PL-XSL-00-S13 Small Form Factor (SFF) transceiver provides superi

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1.062 1.25 Gbps Shortwave Transceiver
PL-XSL-00-S13
Small Form Factor (SFF) transceiver provides superior performance short reach Gigabit Ethernet Fibre Channel applications. star performer Picolight's family Accelar products customized high speed, short reach LAN, intra-POP applications. features Picolight's highly reliable oxide vertical-cavity surface-emitting laser (VCSEL) coupled optical connector. small size doubles front panel density compared earlier modules, increasing total aggregate bandwidth boards. With full metal cast housing unique collar, transceiver provides robust mechanical performance excellent shielding. complies with IEEE802.3z 1000BASE-SX Fibre Channel 100-M5/M6-SN-I standards, meets industry multisource agreement (MSA) narrow width footprint definitions.
benefits Compliant with industry-wide physical optical specifications Superior performance Very power consumption In-house precision alignment Proven high reliability CDRH Class laser safe safe operation customer applications Applications High speed storage area networks Switch interconnect Mass storage system interconnect Host adaptor interconnect Telecom switch/router interconnect Video streaming HDTV
Highlights
Superior performance short reach Gigabit Ethernet Gigabit Fibre Channel applications, power, high reliability, high density package MSA-compliant small form factor footprint half size current implementations, thereby doubling port density reducing overall system cost Picolight oxide VCSELs, diodes provide superior quality integrated supply chain, extending life system easing dependency external suppliers Extensive field data oxide VCSELs shows high reliability long lifetime expectancy, driving rapid deployment VCSEL-based optics into traditional telecommunications applications Enhanced spring tempered steel collar cast metal housing provide superior performance
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1.062 1.25 Gbps Shortwave Transceiver
PL-XSL-00-S13 features Small Form Factor (SFF) compliant RJ-45 size multisource 10-pin package High reliability, high speed, oxide VCSEL Fiber channel 100-M5/M6-SN-I compliant Gigabit Ethernet 1000Base-SX compliant power consumption optical connector operating range optical rise fall time Single +3.3 power supply error rate 1x10-12 jitter optical output enhanced 50/125 multimode fiber 50/125 multimode fiber 300m 62.5/125 multimode fiber transmit disable signal detect functions CDRH Class laser safe Class compliant UL-94 certified Internal coupling both transmit receive data signals
Fibre Channel standard, Sept.
9.45 .372 49.41 1.945 13.46 .530
safe, cost effective serial transceiver, PL-XSL-00-S13 features small, power package that delivers superior performance short reach Gigabit Ethernet Fibre Channel applications. unique collar metal housing provide shielding substantial margin over Class requirements.
Ordering information
Part Number: PL-XSL-00-S13-03 PL-XSL-00-S13-04 Description: 1.062/1.25 Gbps Transceiver with collar 1.062/1.25 Gbps Transceiver with collar Contact Information: Picolight Incorporated 4665 Nautilus Court South Boulder, 80301 Tel: 303.530.3189 E-mail: sales@picolight.com site: www.picolight.com
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1.062 1.25 Gbps Shortwave Transceiver
Section
Functional description
PL-XSL-00-S13 VCSEL Gigabit Transceiver designed transmit receive 8B/10B encoded serial optical data over 50/125 62.5/125 optical fiber.
Transmitter
transmitter converts 8B/10B encoded serial PECL electrical data into serial optical data meeting requirements both IEEE 802.3z 1000BASE-SX Fibre Channel 100-M5/M6-SN-I specifications. Transmit data lines (TD+ TD-) internally coupled with differential termination. LVTTL logic level Transmit Disable (TD) provided. This internally terminated with resistor ground. logic this will disable laser from transmitting. logic "0", connection this provides normal operation. transmitter internal monitor diode that used ensure constant optical power output across supply voltage temperature variations.
Receiver
receiver converts 8B/10B encoded serial optical data into serial PECL electrical data meeting requirements both IEEE 802.3z 1000BASE-SX Fibre Channel 100-M5/M6-SN-I standards. Receive data lines (RD+ RD-) internally coupled with differential source impedance, designed differential load. LVTTL Signal Detect (SD) provided. logic output shows there sufficient optical power provided receiver such that proper operation possible. logic output shows optical power input receiver sufficient proper operation. external pullup resistor required. Power supply filtering recommended both transmitter receiver. Filtering should placed host board close pins possible optimal performance. Recommended "Application Schematics" shown Figure page also Picolight Optical Transceiver User Guide. Document number 16000041, Application Notes Grounding, Shielding Filtering.
