FWAP-XG(S) Series, XGS-PON,XG-PON,and GPON & CATV Integrated Optical Platform
- Product Description
"Quality Broadband" has become the consensus of the development of the global broadband industry. Meeting the needs of users for 10G bandwidth has become a challenge for operators. To meet the challenges faced by operators, Huawei's next-generation large-capacity distributed intelligent OLT platform MA5800 provides a single service board that supports XGS-PON, XG-PON, and GPON mixed access application scenarios.
Fullwell is a certified solution partner of Huawei. In order to cater to the integration of a triply play network and move towards 10G bandwidth, Fullwell has developed the product of XG (S ) -PON + CATV EDFA high power EDFA. Its CATV signals and XGS-PON, XG-PON, and GPON signals can be accessed on one fiber at the same time, helping operators to create an all-optical, automated, and intelligent FTTH integrated access network, continuously improve user experience, enable quality broadband, help operators CATV and home broadband become possible while reducing the cost of operator investment.
FWAP-XG(S) series is the latest optical transmission system equipment of XG (S) -PON + CATV FTTH / FTTP triple play network integration, and it is the function of combining OLT XG (S) -PON broadband signal and CATV 1550nm optical signal after amplification. Input ports: 1 CATV + 32 XGS-PON / XG-PON and GPON, combined 32 outputs: 1310 / 1490nm & 1270 / 1577nm + 1550nm, of which the total output power range of 1550nm is 30 ~ 45dBm. Multiply output ports can be customized. Compatible with XG (S) -PON / ONU, such as Huawei, ZTE, and Fiberhome, without losing data, and has a high-cost performance.
2. Product feature
Top quality: Adopt JDSU, - a multi-mode high-power pump laser and the power is optimized through software, which makes the system achieve excellent CNR AND minimize the NF of EDFA.
Reliability: 19″2U/3U chassis, large-screen with touch screen panel, built-in high-performance hot-pluggable dual switching power supply with Chassis automatic heat dissipation control.
Intuitive: JDSU, - multi-mode pump laser is the most expensive component in the device. The built-in microprocessor monitors the working status of the pump laser, and the working parameters are displayed on LCD.
Network management Interface: The web transponder is in line with the national standard and compatible with the SCTE HMS standard, achieving a WEB monitoring function.
Customizable 2X1 optical switch: built-in optical path selector, 2 optical inputs, can be set to manual or automatic mode for the selection of the main and redundant path.
Integrated WDM of XGS-PON, XG-PON, and GPON, optical port: XGS-PON, XG-PON, and GPON input: SC / UPC, 1 port of 1550nm CATV optical input port: SC / APC, XG (S) -PON + CATV 1550nm EDFA output optical port: SC / APC. 64/128 multiply output ports can be customized.
3. Technical Parameters
| Items |
Unit |
Performance Index |
| Optical Operating Wavelength |
nm |
1535~1565 |
| Input Optical Power Range |
dBm |
-10~+10 |
| Noise Ratio |
dB |
≤5.0 (0 dBm,@1550nM) |
| Gain Flatness |
dB |
<±0.3 |
| Optical Power Output Stability |
dB |
<±0.5 |
| Polarization Sensitivity |
dB |
<0.2 |
| Polarization Mode Dispersion |
Ps |
<0.5 |
| Input End Pump Leakage Power |
dB |
≤-30 |
| Output End Pump Leakage Power |
dB |
≤-30 |
| Optical Input, Output Return Loss |
dB |
>45(APC Stepped Face) |
| Pump Operating Number |
PCs |
2~5 |
| Rated Output Power |
dBm |
27~45 |
| Linker(IN) |
- |
SC/APC |
| Linker(OUT) |
- |
SC/APC,LC/UPC(128ports) |
| Power Supply/Consumption |
V/W |
AC165~265 or DC-48/20 |
| Operating/Storage Temperature |
ºC |
-20~65/-30~70 |
| Operating/Storage Humidity |
% |
5~90 |
| Case Size |
" |
19×16×3.5,19×16×5.3(3U) |
| Network Management Connector |
/ |
RJ45(following national network management standard, supports WEB) |
| XG(S)- PON |
XG(S)- PON Wavelength |
nm |
1310/1490 & 1270/1577 |
| XG(S)- PON Linker |
/ |
SC/UPC,LC/UPC(128ports) |
| Uplink optical ports |
pcs |
16/32/64/128 |
| Output ports |
Pcs |
16/32/64/128 |
| XG(S)- PON Insertion Loss |
dB |
<1.2 |
| 1550 Port Insertion Loss |
dB |
<0.7 |
| Optical isolation between CATV&OLT |
dB |
40 |
| Optical Switch |
Insertion Loss |
dB |
<1 |
| Harass |
dB |
<-60 (isolation between A and B) |
| Switch Time |
ms |
<10 |
| Switched Power Threshold Range |
dBm |
-5~10 |
4. Product Model Series
| Model Number |
Total Output Power
dBm(mW) |
Output No. |
Each Output Power
(dBm) |
| FWAP-XG(S)-16x16 |
30dBm(1000mW) |
16 |
16 |
| FWAP-XG(S)-32x12 |
32 |
12 |
| FWAP-XG(S)-16x17 |
31dBm(1300mW) |
16 |
17 |
| FWAP-XG(S)-32x13 |
32 |
13 |
| FWAP-XG(S)-16x18 |
32dBm(1600mW) |
16 |
18 |
| FWAP-XG(S)-32x14 |
32 |
14 |
| FWAP-XG(S)-16x19 |
33dBm(2000mW) |
16 |
19 |
| FWAP-XG(S)-32x15 |
32 |
15 |
| FWAP-XG(S)-16x20 |
34dBm(2500mW) |
16 |
20 |
| FWAP-XG(S)-32x16 |
32 |
16 |
| FWAP-XG(S)-16x21 |
35dBm(3000mW) |
16 |
21 |
| FWAP-XG(S)-32x17 |
32 |
17 |
| FWAP-XG(S)-16x22 |
36dBm(4000mW) |
16 |
22 |
| FWAP-XG(S)-32x18 |
32 |
18 |
| FWAP-XG(S)-16x23 |
37dBm(5000mW) |
16 |
23 |
| FWAP-XG(S)-32x19 |
32 |
19 |
| FWAP-XG(S)-32x20 |
38dBm(6000mW) |
32 |
20 |
| FWAP-XG(S)-64x16 |
64 |
16 |
| FWAP-XG(S)-32x21 |
39dBm(8000mW) |
32 |
21 |
| FWAP-XG(S)-64x17 |
64 |
17 |
| FWAP-XG(S)-32x22 |
40dBm(10000mW) |
32 |
22 |
| FWAP-XG(S)-64x18 |
64 |
18 |
| FWAP-XG(S)-32x23 |
41dBm(13000mW) |
32 |
23 |
| FWAP-XG(S)-64x19 |
64 |
19 |
| FWAP-XG(S)-64x20 |
42dBm(16000mW) |
64 |
20 |
| FWAP-XG(S)-128x16 |
128 |
16 |
| FWAP-XG(S)-64x21 |
43dBm(20000mW) |
64 |
21 |
| FWAP-XG(S)-128x17 |
128 |
17 |
| FWAP-XG(S)-64x22 |
44dBm(25000mW) |
64 |
22 |
| FWAP-XG(S)-128x18 |
128 |
18 |
| FWAP-XG(S)-64x23 |
45dBm(32000mW) |
64 |
23 |
| FWAP-XG(S)-128x19 |
128 |
19 |
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