Order Number: 273807, 004
26-Oct-2006
Intel
®
TXN13220/1/4/5/7/8 SFF 10 Gbps
Optical Transceiver with 16-Channel
Multiplexer/Demultiplexer
Datasheet
Product Features
Applications
10 Gbps Optical Transmitter and
Receiver Pair with 16 Channel
Multiplexer/Demultiplexer
T ypical Receiver Sensitivity < -14 dBm
Available in Short-Reach (7 km,
12 km, 25 km) and Intermediate-
Reach (40 km) Versions
300-Pin Multi-Source Agreement
Compatible Form Factor and Pin
Configuration
LVDS Data Interface through 300-Pin,
Berg Connecto r
Optional Jitter Filter
9-Bit-Deep FIFO B uffer
Integral Heat Sinking Designed for
250 Linear Feet per M inute, 55 °C
Ambient Air Flo w ; Flat Top Version
Also Available
Case Operating Temperature -5
°
C
to 70
°
C
Laser Bias, Laser Temperature, Laser
Power, and Receiver Pow er Mon ito rs
Receive and Transmit Loss-of-Lock,
Receive Loss-of-Avg-Power, Laser
Bias, and Laser Temperature Alarms
Mul ti-Rate Capabi lity, Digitally
Selectable between SONET
9.953 Gbps and FEC 10.709 Gbps
Rates or 10Gb Ethernet 10.3 Gbps
Includes Active Signal Monitoring and
Onboard Microprocessor which Uses
the I
2
C Bus
1310 nm and 1550 nm Wavelength
Client-side interfaces of Metro/Core Equipment, including:
Core-enterprise Switches, and Routers
Multi-service Prov isioning Platforms
Cross-Connects
Add/Drop Multiplexers
Dense Wavelength Division Multiplex
Terminals
Other WDM and Non-WDM Metro
System Equipment
Optical Test Equipment
Optical Transport Solutions
Intel
®
TXN13220/1 /4/5/7/8 SFF 10 Gbps Opt ical Transceiver
Datasheet 26-Oct-2006
2Order Number: 273807004
Legal Li nes and Dis claimers
INFORMATION IN THIS DOCUMENT IS PROVIDED IN CONNECTION WITH INTEL® PRODUCTS. NO LICENSE, EXPRESS OR IMPLIED, BY ESTOPPEL OR
OTHERWISE, TO ANY INTELLECTUAL PROPERTY RIGHTS IS GRANTED BY THIS DOCUMENT. EXCEPT AS PROVIDED IN INTEL'S TERMS AND CO NDITION S
OF SALE FOR SUCH PRODUCTS, INTEL ASSUMES NO LIABILITY WHATSOEVER, AND INTEL DISCLAIMS ANY EXPRESS OR IMPLIED WARRANTY , RELA TING
TO SALE AND/OR USE OF INTEL PRODUCTS INCLUDING LIABILITY OR WARRANTIES RELATING TO FITNESS FOR A PARTICULAR PURPOSE,
MERCHANTABILITY, OR INFRINGEMENT OF ANY PATENT, COPYRIGHT OR OTHER INTELLECTUAL PROPERTY RIGHT. Intel products are not intended for
use in medical, life saving, life sustaining, critical control or safety systems, or in nuclear facility applications.
Intel may make changes to specifications and product descriptions at any time, without notice.
Intel Corporation may have patents or pending patent applications, trademarks, copyrights, or other intellectual property rights that relate to the
present ed su bje ct matter. The furnishing of documents and other materials and information does not pr ovide an y license, express or implied, by estoppel
or otherwise, to any such patents, trademarks, copyrights, or other intellectual property rights.
The Intel
®
TXN13220/7/8 Optical Transceiver may contain design defects or errors known as errata which may cause the product to deviate from
published specifications. Current characterized errata are available on request.
Contact your local Intel sales office or your distributor to obtain the latest specifications and before placing your product order.
Copies of documents which have an order number and are referenced in this document, or other Intel literature may be obtained by calling
1-800-548-4725 or by visiting Intel's website at http://www.intel.com.
Intel and the Intel logo are trademarks or registered trademarks of Intel Corporation or its subsidiaries in the United States and other countries.
*Other names and brands may be claimed as the proper ty of others.
Copyright © 2005-2006, Intel Corporation. All Rights Reserved.
Intel
®
TXN13220/1 /4/5/7/8 SFF 10 Gbps Opt ical Transceiver
26-Oct-2006 Datasheet
Order Numbe r: 27 38 07 , Revis ion 004 3
Intel
®
TXN13220/1/4/5/7/8 SFF 10 Gbps Optical Transceiver
Contents
1.0 Introduction
..............................................................................................................8
1.1 Product Overview................................................................................................8
1.2 Related Hardware and Documents .......................................................................10
2.0 Ratings
.................................................................................................................... 11
3.0 Product Configurations and Specifications
............................................................... 12
3.1 Product Configurations....................................................................................... 13
3.1.1 Summary of Product Configurations.......................................................... 13
3.1.2 Intel
®
TXN132201013 / TXN132251013 Transceivers.................................. 15
3.1.3 Intel
®
TXN132271013 / TXN132241013 / TXN132282013 Transceivers ......... 16
3.1.4 Intel
®
TXN132212013 Transceiver............................................................ 18
3.1.5 Intel
®
TXN132204013 / TXN132274013 Transceiver ................................... 20
3.1.6 Intel
®
TXN132203015 / TXN132273015 Transceivers.................................. 21
3.1.7 Intel
®
TXN132204015 / TXN132254015 Transceivers.................................. 22
3.1.8 Intel
®
TXN132274015 / TXN132244015 / TXN132284015 Transceiver.. ......... 23
3.1.9 Intel
®
TXN132214015 Transceiver............................................................ 25
3.2 Timing............................................................................................................. 27
3.3 Control and Monitoring Functions......................................................................... 29
3.4 Data Input/Output Configuration .........................................................................32
3.5 Pin Configuration ............................................................................................... 33
3.6 Input and Output Termination Description ............................................................ 34
3.7 Integrated Power Supply Sequencing ................................................................... 43
3.8 Mechanical Layout and Configuration ................................................................... 43
4.0 Regulatory Compliance
............................................................................................ 47
4.1 Electromagnetic Compatibility Compliance ............................................................ 47
4.2 Safety Compliance............................................................................................. 48
4.3 Compliance with Restriction of Hazardous Substances ............................................ 48
4.4 Product Certific ation Markings and Compliance Statements ..................................... 49
5.0 Ordering Information
.............................................................................................. 50
6.0 Acronyms
................................................................................................................ 51
Figures
1 Block Diagram...........................................................................................................9
2 Intel
®
TXN13220/1/4/5/7/8 Transceiver – Demux Timing Diagram................................. 27
3 Intel
®
TXN13220/1/4/5/7/8 Transceiver – Mux Timing Diagram ..................................... 28
4 Heatsink “A” – 3" x 2.2" × 0.53"................................................................................ 43
5 Heatsink “B” – 3" x 2.2" × 0.63"................................................................................ 44
6 Heatsink “C” – 3" x 2.2" × 0.7".................................................................................. 45
7 Heatsink “D” – 3" x 2.2" × 0.53" Flat Top....................................................................46
8 Ordering Information................................................................................................ 50
Intel
®
TXN13220/1/4/5/7/8 SFF 10 Gbps Optical Transceiver
Intel
®
TXN13220/1 /4/5/7/8 SFF 10 Gbps Opt ical Transceiver
Datasheet 26-Oct-2006
4Order Numbe r: 27 38 07 Revision 004
Tables
1 Related Hardware and Documents ..............................................................................10
2 Absolute Maximum Ratings........................................................................................11
3 Power Supply Requirements.......................................................................................11
4 Product Configurations..............................................................................................13
5 Intel
®
TXN132201013 / TXN132251013 (7 km SONET) Optic al Sp ecifications:
Transmitter .............................................................................................................15
6 Intel
®
TXN132201013 / TXN132251013 (7 km SONET) Optic al Sp ecifications:
Link........................................................................................................................15
7 Intel
®
TXN132201013 / TXN132251013 (7 km SONET) Optic al Sp ecifications:
Receiver..................................................................................................................15
8 Intel
®
TXN132271013 / TXN132241013 / TXN132282013
(7/10 km SONET/10 GbE) Optical Specifications: Transmitter.........................................16
9 Intel
®
TXN132271013 / TXN132241013 / TXN132282013
(7/10 km SONET/10 GbE) Optical Specifications: Link ...................................................16
10 Intel
®
TXN132271013 / TXN132241013 / TXN132282013
(7/10 km SONET/10 GbE) Optical Specifications: Receiver .............................................17
11 Intel
®
TXN132212013 (10 km 10GbE) Optical Specifications: Transmitter........................18
12 Intel
®
TXN132212013 (10 km 10GbE) Optical Specificatio ns: Link ..................................18
13 Intel
®
TXN132212013 (10 km 10GbE) Optical Specificatio ns: Receiver ............................19
14 Intel
®
TXN132204013/TXN132274013 (20 km SONET) Optical Spec ifica tions:
Transmitter .............................................................................................................20
15 Intel
®
TXN132204013/TXN132274013 (20 km SONET) Optical Spec ifica tions:
Link........................................................................................................................20
16 Intel
®
TXN132204013/TXN132274013 (20 km SONET) Optical Spec ifica tions:
Receiver..................................................................................................................20
17 Intel
®
TXN132203015 / TXN132273015 (25 km SONET)
Optical Specifications: Transmitter..............................................................................21
18 Intel
®
TXN132203015 / TXN132273015 (25 km SONET)
Optical Specifications: Link ........................................................................................21
19 Intel
®
TXN132203015 / TXN132273015 (25 km SONET)
Optical Specifications: Receiver..................................................................................21
20 Intel
®
TXN132204015 / TXN132254015 (40 km SONET)
Optical Specifications: Transmitter..............................................................................22
21 Intel
®
TXN132204015 / TXN132254015 (40 km SONET)
Optical Specifications: Link ........................................................................................22
22 Intel
®
TXN132204015 / TXN132254015 (40 km SONET)
Optical Specifications: Receiver..................................................................................22
23 Intel
®
TXN132274015 / TXN132244015 / TXN132284015
(40 km SONET/10 GbE) Optical Specifications: Transmitter............................................23
24 Intel
®
TXN132274015 / TXN132244015 / TXN132284015
(40 km SONET/10 GbE) Optical Specifications: Link ......................................................23
25 Intel
®
TXN132274015 / TXN132244015 / TXN132284015
(40 km SONET/10 GbE) Optical Specifications: Receiver ................................................ 24
26 Intel
®
TXN132214015 (40 km 10 GbE) Optical Specifications:
Transmitter .............................................................................................................25
27 Intel
®
TXN132214015 (40 km SONET/10 GbE) Optical Specifications:
Link........................................................................................................................25
28 Intel
®
TXN132214015 (40 km SONET/10 GbE) Optical Specifications:
Receiver..................................................................................................................26
29 Intel
®
TXN13220/1/4/5/7/8 Transceiver – Demux Timing-Diagram Parameters ................27
30 Intel
®
TXN13220/1/4/5/7/8 Transceiver – Mux Timing-Diagram Parameters ....................28
31 Analog Monitoring Signals and Characteristics ..............................................................29
32 Digital Alarms ..........................................................................................................30
33 Digital Control Signals and I
2
C Bus .............................................................................30
34 Truth Table for Tran smit Rate Select (TxRATESEL[0:1]).................................................31
Intel
®
TXN13220/1 /4/5/7/8 SFF 10 Gbps Opt ical Transceiver
26-Oct-2006 Datasheet
Order Numbe r: 27 38 07 , Revis ion 004 5
Intel
®
TXN13220/1/4/5/7/8 SFF 10 Gbps Optical Transceiver
35 Deserializer Logic Levels ........................................................................................... 31
36 Serializer Logic Levels...............................................................................................31
37 Data Input/Output Configuration................................................................................ 32
38 Pin Configuration ..................................................................................................... 33
39 Input and Output Termination Description ...................................................................34
40 Electromagnetic Compatibility Compliance................................................................... 47
41 Safety Compliance ................................................................................................... 48
42 Product Certification Markings and Compliance Statements............................................ 49
43 Acronyms ............................................................................................................... 51
Intel
®
TXN13220/1/4/5/7/8 SFF 10 Gbps Optical Transceiver
Intel
®
TXN13220/1 /4/5/7/8 SFF 10 Gbps Opt ical Transceiver
Datasheet 26-Oct-2006
6Order Numbe r: 27 38 07 Revision 004
Revision History
Date Revision Description
October 2006 004
Changes for datash eet for Intel
®
TXN13220/1/4/5/7/8 1 0 Gbps, Multiple-
Rate Optical Transceiver -
Pa g e 1 - Text changed
Section 1.1, “Product Overview” on pag e 8 - Text changed
Section 3.3, “Control and M onitoring Functions” on page 29 - Text changed
Table 31, “ Analo g Monitori ng Signals and Characteri stics” on page 29 - Table
changed
Table 33, “Digital Control Signals and I
2
C Bus” on page 30 - Chang ed text
for pin J29
Table 38, “Pin Configuration” on page 33 Changed text for pin J29
Table 39, “Input and Output Termination Description” on page 34 Changed
text for pin J29
Section 4.0, “Regulatory Compliance” on page 47 - Text change d
October 2005 003 Third publication of datasheet for Intel
®
TXN132 20 /1/ 4/5 /7 /8 10 Gbps,
M ultiple-Rate Optical Transceiver
May 2003 002 Second publication of datasheet for Intel
®
TXN13220/1/4/5/7/8 1 0 Gbps,
M ultiple-Rate Optical Transceiver
October 2002 001 Initial release of datasheet for Intel
®
TXN132 20 /1/ 4/5 /7 /8 10 Gbps,
M ultiple-Rate Optical Transceiver
Intel
®
TXN13220/1 /4/5/7/8 SFF 10 Gbps Opt ical Transceiver
26-Oct-2006 Datasheet
Order Numbe r: 27 38 07 , Revis ion 004 7
Intel
®
TXN13220/1/4/5/7/8 SFF 10 Gbps Optical Transceiver
Intel
®
TXN13220/1/4/5/7/8 SFF 10 Gbps Optical Transceiver
Intel
®
TXN13220/1 /4/5/7/8 SFF 10 Gbps Opt ical Transceiver
Datasheet 26-Oct-2006
8Order Number: 273807004
1.0 Introduction
This section discusses the following topics:
•Section 1.1, “Product Overview” on page 8
•Section 1.2, “Related Hardware and Documents” on page 10
1.1 Product Overview
The Intel
®
TXN13220/7/8 10 Gbps, Multiple-Rate Optical SerDes Transceiver with
16-Channel Multiplexer/Demultiplexer multi-rate line of 10 Gbps SerDes transceivers
(called hereafter th e TXN13220/1/4/5/7/8 Transceiver) is designed to provide a
SONET/SDH, 10 GbE, or FE C interfa ce between the physical layer and the electrical
layer. The TXN13220/1/4/5/7/8 Transcei ve r comprises an optical transmitter and
receiver pair, integrated with electrical multiplex and demultiplex functions.