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Figure
Block diagram
Power Supply Positive Data
Optical
TRANSMITTER (VCSEL DRIVER)
TDTDis Negative Data Disable
Signal Ground Power Supply
Negative Data
Optical
PREAMP
RECEIVER (POST-AMP)
Postive Data Signal Detect
Signal Ground
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Section
Figure
Application schematics
Recommended connections PL-XSL-00-S13 transceiver shown below. Recommended application schematic PL-XSL-00-S13 transceiver
Input
10µF
0.1µF LVTTL Driver (TDis) 0.1µF
PECL Receiver DATA)
PECL Driver DATA)
RDTDis TDTop View
0.1µF
LVTTL Receiver (SD)
Notes
Power supply filtering components should placed directly under PL-XSL-00-S13 transceiver, opposite side PCB, close pins possible optimal performance. PECL driver receiver will require biasing networks. Please consult application notes provided suppliers those devices.
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Section
Technical data
function definitions below Absolute maximum ratings page Electrical characteristics page Optical characteristics page Link length page Regulatory compliance page layout page Bezel opening page Module outline page layout page Bezel opening page Module outline page
Technical data related 1.062 1.25 Gbps Shortwave Transceiver includes: Section Section Section Section Section Section Section Section Section Section 3.10 Section 3.11 Section 3.12
function definitions
Transceiver descriptions
Figure
Table Transceiver descriptions
Number Symbol Name Description Mounting/Grounding Mounting Stud Provided mechanical attachment circuit board. Electrically tied metal housing. Receiver RxGND Vccr Receiver Signal Ground Receiver Power Supply Signal Detect (LVTTL) This should connected signal ground host board. This should connected filtered +3.3V power supply host board. "Application Schematic" filtering suggestions. Sufficient optical signal potential 1x10-12 Logic Insufficient optical signal potential 1x10-12 Logic This internally pulled with 3.3k resistor.
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Table Transceiver descriptions (continued)
Number Symbol RDName Receiver Negative DATA (PECL) Receiver Positive DATA (PECL) Description Light Logic Output Receiver DATA output internally coupled back terminated with single ended resistor. Light Logic Output Receiver DATA output internally coupled back terminated with single ended resistor. Transmitter Vcct TxGND TDis Transmitter Power Supply Transmitter Signal Ground Transmitter Disable (LVTTL) Transmitter Positive DATA (PECL) Transmitter Negative DATA (PECL) This should connected filtered +3.3V power supply host board. "Application Schematic" filtering suggestions. This should connected signal ground host board. Logic Input Laser Logic Input connection) Laser This internally pulled down ground with resistor. Logic Input Light Transmitter DATA inputs internally coupled terminated with differential resistor. Logic Input Light Transmitter DATA inputs internally coupled terminated with differential resistor.
Note:
mounting studs (MS) attached transceiver module cover. There connection module between module cover signal (logic) ground (i.e. between pins either TxGND RxGND). implementer option connecting module cover ground their choice.
