PRODUCT
MN 100 RF PON(RFoG) mini Optical Node
Lootom MN100 RF PON Transceiver offer the operators competitive advantage and enormous flexibility over the traditional HFC architectures ...
MN 100 RF PON(RFoG) mini Optical Node
No. |
Item |
Unit |
Description |
Remark |
Physical |
||||
1 |
dimension |
mm |
31×128×78 |
H×W×D |
Optic connector |
||||
5 |
optic connector |
SC/APC |
||
8 |
input wavelength |
nm |
1525~1565 |
|
9 |
input power range |
dBm |
-8~0 |
|
10 |
Loss of signal alarm threshold |
dBm |
<-8 |
|
11 |
bandwidth |
MHz |
54/87~862(1000) |
|
12 |
flatness |
dB |
±0.75 |
at the worst condition |
13 |
impedance |
Ω |
75 |
|
14 |
RF output level |
dBmV |
24±2 |
OMI=3.7, %, at -4dBm input power |
15 |
RF return loss |
dB |
16 |
at the worst condition |
16 |
RF output test point |
-dB |
20±0.75 |
|
17 |
CNR |
dBc |
>48 |
-4dBm input power |
18 |
CTB |
dBc |
>70 |
-4dBm input power |
19 |
CSO |
dBc |
>65 |
-4dBm input power |
return path parameter |
||||
20 |
bandwidth |
MHz |
10~42/65 |
at the worst condition |
21 |
Flatness |
± dB |
0.75 |
|
22 |
impedance |
Ω |
75 |
|
23 |
RF return loss |
- dB |
16 |
at the worst condition |
24 |
RF input level |
dBmV |
20 |
|
25 |
RF input test point |
-dB |
20±0.75 |
|
26 |
laser |
FP |
||
27 |
output power |
dBmW |
>0 |
standard |
28 |
wavelength |
nm |
1310±50 |
Assignable |
Laser working mode |
Normal mode or burst mode |
|||
29 |
laser operation |
bust mode |
||
30 |
RF input test point |
-dB |
20±0.75 |
|
31 |
RF input dynamic range |
dBmV |
15~40 |
|
NPR dynamic range |
FP/DFB |
|||
power and environment |
||||
35 |
operation temperature |
℃ |
- 25~+65 |
|
36 |
operation humidity |
5%~95% |
non-condensation |
|
37 |
power input voltage |
VDC |
+12 ~ +24 |
+12VDC nominal |
38 |
power consumption |
W |
4 | |
39 |
surge protection |
KV |
6 |