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10

 

3.2  RACK CARD INSTALLATION

 

The Model 1068 rack card version comprises a front card and a rear 
card.Do the following to install the cards into the rack chassis:

   1. Slide the rear card into the back of the chassis along the metal rails.

   2. Secure the rear card using the supplied metal screws.

   3. Slide the front card into the chassis until you feel resistance as the 

front card engages the rear card. When that happens, 

 

gently 

 

push 

the front card forward until it is fully seated in the card-edge recepta-
cle of the rear card (it should 

 

click

 

 into place).

   4. Secure the front card using the captive fasteners.

 

Note

 

The Model 1001R14 chassis supports “hot swapping” of cards, 

so it is not necessary to power down the rack when you install or 
remove a Model 1068 rack card.

 

Figure 3. 

 

Model 1068 rack cards

 

   5. Connect the line interface between the units (refer to section 3.3, 

“Connecting the Twisted-Pair Line Interface” on page 11)

 

Note

 

See Figure 3 for the rack card’s panel arrangements.

PO
TS/ISDN

1068DRC

1068DVRC

POTS/ISDN

Port

VLINK

RJ-45 interface

VLINK

terminal block

VLINK

RJ-45 interface

VLINK

terminal block

VLINK

VLINK

Ether

net

Ethernet

Port

Ethernet

Port

Ether

net

Summary of Contents for 12168

Page 1: ...USER MANUAL MODEL 1068 Variable Rate VLINK Modem SALES OFFICE 301 975 1000 TECHNICAL SUPPORT 301 975 1007 Part 07M1068 A Doc 058111UA Revised 6 10 02 An ISO 9001Certified Company...

Page 2: ...DTE 13 3 5 Connecting the POTS ISDN line 13 3 6 Connecting Power 14 4 0 Configuration 15 4 1 Configuring the hardware DIP switches 15 4 2 Configuring DIP Switch S1 17 Switch S1 1 Ethernet Auto Sense 1...

Page 3: ...3 C 2 VDSL Interface 23 RJ 45 23 Terminal Block 23 C 3 POTS ISDN Interface 23 RJ 45 23 D DISTANCE CHART BASED ON 24 AWG 0 5 MM 24...

Page 4: ...1068 generates and uses radio frequency energy and if not installed and used properly that is in strict accordance with the manufac turer s instructions may cause interference to radio and television...

Page 5: ...areas the sum of the RENs of all devices should not exceed five 5 0 To be certain of the number of devices you can connect to your line you should call your local telephone company to determine the ma...

Page 6: ...This equipment meets the applicable Industry Canada Terminal Equipment Technical Specifications This is confirmed by the registration number The abbreviation IC before the registration number signifi...

Page 7: ...etric or asymmetric settings via DIP switch POTS ISDN splitter on board Transparent operation LED indicators for Power Ethernet Link Activity VLINK Quality of Line QOL Surge suppression up to 20 kA 8...

Page 8: ...ross the VDSL link that are meant for the remote peered LAN Figure 1 Typical application The 1068DV CO and 1068DV CP work together to create a transparent extension between two peered Ethernet LANs PO...

Page 9: ...face between the units refer to section 3 3 Connecting the Twisted Pair Line Interface on page 11 Note See Figure 2 for the standalone unit s rear panel arrangements 2 Connect the Ethernet interface r...

Page 10: ...the card edge recepta cle of the rear card it should click into place 4 Secure the front card using the captive fasteners Note The Model 1001R14 chassis supports hot swapping of cards so it is not ne...

Page 11: ...as the 1068 CO is powered on the 1068 CP can establish a link by being powered on or by hav ing its power reset 1 To function properly the two Model 1068s must be connected together using twisted pai...

Page 12: ...he 10 100Base T interface This port is designed to connect directly to a 10 100Base T network Figure 6 shows the signal pin relationships on this interface You may connect this port to another Etherne...

Page 13: ...figured as DTE Data Ter minal Equipment If you wish to connect the 1068 to another DTE devices such as 10 100Base T network interface card in a PC or 1068s in a back to back arrangement you must const...

Page 14: ...supply See Appendix B for domestic and international power supply and cord options DC power supplied via the power supply jack to the 1068 must meet the following requirements DC power supplied must...

Page 15: ...tions 4 1 CONFIGURING THE HARDWARE DIP SWITCHES Using a small flat tip screwdriver remove the protective cover located on the underside of the Model 1068 see Figure 10 Figure 10 Removing protective co...

Page 16: ...2 3 4 ON Push toggle up for ON position Switch toggle Push toggle down for OFF position 1 2 3 4 O N S1 S1 S1 Power VLINK Modem Link QOL VLINK Link Activity Ethernet 1 2 3 4 ON Push toggle to left for...

Page 17: ...duplex Limited Auto sensing capability consists on only auto sensing for 100BaseT half duplex 10BaseT full duplex and 10BaseT half duplex The limited auto sensing feature is used when an Ethernet devi...

Page 18: ...etric VDSL Line Rates Selection Chart S1 2 S1 3 S1 4 Asymmetric Line Rates DS US OFF OFF ON 4 17 Mbps 1 56 Mbps OFF ON ON 9 38 Mbps 1 56 Mbps OFF ON OFF 16 67 Mbps 2 34 Mbps Table 3 Symmetric VDSL Lin...

Page 19: ...d to the appropriate power source 5 2 FRONT PANEL LED STATUS MONITORS The Model 1068 features five front panel LEDs that monitor power the Ethernet signals and the VDSL connection Figure 13 standalone...

Page 20: ...he Ethernet port The more error corrections the more often the LED blinks If the light remains lit continuously it means that the VDSL line is noisy although the data at the Ethernet port remains unco...

Page 21: ...6 000 ft 1 83 km at 1 56 Mbps upstream 4 17 Mbps downstream Note Distances depend on selected line rate A 5 VDSL SURGE SUPPRESSOR Gas tube with maximum current surge 20 kA 8120 s A 6 LED STATUS INDIC...

Page 22: ...data only no power supply 1068DV CO CO Variable Rate VDSL Modem voice data no power supply 1068DV CP CP Variable Rate VDSL Modem voice data no power supply 1068DV 2PK Variable Rate VDSL Modem Kit incl...

Page 23: ...E RJ 45 Pin 1 TX Pin 2 TX Pin 3 RX Pin 6 RX Pins 4 5 7 8 no connection C 2 VDSL INTERFACE RJ 45 Pin 4 RING Pin 5 TIP Pins 1 2 3 6 7 8 no connection Terminal Block See Figure 5 on page 12 C 3 POTS ISDN...

Page 24: ...pany All Rights Reserved Symm Line Rate DS US Distance in feet km 6 25 Mbps 4 500 1 37 9 38 Mbps 4 150 1 26 12 5 Mbps 4 000 1 22 16 67 Mbps 3 300 1 00 Asymm Line Rate DS US Distance in feet km 4 17 Mb...

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