Absolute maximum ratings
Symbol PWASH Ratings +125 260°C sec., from case <110 +3.6 Unit VP-P
Parameter Storage Temperature Operating Case Temperature Lead Solder Temperature Aqueous Wash Pressure Power Supply Voltage Transmitter Differential Input Voltage Relative Humidity
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Electrical characteristics
70°C, 3.15V 3.45V unless specified otherwise)
Parameter Supply Voltage Data Rate Symbol 3.15 1.00 Typical 1.25 Transmitter Supply Current Data Input Voltage Swing Data Input Rise/Fall Time Data Input Skew Data Input Deterministic Jitter Data Input Deterministic Jitter Data Input Total Jitter Data Input Total Jitter Transmit Disable Voltage Level Transmit Disable/Enable Assert Time TTEN Receiver Supply Current Data Output Voltage Swing Data Output Rise/Fall Time Data Output Skew Data Output Deterministic Jitter Added Data Output Deterministic Jitter Added Data Output Total Jitter Added Data Output Total Jitter Added Signal Detect Voltage Level ICCR 1200 0.212 0.12 0.332 mVp-p RLOAD 100, Differential 80%, Differential RLOAD 100, Differential ±K28.5 pattern, TP4, 1.25 Gbps, ±K28.5 pattern, 1.062 Gbps 27-1 pattern, 1x10-12, TP4, 1.25 Gbps, 27-1 pattern, 1.062 Gbps Signal Detect output level after light input SDA, Signal Detect output level TLOS after light input SDN, -2.0 ICCT VTDp-p 2000 0.10 0.12 0.24 0.25 +0.3 mVp-p ±K28.5 pattern, TP1, 1.25 Gbps, ±K28.5 pattern, 1.062 Gbps 27-1 pattern, 1.062 Gbps, 1x10-12, 27-1 pattern, 1.25 Gbps, 1x10-12, Laser output disabled after input level Laser output enabled after TTEN input level Differential, peak peak,
3.45 1.30
Unit Gbps
Notes
10-12
80%, Differential
-0.5
0.14
Signal Detect/Loss Signal Assert Time
TLOS
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1.062 1.25 Gbps Shortwave Transceiver
Notes
(Unit Interval): equal time. example, 1.25Gbits/s corresponds 800ps. definitions Signal Detect Assert/Negate Level Section Optical characteristics page SERDES Supply 1600mVp-p (differential). recommended that, used, series source terminating resistors placed close SERDES output possible improved signal integrity.
Optical characteristics
70°C, 3.15V 3.45V unless specified otherwise)
Parameter Symbol Min. Typical Transmitter Wavelength Spectral Width Average Optical Power Coupled Power Ratio Optical Output Rise/Fall Time Optical Extinction Ratio Deterministic Jitter Added Deterministic Jitter Added Total Jitter Added PAVG trise/fall 0.100 0.09 0.284 -9.5 -5.0 0.85 -2.5 "1's", "0's" pattern ±K28.5 pattern, TP2, 1.25 Gbps, ±K28.5 pattern, 1.062 Gbps 27-1 pattern, Jitter added transmitter, TP2, 1.25 Gbps, 27-1 pattern, 1.062 Gbps 1GHz, reflection Unit Notes1
Total Jitter Added Relative Intensity Noise
-125 Receiver
0.18 -117
dB/Hz
Wavelength Maximum Input Power Sensitivity Stressed Sensitivity Signal Detect Assert/Negate Level Frequency Cutoff Optical Return Loss
-13.5
27-1 pattern, 1x10-12, Chatter Free Operation
P<-16
Notes page referenced notes.
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1.062 1.25 Gbps Shortwave Transceiver
Link length
70°C, 3.15V 3.45V unless specified otherwise)
Data Rate/Standard 1.0625 GBd, Fibre Channel 100-M5-SN-I, 100-M6-SN-I Fiber Type 50/125 62.5/125 50/125 1.250 GBd, Gigabit Ethernet 1000Base-SX 50/125 62.5/125 50/125 Notes below referenced notes. Modal Bandwidth (MHz*km) 2200 2200 Distance Range Notes1
Notes
Measured with stressed pattern IEEE 802.3z, 38.6.11, Vertical Closure2.6 DJDCD80 1x10-12. These requirements more severe than IEEE 802.3z standard. Distances, shown "Link Length" table, distances specified IEEE 802.3z Fibre Channel standards. "Link Length" distances calculated worst case fiber transceiver characteristics based optical electrical specifications shown this document. nominal case, longer distances achievable. Enhanced bandwidth multimode fiber.