As shown in the Figure 1 block diagram, the TXN13220/1/4/5/7/8 Tra n sceiver
transmitter section multiplexes 16 channels from a differential LVDS parallel data bus
into a 10 Gbps optic a l signal launched into a single-mode, optical-fiber pigtail. The
transmitter contains a miniature packaged integrated driver with a semi-cooled
1310 nm DFB laser or a cooled 1550 nm EML.
The receiver operates over both the 1.3
µ
m and 1.5
µ
m bands and is compliant with
SONET/SDH OC-192/STM-64 physical layer specifications and Draft 5.0 of IEEE*
802.3ae 10GBASE-L and 10GBASE-E 10 GbE specifications. The rate at which the
TXN13220/1/4/5/7/8 Transceiver operates is digitally selectable. The receiver includes
a PIN photodiode and transimpedance amplifier, which operate over both the 1.3
μ
m
and 1.5
μ
m bands.
The TXN13220/1/4 /5/7/8 Transceiver is assembled in a multi-source agreement (MSA)
compatible package with dim ensions 3.0" L × 2.2" W × 0.53" H. The heatsink was
designed for 55 °C ambient temper ature/2 50 linear feet per minute airflow. Alternative
heatsink options (for example, 0.63", 0.7" and 0.43” flat top) are also available upon
request.
The LVDS interface connection is made using an MSA-compliant, 300-pin, Berg
MEG-Array* connector with standard pinout. Optical connections are made with
standard SC-UPC or LC-UPC optical connectors. Other optical connection options may
be available upon request.
Intel
®
TXN13220/1 /4/5/7/8 SFF 10 Gbps Opt ical Transceiver
26-Oct-2006 Datasheet
Order Numbe r: 27 38 07 00 4 9
Intel
®
TXN13220/1/4/5/7/8 SFF 10 Gbps Optical Transceiver
Figure 1. Block Diagram
Intel
®
TXN13220/1/4/5/7/8 SFF 10 Gbps Optical Transceiver
Intel
®
TXN13220/1 /4/5/7/8 SFF 10 Gbps Opt ical Transceiver
Datasheet 26-Oct-2006
10 Order Number: 273807004
1.2 Related Hardware and Documents
Table 1
lists related hardware and documents. (To order any of the items, contact your
Intel sales represe nta tive.)
Table 1. Related Hardware and Documents
Part Number Description
TXNEL13000 Evaluation board: Provides looping back of the 16 rece ived data output channels to
16-channel transmitter input
SCMEL13000 Schemat ic diagram of Intel
®
TXNEL13000 Evaluation Board
TXNEB13000 Evaluation board: SMA conne ctors give full access to all transmit input and receive output
signals to all o w separate test access to transmi t and recei ve functi ons or external l oopback
with SMA cables.
SCMEB13000 Schematic diagram of Intel
®
TXNEB13000 Evaluation Board
TXNEB(L)APP Intel
®
TXNEB(L)13000 Evaluation Board for Intel
®
TXN13220 /7 /8 Optical Transce iver
Application Note (Intel order number 273938)
EEP13220APP EEPROM/I
2
C Application note (Contact your Intel sales representative.)
Intel
®
TXN13220/1 /4/5/7/8 SFF 10 Gbps Opt ical Transceiver
26-Oct-2006 Datasheet
Order Numbe r: 27 38 07 00 4 11
Intel
®
TXN13220/1/4/5/7/8 SFF 10 Gbps Optical Transceiver
2.0 Ratings
Table 2 lists the absolute maximum ratings for the TXN13220/1/4/5/7/8 Transceiver.
Table 3 lists the power supply requirem ents.
Table 2. Absolute Maximum Ratings
Parameter Symbol Min. Max. Unit
Case operating temperature range T
C
-5 +70 °C
Case storage te mpera tu re ran ge T
S
-40 +85 °C
Positive supply voltage (+3.3 V) V
3.3
+0 +3.6 V
Negative supply voltage (-5.2 V) V- -6.0 +0.5 V
Relative humidity (non-condensing) RH 85 %
Receiver input power +5 dBm
Fiber bend radius 1.25 (31.8) inches (mm)
Fiber Pigtail Length 1 ± 0.05 m
Table 3. Power Supply Requ irements
Parameter Symbol Min. Nom. Max. Unit
Negative supply voltage (-5.2 V) V
5
- -5.45 -5.2 -4.95 V
Negative supply current drain (-5.2 V) I
5
-0.25 A
Positive supply voltage (+3.3 V) V
3.3
+ +3.15 +3.3 +3.45 V
Positive supply current drain (+3.3 V) I
3.3
+1.0 A
Total Power Dissipation (1310 nm)
†
Pdiss 4 5.5 W
Total Power Dissipation (1550 nm)
†
Pdiss 4.5 7 W
† The 1310 nm power dissipation num bers are based on a 7 km link distance. The 1550 nm power
dissipation numbers are based on a 40 km link distance.
Intel
®
TXN13220/1/4/5/7/8 SFF 10 Gbps Optical Transceiver
Intel
®
TXN13220/1 /4/5/7/8 SFF 10 Gbps Opt ical Transceiver
Datasheet 26-Oct-2006
12 Order Number: 273807004
3.0 Product Configurations and Specifications
This section discusses the following topics:
•Section 3.1, “Product Configurations” on page 13
•Section 3.2, “Timing” on page 27
•Section 3.3, “Control and Monitoring Functions” on page 29
•Section 3.4, “Data Input/Output Configuration” on page 32
•Section 3.5, “Pin Configuration” on page 33
•Section 3.6, “Input and Output Termination Description” on page 34
•Section 3.7, “Integrated Power Supply Sequencing” on page 43
•Section 3.8, “M echanical Layout and Configuration” on page 43
Intel
®
TXN13220/1 /4/5/7/8 SFF 10 Gbps Opt ical Transceiver
26-Oct-2006 Datasheet
Order Numbe r: 27 38 07 00 4 13
Intel
®
TXN13220/1/4/5/7/8 SFF 10 Gbps Optical Transceiver
3.1 Product Configurations
This section discusses the following topics:
•Section 3.1.1, “Summary of Product Configurations” on page 13
•Section 3.1.2, “Intel
®
TXN132201013 / TXN132251013 Transceivers” on page 15
•Section 3.1.3, “Intel
®
TXN132271013 / TXN132241013 / TXN132282013
Transc eive rs” on page 16
•Section 3.1.4, “Intel
®
TXN132212013 Transceiver” on page 18
•Section 3.1.5, “Intel
®
TXN132204013 / TXN132274013 Transceiver” on page 20
•Section 3.1.6, “Intel
®
TXN132203015 / TXN132273015 Transceivers” on page 21
•Section 3.1.7, “Intel
®
TXN132204015 / TXN132254015 Transceivers” on page 22
•Section 3.1.8, “Intel
®
TXN132274015 / TXN132244015 / TXN132284015
Transc eive r” on page 23
•Section 3.1.9, “Intel
®
TXN132214015 Transceiver” on page 25
3.1.1 Summary of Product Configurations
The TXN13220/1/4/5/7/8 Transceiver family of SerDes Tran sceivers are available in
several different versions, listed in Table 4.
Table 4. Product Configurations (Sheet 1 of 2)
Product
Number Rate
(Gbps)
On-
Board
Jitter
Filter?
Max.
Reach
(km) Compliance Standard Table Number for
Tx, Rx, and
Optical Link
TXN132201013 9.95 Single 7 GR-253 SR-1 and ITU G.691 I64.1
Table 5
Table 6
Table 7
TXN132241013 9.95 /
10.3 Dual 7/10 GR-253 SR-1,
ITU G.691 I64 .1,
IEEE 802.3ae Draft 5.0 10GBASE-LR
Table 8
Table 9
Ta b le 1 0
TXN132251013 9.95 /
10.7 Dual 7 GR-253 SR-1 and ITU G.691 I64.1,
IEEE 802.3ae Draft 5.0 10GBASE-LW
Table 5
Table 6
Table 7
TXN132271013 9.95 /
10.3 /
10.71 No 7/10 GR-253 SR-1,
ITU G.691 I64 .1,
IEEE 802.3ae Draft 5.0 10GBASE-LR
Table 8
Table 9
Ta b le 1 0
TXN132212013 10.3 Single 10 IEEE802.3ae Draft 5.0 10GBASE-LR
Ta b le 1 1
Ta b le 1 2
Ta b le 1 3
TXN132282013 9.95/
10.3
Single at
9.95
Gbps 7/10
GR-253 SR-1,
ITU G.691 I64 .1,
IEEE 802.3ae Draft 5.0 10GBAESE-LR
Table 8
Table 9
Ta b le 1 0
TXN132203015 9.95 Single 25 GR-253 SR-2 ITU G.691 I64.2
Ta b le 1 7
Ta b le 1 8
Ta b le 1 9
TXN132273015 9.95 /
10.71 No 25 GR-253 SR-2 ITU G.691 I64.2
Ta b le 1 7
Ta b le 1 8
Ta b le 1 9
Intel
®
TXN13220/1/4/5/7/8 SFF 10 Gbps Optical Transceiver
Intel
®
TXN13220/1 /4/5/7/8 SFF 10 Gbps Opt ical Transceiver
Datasheet 26-Oct-2006
14 Order Number: 273807004
TXN132204013 9.95 Single 20 GR-1377 IR- 1,
ITU G.691 S64.1
Tab le 1 4
Tab le 1 5
Tab le 1 6
TXN132274013 9.95 /
10.71 No 20 GR-1377 IR-1, ITU G.691 S64.1
Tab le 1 4
Tab le 1 5
Tab le 1 6
TXN132204015 9.95 Single 40 GR-253 IR-2 and ITU G.691 S-64.2b
Tab le 2 0
Tab le 2 1
Tab le 2 2
TXN132214 015 10.3 Single 40 IEEE 802.3ae Draft 5.0 10GBASE-ER
Tab le 2 6
Tab le 2 7
Tab le 2 8
TXN132244015 9.95/
10.3 Dual 40 GR-253 IR-2 and ITU G.691 S-64.2b,
IEEE 802.3ae Draft 5.0 10GBASE-ER
Tab le 2 3
Tab le 2 4
Tab le 2 5
TXN132254015 9.95 /
10.7 Dual 40 GR-253 IR-2 and ITU G.691 S-64.2b
Tab le 2 0
Tab le 2 1
Tab le 2 2
TXN132274015 9.95 /
10.3 /
10.71 No 40 GR-253 IR-2 and ITU G.691 S-64.2b,
IEEE 802.3ae Draft 5.0 10GBASE-ER
Tab le 2 3
Tab le 2 4
Tab le 2 5
TXN132284015 9.95 /
10.3
Singl e at
9.95
Gbps 40 GR-253 IR-1 an d ITU G.691 I64.1,
IEEE 802.3ae Draft 5.0 10GBASE-ER
Tab le 2 3
Tab le 2 4
Tab le 2 5
Table 4. Product Configurations (Sheet 2 of 2)
Product
Number Rate
(Gbps)
On-
Board
Jitter
Filter?
Max.
Reach
(km) Compliance Standard Table Number for
Tx, Rx, and
Optical Link
Intel
®
TXN13220/1 /4/5/7/8 SFF 10 Gbps Opt ical Transceiver
26-Oct-2006 Datasheet
Order Numbe r: 27 38 07 00 4 15
Intel
®
TXN13220/1/4/5/7/8 SFF 10 Gbps Optical Transceiver
3.1.2 Intel
®
TXN1 32 20 101 3 / TX N 13 2 25 10 13 Tr an sc ei v er s
The Intel
®
TXN132201013 and TXN132251013
SerDes Transceivers are designed for
short-reach (up to 7 km) applications consistent with draft ITU-T G.691
recomme ndations for STM-64/I-64.1 and Telcordia* GR-253 SR-1 optical interfaces.
Table 5, Table 6, and Table 7 list the tr ansmitter, link, and receiver specifications for the
devices.
Note:
Minimum and maximum values are specified over the case operating temperature
range using a 2
23
-1 pseudo-rando m bit sequence (PRBS) signal. Typical values are
measured at room temperature (25 °C), unless otherwise noted.
