component solutions for fttx

Component Solutionsfor FTTx

]ITU G984.2 Class B+ compliant &

Class C+ compliant

]1490nm continuous-mode transmitter

with DFB laser

]1310nm burst-mode receiver with

APD-TIA

]2x10 SFF package / SFP package with

RSSI function available

]2.488Gb/s downstream Tx and

1.244Mb/s upstream Rx

]+3.3V Single power supply, LVPECL

interface logic level

]Different operating temperature class:

0°C to 70°C Standard class

-40°C to +85°C Industrial class

]Low EMI and excellent ESD protection

GPON OLT GPON Biplexer ONU

]Single fiber bi-directional components

]Wavelength: 1310nm/1550nm

1310nm/1490nm

]MQW FP/DFB 1310nm/1490nm

/1550nm laser diode as transmitter

]InGaAs PIN /PIN-TIA as receiver

]Data rate from 100Mbps to 1.25Gbps

]High Sensitivity & Isolation

]Coaxial package with connector or

pigtail

-5°C to +85°C Extended class

Company ProfileCompany Profile Component Solutions for FTTx

]ITU G984.2 Class B+ compliant or

G984.5 compliant products available

]1310nm burst-mode transmitter with

DFB laser

]1490nm continuous-mode receiver with

APD-TIA

]Optional product package:

2x5 pin out with pigtail

2x10 pin out with pigtail with DDM

2x10 pin out with receptacle connector

with DDM

]1.244Gb/s upstream Tx and 2.488Mb/s

downstream Rx

GPON Triplexer ONU

]Single Fiber Bi-Directional Triplexer

Transceiver

]ITU-T G.984.2, class B+ Compliant

]Continuous mode digital data 1480nm-

1500nm 2488Mb/s Rx;

Burst mode digital data 1310nm

1244Mb/s Tx;

Analog video with bandwidth 46 - 870

MHz for Rx at the 1555nm

]Low cross talk and high sensitivity

]Operate temperature from -40°C to

+85°C

]1x20 compatible package, single mode

fiber pigtail with SC/APC connector

BIDI P2P

SGS TLCertificate

9000SGS

CertificateISO9001:2000

CertificateISO14001:1996 TUV Certificate UL Certificate

ISO9001:2000Certificate

1xN/2xN PLC Splitter

]Low insertion loss (IL)

]Low polarization dependent loss (PDL)

]High uniformity

]Standard split counts: 1x64, 1x32,

1x16, 1x8, 1x4, 2x32, 2x16, MxNxP

]Additional split counts available on

request

]Standard and small form factor

packages

]Telcordia GR-1209/1221 qualified

]-40°C to +85°C operating temperature

]Proven reliability in uncontrolled

environment

]Superior system performance

]Supports all standard FTTP network

architectures

]Supports custom network designs

PLC Splitter Module

]Cassette/1U/2U modules and custom

form factors

]1x4, 1x8, 1x16, 1x32, 1x64 & 2x16,

2x32 split ratios

]Ultra low insertion loss & PDL

]High uniformity

]Several connector options available

]BPON, GPON, GEPON & CATV

networks applications

NeoPhotonics is a leading provider of photonic integrated circuit-

based modules, components and subsystems for use in optical

communications networks. Our products, and those produced by

our customers, are used by telecommunications and cable

service providers to deploy advanced networks for video, voice

and other data services at high data transmission rates and low

costs. Our photonic integrated

circuits (PICs) combine hundreds of

photonic devices on one silicon

substrate, thereby dramatical ly

re d u c i n g c o s t a n d s i ze a n d

increasing reliability and power

e f f i c i e n c y. W e d e s i g n a n d

manufacture PICs using our planar

lightwave technology and our micro-

e l e c t r i c a l - m e c h a n i c a l d ev i c e

(MEMS) technology, along with our

nanosca le des ign , ma te r i a l s ,

fabrication and metrology. The NeoPhotonics™ PIC technology is

a key enabler for meeting today’s optical communications market

demands. Just as electronic integrated circuits displaced discrete

electronic devices, dramatically reducing costs while increasing

reliability, thus enabling the electronics revolution of recent

decades, an analogous advance in photonics is gathering

momentum using photonic integrated circuits. This photonics

technology transformation similarly allows dramatic increases in

functionality within component-level products.

