[OpticTrans] RFOG FTTH Bi-directional RFOG Optical Node/Optic Receiver

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10 Piece/Pieces (Min. Order)
Supply Ability:
1500 Piece/Pieces per Month
Port:
Shanghai
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Overview
Quick Details
Place of Origin:
Zhejiang, China (Mainland)
Brand Name:
OEM
Model Number:
OPRG-300C
Name:
Bi-directional RFOG Optical Node
Application:
RFOG,FTTH,CATV
Down link wavelength:
1525~1565nm
Frequency:
54MHz~1GHz
Input optic power:
-8~0dBm
RF Output level:
85dBuV
Uplink wavelength:
1310/1550nm(FD laser)
Optical connector:
SC/APC, FC/APC
Power supply:
+12V DC
Size:
128x78x31mm
Packaging & Delivery
Packaging Details
Foam + Carton Package
Delivery Time
15 days

Description

OPRG-300C RFOG FTTH Optical Receiver offers the operators competitive advantage and enormous flexibility over the traditional HFC architectures --- avail enough the existing RF and DOCSIS technology to deploy a fiber optic distribution network. OPRG-300C operates over a standard Passive Optical Network (PON) ODN architectures using a standard HFC optical wavelength, connect to cable modems, televisions and set-top boxes through the existing coaxial cable, no need the neighboring HFC nodes and the annual testing and maintenance. OPRG-300C allows PON, RFoG and mixed PON network to extend the bi-directional and interactive RF business through the passive optic distribution network, it could be used at the same optic cable which PON access to support the voice, video and data business. OPRG-300C provides bi-directional services over extended RF frequencies (up to 1.1GHz) while being agnostic to head-end equipment, customer equipment, and compatible with today’s operating processes

 

Features

(1) For FTTH network

(2) Using the low noise pHEMT GaAs FET as the first RF amplify module, fit to low optic power input.

(3) Support the universal HFC set-top box, cable modem and head-end equipment

(4) Transparent return path capability (protocol and modulation format agnostic)

(5) Optical AGC function ( reach the positive RF level

(6) Reduce the convergence noise

(7) Local or remote power supply

(8) Die-casting aluminum housing, excellent heat dissipation performance

(9) It is compatible with DAVIC and DOCSIS 
 
Specifications

Indicators

Red Light

Power supply

Green Light

Optic power

Test point

1 V/mW

Optic connector

Optic connector

SC/APC

Customer interface

RF connector

75Ω ”F” connector

power supply connector

"F” connector

Forward path parameter

Input wavelength (nm)

1525~1565

Input power range(dBm)

-8~0

Loss of signal alarm threshold (dBm)

<-8

Bandwidth (MHz)

54~1000

Flat (dB)

±0.75 (at the worst condition)

Impedance (Ω)

75

RF output level (dBmV)

24±2

OMI=3.7%( at -4dBm input power)

RF return loss (dB)

16 (at the worst condition)

RF output test point (-dB)

20±0.75

CNR(dBc)

>48 (-4dBm input power)

CTB(dBC)

>70 (-4dBm input power)

CSO(dBc)

>65 (-4dBm input power)

Return path parameter

Bandwidth (MHz)

10~42 (at the worst condition)

Flat (± dB)

0.75

Impedance (Ω)

75

RF return loss (- dB)

16 (at the worst condition)

RF input level (dBmV)

20

RF input test point (-dB)

20±0.75

Laser

FP

output power (dBmW)

>0 (standard)

Wavelength (nm)

1310±50 (all wavelength optioned)

laser operation

burst mode

RF input test point (-dB)

20±0.75

RF input dynamic range (dBmV)

15~40

CNR (-dBc)

>45 (at the worst condition)

CTB(FP) (-dBc)

>45 (at the worst condition)

CSO(FP) (-dBc)

>45 (at the worst condition)

Power and Environment

Operation temperature (°C)

- 40~+60

operation humidity

5%~95% (non-condensing)

power input voltage (VDC)

+12 ~ +24 (+12VDC nominal)

Power consumption (W)

4

surge protection (KV)

6

Dimension (H×W×D)

31×128×78 (mm)

 

Block diagram