Table 5. Intel
®
TXN1 322 01 013 / TX N13 22 510 13
(7 km SONET) Opti cal Specifications:
Transmitter
Parameter Symbol Min. Max. Unit
Average output power
1
P
O
-6 -1 dBm
Operating wavelength
λ
1,290 1,330 nm
Spectral width
2
Δλ
20
1nm
Side mode su ppression ratio
3
SMSR 30 dB
Extinction ratio
4
r
e
6dB
Eye mask of optical output Compliant with Telcordia GR-253
Jitter genera tion Compliant wit h Te lcordia GR- 25 3
Notes:
1. Outp ut power d efinitions and measuremen ts per ITU-T Recom m endat ion G.957.
2. Full spectral width measured 20 dB down fr om the c entral wavelength peak, un der fully modulated
conditions.
3. Ratio of the average output p ower in the dominant longitudinal mode to the power in the most
significant side mode, under fully modulated conditions.
4. Ratio of logic 1 output power to logic 0 output power, under fully modulated conditions.
Table 6. Intel
®
TXN13 220 101 3 / TXN13225 101 3 (7 km SONE T) Opt i c a l Spec i f i c a t i on s :
Link
Parameter Min. Typ. Max. Unit
Attenuation 0 4 dB
Dispersion 6.6 ps/nm
Link distanc e 7 km
Link overall optical return loss 14 dB
Table 7. Intel
®
TXN132201013 / TXN132251013 (7 km SONET) Optical Specifications:
Receiver
Parameter Symbol Min. Typ. Max. Unit
Rec eiv er sensitivity
†
PR
MIN
-14 -11 dBm
Receiver overload average power -1 dBm
Optical path penalty 1dB
Receiver reflectance -27 dB
† PIN receiver at 1,310 nm, 1 × 10-12 BER, 2^23-1 PRBS
Intel
®
TXN13220/1/4/5/7/8 SFF 10 Gbps Optical Transceiver
Intel
®
TXN13220/1 /4/5/7/8 SFF 10 Gbps Opt ical Transceiver
Datasheet 26-Oct-2006
16 Order Number: 273807004
3.1.3 Intel
®
TXN132271013 / TXN132241013 / TXN132282013
Transceivers
The Intel
®
TXN132271013 / TXN132241013 / TXN132282013 SerDes Transceivers are
designed for short-reach (up to 10 km) applications consistent with draft ITU-T G.691
recommendations for STM-64/I-64.1, Telcordia* GR-253 SR-1 optical interfaces and
IEEE* 802.3ae D5.0 10GBASE-LR specifications. Table 8, Table 9, and Table 10 l i st the
transmitter, link, and receiver specifications for the devices.
Note:
Minimum and maximum values are specified over the case operating temperature
range using a 2
23
-1 PRBS signal. Typical values are measured at room temperature
(25 °C), unless otherwise noted.
Table 8. Intel
®
TXN132271013 / TXN132241013 / TXN132282013
(7/10 km SONET/10 GbE) Optical Specifications: Transmitter
Parameter Symbol Min. Max. Unit
Average output power P
O
-6 -1 dBm
Operating wavelength
λ
1,290 1,330 nm
Spectral width
Δλ
20
1nm
Side mode suppression ratio SMSR 30 dB
Average launch power in OMA
1
OMA -5.2 dBm
Tra nsm itter an d dispe rsion penalty TDP 3.2 dBm
Average launch power in OMA minus TDP OMA-TDP -6.2 dBm
Extinction ratio r
e
6dB
RIN
12
OMA RIN
-128 dB/Hz
Optical ret ur n loss tolerance ORL
12 dB
Tra nsm itter ref lectan ce
-12 dB
Eye mask of optical output Com pliant with Telcordia* GR-253
Jitter generation Compliant with Telcordia* GR-253
Notes:
1. Optical modulation amplitud e, per triple trad e-off cur ves for 10G BASE-LR/ LW
Table 9. Intel
®
TXN132271013 / TXN132241013 / TXN132282013
(7/10 km SONET/10 GbE) Optical Specifications: Link
Parameter Min. Typ. Max. Unit
Attenuation 0 4 dB
Dispersion 6.6 ps/nm
Link distance 7 10 km
Channel insertion loss (10GBASE-L) 6.2 dB
Allocation for penalties (10GBASE-L) 3.2 dB
Link o verall optical return loss 14 dB
Intel
®
TXN13220/1 /4/5/7/8 SFF 10 Gbps Opt ical Transceiver
26-Oct-2006 Datasheet
Order Numbe r: 27 38 07 00 4 17
Intel
®
TXN13220/1/4/5/7/8 SFF 10 Gbps Optical Transceiver
Table 10. Intel
®
TXN132271013 / TXN132241013 / TXN132282013
(7/10 km S ONET/10 GbE) Optical Specifications: Receiver
Parameter Symbol Min. Typ. Max. Unit
Rec eiv er sensitivity
†
PR
MIN
-14 -11 dBm
Str essed receiver sensitivity PRS
OMA
-10.3 dBm
Receiver overload average power -1 dBm
Optical path penalty 1dB
Receive electrical 3 dB upper cutoff
frequency 12.3 GHz
Receiver reflectance -27 dB
† PIN receiver at 1,310 nm, 1 × 10-12 BER, 2^23-1 PRBS.
Intel
®
TXN13220/1/4/5/7/8 SFF 10 Gbps Optical Transceiver
Intel
®
TXN13220/1 /4/5/7/8 SFF 10 Gbps Opt ical Transceiver
Datasheet 26-Oct-2006
18 Order Number: 273807004
3.1.4 Intel
®
TXN132212013 Transceiver
The Intel
®
TXN132212013 SerDes Transceiver is designed for 10GBASE-LR (10 km)
applications c onsistent with IEEE 802.3ae D5.0 10GBASE-LR specifications. Table 11,
Table 12, and Table 13 list the transmitter, link, and receiver specifications for the
device.
Note:
Minimum and maximum values are specified over the case operating temperature
range using a 2
23
-1 PRBS signal. Typical values are measured at room temperature
(25 °C), unless otherwise noted.
Table 11. Intel
®
TXN132212013 (10 km 10GbE) Optical Specifications: Transmitter
Parameter Symbol Min. Max. Unit
Average output power P
O
-6 -1 dBm
Operating wavelength
λ
1,290 1,330 nm
Spectral width
Δλ
20
1nm
Side mode suppression ratio SMSR 30 dB
Average launch power in OMA
1
OMA -5.2 dBm
Tra nsm itter an d dispe rsion penalty TDP 3.2 dBm
Average launch power in OMA minus TDP OMA-TDP -6.2 dBm
Extinction ratio r
e
6dB
RIN
12
OMA RIN
-128 dB/Hz
Optical ret ur n loss tolerance ORL
12 dB
Tra nsm itter ref lectan ce
-12 dB
Eye mask of optical output Compliant with Telcordia GR-253
Jitter generation Compliant with Telcordia GR-253
Notes:
1. Optical modulation amplitud e, per triple trad e-off cur ves for 10G BASE-LR/ LW.
Table 12. Intel
®
TXN132212013 (10 km 10GbE) Optical Specifications: Link
Parameter Min. Typ. Max. Unit
Attenuation 0 4 dB
Dispersion 6.6 ps/nm
Link distance 7 10 km
Channel insertion loss (10GBASE-L) 6.2 dB
Allocation for penalties (10GBASE-L) 3.2 dB
Link o verall optical return loss 14 dB
Intel
®
TXN13220/1 /4/5/7/8 SFF 10 Gbps Opt ical Transceiver
26-Oct-2006 Datasheet
Order Numbe r: 27 38 07 00 4 19
Intel
®
TXN13220/1/4/5/7/8 SFF 10 Gbps Optical Transceiver
Table 13. Intel
®
TXN132 212013 (10 km 10GbE) Optical Specifications: Receiver
Parameter Symbol Min. Typ. Max. Unit
Rec eiv er sensitivity
†
PR
MIN
-14 -11 dBm
Str essed receiver sensitivity PRS
OMA
-10.3 dBm
Receiver overload average power -1 dBm
Optical path penalty 1dB
Receive electrical 3 dB upper cutoff frequency 12.3 GHz
Receiver reflectance -27 dB
† PIN receiver at 1,310 nm, 1 × 10-12 BER, 2^23-1 PRBS.
Intel
®
TXN13220/1/4/5/7/8 SFF 10 Gbps Optical Transceiver
Intel
®
TXN13220/1 /4/5/7/8 SFF 10 Gbps Opt ical Transceiver
Datasheet 26-Oct-2006
20 Order Number: 273807004
3.1.5 Intel
®
TXN132204013 / TXN132274013 Transceiver
The Intel
®
TXN132204013 and TXN132274013 SerDes transceivers are designed for
intermediate-reach (20 km) applications consistent with draft ITU-T G.691
recommendations for STM-64/S-64.1 and Telcordia* GR-1377 IR-1 optical interfaces.
Table 14, Table 15, and Table 16 list the transmitter, link, and receiver specifications for
the devices .
Note:
Minimum and maximum values are specified over the case operating temperature
range using a 2
23
-1 PRBS signal. Typical values are measured at room temperature
(25 °C), unless otherwise noted.
Table 14. Intel
®
TXN13 220 401 3/TXN132 274 013 (20 km SONET ) Op t i c a l Spe c if i c a t i on s :
Transmitter
Parameter Symbol Min. Max. Unit
Average output power P
O
+1 +5 dBm
Operating wavelength
λ
1290 1330 nm
Spectral width
Δλ
20
1nm
Side mode suppression ratio SMSR 30 dB
Extinction ratio r
e
6dB
Eye mask of optical output Compliant with Telcordia GR-253
Jitter generation Compliant with Telcordia GR-253
Table 15. Intel
®
TXN132204013/TXN132274013 (20 km SONET) Optical Specifications:
Link
Parameter Min. Typ. Max. Unit
Attenuation 6 11 dB
Dispersion 70 ps/nm
Link distance 20 km
Link o verall optical return loss 14 dB
Table 16. Intel
®
TXN13 220 401 3/TXN132 274 013 (20 km SONET ) Op t i c a l Spe c if i c a t i on s :
Receiver
Parameter Symbol Min. Typ. Max. Unit
Re c eive r s e n s it iv ity
†
PR
MIN
-14 -11 dBm
Receiver overload average power -1 dBm
Optical path penalty 1dB
Receiver reflectan ce -27 dB
† PIN receiver at 1,310 nm, 1 × 10-12 BER, 2^23-1 PRBS.
Intel
®
TXN13220/1 /4/5/7/8 SFF 10 Gbps Opt ical Transceiver
26-Oct-2006 Datasheet
Order Numbe r: 27 38 07 00 4 21
Intel
®
TXN13220/1/4/5/7/8 SFF 10 Gbps Optical Transceiver
3.1.6 Intel
®
TXN1 32 20 301 5 / TX N 13 2 27 30 15 Tr an sc ei v er s
The Intel
®
TXN132203015 and TXN132273015 SerDes Transceivers are designed for
short-reach (25 km) ap plications consistent with draft ITU-T G.691 recommendations
for I-64.2 and Telcordia GR-253 SR-2 optical interfaces. Table 17, Table 18, and
Table 19 list the transmitter, link, an d receiver specifications for the devices.
Note:
Minimum and maximum values are specified over the case operating temperature
range using a 2
23
-1 PRBS signal. Typical val ues are measured at room temperature
(25 °C), unless otherwise noted.
Table 17. Intel
®
TXN132203015 / TXN132273015 (25 km SONET)
Optical Specifications: Transmitter
Parameter Symbol Min. Typ. Max. Unit
Average output power P
O
-5 -1 dBm
Operating wavelength
λ
1,530 1,565 nm
Spectral width
Δλ
20
0.31nm
Side mode suppression ratio SMSR 30 dB
Extinction ratio r
e
8.2 10 dB
Eye mask of optical output Compliant with Telcordia* GR-253
Jitter generation Compliant with Telcordia* GR-253
Table 18. Intel
®
TXN132203015 / TXN132273015 (25 km SONET)
Optical Specifications: Link
Parameter Min. Typ. Max. Unit
Attenuation 0 7 dB
Dispersion 500 ps/nm
Link distanc e 25 km
Link overall optical return loss 24 dB
Table 19. Intel
®
TXN132203015 / TXN132273015 (25 km SONET)
Optical Specifications: Receiver
Parameter Symbol Min. Typ. Max. Unit
Rec eiv er sensitivity
†
PR
MIN
-17.5 -14 dBm
Receiver overload average power -1 dBm
Optical path penalty 2dB
Receiver reflectance -27 dB
† PIN receiver at 1,550 nm, 1 × 10-12 BER, 2^23-1 PRBS.
Intel
®
TXN13220/1/4/5/7/8 SFF 10 Gbps Optical Transceiver
Intel
®
TXN13220/1 /4/5/7/8 SFF 10 Gbps Opt ical Transceiver
Datasheet 26-Oct-2006
22 Order Number: 273807004
3.1.7 Intel
®
TXN132204015 / TXN132254015 Transceivers
The Intel
®
TXN132204015 and TXN132254015
SerDes Transceivers are designed for
intermediate-reach (40 km) applications consistent with draft ITU-T G.691
recommendations for STM-64/S-64.2b and Telcordia GR-253 IR-2 optical interfaces.
Table 20, Table 21, and Table 22 list the t ransmitter, link, and receiver specifications for
the devices .
Note:
Minimum and maximum values are specified over the case operating temperature
range using a 2
23
-1 PRBS signal. Typical values are measured at room temperature
(25 °C), unless otherwise noted.