NeoPhotonics™ markets are driven by the need for higher

bandwidth and lower cost as digital video, multimedia, music and

other broadband services become ubiquitous and bandwidth

consumption continues to more than double every year. User-

generated video content and rapidly growing digital video

services including internet-based and high-definition video (IPTV

and HDTV) and mobile video is significantly increasing

bandwidth demand. In order to accommodate this bandwidth

increase, it is necessary for the data transmission rates,

reconfigurability and monitoring capabilities that heretofore could

only be afforded in the long-haul and core metro sectors of the

network to be proliferated in the access and edge portions of the

network reaching out to very near the customer. It will be

necessary to provision, dynamically reconfigure and maintain the

access and edge portions of the network remotely because of the

high costs associated with “truck rolls.”

NeoPhotonics products include a broad line of fiber-to-the-home

central office, customer premise and outside plant modules,

components and subsystems, many of which incorporate our

PICs. Specific products include triplexer and biplexer FTTH

transceivers for each of the leading optical networking standards

applicable to the world’s major market areas, including gigabit

passive optical networks (GPON). We supply each of the leading

types of ROADMs, ultra-widely tunable lasers, dense wavelength

division multiplexing modules and related products for long-haul,

metro, edge and access applications. In addition, we supply

analogous products to telecom fixed wavelength, data

communications and cable TV markets.

NeoPhotonics' global headquarters are in San Jose, California.

The company maintains principal manufacturing and R&D

facilities in Shenzhen, China, and in the Silicon Valley, California.

Both facilities are ISO 9001:2000 certified. Sales offices are

located in the U.S, China, Europe and other locations globally.

The company has more than 2000 employees.

GPON OLT Class B+ /Class C+

]ITU G984.2 Class B+ compliant &

Class C+ compliant

]1490nm continuous-mode transmitter

with DFB laser

]1310nm burst-mode receiver with

APD-TIA

]2x10 SFF package / SFP package with

RSSI function available

]2.488Gb/s downstream Tx and

1.244Mb/s upstream Rx

]+3.3V Single power supply, LVPECL

interface logic level

GPON OLT GPON Biplexer ONU

]Single fiber bi-directional components

]Wavelength: 1310nm/1550nm

1310nm/1490nm

]MQW FP/DFB 1310nm/1490nm

/1550nm laser diode as transmitter

]InGaAs PIN /PIN-TIA as receiver

]Data rate from 100Mbps to 1.25Gbps

]High Sensitivity & Isolation

]Coaxial package with connector or

pigtail

-5°C to +85°C Extended class

Company ProfileCompany Profile Component Solutions for FTTx

]ITU G984.2 Class B+ compliant or

G984.5 compliant products available

]1310nm burst-mode transmitter with

DFB laser

]1490nm continuous-mode receiver with

APD-TIA

]Optional product package:

2x10 pin out with pigtail with DDM

2x10 pin out with receptacle connector

with DDM

]1.244Gb/s upstream Tx and 2.488Mb/s

downstream Rx

GPON Triplexer ONU

]Single Fiber Bi-Directional Triplexer

Transceiver

]ITU-T G.984.2, class B+ Compliant

]Continuous mode digital data 1480nm-

1500nm 2488Mb/s Rx;

Burst mode digital data 1310nm

1244Mb/s Tx;

Analog video with bandwidth 46 - 870

MHz for Rx at the 1555nm

]Low cross talk and high sensitivity

]Operate temperature from -40°C to

+85°C

]1x20 compatible package, single mode

fiber pigtail with SC/APC connector

BIDI P2P

SGS TLCertificate

9000SGS

CertificateISO9001:2000

CertificateISO14001:1996 TUV Certificate UL Certificate

ISO9001:2000Certificate

1xN/2xN PLC Splitter

]Low insertion loss (IL)

]Low polarization dependent loss (PDL)

