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3 System Example
Instructions on setting up a sample test system are provided in this section. The test system, shown in
Figure 3-1, utilizes two MOST50 E-O Converters to electrically isolate an OS81082 Evaluation Board,
which is the DUT in this sample system. The test environment in this example is represented by the
anechoic chamber. The OptoLyzer G2 3050e serves as the MOST50 network master and is used to moni-
tor and inject network traffic through either OptoLyzer transceiver or MOST RapidControl.
Devices used in the test system example (Figure 3-1) are connected using the following steps. Cable con-
nections between devices are shown in Figure 3-2.
1. Connect the OS81082 Evaluation Board (DUT) to the E-O Converter (#2) with two UTP ePHY cables.
2. Connect the duplex optical fiber cable to each of the E-O Converters, ensuring that the SC connectors
are inserted correctly.
3. Connect the OptoLyzer G2 3050e (Master) to the E-O Converter (#1) using two more UTP ePHY
cables.
4. Turn on all of the devices. The ePHY and optical error LEDs on the E-O Converters will turn off once
the network is locked.
5. The system is now ready for testing.
In this example, the Optolyzer G2 3050e is able to exercise the DUT without adding any noise interfer-
ence. The test can also include any number of MOST50 network devices within the anechoic chamber.
Figure 3-1: MOST50 Test System Example
Optical Physical
Layer Network
OS81082
Evaluation
Board
(DUT)
MOST50
E-O
Converter
(#2)
Anechoic Chamber
MOST50
ePHY
Network
Optolyzer
G2
3050e
(Master)
MOST50
E-O
Converter
(#1)
MOST50
ePHY
Network
UTP cable
UTP cable
(1.0 m)
UTP cable
Duplex optical
fiber cable
(40 m)
(1.0 m)
(1.0 m)
UTP cable
(1.0 m)
