still does not turn on, turn off the power and then turn it on again. If the light does not turn on, check all cabling and connections. If the WAN LNK light does not turn on when you power up the modem: The ADSL port on a Cisco 626 uses an RJ-11 connector. On when the ADSL port transmits or receives data. On when a link is established on the ADSL port. The Asymmetric Digital Subscriber Line (ADSL) port uses an RJ-11 connector. Conventionsįor more information on document conventions, refer to the Cisco Technical Tips Conventions. This document is not restricted to specific software and hardware versions. ![]() There are no specific requirements for this document. Note: Not all DSL CPE modem/router products use the same DSL interface port pinouts. If the NID is installed by a Telco, the Telco must verify its functionality. The DSL cable between the Network Interface Device (NID)/wall jack/splitter and the Cisco DSL customer premises equipment (CPE) modem/router is the correct type. If you experience problems with the DSL connection on these devices, verify these : In this document, pinouts are named "port pinouts." Note: The terms "port pinouts" and "connector pinouts" are used interchangeably. If it doesn't work, you've either built it wrong or the CSU/DSU isn't working properly.This document describes the port pinouts and LED statuses for specific Cisco digital subscriber line (DSL) devices. If it does, you've successfully built the plug. Place the loopback plug into the T1 port and you should see the unit "synch" to itself by indicating either "Link" or having whatever is used for the WAN interface to show the unit now has sync. Test it on a "known good" router with a CSU/DSU (T1 interface). Put the Cat 5 end into the crimper and verify all of the wires are pushed all the way into the pin slots and then crimp it down.ĩ. You should now have 2 wires "looped" in the cat 5 blank end with pin 1 connecting pin 4 and pin 2 connecting pin 5Ĩ. Put one end of the second wire into pin 2 and bend it in half and put the other end into pin 5.ħ. Put one end of the first wire (either one will do) into pin 1 and bend it in half and put the other end of it into pin 4.Ħ. If you are looking at it this way, the bottom slot is pin 1 and the top is pin 8.ĥ. ![]() Identify the pin order on the Cat 5 end: hold it with the movable/press-side of the clip away from you and the metal contacts facing left. usually same colors (brown and brown/white, etc.)Ĥ. Cut off about 2 to 4 inches of a Cat 5 cableģ.
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