Specifications

Chapter 1 Introduction Installation and Operation Manual
1-2 Overview Optimux-34 Ver. 2.81
Table 1-1. Main Link Interface Options
Module Name
(Ordering
Option)
Transmitter
Type and
Wavelength
[nm]
Connector
Type
Fiber Type
Typical
Output
Power
[dBm]
Receiver
Sensitivity
[dBm]
Typical Range
[km] [miles]
SFP-12 – SMB Coax cable – – (According to
ITU-T G.703
standard)
SFP-1 LED, 1310 LC 62.5/125
Multimode
-18 -31 6.5 4.0
SFP-2 Laser, 1310 LC 9/125
Single mode
-12 -31 38 23.6
SFP-3 Long haul laser,
1310
LC 9/125
Single mode
-2 -34 70 43.4
SFP-4 Long haul laser,
1550
LC 9/125
Single mode
-2 -34 110 68.3
SFP-10a Laser WDM,
Transmit: 1310
Receive: 1550
LC 9/125
Single mode
(single fiber)
-12 -30 40 24.8
SFP-10b Laser WDM,
Transmit: 1550
Receive: 1310
LC 9/125
Single mode
(single fiber)
-12 -30 40 24.8
Typical ranges are calculated according to attenuation of 0.4 dB/km for 1310 nm,
0.25 dB/km for 1550 nm and 3.5 dB/km for 850 nm multimode modules.
Applications
The Optimux-34 unit permits improved utilization of E3 links, both electrical and
optical, due to its capability to multiplex 16 channels. Five of the most frequently
used applications are depicted in
Figure 1-1, to Figure 1-5 .
Point-to-Point Application
In Figure 1-1 , a company campus line or a line leased from a local operator is
used to link two Optimux-34 units situated at a distance ranging from several
hundreds of meters to several tens of kilometers. A backup link is optionally used
to ensure uninterrupted data flow between the two sites. The Optimux-34 at
each site is connected to E1 access equipment like PBXs and 64 kbps
multiplexers.
Note