Cyan Z77 - Z33 Timing

Cyan Z-Series Engineering and Planning Guide Release 5.0
700-0023-05-00 Rev. 1 © 2013 Cyan, Inc. – All Rights Reserved. Page 35
Physical connections in this example configuration are as follows:
1. Connect the CEMi DCN port in slot A to the 1550nm port of the WDM Module 1310/1550nm LGX.
2. Connect the CEMi DCN port in slot B to the 1550nm port of the WDM Module 1310/1550nm LGX.
3. Connect the MSE-1482 10G OTN fiber port in slot 1 to the 1310nm port of the WDM Module
1310/1550nm LGX.
4. Connect the MSE-1482 10G OTN fiber port in slot 2 to the 1310nm port of the WDM Module
1310/1550nm LGX.
5. Connect the outside plant fiber to the common port of the WDM Module 1310/1550nm LGX.
6. Connect the outside plant fiber to the common port of the WDM Module 1310/1550nm LGX.
For details on provisioning the CEMi DCN and the MSE-1482 10G OTN fiber port, see the Planet Operate
User Guide.
The WDM Module 1310/1550nm LGX is installed in an LGX shelf. For details on installing the LGX shelf
and LGX-compatible modules, see the Cyan Z33 Installation and Safety Guide or the Cyan Z77 Installation
and Safety Guide.
CEMi Specifications
Power consumption:
8 Watts (typical), 10 Watts (maximum)
Weight:
0.96 lbs. / 435 grams
Height:
5.8" / 147 mm
Depth:
11.5" / 292 mm
Width:
0.9" / 23 mm
Timing:
Stratum 3
Craft:
1 x 10/100/1000Base-T RJ-45
iLAN:
2 x 10/100/1000Base-T RJ-45
Management:
1 x 100Base-FX SFP
Operating temperature:
-40°F to +149°F / -40°C to +65°C (I-Temp)
1.2.4 Z33 Timing
The Z33 system supports the following timing inputs/outputs used for network synchronization:
• Two DS1/E1 outputs (ITU G.707, Telcordia GR-440)
• Two DS1/E1 inputs (ITU G.707, Telcordia GR-440)
• Two CC/2M inputs (ITU G.707)
The timing inputs and outputs are accessed through a 12-position pluggable terminal block on the rear side
of the Z33 chassis. The following table shows the external timing connector pinouts:
Pin Description
1 T1/E1 TX1_+ (Output)
2 T1/E1 TX1_- (Output)
3 T1/E1 TX2_+ (Output)
4 T1/E1 TX2_- (Output)
5 T1/E1 RX1_+ (Input
6 T1/E1 RX1_- (Input)