Table 20. Intel
®
TXN132204015 / TXN132254015
(40 km SONET)
Optical Specifications: Transmitter
Parameter Symbol Min. Max. Unit
Average output power P
O
-1 2 dBm
Operating wavelength
λ
1,530 1,565 nm
Spectral width
Δλ
20
1nm
Side mode suppression ratio SMSR 30 dB
Extinction ratio r
e
8.2 dB
Eye mask of optical out put Compliant with Telcordia* GR-253
Jitter gene ration Compliant with Telcordia* GR-253
Table 21. Intel
®
TXN132204015 / TXN132254015 (40 km SONET)
Optical Specifications: Link
Parameter Min. Typ. Max. Unit
Attenuation 3 11 dB
Dispersion 800 ps/nm
Link distance 40 km
Link o verall optical return loss 24 dB
Table 22. Intel
®
TXN132204015 / TXN132254015 (40 km SONET)
Optical Specifications: Receiver
Parameter Symbol Min. Typ. Max. Unit
Re c eive r s e n s it iv ity
†
PR
MIN
-16 -14 dBm
Receiver overload average power -1 dBm
Optical path penalty 2dB
Receiver reflectan ce -27 dB
† PIN receiver at 1,550 nm, 1 × 10-12 BER, 2^23-1 PRBS.
Intel
®
TXN13220/1 /4/5/7/8 SFF 10 Gbps Opt ical Transceiver
26-Oct-2006 Datasheet
Order Numbe r: 27 38 07 00 4 23
Intel
®
TXN13220/1/4/5/7/8 SFF 10 Gbps Optical Transceiver
3.1.8 Intel
®
TXN132274015 / TXN132244015 / TXN132284015
Transceiver
The Intel
®
TXN132274015 and TXN132284015 SerDes Transceivers are designed for
intermediate-reach (40 km) applications consistent with draft ITU-T G.691
recommendations for STM-64/S-64.2b, Telcordia* GR-253 IR-2 optical interfaces and
IEEE* 802.3ae D5.0 10GBASE-LR specificatio ns. Table 23, Table 24, and Table 25 list
the transmitter, link, and receiver specifications for the devices.
Note:
Minimum and maximum values are specified over the case operating temperature
range using a 2
23
-1 PRBS signal. Typical val ues are measured at room temperature
(25 °C), unless otherwise noted.
Table 23. Intel
®
TXN132274015 / TXN132244015 / TXN132284015
(40 km S ONET/10 GbE) Optical Specifications: Transmitter
Parameter Symbol Min. Max. Unit
Average output power P
O
-1 2 dBm
Operating wavelength
λ
1,530 1,565 nm
Average launch power in OMA OMA -1.7 dBm
Transmitter and dispersion penalty TDP 3.0 dBm
Average launch power in OMA minus TDP O MA-TDP -2.1 dBm
Spectral width
Δλ
20
1nm
Side mode suppression ratio SMSR 30 dB
Extinction ratio r
e
8.2 dB
RIN
12
OMA
-128 dB/Hz
Optical return loss tolerance
21 dB
Eye mask of optical output Compliant with Telcordia* GR-253
Jitter generation Compliant with Telcordia* GR-253
Notes:
1. Optical Modulation Amplitude, per triple trade-off curves for 10GBASE-ER/EW
Table 24. Intel
®
TXN132274015 / TXN132244015 / TXN132284015
(40 km S ONET/10 GbE) Optical Specifications: Link
Parameter Min. Typ. Max. Unit
Attenuation 3 11 dB
Dispersion 800 ps/nm
Link distanc e 40 km
Link overall optical return loss 24 dB
Operating dista nc e (10G BASE-E ) 30 40
1
km
Channel insertion loss (10GBASE-E) 10.9 dB
Alloca tion for Pen alties (10GBASE -E) 3.6 4 .1 dB
Notes:
1. Links longer than 30 km are considered engineered links
Intel
®
TXN13220/1/4/5/7/8 SFF 10 Gbps Optical Transceiver
Intel
®
TXN13220/1 /4/5/7/8 SFF 10 Gbps Opt ical Transceiver
Datasheet 26-Oct-2006
24 Order Number: 273807004
Table 25. Intel
®
TXN132274015 / TXN132244015 / TXN132284015
(40 km SONET/10 GbE) Optical Specifications: Receiver
Parameter Symbol Min. Typ. Max. Unit
Re c eive r s e n s it iv ity
†
PR
MIN
-16 -14 dBm
Stre s s e d r e ce iv e r s ensit ivit y PRS
OMA
-11.3 dBm
Receiver overload average power -1 dBm
Optical path penalty 2dB
Receive electrical 3dB upper cutoff frequency 12.3 GHz
Receiver reflectan ce -27 dB
† PIN receiver at 1,550 nm, 1 × 10-12 BER, 2^23-1 PRBS.
Intel
®
TXN13220/1 /4/5/7/8 SFF 10 Gbps Opt ical Transceiver
26-Oct-2006 Datasheet
Order Numbe r: 27 38 07 00 4 25
Intel
®
TXN13220/1/4/5/7/8 SFF 10 Gbps Optical Transceiver
3.1.9 Intel
®
TXN132214015 Transceiver
The Intel
®
TXN132214015 SerDes Transceiver is designed for 10GBASE-ER (40 km)
applications con sisten t with IEEE 802.3ae D5.0 10GBASE-ER specifications. Ta ble 26,
Table 27, and Table 28 list the transmitter, link, and receiver specifications for the
device.
Note:
Minimum and maximum values are specified over the case operating temperature
range using a 2
23
-1 PRBS signal. Typical val ues are measured at room temperature
(25 °C), unless otherwise noted.
Table 26. Intel
®
TXN132214015 (40 km 10 GbE) Optical Specifications:
Transmitter
Parameter Symbol Min. Typ. Max. Unit
Average output power P
O
-1 2 dBm
Operating wavelength
λ
1,530 1,565 nm
Average launch power in OMA OMA -1.7 dBm
Transmitter and dispersion penalty TDP 3.0 dBm
Average launch power in OMA minus TDP OMA-TDP -2.1 dBm
Spectral width
Δλ
20
1nm
Side mode su ppression ratio SMS R 30 dB
Extinction ratio r
e
8.2 10 dB
RIN
12
OMA
-128 dB/Hz
Optical return loss tolerance
21 dB
Eye mask of optical output Compliant with Telcordia GR-253
Jitter generation Compliant with Telcordia GR-253
Notes:
1. Optical Modulation Amplitude, per triple trade-off curves for 10GBASE-ER/EW
Table 27. Intel
®
TXN132 214015 (40 km SONET/10 GbE) Optical Specifications:
Link
Parameter Min. Typ. Max. Unit
Attenuation 3 11 dB
Dispersion 800 ps/nm
Link distanc e 40 km
Link overall optical return loss 24 dB
Operating dista nc e (10G BASE-E ) 30 40
1
km
Channel insertion loss (10GBASE-E) 10.9 dB
Alloca tion for Pen alties (10GBASE -E) 3.6 4.1 dB
Notes:
1. Links longer than 30 km are considered engineered links.
Intel
®
TXN13220/1/4/5/7/8 SFF 10 Gbps Optical Transceiver
Intel
®
TXN13220/1 /4/5/7/8 SFF 10 Gbps Opt ical Transceiver
Datasheet 26-Oct-2006
26 Order Number: 273807004
Table 28. Intel
®
TXN13 2214015 (40 km SONET/10 GbE) Optical Specifications:
Receiver
Parameter Symbol Min. Typ. Max. Unit
Re c eive r s e n s it iv ity
†
PR
MIN
-17.5 -14 dBm
Stre s s e d r e ce iv e r s ensit ivit y PRS
OMA
-11.3 dBm
Receiver overload average power -1 dBm
Optical path penalty 2dB
Receive electrical 3dB upper cutoff frequency 12.3 GHz
Receiver reflectan ce -27 dB
† PIN receiver at 1,550 nm, 1 × 10-12 BER, 2^23-1 PRBS.
Intel
®
TXN13220/1 /4/5/7/8 SFF 10 Gbps Opt ical Transceiver
26-Oct-2006 Datasheet
Order Numbe r: 27 38 07 00 4 27
Intel
®
TXN13220/1/4/5/7/8 SFF 10 Gbps Optical Transceiver
3.2 Timing
The TXN13220/1/4/5/7/8 Transceiver transce iver timing is compliant with Optical
Internetworking Fo rum SFI-4 recommendations for the common electrical interface
betwee n framers and se rial ize r/des eria liz er parts for STS -192/STM-64 interfa ce s.
Figure 2 is a timing diag ram for the TXN13220/1/4/5/7/8 Transceiver on the optical
receiver side, (tha t is, the output of the transceiver demux). Table 29 lists the timing
diagram parameters.
Figure 2. Intel
®
TXN13220 /1/4/5/7/8 Transceiver – Demux Timing Diagram
Table 29. Intel
®
TXN13220 /1/4/5/7/8 Transceiver – Demux Timing-Diagram
Parameters
Parameter Description Value
T0
Clock period at 622 Mb ps (SONET rate )
Clock period at 645 Mbps (10 GbE rate)
Clock period at 669 Mb ps (SONET + FEC rate)
1.608 ns
1.55151 ns
1.49477 ns
Tw/T0 Duty Cycle = width of high clock pulse divided by clock
period. 0.45 < Tw/T0 < 0.55
Tr, Tf Rise and fall times (20% to 80%) 100 to 250 ps
Tcq_min, Tcq_max Minimum a nd maximum clock to data transition skew. 200 ps, 200 ps
Tcq_min
Tcq_max
Tw
T0
RxDout0
-
15
RxPOCLKP
Tcq_min
Tcq_max
Tw
T0
RxDout0
-
15
RxDout0
-
15
Intel
®
TXN13220/1/4/5/7/8 SFF 10 Gbps Optical Transceiver
Intel
®
TXN13220/1 /4/5/7/8 SFF 10 Gbps Opt ical Transceiver
Datasheet 26-Oct-2006
28 Order Number: 273807004
Figure 3 is a timing diagram f o r the TXN13220/1/4/5/7/8 Transceiver on the optical
transmit side (that is, the input of transponder mux). Table 30 lists the timing diagram
parameters.
Figure 3. Intel
®
TXN1322 0/1/4/5/7/8 Transceiver – Mux Timing Diagram
Table 30. Intel
®
TXN1322 0/1/4/5/7/8 Transceiver – Mux Timing-Diagram Parameters
Parameter Description Value
T0
Clock period at 622 Mbps (SONET rate)
Clock period at 645 Mbps (10 GbE ra te)
Clock period at 669 Mbps (SONET + FEC rate)
1.608 ns
1.55151 ns
1.49477 ns
Tw/T0 Duty Cycle = width of high clock pulse divided by clock period. 0.40 < Tw/T0 < 0.60
Tr, Tf Rise and fall times (20% to 80%) 100 to 300 ps
Ts, Th Maximum da ta setup an d hold times required relative to positive
clock edge. 300 ps
Tw
T0
Th
Ts
TxPICLKP
TxDin0
-
15
Intel
®
TXN13220/1 /4/5/7/8 SFF 10 Gbps Opt ical Transceiver
26-Oct-2006 Datasheet
Order Numbe r: 27 38 07 00 4 29
Intel
®
TXN13220/1/4/5/7/8 SFF 10 Gbps Optical Transceiver
3.3 Control and Monitoring Functions
The TXN13220/1/4/5/7/8 Transceiver line of transceivers provides a combination of
analog and digital control and monitoring functions as listed in Ta ble 31, Table 32, and
Table 33.
Note:
• Active signal monitoring using an on-board microprocessor through the I
2
C bus is
available for this optica l transceiver. For more information, consult the
EEP13220APP application note.
• A fixed content EEPROM, containing many transceiver parameters (for example,
calibration data and serial number), can also be accessed through the I
2
C bus by
using a diffe rent add ress. For details, see the EEP13220APP document referenced
in Section 1.2, “Related Hardware and Documents” on page 10.
Table 31. Analog Monitoring Signals and Characteristics
Function Pin Name Pin
Number Signal Range
Input optical
power RxPOWMON F3
Outpu t volta ge proport ion al to
average received optical power
Referenced to 0 V with typical
slope of 1 V/mW (minimum 0.8V/
mW and maximum 1.26 V/mW)
Voltage – 0 to 2 V
Current – ± 100 µA
Laser bias
monitor LsBIASMON F18
Output proportional to transmit
las er DC bias
V = 20 * (I – Offset) mV where I =
las er bias mA.
Voltage – 0 to 2 V
Current – ± 100 µA
Laser
temp erature
monitor LsTEMPMON D21
Output proportional to transmit
las er temperature
V = 0.764*e
3887*(1/T – 1/298)
volts,
where T is temperature in Kelvins.
Nominally 0.4 to 0.6 V under
normal operation.
Voltage – 0 to 3.3 V
Current – ±100 µA
Laser power
monitor LsPOWMON D18
Output proportional to transmit
laser average outpu t power.
Nominal value of 0.5 V should
remain constant due to high gain
power control loop.
Voltage – 0 to 2 V
Current – ± 100 µA
Intel
®
TXN13220/1/4/5/7/8 SFF 10 Gbps Optical Transceiver
Intel
®
TXN13220/1 /4/5/7/8 SFF 10 Gbps Opt ical Transceiver
Datasheet 26-Oct-2006
30 Order Number: 273807004
Table 32. Digital Alarms
Function Pin Name Pin
Num-
ber Logic Logic 0 Logic 1 Condition
Tra nsm itter PLL
loc k e r ror TxLOCKERR B30 LVTTL Out of
lock In lock Out of lock when on chip VCO not
locked to TxREFCLK
Receiver PLL
lock detect RxLOCKERR B15 LVTTL Out of
lock In lock Low if CDR is unable to recover
valid clock from receive opt ical
input signal.