]High uniformity

]Standard split counts: 1x64, 1x32,

1x16, 1x8, 1x4, 2x32, 2x16, MxNxP

]Additional split counts available on

request

]Standard and small form factor

packages

]Telcordia GR-1209/1221 qualified

]-40°C to +85°C operating temperature

]Proven reliability in uncontrolled

environment

]Superior system performance

]Supports all standard FTTP network

architectures

]Supports custom network designs

PLC Splitter Module

]Cassette/1U/2U modules and custom

form factors

]1x4, 1x8, 1x16, 1x32, 1x64 & 2x16,

2x32 split ratios

]Ultra low insertion loss & PDL

]High uniformity

]Several connector options available

]BPON, GPON, GEPON & CATV

networks applications

NeoPhotonics is a leading provider of photonic integrated circuit-

based modules, components and subsystems for use in optical

communications networks. Our products, and those produced by

our customers, are used by telecommunications and cable

service providers to deploy advanced networks for video, voice

and other data services at high data transmission rates and low

costs. Our photonic integrated

circuits (PICs) combine hundreds of

photonic devices on one silicon

substrate, thereby dramatical ly

re d u c i n g c o s t a n d s i ze a n d

increasing reliability and power

e f f i c i e n c y. W e d e s i g n a n d

manufacture PICs using our planar

lightwave technology and our micro-

e l e c t r i c a l - m e c h a n i c a l d ev i c e

(MEMS) technology, along with our

nanosca le des ign , ma te r i a l s ,

fabrication and metrology. The NeoPhotonics™ PIC technology is

a key enabler for meeting today’s optical communications market

demands. Just as electronic integrated circuits displaced discrete

electronic devices, dramatically reducing costs while increasing

reliability, thus enabling the electronics revolution of recent

decades, an analogous advance in photonics is gathering

momentum using photonic integrated circuits. This photonics

technology transformation similarly allows dramatic increases in

functionality within component-level products.

NeoPhotonics™ markets are driven by the need for higher

bandwidth and lower cost as digital video, multimedia, music and

other broadband services become ubiquitous and bandwidth

consumption continues to more than double every year. User-

generated video content and rapidly growing digital video

services including internet-based and high-definition video (IPTV

and HDTV) and mobile video is significantly increasing

bandwidth demand. In order to accommodate this bandwidth

increase, it is necessary for the data transmission rates,

reconfigurability and monitoring capabilities that heretofore could

only be afforded in the long-haul and core metro sectors of the

network to be proliferated in the access and edge portions of the

network reaching out to very near the customer. It will be

necessary to provision, dynamically reconfigure and maintain the

access and edge portions of the network remotely because of the

high costs associated with “truck rolls.”

NeoPhotonics products include a broad line of fiber-to-the-home

central office, customer premise and outside plant modules,

components and subsystems, many of which incorporate our

PICs. Specific products include triplexer and biplexer FTTH

transceivers for each of the leading optical networking standards

applicable to the world’s major market areas, including gigabit

passive optical networks (GPON). We supply each of the leading

types of ROADMs, ultra-widely tunable lasers, dense wavelength

division multiplexing modules and related products for long-haul,

metro, edge and access applications. In addition, we supply

analogous products to telecom fixed wavelength, data

communications and cable TV markets.

NeoPhotonics' global headquarters are in San Jose, California.

The company maintains principal manufacturing and R&D

facilities in Shenzhen, China, and in the Silicon Valley, California.

Both facilities are ISO 9001:2000 certified. Sales offices are

located in the U.S, China, Europe and other locations globally.

The company has more than 2000 employees.

