deviser’s test solutions for fttx and rfog · 2019-04-05 · deviser’s test solutions for fttx...

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Deviser’s Test Solutions for FTTx and RFoG Ideal loss of splitter is 3dB per branch Number of Ports Ideal loss of splitter(dB) Actual loss of splitter(dB) 2 3 3.6 4 6 7.2 8 9 10.2 16 12 13.5 32 15 16.2 64 18 20.5 PON Specifications EPON GPON Standard IEEE 802.3ah ITU-T G.984.x Protocol Ethernet ATM, TDM, WDM, Ethernet Upstream Rate 1.25 Gbps 1.25Gbps or 622 Mbps Downstream Rate 1.25 Gbps 2.5Gbps or 1.25Gbps Split Ratio 1 : 32 1:32, 1:64, 1:128 Bandwidth Utilization 72% 92% Maximum Transmission Distance Support maximum distance of 20km at splitting ratio 1:16; Support maximum distance of 10km at splitting ratio 1:32; Packet Size (in Byte) 1518 From 53 to 1518 Line Encoding 8B/10B (with FEC) NRZ (with FEC) Downstream Wavelength 1490±10 nm 1490±10 nm Upstream Wavelength 1260nm to 1360nm 1260 nm to 1360 nm Communication Protocol Ethernet ATM, Ethernet, TDM Audio VoIP or TDM Video 1550nm Overlay RF or IP Optical Module Dynamic Range 1000Base-PX10 (23dB) A(5-20 dB), B(10-25 dB), C(15-30 dB) Minimum Source Power (Upstream) -1 dBm(PX10) -2 dBm(1.25 Gbits/sec;Class B) Minimum Source Power (Downstream) -3 dBm(PX10) +1 dBm(1.25 Gbits/sec; Class B) Minimum Sensitivity (Upstream) -24 dBm(PX10) -28 dBm(1.25 Gbits/sec; Class B) Minimum Sensitivity (Downstream) -24 dBm(PX10) -25 dBm(1.25 Gbits/sec; Class B) Service Encapsulation Anything over Ethernet Anything over GEM Encryption Triple Agitation, AES-128 AES-128 DBA Fixed, Assured, Best Effort Fixed Assured, Non-Assured, Best Effort Qos LLID+IEEE 802.1P GEM_PORT/T-Cont TDM Bearing Mode CES PWE3/MEF8 G.984.3(Native) or CES TDM Performance Special Line and Base Station Bearing Capacity Special Line and Base Station Bearing Capacity Operation and Maintenance CCSA+Ethernet OAM G.984.4 (OMCI) Fiber Detection Yes Yes Abbreviations CWDM Coarse Wavelength Division Multiplexing 粗波分复用 DWDM Dense Wavelength Division Multiplexing 密集波分复用 EPON Ethernet based Passive Optical Network 以太无源光网络 EDFA Erbium Doped Fiber Amplifier 掺铒光纤放大器 FTTB Fiber To The Building 光纤到楼 FTTC Fiber To The Curb 光纤到路边 FTTCab Fiber To The Cabinet 光纤到机箱 FTTH Fiber To The Home 光纤到户 FTTP Fiber To The Premises 光纤到建筑物 FTTx Fiber to the x, x=Building, Curb, Home, Premises GPON Gigabit capable Passive Optical Network 千兆能力的无源光网 OLT Optical Line Terminal/Termination 光线路终端 ONU Optical Network Unit 光网络单元 QoS Quality of Service 服务质量 OTDR Optical Time Domain Reflectometer 光时域反射仪 PON Passive Optical Network 无源光网络 RFoG Radio Frequency over Glass 光纤上的射频传输 R-ONU RFoG ONU RFoG 光网络单元 VoIP Voice over Internet Protocol 网络电话 VLAN Virtual Local Area Network 虚拟局域网 WDM Wavelength Division Multiplexing 波分复用 Average loss of each wavelength Wavelength Attenuation Loss 850nm 1.81 dB/Km 1310nm 0.33 dB/Km 1383nm 0.28 dB/Km 1490nm 0.21 dB/Km 1550nm 0.19 dB/Km 1625nm 0.21 dB/Km Main factors of optical power attenuation: Insertion loss introduced by splitters (different splitting ratio indicates different insertion loss) Inherent loss of the fiber is dependent on the fiber length Fusion Splice Loss Insertion Loss of Pigtail/Patch Cord Connected to Adapters Connection Loss PON OTDR Trace(OLT ONU) PON OTDR Trace(ONU OLT) ITU-T G.694.2 CWDM Optical Spectrum Measurement Principle of PON Power Meter Couplers Multi-Service Network Analyzer TC712S PON Optical Power Meter EP300 OTDR AE4000/2300 Series Ethernet Service Tester TC602RE CWDM Optical Power Meter AE600 PON Optical Power Meter EP300 PON OTDR AE3100CP EPON/GPON OLT IP 1310nm FTTH FTTB 1490nm FTTC DSL COAX PON PON Optical Power Meter EP300 CWDM Optical Power Meter AE600 PON Optical Power Meter EP300 CMTS EPON OLT Multi-Service Network Analyzer TC712S CWDM Optical Power Meter AE600 PON OTDR AE3100 CP Handheld Digital TV Spectrum Analyzer DS2800 Ethernet Service Tester TC602RE IPTV Tester E9100 CWDM Optical Power Meter AE600 PON Optical Power Meter EP300 IP IP CATV RF 85~1000MHz 1550nm 1490nm 1550nm 85~1000MHz 5~65MHz 5~65MHz 85~1000MHz 1550nm 1490nm 1490nm 1310nm 1310nm 1590/1610nm 1590/1610nm Optical Splitter 1/2~1/32 1550nm 1310nm 1590/1610nm 1310nm 1490nm 5~65MHz 1490nm 1310nm 1590/1610nm Optical Transmitter Optical Receiver CWDM R-ONU L H R-ONU L H ONU ONU PON Optical Power Meter EP300 PON OTDR AE3100 CP FTTH Test Solution RFoG Test Solution List of FTTx and RFoG Test Measurement Instruments PON OTDR AE3100 CP PON OTDR AE4000 Series IPTV Tester E9100 Ethernet Service Tester TC602RE Handheld Digital TV Spectrum Analyzer DS2800 Multi-Service Network Analyzer TC712S PON OTDR AE2300 Series PON Optical Power Meter EP300 CWDM Optical Power Meter AE600 Tianjin Deviser Electronics Instrument Co., LTD. Address:No.8, Haitai Chuangxin 3 rd Road, Hi-Tech Industrial Development Area, Tianjin, China, 300392 Tel:+86 22 2768 2088 Fax:+86 22 2764 5002 http://www.devisertek.com