Receiver loss of
average power
alarm RxPOWALM F6 LVTTL No input
signal
Input
signal
present
Logic high for signal above
receiver sensitivity. Low for signal
< -30 dBm .
Laser bias
alarm LsBIASALM F24 LVTTL Alarm Normal Alarm if laser bias >100 mA
Laser temp
alarm LsTEMPALM F27 LVTTL Alarm Normal Alarm if laser temperature
deviates more than 2.5 degrees
fro m initial set point
Receiver ala rm
interrupt RxALMINT J14 LVTTL Alarm Normal Electrical OR of all receive alarms
Alarm int err upt AL MINT H15 LVTTL Alar m Normal Electrical OR of all receive and
transmit alarms
Tra nsm itter
alarm interrupt TxA LMINT J16 LVTTL A larm Normal Electrical OR of all transmit alarms
Table 33. Digital Control Signals and I
2
C Bus
Function Pin Name Pin
Num-
ber Logic Logic 0 Logic 1
Transmitter laser enable in Ls ENABLE F21 LVTTL Enabled Disabled
Selects 1/64 line bit rate or 1/16 line bit
rate-MHz reference clock for m u x -
TxREFCLK TxREFSEL F30 LVTTL 1/64 line bit
rate MHz 1/16 li ne bit
rate MHz
Selects 1/64 line bit rate or 1/16 line bit
rate of referen ce clock for demu x -
RxREFCLK RxREFSEL F15 LVTTL 1/64 line bit
rate 1/16 line bi t
rate
Selects 1/64 line bit rate or 1/16 line bit
rate of dem ux monitor clock out - RxMCLK RxMCLKSEL B12 LVTTL 1/64 line bit
rate 1/16 line bi t
rate
Line timing mode internally loops
recovered receive cl ock (RxPOCLK) back to
TxREFCLK TxLINETIMSEL H30 LVTTL Line Timing TxREFCLK
Timing
Receive lock to reference forces the VCO in
the receiver clock recovery circuit to lock
to RxREFCLK RxLCKREF B9 LVTTL Lock to ref Normal
Mutes the da ta outp uts of the demux RxM uteD out B6 LVTTL Mutes the
RxDout
[0:15] Normal
Mutes the RxPOCLK RxMutePOCLK K9 LVTTL Mutes the
RxPOCLK Normal
I
2
C Clock Input I2CCLOCK K15 LVTTL
I
2
C Data
†
I2CDATA K18 LVTTL
TxRATESEL1 TxRateSel1 J21 LVTTL See Table 34 See Ta b le 3 4
TxRATESEL0 TxRateSel0 K21 LVTTL See Tab le 3 4 See Ta b le 3 4
† See the application note for details regarding the contents of the EEPROM.
Intel
®
TXN13220/1 /4/5/7/8 SFF 10 Gbps Opt ical Transceiver
26-Oct-2006 Datasheet
Order Numbe r: 27 38 07 00 4 31
Intel
®
TXN13220/1/4/5/7/8 SFF 10 Gbps Optical Transceiver
Table 34. Truth Table for Transmit Rate Select (TxRATESEL[0:1])
TxRATESEL1 TxRATESEL0 Rate Selected
0 0 10 GbE rate of 10.3 Gbps selected
0 1 Jitter-filter disable/enable from default
1 0 FEC rate of 10.7 Gbps selected
1 1 SONET rate of 9.85 Gbps selected
Table 35. Deserializer Logic Levels
Symbol LVDS/
LVTTL Characteristic Min. Typ. Max. Units
|Vod| LVDS LVDS output differential voltage 400 mV
Vocm LVDS LVDS output common mode voltage 1.2 V
Vih LVTTL LVTTL input high voltage 2 5 V
Iih LVTTL Input high current -500 0 µA
Vil LVTTL Input low voltage 0 0.8 V
Iil LVTTL Input low current 0 400 µA
Table 36. Serializer Logic Levels
Symbol LVDS/
LVTTL Characteristic Min. Typ. Max. Units
|Vod| LVDS LVDS output differential voltage 400 mV
Vocm LVDS LVDS output common mode voltage 1.2 V
Vivr LVDS LVD S input voltage range 0.8 2.4 V
Rin LVDS LVDS input termination resistor 80 100 120
Ω
Vih LVTTL LVDS input high voltage 2 5 V
Iih LVTTL Input high current -500 0 µA
Vil LVTTL Input high voltage 0 0.8 V
Iil LVTTL Input low current 0 400 µA
Voh LVTTL LVTTL output voltage high 2.4 V
Vol LVTTL Output voltage low 0.4 V
Intel
®
TXN13220/1/4/5/7/8 SFF 10 Gbps Optical Transceiver
Intel
®
TXN13220/1 /4/5/7/8 SFF 10 Gbps Opt ical Transceiver
Datasheet 26-Oct-2006
32 Order Number: 273807004
3.4 Data Input/Output Configuration
The TXN13220/1/4/5/7/8 Transceiver product line of transceivers fully compliant with
OIF standards fo r LVDS I/O data format.
Bit ordering is compl iant with SONET requirements, whereby the most-significant bit is
transmitted first. SONE T bit ord e ring is maintained for all data rates.
Table 37 lists the I/O configuratio n.
Table 37. Data Input/Output Configuration
Pin Name In/
Out Description Logic
TxDin0P (N), …,
TxDin15P(N) In Tran smitter (1/16 line bit rate) data input, differential
pairs. LV DS, i nternal l y 100
Ω
terminated
TxPICLKP(N) In Transmitter (1/16 line bit rate) input clock, differential
pair, aligned with input data LVDS, i nternall y 100
Ω
terminated
TxREFCLKP(N) In Transmitter reference clock input, differential pair.
Selectable between 1/64 line bit rate and 1/16 l i ne bi t
rate M Hz using TxREFSEL
LV PE CL , AC C oup l ed
TxPCLKP(N) Out T ransmitter (1/16 li ne bit rate) reference clock output,
dif fe rential pair LVDS
RxDout0P(N), …,
RxDout15P(N) Out Receiver (1/16 line bit rate) data output, differential
pairs LVDS
RxREFCLKP(N) In Receiver reference clock input, differential pair.
Selectable between 1/64 line bit rate and 1/16 l i ne bi t
rate M Hz using RxREFSEL
LV PE CL , AC C oup l ed
RxPOCLKP(N) Out Receiver (1/16 line bit rate) MHz clock output,
d if f e re nt ial pa irs , align e d w it h out p ut d a ta LVDS
RxMCLKP(N) Out Dem ultiplexer monitor clock output. Selectable
between 1/64 line bit rate and 1/16 line bit rate MHz
by using RxMCLKSEL
LVDS
TxMCLKP(N) Out Multiplexer monitor clock output: 1/64 line bit rate
MHz LVDS
Intel
®
TXN13220/1 /4/5/7/8 SFF 10 Gbps Opt ical Transceiver
26-Oct-2006 Datasheet
Order Numbe r: 27 38 07 00 4 33
Intel
®
TXN13220/1/4/5/7/8 SFF 10 Gbps Optical Transceiver
3.5 Pin Configuration
Table 38 lists the pin configuration.
Table 38. Pin Configuration
Pin # A B C D E F G H J K
1
RxDout0P Dig i t a l GN D RxDout4P Digital GND RxDout8P NIC RxDout12P Frame GND NIC NIC
2
RxDout0N Dig i t a l GN D RxDout4N Digital GND RxDout8N NIC RxDout12N Frame GND NIC NIC
3
Digital GND RxDTV Digital GND I2CAD0 Digital GND RxPOWMON Digital GND NIC NIC NIC
4
RxDout1P Dig i t a l GN D RxDout5P Digital GND RxDout9P + 3.3 VDigital RxDout13P Frame GND NIC + 3.3 VAnalog
5
RxDout1N Dig i t a l GN D RxDout5N Digital GND RxDout9N + 3.3 VDigital RxDout13N Frame GND NIC + 3.3 VAnalog
6
Digital GND RxMuteDout Digital GND I2CAD1 Digital GND RxPOWALM Digital GND NIC NIC NIC
7
RxDout2P Dig i t a l GN D RxDout6P Digital GND RxDout10P + 3.3 VDigital RxDout14P Analog GND NIC NIC
8
RxDout2N Dig i t a l GN D RxDout6N Digital GND RxDout10N + 3.3 VDigital RxDout14N Analog GND NIC NIC
9
Digital GND RxLCKREF Digital GND I2CAD2 Digital GND NIC Digital GND NIC NIC RxMute
POCLK
10
RxDout3P Dig i t a l GN D RxDout7P Digital GND RxDout11P - 5.2 VDigital RxDout15P Analog GND NIC - 5 .2 VAnalog
11
RxDout3N Dig i t a l GN D RxDout7N Digital GND RxDout11N - 5.2 VDigital RxDout15N Analog GND NIC - 5 .2 VAnalog
12
Digital GND RxMCLKSEL Di gital GND NIC Digital GND NIC Digital GND NIC NIC RxMuteMCLK
13
RxREFCLKP Di g i t a l GN D RxMCLKP Digital GND RxPOCLKP - 5.2 VDigital NIC Analog GND NIC - 5.2 VAnalog
14
RxREFCLKN Di g i t a l GN D RxMCLKN Digital GND RxPOCLKN - 5.2 VDigital NIC Analog GND Rx ALM INT - 5.2 VAnalog
15
Digital GND RxLOCKERR Di gital GND NIC Digital GND RxREFSEL Digital GND ALMINT NIC I2CCLOCK
16
TxDin0P Dig i t a l GN D TxDin4P Digital GND TxDin8P NIC TxDin12P Analog GND TxALM INT NIC
17
TxDin0N Dig i t a l GN D TxDin4N Digital GND TxDin8N NIC TxDin12N Analog GND NIC NIC
18
Digital GND NIC Digital GND LsPOWMON Digital GND LsBIASMON Digi tal GND NIC NIC I2CDATA
19
TxDin1P Dig i t a l GN D TxDin5P Digital GND TxDin9P + 3.3 VDigital TxDin13P Analog GND NIC + 3.3 VAnalog
20
TxDin1N Dig i t a l GN D TxDin5N Digital GND TxDin9N + 3.3 VDigital TxDin13N Analog GND NIC + 3.3 VAnalog
21
Digital GND NIC Digital GND LsTEMPMON Digital GND LsENABLE Digital GND NIC TxRateSel1 TxRateSel0
22
TxDin2P Dig i t a l GN D TxDin6P Digital GND TxDin10P + 3.3 VDigital TxDin14P Analog GND NIC + 3.3 VAnalog
23
TxDin2N Dig i t a l GN D TxDin6N Digital GND TxDin10N + 3.3 VDigital TxDin14N Analog GND NIC + 3.3 VAnalog
24
Digital GND NIC Digital GND TxPHSADJ0 Digital GND LsBIASALM Digital GND NIC NIC TxRESET
25
TxDin3P Dig i t a l GN D TxDin7P Digital GND TxDin11P - 5.2 VDigital TxDin15P Frame GND NIC - 5.2 VAnalog
26
TxDin3N Dig i t a l GN D TxDin7N Digital GND TxDin11N - 5.2 VDigital TxDin15N Frame GND NIC - 5.2 VAnalog
27
Digital GND NIC Digital GND TxPHSADJ1 Digital GND LsTEMPALM Digital GND NIC NIC TxFIFORES
28
TxREFCLKP Di g ita l GN D TxMCLKP Digital GND TxPCLKP - 5.2 VDigital TxPICLKP Frame GND NIC - 5.2 VAnalog
29
TxREFCLKN Di g ita l GN D TxMCLKN Digital GND TxPCLKN - 5.2 VDigital TxPICLKN Frame GND NIC - 5.2 VAnalog
30
Digital GND TxLOCKERR Digital GND LsPOWAlm Digital GND TxREFSEL Digital GND TxLINTIMSEL NIC TxFIFOERR
Note:
NIC = Transceiver has no internal connection to this pin.
Intel
®
TXN13220/1/4/5/7/8 SFF 10 Gbps Optical Transceiver
Intel
®
TXN13220/1 /4/5/7/8 SFF 10 Gbps Opt ical Transceiver
Datasheet 26-Oct-2006
34 Order Number: 273807004
3.6 Input and Output Termination Description
Table 39. Input and Ou tput Termination Description (Sheet 1 of 9)
Pin
Num-
ber Symbol I/O Logic Description
A1 RxDout0P Out LVDS Receiver (
1
/
16
line bit rate) data output, differential pairs.
A2 RxDout0N Out LVDS Receiver (
1
/
16
line bit rate) data output, differential pairs.
A3 Digital GND In Supply Digital Ground
A4 RxDout1P Out LVDS Receiver (
1
/
16
line bit rate) data output, differential pairs.
A5 RxDout1N Out LVDS Receiver (
1
/
16
line bit rate) data output, differential pairs.
A6 Digital GND In Supply Digital Ground
A7 RxDout2P Out LVDS Receiver (
1
/
16
line bit rate) data output, differential pairs.
A8 RxDout2N Out LVDS Receiver (
1
/
16
line bit rate) data output, differential pairs.
A9 Digital GND In Supply Digital Ground
A10 RxDout3P Out LVDS Receiver (
1
/
16
line bit rate) data output, differential pairs.
A11 RxDout3N Out LVDS Receiver (
1
/
16
line bit rate) data output, differential pairs.
A12 Digital GND In Supply D igital Ground
A13 R xREFCLKP In LVPECL, AC Coupled Receiver reference clock input, differential pair , selectable between
1
/
64
or
1
/
16
line bit rate MHz by RxREFSE L (F15) .
