JUNIPER 740-061409 Optical Module Sample Report
Time: 2025-01-14
JUNIPER has model 740-061409 optical module products, can be in single mode fiber to support Ethernet transmission of 10KM, Moduletektek Limited Laboratory of the product samples for testing, to facilitate further understanding of the product's performance indicators and the effect of the actual machine use.
1. Product Description
JUNIPER 740-061409 optical module in the standard single-mode fiber to support 10KM link length; the official key parameters of information and the physical appearance of the module are as follows:
Table 1 JUNIPER 740-061409 official key parameters
Part Number
|
740-061409
|
Speed
|
100 Gigabit Ethernet
|
Connector
|
Duplex LC
|
Product Type
|
Optical Transceiver
|
Transmitter wavelengths ( range )
|
1294.53 nm through 1296.59 nm
|
|
1299.02 nm through 1301.09 nm
|
|
1303.54 nm through 1305.63 nm
|
|
1308.09 nm through 1310.19 nm
|
Transmitter output power , each lane ( minimum )
|
–4.3 dBm
|
Transmitter output power , each lane ( maximum )
|
4.5 dBm
|
Receiver input power , each lane ( minimum )
|
–10.6 dBm
|
Receiver input power , each lane ( maximum )
|
4.5 dBm
|
Cable type
|
SMF
|
Core size / cladding
|
9/125 µm
|
Distance
|
10 km
|
Maximum Power consumption ( W )
|
3.5W
|
Operating Temperature (range)
|
0°C to 70°C
|

Figure 1 JUNIPER 740-061409 Optical Module Physical Picture
2. Module identification
Connect the 740-061409 module to the JUNIPER QFX5200-32C switch, the module can be normally LINK, the port indicator is on; the module information can be normally recognized by the switch, such as the module type, model number, serial number, rate, transmission distance, etc.; you can read the DOM data, and the DOM data are within the threshold range, no alarm phenomenon.
Table 2 JUNIPER 740-061409 on-switch identification
Item
|
Switch reading information
|
LINK
|
|
Identify
|
|
DOM data
|
|
3. Module key parameters testing
The performance indexes of JUNIPER 740-061409 sample module on the test board are tested under the condition of 45℃ in the laboratory module shell, and the test results are as follows;
Table 3 JUNIPER 740-061409 performance indicators
Parameter
|
Channel 1
|
Channe 2
|
Channe 3
|
Channe 4
|
Remarks
|
Transmit optical power (unit: dBm)
|
2.258
|
2.922
|
2.146
|
2.722
|
|
Receiving sensitivity (without fiber) (unit: dBm)
|
-12.245
|
-12.687
|
-12.722
|
-12.387
|
0 BER
|
Receiving sensitivity (over 10KM fiber) (unit: dBm)
|
-12.974
|
-12.903
|
-13.039
|
-12.206
|
0 BER
|
Power consumption (unit: W)
|
3.28
|
The sample module enclosure was tested at 45°C optical eye diagram with the following eye diagram template and parameters:
Table 4 JUNIPER 740-061409 optical module eye diagrams
|
Eye diagram
|
|
Eye diagram
|
Channel 1
|
|
Channel 3
|
|
Channel 2
|
|
Channel 4
|
|
Table 5 JUNIPER 740-061409 optical eye chart parameters
Parameter
|
Channel 1
|
Channel 2
|
Channel 3
|
Channel 4
|
Extinction ratio (dB)
|
4.77
|
5.09
|
5.02
|
4.73
|
P-P jitter (ps)
|
14.12
|
12.72
|
12.02
|
14.58
|
Rise Time (ps)
|
17.18
|
16.99
|
17.24
|
16.54
|
Down time (ps)
|
22.12
|
21.35
|
22.82
|
21.23
|
Margin value (%)
|
10.5
|
13.2
|
5.9
|
3.6
|
From the actual test situation, the key parameter index of the module is in line with the official claim of JUNIPER.
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