GPON OLT Class B+ /Class C+

Diplexer Module

PTB 3 ̈ ̈ ̈ - ̈ ̈ ̈ ̈ ̈ - ¨̈ / ¨̈̈ - K¨̈

Operating wavelength/emitter

3: 1310nm/FP-LD

4: 1310nm/DFB-LD

5: 1550nm/FP-LD

6: 1550nm/DFB-LD

8: 1490nm/DFB-LD

9: 850nm/FP-LD

R: 1310nm/FP-LD burst

J: 1310nm/DFB -LD burst

K: 1550nm/FP-LD burst

L: 1550nm/DFB -LD burst

N: 1490nmDFB-LD burst

Q: 850nm/FP-LD burst

I: 1310nm/FP-LD1) burst

Operating wavelength/receiver

3: 1310nm/PIN

4: 1310nm/APD

5: 1550nm/PIN

6: 1550nm/APD

7: 1490nm/PIN

8: 1490nm/APD

9: 850nm/PIN

R: 1310nm/PIN burst

J: 1310nm/APD burst

I: 1310nm/PIN2) burst

Bitrate (Mbit/s) emitter

3: 155

4: 622

5: 1250

6: 2500

Operating condition

1: 5V/0~70°C

2: 5V/-40~85°C

3: 3.3V/0~70°C

4: 3.3V/-40~85°C

5: 5V/-40~75°C

6: 3.3V/-40~75°C

End face finish

Connector

00: Pigtail without connector

Special code

Bitrate (Mbit/s) receiver

3: 155

4: 622

5: 1250

6: 2500

Package style

0: SFP

1: 1×9 pigtail

2: 1×9 pluggable

3: 2×9 pigtail

4: 2×9 pluggable

5: 2×10 pigtail

6: 2×10plugable

8: 2×5 pigtail

9: 2×5pluggable

A: 2×6pluggable

B: 2×6 pigtail

Alarm level and other

see table 1

Output power (dBm)

1: -15~-8

2: -5~0

3: -3~+2

4: -4~+2

5: -2~+4

6: -1~+4

7: +2~+7

8: 0~+5

A: -14~-8

B: -10~-5

C: -9~-3

D: -8~-3

Table 1: Alarm level and other

Triplexer Module

PTB 4 ̈ ̈ ̈ - ̈ ̈ ̈ ̈ ̈ - ¨̈ / ¨̈̈ - K¨̈

3:1310nm/FP-LD

4:1310nm/DFB-LD

5:1550nm/FP-LD

6:1550nm/DFB-LD

8:1490nm/DFB-LD

R:1310nm/FP-LD burst

J:1310nm/DFB -LD burst

K:1550nm/FP-LD burst

L:1550nm/DFB -LD burst

N:1490nmDFB-LD burst

Q:1490/1550nm/DFB-LD

I:1310nm/FP-LD1) burst

Wavelength/receiver

3:1310nm/PIN

5:1550nm/PIN

7:1490nm/PIN

8:1490nm/APD

R:1310nm/PIN burst

K:1550nm/PIN burst

Q:1490nm PIN/1550nm PIN

I:1310nm/PIN2) burst

Analog receiver

0: no analog receiver

3:1310nm/PIN

5:1550nm/PIN

7:1490nm/PIN

Package style

7: Pigtail with 15pin

5:1250

6:2500

A:155/622

B:155/1250 Operating condition

1: (3.3+5+12)V 0~70°C

2: (3.3+5+12)V -40~85°C

3: (3.3+8+15)V 0~70°C

4: (3.3+8+15)V -40~85°C

5: (3.3+12)V 0~70°C

6: (3.3+12)V -40~85°C

7: 3.3V 0~70°C

8: 3.3V -40~85°C

End face finish

Output power (dBm)