A14 R xREFCLKN In LVPECL, AC Coupled Receiver reference clock input, differential pair, selectable
1
/
64
or
1
/
16
line bit rate MHz by RxREFSEL (F15).
A15 Digital GND In Supply D igital Ground
A16 TxDin0P In LVDS, internally 100
Ω
terminated Transmitter (
1
/
16
line bit rate) data input, differential pairs.
A17 TxDin0N In LVDS, internally 100
Ω
terminated Transmitter (
1
/
16
line bit rate) data input, differential pairs.
A18 Digital GND In Supply D igital Ground
A19 TxDin1P In LVDS, internally 100
Ω
terminated Transmitter (
1
/
16
line bit rate) data input, differential pairs.
A20 TxDin1N In LVDS, internally 100
Ω
terminated Transmitter (
1
/
16
line bit rate) data input, differential pairs.
A21 Digital GND In Supply D igital Ground
A22 TxDin2P In LVDS, internally 100
Ω
terminated Transmitter (
1
/
16
line bit rate) data input, differential pairs.
A23 TxDin2N In LVDS, internally 100
Ω
terminated Transmitter (
1
/
16
line bit rate) data input, differential pairs.
A24 Digital GND In Supply D igital Ground
A25 TxDin3P In LVDS, internally 100
Ω
terminated Transmitter (
1
/
16
line bit rate) data input, differential pairs.
A26 TxDin3N In LVDS, internally 100
Ω
terminated Transmitter (
1
/
16
line bit rate) data input, differential pairs.
A27 Digital GND In Supply D igital Ground
A28 Tx REFCLKP In LVPECL, AC Coupled Transmitter reference clock in, differential pair, selectable between
1
/
64
or
1
/
16
line bit rate MHz using TxREFSEL (F30).
A29 Tx REFCLKN In LVPECL, AC Coupled Transmitter reference clock input, differential pair, selectable between
1
/
64
or
1
/
16
line bit rate MHz using TxREFSEL (F30).
A30 Digital GND In Supply D igital Ground
Intel
®
TXN13220/1 /4/5/7/8 SFF 10 Gbps Opt ical Transceiver
26-Oct-2006 Datasheet
Order Numbe r: 27 38 07 00 4 35
Intel
®
TXN13220/1/4/5/7/8 SFF 10 Gbps Optical Transceiver
B1 Digit al GND In Su pply Digital Ground
B2 Digit al GND In Su pply Digital Ground
B3 NIC N/A N/A No Inter nal Connect ion
B4 Digit al GND In Su pply Digital Ground
B5 Digit al GND In Su pply Digital Ground
B6 RxMuteDout In LVTTL Mutes the data outputs of the demux.
B7 Digit al GND In Su pply Digital Ground
B8 Digit al GND In Su pply Digital Ground
B9 RxLCKREF In
LVTTL
Logic 0: Lock to ref
Logic 1: Normal
Receive lock to reference forces the VCO in the receiver clock recovery
circuit to lock to RxREFCLK instead of incoming signal.
B1 0 D ig ita l G N D In S up p ly Dig ita l G roun d
B1 1 D ig ita l G N D In S up p ly Dig ita l G roun d
B12 RxM CLK SEL In LVTTL Selects RxM CLK—eit her
1
/
64
or
1
/
16
line bit rate MHz.
B1 3 D ig ita l G N D In S up p ly Dig ita l G roun d
B1 4 D ig ita l G N D In S up p ly Dig ita l G roun d
B15 RxLOCKERR Out
LVTTL
Logic 0: Out of lock
Logic 1: In lock
Receiver PLL lock detect. Low if CDR not able to recover valid clock
from rec eive optical input.
B1 6 D ig ita l G N D In S up p ly Dig ita l G roun d
B1 7 D ig ita l G N D In S up p ly Dig ita l G roun d
B18 NIC N/A N/A No Inter nal Connect ion
B1 9 D ig ita l G N D In S up p ly Dig ita l G roun d
B2 0 D ig ita l G N D In S up p ly Dig ita l G roun d
B21 NIC N/A N/A No Inter nal Connect ion
B2 2 D ig ita l G N D In S up p ly Dig ita l G roun d
B2 3 D ig ita l G N D In S up p ly Dig ita l G roun d
B24 NIC N/A N/A No Inter nal Connect ion
B2 5 D ig ita l G N D In S up p ly Dig ita l G roun d
B2 6 D ig ita l G N D In S up p ly Dig ita l G roun d
B27 NIC N/A N/A No Inter nal Connect ion
B2 8 D ig ita l G N D In S up p ly Dig ita l G roun d
B2 9 D ig ita l G N D In S up p ly Dig ita l G roun d
B30 TxLOCKERR Out
LVTTL
Logic 0: Out of lock
Logic 1: In lock
Transmitter PLL lock error. Out of lock when on chip VCO not locked to
TxREFCLK.
C1 RxDout4P Out LVDS Receiver (
1
/
16
line bit rate) data output , differential pairs.
C2 RxDout4N Out LVDS Receiver (
1
/
16
line bit rate) data output , differential pairs.
C3 Digit al GND In Su pply Digital Ground
C4 RxDout5P Out LVDS Receiver (
1
/
16
line bit rate) data output , differential pairs.
C5 RxDout5N Out LVDS Receiver (
1
/
16
line bit rate) data output , differential pairs.
Table 39. Input and Output Termination Description (Sheet 2 of 9)
Pin
Num-
ber Symbol I/O Logic Description
Intel
®
TXN13220/1/4/5/7/8 SFF 10 Gbps Optical Transceiver
Intel
®
TXN13220/1 /4/5/7/8 SFF 10 Gbps Opt ical Transceiver
Datasheet 26-Oct-2006
36 Order Number: 273807004
C6 Digital GND In Supply Digital Ground
C7 RxDout6P Out LVDS Receiver (
1
/
16
line bit rate) data output, differential pairs.
C8 RxDout6N Out LVDS Receiver (
1
/
16
line bit rate) data output, differential pairs.
C9 Digital GND In Supply Digital Ground
C10 RxDout7P Out LVDS Receiver (
1
/
16
line bit rate) data output, differential pairs.
C11 RxDout7N Out LVDS Receiver (
1
/
16
line bit rate) data output, differential pairs.
C12 Digital GND In Supply Digital Ground
C13 RxMCLKP Out LVDS Demultiplexer monit or clock output, differential pair, selectable
between
1
/
64
or
1
/
16
line bit rate MHz by RxMCLKSEL ( B12).
C14 RxMCLKN Out LVDS Demult iplexer monitor clock output, differential pair, selectable
between
1
/
64
or
1
/
16
line bit rate MHz by RxMCLKSEL ( B12).
C15 Digital GND In Supply Digital Ground
C16 TxDin4P In LVDS, internally 100
Ω
terminated Transmitter (
1
/
16
line bit rate) data input, differential pairs.
C17 TxDin4N In LVDS, internally 100
Ω
terminated Transmitter (
1
/
16
line bit rate) data input, differential pairs.
C18 Digital GND In Supply Digital Ground
C19 TxDin5P In LVDS, internally 100
Ω
terminated Transmitter (
1
/
16
line bit rate) data input, differential pairs.
C20 TxDin5N In LVDS, internally 100
Ω
terminated Transmitter (
1
/
16
line bit rate) data input, differential pairs.
C21 Digital GND In Supply Digital Ground
C22 TxDin6P In LVDS, internally 100
Ω
terminated Transmitter (
1
/
16
line bit rate) data input, differential pairs.
C23 TxDin6N In LVDS, internally 100
Ω
terminated Transmitter (
1
/
16
line bit rate) data input, differential pairs.
C24 Digital GND In Supply Digital Ground
C25 TxDin7P In LVDS, internally 100
Ω
terminated Transmitter (
1
/
16
line bit rate) data input, differential pairs.
C26 TxDin7N In LVDS, internally 100
Ω
terminated Transmitter (
1
/
16
line bit rate) data input, differential pairs.
C27 Digital GND In Supply Digital Ground
C28 TxMCLKP Out LVDS Multiplexer monitor clock output, differential pair,
1
/
64
line bit rate .
C29 TxMCLKN Out LVDS Multiplexer monitor clock output, differential pair,
1
/
64
line bit rate .
C30 Digital GND In Supply Digital Ground
D1 Digital GND In Supply Digital Ground
D2 Digital GND In Supply Digital Ground
D3 I2CAD0 In LVTTL I
2
C address input for module addressing (LSB).
D4 Digital GND In Supply Digital Ground
D5 Digital GND In Supply Digital Ground
D6 I2CAD1 In LVTTL I
2
C address input for module addressing.
D7 Digital GND In Supply Digital Ground
D8 Digital GND In Supply Digital Ground
D9 I2CAD2 In LVTTL I
2
C address input for module addressing (MSB).
Table 39. Input and Ou tput Termination Description (Sheet 3 of 9)
Pin
Num-
ber Symbol I/O Logic Description
Intel
®
TXN13220/1 /4/5/7/8 SFF 10 Gbps Opt ical Transceiver
26-Oct-2006 Datasheet
Order Numbe r: 27 38 07 00 4 37
Intel
®
TXN13220/1/4/5/7/8 SFF 10 Gbps Optical Transceiver
D10 D ig ita l G N D In S u p p ly D ig ita l G roun d
D11 D ig ita l G N D In S u p p ly D ig ita l G roun d
D12 NIC N/A N/A No Inter nal Connect ion
D13 D ig ita l G N D In S u p p ly D ig ita l G roun d
D14 D ig ita l G N D In S u p p ly D ig ita l G roun d
D15 NIC N/A N/A No Inter nal Connect ion
D16 D ig ita l G N D In S u p p ly D ig ita l G roun d
D17 D ig ita l G N D In S u p p ly D ig ita l G roun d
D18 LsPOWMON Out Analog Laser power monitor. Output proportional to transmit laser average
output power. Nominal value of 0.5 V should remain constant due to
high gain power control loop. Range: 0–2 V, ± 100 µA
D19 D ig ita l G N D In S u p p ly D ig ita l G roun d
D20 D ig ita l G N D In S u p p ly D ig ita l G roun d
D21 LsTEMPMON Out Analog
Laser temperature monitor. Output proportional to transmit laser
temperature V = 0.764*e
3887*(1/T - 1/298)
Vo lts, where T is temp in
Kelvins. Nominally 0.4 to 0.6 V under normal operation. Range: 0–3.3
V, ± 100 µA
D22 D ig ita l G N D In S u p p ly D ig ita l G roun d
D23 D ig ita l G N D In S u p p ly D ig ita l G roun d
D24 NIC N/A N/A No Inter nal Connect ion
D25 D ig ita l G N D In S u p p ly D ig ita l G roun d
D26 D ig ita l G N D In S u p p ly D ig ita l G roun d
D27 NIC N/A N/A No Inter nal Connect ion
D28 D ig ita l G N D In S u p p ly D ig ita l G roun d
D29 D ig ita l G N D In S u p p ly D ig ita l G roun d
D30 LsPOWALM Out
LVTTL
Logic 0: Alarm
Logic 1: Normal
Laser power alarm. Logic high when the laser output power drops to
half of the beginning of li fe output power, and corresponds to a voltage
of 0.25 V on the Lase r Power Monitor (LsPOWMON) an alog voltage.
E1 RxDout8P Out LVDS Receiver (
1
/
16
line bit rate) data output , differential pairs.
E2 RxDout8N Out LVDS Receiver (
1
/
16
line bit rate) data output , differential pairs.
E3 Digit al GND In Su pply Digital Ground
E4 RxDout9P Out LVDS Receiver (
1
/
16
line bit rate) data output , differential pairs.
E5 RxDout9N Out LVDS Receiver (
1
/
16
line bit rate) data output , differential pairs.
E6 Digit al GND In Su pply Digital Ground
E7 RxDout10P Out LVDS Receiver (
1
/
16
line bit rate) data output , differential pairs.
E8 RxDout10N Out LVDS Receiver (
1
/
16
line bit rate) data output , differential pairs.
E9 Digit al GND In Su pply Digital Ground
E10 RxDout11P Out LVDS Receiver (
1
/
16
line bit rate) data output , differential pairs.
E11 RxDout11N Out LVDS Receiver (
1
/
16
line bit rate) data output , differential pairs.
E12 D ig it a l G N D In S up p ly Dig ita l G roun d
E13 RxPOCLKP Out LVDS Receiver (
1
/
16
line bit rate MHz) clock output, differential pairs, aligned
with output data.
Table 39. Input and Output Termination Description (Sheet 4 of 9)
Pin
Num-
ber Symbol I/O Logic Description
Intel
®
TXN13220/1/4/5/7/8 SFF 10 Gbps Optical Transceiver
Intel
®
TXN13220/1 /4/5/7/8 SFF 10 Gbps Opt ical Transceiver
Datasheet 26-Oct-2006
38 Order Number: 273807004
E14 RxPOCLKN Out LVDS R eceiver (
1
/
16
line bit rate MHz) clock output, differential pairs, aligned
with outpu t data.
E15 Digital GND In Supply Digital Ground
E16 TxDin8P In LVDS, internally 100
Ω
terminated Transmitter (
1
/
16
line bit rate) data input, differential pairs.
E17 TxDin8N In LVDS, internally 100
Ω
terminated Transmitter (
1
/
16
line bit rate) data input, differential pairs.
E18 Digital GND In Supply Digital Ground
E19 TxDin9P In LVDS, internally 100
Ω
terminated Transmitter (
1
/
16
line bit rate) data input, differential pairs.
