RIEDEL SFPs-Artist User Manual
Artist sfp modules
Riedel Communications GmbH & Co. KG
|
Uellendahler Str. 353
|
42109 Wuppertal
|
Germany
www.riedel.net
16.09.2013
|
Rev 1.0
|
Subject to change without notice. Errors and omissions excepted.
Artist SFP modules
This document itemise all SFPs used in Artist and PMX applications.
Extensive testing is conducted by Riedel to ensure 100% compatibility and
perfect operation of all offered SFP modules when used with our products.
We can therefore not guarantee trouble-free operation of our products,
when SFP modules other than the ones offered by Riedel are used.
General
Riedel
Matchcode
ART-Z-SFP-CPU-
MM-850-8,5-1,25Gbps
ART-Z-SFP-CPU-
MM-1310-10-1,25Gbps
ART-Z-SFP-CPU-
SM-1310-10,5-1,25Gbps
ART-Z-SFP-PMX-
SM-TX1310/RX1550-18-155Mbps
ART-Z-SFP-PMX-
SM-TX1550/RX1310-18-155Mbps
Riedel
Item
1090002
1090003
1090004
1090083
1090084
Products
CPU-128F G2 SET
PMX 2004, PMX 2008
Connector
Duplex LC
Duplex LC
Duplex LC
Simplex LC
Simplex LC
Mode
multi-mode
multi-mode
single-mode
single-mode
single-mode
Data Rate
1.25
Gbps
1.25
Gbps
1.25
Gbps
155
Mbps
155
Mbps
Distance
*1
500
m
*2
2
km
*2
10
km
*3
30
km
*3
30
km
*3
Opt. Budget
8.5
dB
10
dB
10.5
dB
18
dB
18
dB
Power
Consumption
0.9
W
0.9
W
0.9
W
0.7
W
0.7
W
Temperature
0 ... +70
°C
0 ... +70
°C
0 ... +70
°C
0 ... +70
°C
0 ... +70
°C
TX
Power Out
-9.5 ... -4
dBm
*2
-9 ... -1
dBm
*2
-9.5 ... -3
dBm
*3
-14 ... -8
dBm
*3
-14 ... -8
dBm
*3
Extinction Ratio
9
dB
9
dB
9
dB
8.2
dB
8.2
dB
Wavelength
830 ... 860
nm
1270 ... 1355
nm
1270 ... 1355
nm
1261 ... 1360
nm
1480 ... 1580
nm
Spectral Width
0.85
nm
4
nm
2.5
nm
4
nm
3
nm
Jitter
227
ps
227
ps
227
ps
--
--
RX
Power In
-18 ... 0
dBm
-19 ... -1
dBm
-20 ... -3
dBm
-32 ... 0
dBm
-32 ... 0
dBm
Wavelength
770 ... 860
nm
1260 ... 1610
nm
1260 ... 1610
nm
1480 ... 1600
nm
1260 ... 1360
nm
LOS Asserted
-35
dBm
-35
dBm
-35
dBm
-45
dBm
-45
dBm
LOS Deasserted
-18
dBm
-19
dBm
-20
dBm
-32
dBm
-32
dBm
LOS Hysteresis
--
--
--
--
--
*1
The maximum distance can vary with the number of connectors, patch fields and attenuation on the line.
*2
50/125 μm fiber
*3
9/125 μm fiber