OTPDR2001-LR-00-41-PIN-FEC - JDS Uniphase

Product Bulletin

OTPDR2001-LR

10 Gb/s OC - 192 MSA

Transceiver/Transponder

Long Reach

The OTPDR2001-LR is a mechanically compliant

300 pin MSA, SONET OC-192/GR-1377

transceiver/transponder. The transceiver/

transponder uses a LiNbO3 modulator and a CW

laser. The modules are available with 0, 3, or

7 dBm of optical output power. The features of the

transceiver/transponder include integrated

electrical mux (performs parallel electrical to serial

optical signal conversion), and a demux that

performs a serial optical to parallel electrical

conversion. The transceiver/transponder is

available with wavelengths on the ITU grid (200,

100, and 50 GHz spacing), as well as an integrated

high sensitivity PIN or APD receiver. The unit is

fully compliant to OIF 99.102.8 specifications. The

long reach module has one of the smallest

standard form factor packages in the industry,

(3.5 x 4.5 x 0.53 inches), and has the identical form

factor as its short, intermediate and extended reach

counterparts.

The Long Reach is designed for the following

typical link budgets:

1550 nm TDM 7 dBm with APD 30 dB,

1550 nm DWDM 3 dBm with APD 26 dB,

1550 nm DWDM 0 dBm with APD 23 dB.

The electrical interface consists of 16 differential

LVDS lines of data at 622.08, 645, or 666.51 Mb/s

in both the transmit and receive directions. The

optical interface is a 9.95328 Gb/s SONET optical,

10.333 Gb/s ethernet or 10.7 Gb/s FEC (forward

error correction) transport which can transmit

and receive through lengths up to 100 km of

single-mode fiber.

Key Features

 Mechanically compliant with the 300 pin

multisource agreement (MSA)

 SONET OC-192 / GR-1377 compliant

 Link budgets up to 30 dB

 Integrated 10 Gb/s optical transmitter and

receiver with dual rate 16-channel mux/demux

 Receiver sensitivity

PIN –14 dBm optical input power

(@BER = 10-12)

APD -24 dBm optical input power

(@BER = 10-12)

No DC power sequencing required

Low power dissipation

Available in FEC rate and 10 G ethernet versions

Applications

Telecommunications:

- Long haul networks

- Metropolitan area networks

- Long reach ethernet

High bit-rate data communications

OTPDR2001-LR | 2

Configuration

Specifications

Parameter Symbol Minimum Typical Maximum

Operating case temperature Tc 0 to 65 °C

Total power dissipation P 14 W

3.3 V supply voltage Vdd 3.13 V 3.30 V 3.47 V

Vdd current drain Idd 0.9 A

5 V supply voltage Vcc 4.75 V 5.00 V 5.25 V

Vcc current drain Icc 0.05 A

-5.2 V supply voltage Vee. -5.46 V -5.20 V -4.75 V

Vee current drain Iee 2.1A

Mux

TxDinP/N[15:0]

TxLOCKERR

TxSKEWSEL0,1

10 GBps

Modulator

Driver

LiNbO3

Modulator

10 GBps Serial

Optical Output

Laser

BIAS LsBIASMON

Laser

TEC

Control

LsTEMPMON

TIA

Limiting

Amp

10 GBps

Clock & Data

Recovery

DeMux

RxDoutP/N[15:0]

RxLOCKERR

10 GBps Serial

Optical Input

LsTEMPALM

LsBIASALM

PD Bias RxLOPMON

LsPOWMON

TxPCLKP/N

TxREFCLKP/N

CW Laser

Modulator Control

Rx REFCLK

Rx REFSEL0

TxPICLKP/N

RxPOCLKP/N

Rx LCKREF

LsENABLE

OTPDR2001-LR | 3

Transceivers Pin Out Notes

Symbol I/O Type Description

TxDinP/N[15:0] I LVDS Parallel data input to the transmitter.

TxPICKLP/N I LVDS Parallel input clock to the transmitter.

TxREFCLKP/N I LVPECL Transmitter reference clock used to generate TxPCLK. Internally AC coupled.

TxPCLKP/N O LVDS Transmit parallel output clock used to drive framer.

TxSKEWSEL0 I LVTTL Adjusts skew of TxPICLK (LSB)

TxSKEWSEL1 I LVTTL Adjusts skew of TxPICLK (MSB)

RxREFCLKP/N I LVPECL Receiver reference clock used to verify RxPOCLK. Internally AC coupled.