E20 TxDin9N In LVDS, internally 100
Ω
terminated Transmitter (
1
/
16
line bit rate) data input, differential pairs.
E21 Digital GND In Supply Digital Ground
E22 TxDin10P In LVDS, internally 100
Ω
terminated Transmitter (
1
/
16
line bit rate) data input, differential pairs.
E23 TxDin10N In LVDS, internally 100
Ω
terminated Transmitter (
1
/
16
line bit rate) data input, differential pairs.
E24 Digital GND In Supply Digital Ground
E25 TxDin11P In LVDS, internally 100
Ω
terminated Transmitter (
1
/
16
line bit rate) data input, differential pairs.
E26 TxDin11N In LVDS, internally 100
Ω
terminated Transmitter (
1
/
16
line bit rate) data input, differential pairs.
E27 Digital GND In Supply Digital Ground
E28 TxPCLKP Out LVDS Transmitter (
1
/
16
line bit rate) reference clock output, differential pair
E29 TxPCLKN Out LVDS Transmitter (
1
/
16
line bit rate) reference clock output, differential pair
E30 Digital GND In Supply Digital Ground
F1 NIC N/A N/A No Internal Connection
F2 NIC N/A N/A No Internal Connection
F3 RxPOWMON Out Analog Output voltage proportional to average received optical power.
Referenced to 0 V with typ. slope of 1 V/mW (min. 0.8 V/mW, max.
1.26 V/mW)
F4 +3.3 V Digital In Supply Digital Power
F5 +3.3 V Digital In Supply Digital Power
F6 RxPOWALM Out
LVTTL Logic 0: No
input signal
Logic 1: I nput signal
present
Receiver loss of average power alarm. Logic high for signal above
receiver sensitivity. Low for signal </= 30 dBm.
F7 +3.3 V Digital In Supply Digital Power
F8 +3.3 V Digital In Supply Digital Power
F9 NIC N/A N/A No Internal Connection
F10 -5.2 V Digital In Supply Digital Power
F11 -5.2 V Digital In Supply Digital Power
F12 NIC N/A N/A No Internal Connection
F13 -5.2 V Digital In Supply Digital Power
F14 -5.2 V Digital In Supply Digital Power
Table 39. Input and Ou tput Termination Description (Sheet 5 of 9)
Pin
Num-
ber Symbol I/O Logic Description
Intel
®
TXN13220/1 /4/5/7/8 SFF 10 Gbps Opt ical Transceiver
26-Oct-2006 Datasheet
Order Numbe r: 27 38 07 00 4 39
Intel
®
TXN13220/1/4/5/7/8 SFF 10 Gbps Optical Transceiver
F15 RxREFSEL In
LVTTL Logic 0:
1
/
64
line bit rate
Lo gic 1:
1
/
16
line bit
rate
Selects RxREFCLK—eith er
1
/
64
or
1
/
16
line bit rate MHz.
F16 NIC N/A N/A No Inter nal Connect ion
F17 NIC N/A N/A No Inter nal Connect ion
F18 LsBIASMON Out Analog Laser bias monitor. Output proportional to transmit laser DC bias
V = 20 * (1 - Offset) mV where I = laser bi as mA. Range: 0–2 V, ± 100
µA
F19 +3.3 V Digital In Su pply Digital Power
F20 +3.3 V Digital In Su pply Digital Power
F21 LsENABLE In
LVTTL
Logic 0: Enabled
Logic 1: Disabled
Function: Tran smitter la ser en able inpu t.
F22 +3.3 V Digital In Su pply Digital Power
F23 +3.3 V Digital In Su pply Digital Power
F24 LsBIASALM Out LVTTL
Logic 0: Alarm
Logic 1: Normal
Las er bias ala rm . A lar m i f las e r bia s > 80 mA for 13 10 nm app lic a tions
and > 100 mA for 1550 nm applications.
F25 -5.2 V Digital In Supply Digital Power
F26 -5.2 V Digital In Supply Digital Power
F27 LsTEMPALM Out
LVTTL
Logic 0: Alarm
Logic 1: Normal
Laser temperature alarm. Alarm if laser temperature more than 5
degrees from initial set point.
F28 -5.2 V Digital In Supply Digital Power
F29 -5.2 V Digital In Supply Digital Power
F30 TxREFSEL In
LVTTL Logic 0:
1
/
64
line bit rate MHz
Lo gic 1:
1
/
16
line bit
rate MHz
Selects Tx REFSEL—e ither
1
/
64
or
1
/
16
line bit rate MHz.
G1 RxDout12P Out LVDS Receiver (
1
/
16
line bit rate) data output , differential pairs.
G2 RxDout12N Out LVDS Receiver (
1
/
16
line bit rate) data output , differential pairs.
G3 Digital GND In Su pply Digital Ground
G4 RxDout13P Out LVDS Receiver (
1
/
16
line bit rate) data output , differential pairs.
G5 RxDout13N Out LVDS Receiver (
1
/
16
line bit rate) data output , differential pairs.
G6 Digital GND In Su pply Digital Ground
G7 RxDout14P Out LVDS Receiver (
1
/
16
line bit rate) data output , differential pairs.
G8 RxDout14N Out LVDS Receiver (
1
/
16
line bit rate) data output , differential pairs.
G9 Digital GND In Su pply Digital Ground
G10 RxD out15P Out LVDS Receiver (
1
/
16
line bit rate) data output , differential pairs.
G11 RxD out15N Out LVDS Receiver (
1
/
16
line bit rate) data output , differential pairs.
G12 D ig ita l G N D In S u p p ly D ig ita l G roun d
G13 NIC N/A N/A No Inter nal Connect ion
G14 NIC N/A N/A No Inter nal Connect ion
Table 39. Input and Output Termination Description (Sheet 6 of 9)
Pin
Num-
ber Symbol I/O Logic Description
Intel
®
TXN13220/1/4/5/7/8 SFF 10 Gbps Optical Transceiver
Intel
®
TXN13220/1 /4/5/7/8 SFF 10 Gbps Opt ical Transceiver
Datasheet 26-Oct-2006
40 Order Number: 273807004
G15 Digital GND In Supply Digital Ground
G16 TxDin12P In LVDS, internally 100
Ω
terminated Transmitter (
1
/
16
line bit rate) data input, differential pairs.
G17 TxDin12N In LVDS, internally 100
Ω
terminated Transmitter (
1
/
16
line bit rate) data input, differential pairs.
G18 Digital GND In Supply Digital Ground
G19 TxDin13P In LVDS, internally 100
Ω
terminated Transmitter (
1
/
16
line bit rate) data input, differential pairs.
G20 TxDin13N In LVDS, internally 100
Ω
terminated Transmitter (
1
/
16
line bit rate) data input, differential pairs.
G21 Digital GND In Supply Digital Ground
G22 TxDin14P In LVDS, internally 100
Ω
terminated Transmitter (
1
/
16
line bit rate) data input, differential pairs.
G23 TxDin14N In LVDS, internally 100
Ω
terminated Transmitter (
1
/
16
line bit rate) data input, differential pairs.
G24 Digital GND In Supply Digital Ground
G25 TxDin15P In LVDS, internally 100
Ω
terminated Transmitter (
1
/
16
line bit rate) data input, differential pairs.
G26 TxDin15N In LVDS, internally 100
Ω
terminated Transmitter (
1
/
16
line bit rate) data input, differential pairs.
G27 Digital GND In Supply Digital Ground
G28 TxPICLKP In LVDS, internally 100
Ω
terminated Transmitter (
1
/
16
line bit rate) input clock, differential pair, aligned with
input data.
G29 TxPICLKN In LVDS, internally 100
Ω
terminated Transmitter (
1
/
16
line bit rate) input clock, differential pair, aligned with
input data.
G30 Digital GND In Supply Digital Ground
H1 Frame GND In Supply Frame Gr ound
H2 Frame GND In Supply Frame Gr ound
H3 NIC N/A N/A No Internal Connection
H4 Frame GND In Supply Frame Gr ound
H5 Frame GND In Supply Frame Gr ound
H6 NIC N/A N/A No Internal Connection
H7 Analog GND In Supply Analog Ground
H8 Analog GND In Supply Analog Ground
H9 NIC N/A N/A No Internal Connection
H10 Analog GND In Supply Analog Ground
H11 Analog GND In Supply Analog Ground
H12 NIC N/A N/A No Internal Connection
H13 Analog GND In Supply Analog Ground
H14 Analog GND In Supply Analog Ground
H15 AlmInterrupt Out open drain/collector Electrical “OR” of all receive and transmit alarms.
H16 Analog GND In Supply Analog Ground
H17 Analog GND In Supply Analog Ground
H18 NIC N/A N/A No Internal Connection
Table 39. Input and Ou tput Termination Description (Sheet 7 of 9)
Pin
Num-
ber Symbol I/O Logic Description
Intel
®
TXN13220/1 /4/5/7/8 SFF 10 Gbps Opt ical Transceiver
26-Oct-2006 Datasheet
Order Numbe r: 27 38 07 00 4 41
Intel
®
TXN13220/1/4/5/7/8 SFF 10 Gbps Optical Transceiver
H19 Analog GND In Su pply Analog Gr ound
H20 Analog GND In Su pply Analog Gr ound
H21 NIC N/A N/A No Inter nal Connect ion
H22 Analog GND In Su pply Analog Gr ound
H23 Analog GND In Su pply Analog Gr ound
H24 NIC N/A N/A No Inter nal Connect ion
H25 Frame GND In Supply Frame Ground
H26 Frame GND In Supply Frame Ground
H27 NIC N/A N/A No Inter nal Connect ion
H28 Frame GND In Supply Frame Ground
H29 Frame GND In Supply Frame Ground
H30 TxLINETIMSEL In
LVTTL Logic 0: Line
Timing
Logic 1: TxREFCLK
Timing
Line timing mode internally loops recovered receive clock (RxPOCLK)
back to TxREFCLK.
J1 NIC N/A N/A No Int er nal Connection
J2 NIC N/A N/A No Int er nal Connection
J3 NIC N/A N/A No Int er nal Connection
J4 NIC N/A N/A No Int er nal Connection
J5 NIC N/A N/A No Int er nal Connection
J6 NIC N/A N/A No Int er nal Connection
J7 NIC N/A N/A No Int er nal Connection
J8 NIC N/A N/A No Int er nal Connection
J9 NIC N/A N/A No Int er nal Connection
J10 NIC N/A N/A No Inter nal Connect ion
J11 NIC N/A N/A No Inter nal Connect ion
J12 NIC N/A N/A No Inter nal Connect ion
J13 NIC N/A N/A No Inter nal Connect ion
J14 RxALM INT Out open drain/collector Electrical “OR” of all receive alarms.
J15 NIC N/A N/A No Inter nal Connect ion
J16 TxALM INT Out ope n drain/collector Electrical “OR” of all transmit alarms.
J17 NIC N/A N/A No Inter nal Connect ion
J18 NIC N/A N/A No Inter nal Connect ion
J19 NIC N/A N/A No Inter nal Connect ion
J20 NIC N/A N/A No Inter nal Connect ion
J21 TxRateSel1 In LVTTL Transmit rate select. See Ta ble 3 4 .
J22 NIC N/A N/A No Inter nal Connect ion
J23 NIC N/A N/A No Inter nal Connect ion
J24 NIC N/A N/A No Inter nal Connect ion
J25 NIC N/A N/A No Inter nal Connect ion
Table 39. Input and Output Termination Description (Sheet 8 of 9)
Pin
Num-
ber Symbol I/O Logic Description
Intel
®
TXN13220/1/4/5/7/8 SFF 10 Gbps Optical Transceiver
Intel
®
TXN13220/1 /4/5/7/8 SFF 10 Gbps Opt ical Transceiver
Datasheet 26-Oct-2006
42 Order Number: 273807004
J26 NIC N/A N/A No Internal Connection
J27 NIC N/A N/A No Internal Connection
J28 NIC N/A N/A No Internal Connection
J29 TxTr ac e In Analog No Internal Connection
J30 NIC N/A N/A No Internal Connection
K1 NIC N/A N/A No Internal Connection
K2 NIC N/A N/A No Internal Connection
K3 NIC N/A N/A No Internal Connection
K4 +3.3 V Analog In Supply Analog Power
K5 +3.3 V Analog In Supply Analog Power
K6 NIC N/A N/A No Internal Connection
K7 NIC N/A N/A No Internal Connection
K8 NIC N/A N/A No Internal Connection
K9 RxMutePOCLK In LVTTL Mutes the RxPOCLK.
K10 - 5.2 V Analog In Supply Analog Power
K11 - 5.2 V Analog In Supply Analog Power
K12 R xM uteM clk In LVTTL Mutes th e RxMC LK.
K13 - 5.2 V Analog In Supply Analog Power
K14 - 5.2 V Analog In Supply Analog Power
K15 I2CCLOCK In/
Out open drain/collector I
2
C Clock Input for rem ote acce ss.
K16 NIC N/A N/A No Internal Connection
K17 NIC N/A N/A No Internal Connection
K18 I2CDATA In/
Out open drain/collector I
2
C Data input/output for remote access—see a pplication note
EEP13220APP for deta ils regarding the contents of the EEPROM.
K19 +3.3 V Analog In Supply Analog Power
K20 +3.3 V Analog In Supply Analog Power
K21 TxRateSel0 In LVTTL Transmit rate select. See Tab le 3 4.
K22 +3.3 V Analog In Supply Analog Power
K23 +3.3 V Analog In Supply Analog Power
K24 TxRESET In LVTTL Transmitter asynchronous system reset
K25 - 52 V Analog In Supply Analog Power
K26 - 5.2 V Analog In Supply Analog Power
K27 TxFIFORES In LVTTL Mux FIFO reset
K28 - 5.2 V Analog In Supply Analog Power
K29 - 5.2 V Analog In Supply Analog Power
K30 Tx FIFOERR Out LVTTL Mux FIFO error indicator.
