Cisco Prisma CWDM Filters Data Sheet
3
CWDM Passives
for 16-Channel CWDM HFC Architectures
for 16-Channel CWDM HFC Architectures
Specifications
CWDM LGX-Compatible 4-Channel MUX/DMUX
Parameters
Units
4-Channel Low band
4-Channel High band
Notes
Center Wavelengths
nm
1271, 1291, 1311, 1331
1511, 1531, 1551, 1571
Module Dimensions
Depth (max)
cm/in
15.9 / 6.26
Width
cm/in
2.9 / 1.15 (1 LGX slot)
Height cm/in
10.2
/
4.0
Faceplate Height
cm/in
13.0 / 5.1
Common Specifications
Channels
4
Bandwidth per Channel @ - 0.5 dB
nm
> 13,5
> 14 @ 1511 and 1531
> 15 @ 1551 and 1571
> 15 @ 1551 and 1571
Pass Band Ripple
dB
< 0.5
Isolation
@ adjacent channel
dB
> 30
@ non-adjacent channel
dB
> 40
Insertion Loss
1
@ 4 channels
dB
< 2.5
Directivity dB
>
50
Return Loss
dB
> 50
Operating Temperature
°C
-15 to +70
-40 to +85
-40 to +85
2
Connector
SC/APC or E2108
Notes:
1) Losses include input/output and common connector losses
2) With 0.5 dB additional insertion loss
1) Losses include input/output and common connector losses
2) With 0.5 dB additional insertion loss
Recommended for use in non-condensing environments only
CWDM LGX-Compatible 8-Channel MUX/DMUX
Parameters
Units
8-Channel Low band
8-Channel High band
Notes
Center Wavelengths
nm
1271, 1291, 1311, 1331
1351, 1371, 1431, 1451
1351, 1371, 1431, 1451
1471, 1491, 1511, 1531
1551, 1571, 1591, 1611
1551, 1571, 1591, 1611
Module Dimensions
Depth (max)
cm/in
15.9 / 6.26
Width
cm/in
5.8 / 2.3 (2 LGX slot)
Height cm/in
10.2
/
4.0
Faceplate Height
cm/in
13.0 / 5.1
Common Specifications
Channels
8
Bandwidth per Channel @ - 0.5 dB
nm
> 13,5
> 14 @ 1471 - 1531
> 15 @ 1551 - 1571
> 15 @ 1551 - 1571
Pass Band Ripple
dB
< 0.5
Isolation
@ Adjacent channel
dB
> 30
@ Non-adjacent channel
dB
> 40
Insertion Loss
1
@ 8 channels
dB
< 3.0
Directivity dB
>
50
Return Loss
dB
> 50
Operating Temperature
°C
-15 to +70
-40 to +85
-40 to +85
2
Connector
SC/APC or E2108
Notes:
1) Losses include input/output and common connector losses
2) With 0.5 dB additional insertion loss
1) Losses include input/output and common connector losses
2) With 0.5 dB additional insertion loss
Recommended for use in non-condensing environments only