RxDoutP/N[15:0] O LVDS Parallel data output from the receiver.

RxPOCLKP/N O LVDS Parallel output clock from the receiver.

RxLCKREF I LVTTL Locks RxPOCLK to RxREFCLK (active low).

RxLOCKERR O LVTTL Receiver PLL lock detector is logic-low when the receiver PLL circuit is out of lock.

TxLOCKERR O LVTTL Transmitter PLL lock detector is logic-low when the transmitter PLL circuit is out of lock.

LsPOWMON O Analog Laser power monitor voltage is normalized (0.5 V) at the beginning of life relative to the

initial optical output power. The 50% drift in output power correlates to a 50% variation

on the laser power monitor voltage.

RxLOPMON O Analog Input power monitor voltage is proportional to the optical mean power detected. 3 mV/mA

RxREFSEL0 I LVTTL Receiver reference frequency selector when logic low selects 155.52 MHz, when logic high

selects 622.08 MHz (SONET rate).

LsBAISMON O Analog Laser bias current voltage is proportional to the laser current. 5 mV/mA

LsENABLE I LVTTL When transmitter laser enable is logic-low the laser is enabled. When logic-high, the

laser is disabled.

LsBIASALM O LVTTL Laser degraded alarm; the digital alarm output will shift from logic-high to logic-low state

when the laser approaches its end of life condition.

LsTEMPALM O LVTTL Laser temperature. Normal operating is logic-high. Alarm actives (logic-low) when

temperature is approximately 2.5 °C above or below normal temperature.

OTPDR2001-LR | 4

All information contained herein is believed to be accurate and is subject to change without notice. No

responsibility is assumed for its use. JDS Uniphase Corporation, its subsidiaries and affiliates, or

manufacturer, reserve the right to make changes, without notice, to product design, product components,

and product manufacturing methods. Some specific combinations of options may not be available. Please

MKT-DS-0215 Rev.001 03/01 Printed in Canada

JDS Uniphase Corporation Tel 215 328-6500

200 Precision Road Fax 215 675-8414

Horsham, PA 19044 sales.pa@jdsuniphase.com

USA www.jdsuniphase.com

Ordering Information

Indicate your requirements by selecting one option from each configuration table. Please print the corresponding codes in the

available boxes to form your part number. For more information on this or other products and their availability, please

contact your local JDS Uniphase sales representative or JDS Uniphase directly at 215 328-6500, by fax at 215 675-8414, or via

e-mail at sales.pa@us.jdsuniphase.com. Visit our Web site at www.jdsuniphase.com.

Sample: OTPDR2001-LR-00-62-PIN- SON-LC

Code Connectors

SC SC

FC FC

LC LC

OTPDR2001

Code Reach

LR Long reach

Code Power Level

00 0 dBm output (TDM or DWDM)

03 3 dBm output (TDM or DWDM)

07 7 dBm output (TDM only)

Code ReceiverType

PIN PIN receiver

APD APD receiver

Code Data Rate

SON Sonet

ETH Ethernet

FEC Forward Error Correction

-- --

Code Frequency (GHz) Wavelength (nm) Code Frequency (GHz) Wavelength (nm)

16 191600 1564.68 40 194000 1545.32

17 191700 1563.86 41 194100 1544.53

18 191800 1563.05 42 194200 1543.73

19 191900 1562.23 43 194300 1542.94

20 192000 1561.42 44 194400 1542.14

21 192100 1560.61 45 194500 1541.35

22 192200 1559.79 46 194600 1540.56

23 192300 1558.98 47 194700 1539.77

24 192400 1558.17 48 194800 1538.98

25 192550 1557.36 49 194900 1538.19

26 192600 1556.55 50 195000 1537.40

27 192700 1555.75 51 195100 1536.61

28 192800 1554.94 52 195200 1535.82

29 192900 1554.13 53 195300 1535.04

30 193000 1553.33 54 195400 1534.25

31 193100 1552.52 55 195500 1533.47

32 193200 1551.72 56 195600 1532.68

33 193300 1550.92 57 195700 1531.90

34 193400 1550.12 58 195800 1531.12

35 193500 1549.32 59 195900 1530.33

36 193600 1548.51 60 196000 1529.55

37 193700 1547.72 61 196100 1528.77

38 193800 1546.92 62 196200 1527.99

39 193900 1546.12

Frequencies are accurate values, wavelengths are dependent on the media properties