1: -4~2

2: -2~3

3: -2~+4

4: -1~+4

5: 2~+7

Connector

Special code

5:1250

6:2500

A:155/622

B:155/1250

Diplexer Module

PTB 3 ̈ ̈ ̈ - ̈ ̈ ̈ ̈ ̈ - ¨̈ / ¨̈̈ - K¨̈

3: 1310nm/FP-LD

4: 1310nm/DFB-LD

5: 1550nm/FP-LD

6: 1550nm/DFB-LD

8: 1490nm/DFB-LD

9: 850nm/FP-LD

R: 1310nm/FP-LD burst

J: 1310nm/DFB -LD burst

K: 1550nm/FP-LD burst

L: 1550nm/DFB -LD burst

N: 1490nmDFB-LD burst

Q: 850nm/FP-LD burst

I: 1310nm/FP-LD1) burst

Operating wavelength/receiver

3: 1310nm/PIN

4: 1310nm/APD

5: 1550nm/PIN

6: 1550nm/APD

7: 1490nm/PIN

8: 1490nm/APD

9: 850nm/PIN

R: 1310nm/PIN burst

J: 1310nm/APD burst

I: 1310nm/PIN2) burst

3: 155

4: 622

5: 1250

6: 2500

Operating condition

1: 5V/0~70°C

2: 5V/-40~85°C

3: 3.3V/0~70°C

4: 3.3V/-40~85°C

5: 5V/-40~75°C

6: 3.3V/-40~75°C

End face finish

Connector

Special code

3: 155

4: 622

5: 1250

6: 2500

Package style

0: SFP

1: 1×9 pigtail

2: 1×9 pluggable

3: 2×9 pigtail

4: 2×9 pluggable

5: 2×10 pigtail

6: 2×10plugable

8: 2×5 pigtail

9: 2×5pluggable

A: 2×6pluggable

B: 2×6 pigtail

Alarm level and other

see table 1

Output power (dBm)

1: -15~-8

2: -5~0

3: -3~+2

4: -4~+2

5: -2~+4

6: -1~+4

7: +2~+7

8: 0~+5

A: -14~-8

B: -10~-5

C: -9~-3

D: -8~-3

Table 1: Alarm level and other

Triplexer Module

PTB 4 ̈ ̈ ̈ - ̈ ̈ ̈ ̈ ̈ - ¨̈ / ¨̈̈ - K¨̈

3:1310nm/FP-LD

4:1310nm/DFB-LD

5:1550nm/FP-LD

6:1550nm/DFB-LD

8:1490nm/DFB-LD

R:1310nm/FP-LD burst

J:1310nm/DFB -LD burst

K:1550nm/FP-LD burst

L:1550nm/DFB -LD burst

N:1490nmDFB-LD burst

Q:1490/1550nm/DFB-LD

I:1310nm/FP-LD1) burst

Wavelength/receiver

3:1310nm/PIN

5:1550nm/PIN

7:1490nm/PIN

8:1490nm/APD

R:1310nm/PIN burst

K:1550nm/PIN burst

Q:1490nm PIN/1550nm PIN

I:1310nm/PIN2) burst

Analog receiver

0: no analog receiver

3:1310nm/PIN

5:1550nm/PIN

7:1490nm/PIN

Package style

5:1250

6:2500

A:155/622

B:155/1250 Operating condition

1: (3.3+5+12)V 0~70°C

2: (3.3+5+12)V -40~85°C

3: (3.3+8+15)V 0~70°C

4: (3.3+8+15)V -40~85°C

5: (3.3+12)V 0~70°C

6: (3.3+12)V -40~85°C

7: 3.3V 0~70°C

8: 3.3V -40~85°C

End face finish

Output power (dBm)

1: -4~2

2: -2~3

3: -2~+4

4: -1~+4

5: 2~+7

Connector

Special code

5:1250

6:2500

A:155/622

B:155/1250

GEPON Transceivers

BIDI P2P Transceivers

GPON Transceivers

For more information, please visit www. .com / www.neo .com.cnneophotonics photonics

GEPON Transceivers

BIDI P2P Transceivers

GPON Transceivers

For more information, please visit www. .com / www.neo .com.cnneophotonics photonics

Check the web for a local sales office:

www.neophotonics.com / www.neophotonics.com.cn

NeoPhotonics Corporation

2911 Zanker Road

San Jose, CA 95134, USA

Tel: +1.408.232.9200

Fax: +1.408.456.2971

Email: [email protected]

NeoPhotonics (China)

Photon Bldg, 12th South Keji Rd.

South Hi-Tech Industry Park, Shenzhen, China 518057

Tel: +86.755.26748283, +86.755.26748287

Fax: +86.755.26748185, +86.755.26748186

Email: [email protected]

(2008.08 V.6)

component solutions for fttx

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