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Page 1: Deviser’s Test Solutions for FTTx and RFoG · 2019-04-05 · Deviser’s Test Solutions for FTTx and RFoG Ideal loss of splitter is 3dB per branch Number of Ports Ideal loss of

Deviser’s Test Solutions for FTTx and RFoGIdeal loss of splitter is 3dB per branch

Number of Ports

Ideal loss of splitter(dB)

Actual loss of splitter(dB)

2 3 3.6

4 6 7.2

8 9 10.2

16 12 13.5

32 15 16.2

64 18 20.5

PON SpecificationsEPON GPON

Standard IEEE 802.3ah ITU-T G.984.x

Protocol Ethernet ATM, TDM, WDM, Ethernet

Upstream Rate 1.25 Gbps 1.25Gbps or 622 Mbps

Downstream Rate 1.25 Gbps 2.5Gbps or 1.25Gbps

Split Ratio 1 : 32 1:32, 1:64, 1:128

Bandwidth Utilization 72% 92%

Maximum Transmission Distance Support maximum distance of 20km at splitting ratio 1:16;Support maximum distance of 10km at splitting ratio 1:32;

Packet Size (in Byte) 1518 From 53 to 1518

Line Encoding 8B/10B (with FEC) NRZ (with FEC)

Downstream Wavelength 1490±10 nm 1490±10 nm

Upstream Wavelength 1260nm to 1360nm 1260 nm to 1360 nm

Communication Protocol Ethernet ATM, Ethernet, TDM

Audio VoIP or TDM

Video 1550nm Overlay RF or IP

Optical Module Dynamic Range 1000Base-PX10 (23dB) A(5-20 dB), B(10-25 dB), C(15-30dB)

Minimum Source Power (Upstream) -1 dBm(PX10) -2 dBm(1.25 Gbits/sec;Class B)

Minimum Source Power (Downstream) -3 dBm(PX10) +1 dBm(1.25 Gbits/sec; Class B)

Minimum Sensitivity (Upstream) -24 dBm(PX10) -28 dBm(1.25 Gbits/sec; Class B)

Minimum Sensitivity (Downstream) -24 dBm(PX10) -25 dBm(1.25 Gbits/sec; Class B)

Service Encapsulation Anything over Ethernet Anything over GEM

Encryption Triple Agitation, AES-128 AES-128

DBA Fixed, Assured, Best Effort Fixed Assured, Non-Assured, Best Effort

Qos LLID+IEEE 802.1P GEM_PORT/T-Cont

TDM Bearing Mode CES PWE3/MEF8 G.984.3(Native) or CES

TDM Performance Special Line and Base Station Bearing Capacity

Special Line and Base Station Bearing Capacity

Operation and Maintenance CCSA+Ethernet OAM G.984.4 (OMCI)

