Cisco Prisma II bdr Dig Rev 2 1 Dual Mux Sys for High Density Installations Data Sheet

 

4

 
 

 

RF Input Level Requirements 

dBmV/Hz 

See Link Performance Section 

 

RF Input Return Loss 

dB 

16 

 

Input RF Variable Attenuation Range 

dB 

0 to 10 

 

Power Consumption (maximum) 

W 

11 

 

Data Output to Laser Module 

Gbps 

2.5 

 

A/D Input Test Point 

dB 

-20 

± 0.5 

1 

 

Data Input from 2:1 Transmit Processor 

Gbps 

2.5  

 

Optical Wavelength 

nm 

1550 ITU grid 200 GHz spacing 

1550 non-ITU 

1310 nm 

 

Power Consumption (maximum) 

W

 

8 (1550 nm ITU) 

6.5 (1550 non-ITU) & (1310 nm) 

 

Optical Output Power (modulated) 

dBm 

0 or 7 

 

Optical Interface 

 

SC/APC Connector 

 

 

Data Input from Receiver Module 

Gbps 

2.5 

 

RF Output Level 

dBmV/Hz 

See Link Performance Section 

 

RF Output Return Loss 

dB 

16 

 

Output RF Variable Gain Control Range 

dB 

0 to -10 

 

Power Consumption (maximum) 

W 

15 

 

RF Output Test Point  

dB 

-20 (

± 0.5 dB) 

 

Optical Input Power Range: SR module 

dBm 

-5 to –22 

2 

Optical Input Power Range: ER module 

dBm 

-10 to -29 

2 

Data Output to Laser Module 

Gbps 

2.5 

 

Power Consumption (maximum) 

W 

1 

 

Optical Interface 

 

SC/APC connector 

 

 

Operating Temperature Range (ambient) 

°C 

°F 

-40 to +65 

-40 to +149 

3,4 

Physical Dimensions  (any Processor with 
2 Receiver or 2 Laser Modules) 
    Depth 

 
 

in. 

cm 

 
 

9.8 

24.9 

 

    Width 

in. 

cm 

2.1 
5.3 

 

    Height 

in. 

cm 

7.6 

19.3 

 

    Weight 

lb 

kg 

5.0 
2.3 

 

 

 

Notes:  
1.  Test point level is –20 dB referenced to the RF input with attenuator set at 0 dB. 
2.  System designs should consider the effects of wavelength dispersion in long fiber lengths.  This can result in up to 2 

dB loss of Rx sensitivity over a 100 km distance. 

3.  Recommended for use only in non-condensing environments. 
4.  Receive Processor operating temperature range is –10 to +65°C.