Table 39. Input and Ou tput Termination Description (Sheet 9 of 9)
Pin
Num-
ber Symbol I/O Logic Description
Intel
®
TXN13220/1 /4/5/7/8 SFF 10 Gbps Opt ical Transceiver
26-Oct-2006 Datasheet
Order Numbe r: 27 38 07 00 4 43
Intel
®
TXN13220/1/4/5/7/8 SFF 10 Gbps Optical Transceiver
3.7 Integrated Power Supply Sequencing
No power supply sequencing is required for this transceiver.
3.8 Mechanical Layout and Configuration
Figure 4 through Figure 7 show the TXN13220/1/4/5/7/8 Transceiver integrated
heatsink options.
A flat top version (which has no integral heat fins) also is offered for use with
customer-suppl ied conductive cooling.
Note:
Reference environment: 1" board-to-board spacing, single isolated transponder.
Figure 4. Heatsink “A” – 3" x 2.2" × 0.53"
Intel
®
TXN13220/1/4/5/7/8 SFF 10 Gbps Optical Transceiver
Intel
®
TXN13220/1 /4/5/7/8 SFF 10 Gbps Opt ical Transceiver
Datasheet 26-Oct-2006
44 Order Number: 273807004
Figure 5. Heatsink “B” – 3" x 2.2" × 0.63"
Intel
®
TXN13220/1 /4/5/7/8 SFF 10 Gbps Opt ical Transceiver
26-Oct-2006 Datasheet
Order Numbe r: 27 38 07 00 4 45
Intel
®
TXN13220/1/4/5/7/8 SFF 10 Gbps Optical Transceiver
Figure 6. Heatsink “C” – 3" x 2.2" × 0.7"
Intel
®
TXN13220/1/4/5/7/8 SFF 10 Gbps Optical Transceiver
Intel
®
TXN13220/1 /4/5/7/8 SFF 10 Gbps Opt ical Transceiver
Datasheet 26-Oct-2006
46 Order Number: 273807004
Figure 7. Heatsink “D” – 3" x 2.2" × 0.53" Flat Top
Intel
®
TXN13220/1 /4/5/7/8 SFF 10 Gbps Opt ical Transceiver
26-Oct-2006 Datasheet
Order Numbe r: 27 38 07 00 4 47
Intel
®
TXN13220/1/4/5/7/8 SFF 10 Gbps Optical Transceiver
4.0 Regulatory Compliance
This section discusses the following topics:
•Section 4.1, “E lectromagnetic Compatibility Compliance” on page 47
•Section 4.2, “Safety Compliance” on page 48
•Section 4.3, “Co mpliance with Restriction of Hazardous Substances” on page 48
•Section 4.4, “P roduct Certification Markings and Compliance Statements” on
page 49
4.1 Electromagnetic Compatibility Compliance
Table 40 lists emissions and immunit y regulations with which the TXN13220/1/4/5/7 /8
Transceivers comply when tested in a representative chassis.
Table 40. Electromagn etic Compatibility Compliance
Regulatory Requirement Applica ble Standards Performance
Electromagn etic Int er fer en ce (EMI) • FCC rules, Part 15, Subpart B
• EN 55022
Meets Class B limits with a
minimum 6 dB margin
Electrostatic Discharge (ESD)
JEDEC JESD22-A11 4-B
Human Body M odel
± 2 kV contact discharge to
connector electrical pins with
no degradation in performance
or loss of function
EN 61000-4-2
• ±8 kV air discharge
• ±4 kV contact di scharge to
face plate
Meets Level B test criteria (that
is, no degradation of
performance or lo ss of functi on
occurs).
NOTE:
Actual ESD may va ry
depending on system
configuration.
Radio Frequency Electro-Magnetic
field (Ra diated immu nity) EN 61000-4-3,
Level A test criteria
10 V/m from 80 MHz to 1 G Hz
with no degradation of
performance or loss of function
Intel
®
TXN13220/1/4/5/7/8 SFF 10 Gbps Optical Transceiver
Intel
®
TXN13220/1 /4/5/7/8 SFF 10 Gbps Opt ical Transceiver
Datasheet 26-Oct-2006
48 Order Number: 273807004
4.2 Safety Compliance
Table 41 lists and describes the relevant safety regulations with which the TXN13220/
1/4/5/7/8 Transceivers comply.
4.3 Compliance with Restriction of Hazardous Substances
This product complies with the European Union directive for Restriction of Hazardous
Substances (RoHS) – Restriction on the Use of Certain Hazardous Substances in
Electrical and Electronic Equipment, Directive 2002/95/EC plus amendments.
This product does contain lead (a RoHS-restricted substance) in solder but utilizes the
application exemption below for servers, networking, and telecommunications. For
applications o ther than those covered by the exemption below, the product is not
confirmed as RoHS com pliant.
• Lead in solders for servers, storage and storage array systems, network
infrastructure equipment for switching, signaling, transmission as well as network
management for teleco mmunications.
Also, certain discrete components do contain lead in amounts that exceed threshold
concentration levels. This product uses the following applicable RoHS technology
exemptions:
• Lead in optical and filter glass
• Lead in glass of electronic components
• Lead in electro nic ceramic parts
Table 41. Safety Compliance
Requirement Regulation Title
Product Safety
UL 60950-1:2003 /
CSA C22.2 No. 60950-1-03
Information Technology Equipment – Safety - Part 1:
General Requirements (USA and Canada)
EN 60950-1:2001 + A11 Information Technology Equipment – Safety - Part 1:
General Requirements (European Union)
IEC 60950-1:2001 Information Technology Equipment – Safety - Part 1:
General Requirements (International)
GR-63-CORE Section 4.2, Clause
4.2.3.1
Compliant with the fire resistance requirements of
Telcordia Technologies Generic Requirements GR-63-
CORE document for discrete electronic components.
Laser Safety
21CFR1040.10 Title 21 Chapter I Subchapter J –
Radiological Health Part 1040:
Performance Standa rds for Light-Emitting Products
EN 60825-1: 1994 +A1 +A2 Safety of Laser Pr oduct s - Pa rt 1:
Equipment Classification, Requirements and User's
Guide
IEC 60825-1: 1993 +A1 +A2 Safe ty of Laser Pr oduct s - Pa rt 1:
Equipment Classification, Requirements and User's
Guide
EN 60825-2: 2000 Safe ty of Laser Prod ucts - Part 2:
Saf ety of Optical Fiber Communication Systems
IEC 60825-2: 2000 Safe ty of Laser Pr oduct s - Pa rt 2:
Saf ety of Optical Fiber Communication Systems
Intel
®
TXN13220/1 /4/5/7/8 SFF 10 Gbps Opt ical Transceiver
26-Oct-2006 Datasheet
Order Numbe r: 27 38 07 00 4 49
Intel
®
TXN13220/1/4/5/7/8 SFF 10 Gbps Optical Transceiver
4.4 Product Certification Markings and Compliance
Statements
Table 42 lists the TXN13220/1/4/5/7/8 Transceiver product certification markings and
compliance statements.
Table 42. Produ ct C ertification Markings and Compliance Statements
Origin and Description Markings and Compliance Statements
Markings
CE mark.
The CE (Conformité Européene*) mark i ndicates compl i ance
to the European Union Low Voltage directive (73/23/EEC).
TÜV Rheinland type approval mark for components and
subassemblies for the European Union.
The Techn ischer Über wachu ngs vere in* (TÜV – G er ma n for
“Technical Inspection Association”) Rheinland type approval
mark is for components and subassembl ies for the European
Union.
Wher e space does not pe rmit, the smaller alternate TÜV
mark (see the next row in this table) may be used.
TÜV Rheinland type approval mark for components and
subassemblies for the European Union –
Alternate
.
This alternate mark may be used where space constraints
exist that do not permit use of the TUV Rheinland mark in
the previous row of this table.
Alternate TÜV mark:
UL Recognized Component mark for the USA and Cana da.
Compliance Statements
USA Food and Drug Administrat ion (FD A), Cente r for
Devices and Radiological Health compliance statement.
Complies with 21CFR 1040.10 and 1040.11
except for deviations pursuant to Laser Notice
No. 50, da ted Ju ly 26, 2001.
USA FDA, Center for Devices and Radiological Health
complian ce state men t –
Alternate
.
Use the alternate statement listed, as needed.
Alternate FDA compliance statement:
Com plies with FDA performance standards for
laser products except for deviations pursuant
to Laser Not ice No. 50, da ted Ju ly 26, 2001.
Intel
®
TXN13220/1/4/5/7/8 SFF 10 Gbps Optical Transceiver
Intel
®
TXN13220/1 /4/5/7/8 SFF 10 Gbps Opt ical Transceiver
Datasheet 26-Oct-2006
50 Order Number: 273807004
5.0 Ordering Information
The TXN13220/1/4/5/7/8 Transceiver is available with several optical connector
options. Specify the complete part number by choosing the transponder and connector
number from the available options shown in Figure 8. Unless otherwise specified, all
transceivers measure 3 inches long by 2.2 inches wide.
For example: “TXN132201013B 01” Description: 9.95 Gbps SONET transceiver, 7 km
reach, 1310 nm, 0.63" ta ll heatsink, with jitter filter, with SC-UPC connectors (color
coded receive yello w, transmit blue).
Figure 8. Ordering Information
Prefix: SPEED
digit # 1:
Connection
digit # 2:
SIZE
digit # 3: Genera tion
digit # 4:
RATE
digit # 5:
Reach
indicator
digit # 6:
Wavelength
indicator
Code:
Heatsink
indicator
digit # 10:
Custom
digit # 11:
Optic -
Connector
indicator
digit # 12:
TXN 132201013 D4 2
TXN - transpon der
Speed:
1 = 10G CASE SIZE:
2 = 3. 0" x 2.2"
Generation
2 = 3rd gene ratio n
Rate:
0 = SONET jitter filt er
1 = 10.3 jitter filter
4 = dual rate 9.95/1 0.3 jitter filter
5 = dual rate 9.95/10.7 jitter filter
7 = no jitter filter
8 = dual rate 9.95 JF, 10.3 no JF
Connector:
3 = 300 pin
Reach:
1 = 2 - 7km
2 = 10km
3 = 12km (1310nm) or
25km (1550nm)
4
= 20km (1310nm) or 40km
(1550nm)
Wavelength
Code:
013 = 1310nm
015 = 1550nm
Heat sink :
A = 0 .53"
B = 0 .60"
C = 0 .70"
D = .43" Flat top
M = .53" Flat top
other = customer specific
Connectorization:
1 = SC/UPC
2 = FC/UPC
3 = LC/UPC
5 = MU
other = av ai lable
upon request
Rx = y ello w fiber
jacket
Tx = blue fiber jacket
Custom:
x
= Indic at o r used fo r I2 C revision,
off-shore mfg, customer specific
mods, etc. Contact sales
representative for details.
Intel
®
TXN13220/1 /4/5/7/8 SFF 10 Gbps Opt ical Transceiver
26-Oct-2006 Datasheet
Order Numbe r: 27 38 07 00 4 51
Intel
®
TXN13220/1/4/5/7/8 SFF 10 Gbps Optical Transceiver
6.0 Acronyms
Table 43 lists acronyms for this docum ent.
Table 43. Acr onyms (Sheet 1 of 2)
Acronym Meaning
10GBASE-ER 10 Mbit/s Baseband Extended Reach
10GBASE-EW 10 Mbit/s Baseband Extended Reach WAN (Wide-Area Network)
10GBASE-LR 10 Mbit/s Baseband Long Reach
10GBASE-LW 10 Mbit/s Baseband Long-Reach WAN (Wide-Area Network)
CDR Clock and Data Recove ry
CFR Code of Federal Regulations
DFB Distributed Feedback (type of laser)
EE PRO M Ele ct r ica lly E r a sa b le P rogram ma b le Re a d O n ly M e mory
EML Electroabsorption M odulated Lase r
FC Fibr e C h an ne l
FCC Federal Communications Commission
FEC Forward Error C orrection
FIFO First-In, First-Ou t
G bE G ig a b it E th e rn et
I
2
C Inter-Integrated Circuit
IEEE Institute of Electrical and Electronics Engineers
ITU I nternational Telecommunication Union
LVDS Low- Voltage Differential Signaling
LVPECL Low-Voltage Pseudo Emitter-Coupled Logic
LVTTL Low-Voltage Transistor-Transistor Logic
MSA Multisource Agreemen t
OC Optica l Carrier
OIF Optical Internetworking Forum
OMA Optical Modulation Amplitude
PIN Positive Intrinsic Negative
PLL Ph ase -Locked Loop
PRBS Pseudo-Random Bit Sequ ence
RIN Relative Intensity Noise
RoHS Restr iction of Hazardou s Substa nce s
SC Self-Clearing
SDH Synchronous Digital Hierarchy
SerDes Serializer/Deserializer
SONET Synchronous Optical NETwork
SR Short Reach
STM Synchronous Transport Mode
Intel
®
TXN13220/1/4/5/7/8 SFF 10 Gbps Optical Transceiver
Intel
®
TXN13220/1 /4/5/7/8 SFF 10 Gbps Opt ical Transceiver
Datasheet 26-Oct-2006
52 Order Number: 273807004
§ §
TDP Transmitter and Dispersion Penalty
UPC U ltra-Phy sical Cont act
VCO Voltage-Controlled Oscillator
Table 43. Acronyms (Sheet 2 of 2)
Acronym Meaning
