EPON/RFoG Flashcards

1
Q

OBI

A

Optical Beat Interference

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2
Q

RFoG downstream wavelegnth

A

1550nm

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3
Q

RFoG upstream wavelength

A

1610nm

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4
Q

An alternative upstream wavelength for RFoG

A

1310nm

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5
Q

This device converts the downstream optical signal to an electrical RF signal and converts the upstream into an optical signal in RFoG applications.

A

R-ONU

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6
Q

EPON

A

Ethernet Passive Optical Network

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7
Q

GPON

A

Gigabit Passive Optical Network

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8
Q

EPON and GPON use this wavelength for downstream

A

1490nm

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9
Q

EPON and GPON use this wavelength for upstream

A

1310nm

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10
Q

10 Gigabit EPON uses what wavelengths on the downstream and upstream

A

1577 and 1270nm

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11
Q

OLT

A

Optical Line Terminal

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12
Q

AIM

A

Analog Intensity Modulation

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13
Q

This device contains all the optical transmitters and receivers used in an EPON network

A

Optical Line Terminal

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14
Q

AIM is used in ____ Networks.

A

RFoG

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15
Q

Type of modulation used by EPON and GPON.

A

Baseband Digital Modulation

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16
Q

OSS

A

Operating Support System

17
Q

These specifications are a joint effort from CableLabs, cable operators, vendors and suppliers

A

DPoE/DPoG

18
Q

DML

A

DOCSIS Mediation Layer

19
Q

This interprets the DOCSIS management information creating virtual cable modems for every OnU.

A

DML

20
Q

SNMP

A

Simple Network Management Protocol

21
Q

WDM

A

Wavelength Division Multiplexing

22
Q

Is an optical technology the same radio frequency (RF) signals, such as QAM and analog video, that are carried by conventional HFC network.

A

Wavelength Division Multiplexing

23
Q

RFoG

A

Radio Frequency Over Glass

24
Q

Is the software element in the OLT that becomes the proxy between the ONU or ONT and the DOCSIS back office environment.

A

Virtual Cable Modem

25
Q

The optical transmitter converts ___ to ____. The optical Receiver converts ___ to ___.

A

Electrical to Optical; Optical to Electrical.