Fiber Detection Yes Yes

AbbreviationsCWDM Coarse Wavelength Division Multiplexing 粗波分复用

DWDM Dense Wavelength Division Multiplexing 密集波分复用

EPON Ethernet based Passive Optical Network 以太无源光网络

EDFA Erbium Doped Fiber Amplifier 掺铒光纤放大器

FTTB Fiber To The Building 光纤到楼

FTTC Fiber To The Curb 光纤到路边

FTTCab Fiber To The Cabinet 光纤到机箱

FTTH Fiber To The Home 光纤到户

FTTP Fiber To The Premises 光纤到建筑物

FTTx Fiber to the x, x=Building, Curb, Home, Premises

GPON Gigabit capable Passive Optical Network 千兆能力的无源光网

OLT Optical Line Terminal/Termination 光线路终端

ONU Optical Network Unit 光网络单元

QoS Quality of Service 服务质量

OTDR Optical Time Domain Reflectometer 光时域反射仪

PON Passive Optical Network 无源光网络

RFoG Radio Frequency over Glass 光纤上的射频传输

R-ONU RFoG ONU RFoG 光网络单元

VoIP Voice over Internet Protocol 网络电话

VLAN Virtual Local Area Network 虚拟局域网

WDM Wavelength Division Multiplexing 波分复用

Average loss of each wavelength

Wavelength Attenuation Loss

850nm 1.81 dB/Km

1310nm 0.33 dB/Km

1383nm 0.28 dB/Km

1490nm 0.21 dB/Km

1550nm 0.19 dB/Km

1625nm 0.21 dB/Km

Main factors of optical power attenuation:●● Insertion● loss● introduced●by● splitters● (different●splitting●ratio●indicates●different●insertion●loss)

●● Inherent● loss●of● the●fiber● is●dependent●on●the●fiber●length

●● Fusion●Splice●Loss

●● Insert ion● Loss● of● Pigtai l /Patch● Cord●Connected●to●Adapters

●● Connection●Loss

PON OTDR Trace(OLT ONU)

PON OTDR Trace(ONU OLT)

ITU-T G.694.2 CWDM Optical Spectrum

Measurement Principle of PON Power Meter

Couplers

Multi-Service Network Analyzer TC712S

PON Optical Power Meter EP300

OTDR AE4000/2300 Series

Ethernet Service Tester TC602RE

CWDM Optical Power Meter AE600

PON Optical Power Meter EP300

PON OTDR AE3100CP

EPON/GPON OLT

IP

1310nm

FTTH

FTTB

1490nm

FTTC DSLCOAXPON

PON Optical Power Meter EP300

CWDM Optical Power Meter AE600

PON Optical Power Meter EP300

CMTS

EPON OLT

Multi-Service Network Analyzer TC712S

CWDM Optical Power Meter AE600 PON OTDR AE3100 CP

Handheld Digital TV Spectrum Analyzer DS2800

Ethernet Service Tester TC602RE IPTV Tester E9100

CWDM Optical Power Meter AE600

PON Optical Power Meter EP300

IP

IP

CATV RF

85~1000MHz

1550nm1490nm

1550nm 85~1000MHz

5~65MHz

5~65MHz

85~1000MHz1550nm

1490nm

1490nm

1310nm

1310nm

1590/1610nm

1590/1610nm

Optical Splitter1/2~1/32

1550nm

1310nm1590/1610nm

1310nm

1490nm5~65MHz

1490nm

1310nm

1590/1610nm

Optical Transmitter

Optical Receiver

CWDM

R-ONU

L

H

R-ONU

L

H

ONU

ONU

PON Optical Power Meter EP300

PON OTDR AE3100 CP

FTTH Test Solution

RFoG Test Solution

List of FTTx and RFoG Test Measurement Instruments

PON OTDR AE3100 CP PON OTDR AE4000 Series IPTV Tester E9100Ethernet Service Tester

TC602REHandheld Digital TV Spectrum

Analyzer DS2800Multi-Service Network

Analyzer TC712SPON OTDR

AE2300 SeriesPON Optical Power

Meter EP300CWDM Optical

Power Meter AE600

Tianjin Deviser Electronics Instrument Co., LTD. Address:No.8, Haitai Chuangxin 3rd Road, Hi-Tech Industrial Development Area, Tianjin, China, 300392 Tel:+86 22 2768 2088 Fax:+86 22 2764 5002 http://www.devisertek.com