Arris NC4000 - Pads and Equalizers

TM 87-10923 Rev E
NC4000 Node Overview 2-11
Table 2.3 Plug-in SFP Optical Transceiver Matrix
Model
Number
Data
Rate
(Gbps)
Wavelength
Optical
Power
Out
dBm
Max
Distance
km
DT4030
DT4032
DT4230
DT4232
DT4250
TR4000-PI
2.125
1310 nm
–6 min
Up to 10
X
X
TR4040-PI
2.12
1310 nm
–1 min
Up to 40
X
X
TR4440B-xxxx-PI
2.125
CWDM
–1 min
Up to 60
X
X
TR4540-0000-PI
2.125
1550 nm
–3 min
Up to 40
X
X
TR4580-xx-PI
2.125
DWDM
+3 min
Up to 120
(Note 1)
X
X
TSA1310-TL10
3.2
1310 nm
0 min
Up to 10
X
X
TSA1310-TL40
3.2
1310 nm
–1 min
Up to 40
X
X
TSCxxxx-TL40
3.2
CWDM
–1 min
Up to 40
X
X
TSD4580-xx-PI
3.2
DWDM
+3 min
Up to 80
(Note 1)
X
X
X
TKA1310-TL2
4.25
1310 nm
-8.4 min
Up to 2
X
TKA1310-TL10
4.25
1310 nm
-8 min
Up to 10
X
TKA1310-TL40
4.25
1310 nm
0 min
Up to 40
X
TKB1550-TL40
4.25
1550 nm
0 min
Up to 40
X
TKCxxxx-TL40
4.25
CWDM
0 min
Up to 40
X
TKD4580-xx-PI
4.25
DWDM
+3 min
Up to 80
(Note 1)
X
Note 1: This is strictly a dispersion limitation. Actual transmission distance is also dictated by the power budget
of each transmission link. EDFAs and dispersion compensation modules are suitable for use with
TR4580-xx-PI, TSD4580-xx-PI, and TKD4580-xx-PI transceivers and can be used to extend the
transmission range.
2.3.6 Pads and Equalizers
Plug-in pads (attenuators) and equalizers are used in forward path receivers and on the RF
amplifier to adjust the node’s RF levels.
On the RF amplifier tray, the position of specific pads determines segmentation. Pad values (in dB)
are used to adjust levels (see Appendix A, Table A-1).
Equalizers are used to insert a positive slope (with respect to frequency) to offset the negative slope
normally found in coax cable runs (see Appendix A, Table A-3).
See Foldout 1 at the back of this manual for the location of pads and equalizers on the OA4324HG
RF amplifier tray.
2