Regulatory compliance
Test Method U.S. 21CFR 1040.10 1040.11 60825-1: 1993 60825-2: 1997 MIL-STD 883C Method 3015.4 61000-4-2: 1999 Part Subpart Class CISPR 1997 55022: 1998 Class VCCI Class 61000-4-3: 1998 Performance CDRH compliant Class laser safe. Accession Certificate Class Withstand discharges using "human body model" probe. Frequency range: GHz. Good system design practice required achieve Class margins. optional Picolight gasket available. Field strength RMS, from GHz. affect transceiver performance detectable between these limits. recognized certified component. File Certificate Certificate
Feature Laser Safety
Electrostatic Discharge (ESD) electrical pins Electrostatic Discharge (ESD) optical connector Electromagnetic Interference (EMI)
Radiated Immunity
Component Safety
1950 C22.2 #950 60950: 1999
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1.062 1.25 Gbps Shortwave Transceiver
layout
With collar
.700 HATCHED AREAS KEEP-OUT AREAS RESERVED HOUSING STANDOFFS. METAL TRACES GROUND CONNECTION KEEP-OUT AREAS. .180 .280 17.780 4.572 7.112 .070 .280 1.778 7.112 3.556 .065 1.651 .025 0.635
Figure
.140
.525 .550 13.970 PITCH
13.335
.400
10.160
.299
.055±.004 1.397±0.10
.118 2.997
.118 2.997 .089 2.261 .032±.004 0.813±0.10
.025 0.635 .079 2.007
NOTE: UNLESS SPECIFIED, TOLERANCES .005 (0.127)
Bezel opening
With collar
Figure
.400±.004 10.16±0.10 .020 [0.51]
.200
5.08
.600 15.24 MINIMUM PITCH .560±.004 14.22±0.10 .151 3.84
.620 15.75 .590 14.99
NOTE: UNLESS SPECIFIED, TOLERANCES .005 (0.127)
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1.062 1.25 Gbps Shortwave Transceiver
Module outline
With collar
1.951 [49.56]
Figure
.591
+.010 +0.25 15.01 .000
.530±.020 13.462±0.51
.434
+.010 +0.25 11.02 .372 9.45 .000
.382 9.70
.010 0.25
.130±.015 3.302±0.38
.014 .008
.039 [0.36] [0.2]
1.120 28.45 .018 0.46 .014 .004
[0.36] [0.1]
.400
10.16
.070 .771 19.58 .700
1.78 17.78 .140 3.56
NOTE: UNLESS SPECIFIED, TOLERANCES .005 (0.127)
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1.062 1.25 Gbps Shortwave Transceiver
3.10 layout
Figure Without collar
.700 HATCHED AREAS KEEP-OUT AREAS RESERVED HOUSING STANDOFFS. METAL TRACES GROUND CONNECTION KEEP-OUT AREAS. .180 .280 17.780 4.572 7.112 .070 .280 1.778 7.112 3.556 .065 1.651 .025 0.635
.140
.525 .550 13.970 PITCH
13.335
.400
10.160
.299
.055±.004 1.397±0.10
.118 2.997
.118 2.997 .089 2.261 .032±.004 0.813±0.10
.025 0.635 .079 2.007
NOTE: UNLESS SPECIFIED, TOLERANCES .005 (0.127)
3.11
Bezel opening
Without collar
Figure
.386MIN 9.80MIN .020 [0.51]
.203 .550 13.97 MINIMUM PITCH .535MIN 13.59MIN
5.16
.620 15.75 .590 14.99 .151 3.84
NOTE: UNLESS SPECIFIED, TOLERANCES .005 (0.127)
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3.12 Module outline
Figure Without collar
1.951 [49.56]
.530 13.46
.372 9.45
.386MAX [9.81MAX]
.010 0.25 +.003 +0.08 .001 0.03 [0.36] .039 [0.2]
1.120 28.45
.130±.015 3.30±0.38
.014 .008
+.006 +0.15 .018 0.46 -.002 -0.05 .014 [0.36] .004 [0.1]
.400
10.16
.070 .771 19.58 .700
1.78 17.78 .140 3.56
NOTE: UNLESS SPECIFIED, TOLERANCES .005 (0.127)
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Section
Related information
Package handling instructions below discharge (ESD) below safety page
Other information related 1.062 1.25 Gbps Shortwave Transceiver include: Section Section Section
Package handling instructions
PL-XSL-00-S13 supplied with dust cover. This plug protects transceiver's optics during standard manufacturing processes preventing contamination from borne particles. Note: recommended that dust cover remain transceiver whenever optical fiber connector inserted.
Process plug
Recommended cleaning de-greasing chemicals
Picolight recommends methyl, isopropyl isobutyl alcohols cleaning. halogenated hydrocarbons (e.g. trichloroethane, ketones such acetone, chloroform, ethyl acetate, MEK, methylene chloride, methylene dichloride, phenol, N-methylpyrolldone).
Flammability
PL-XSL-00-S13 housing made diecast aluminum.
discharge (ESD)
Normal precautions required during handling this module. This transceiver shipped protective packaging. should removed from packaging handled only protected environment utilizing standard grounded benches, floor mats, wrist straps.
Handling
Test operation
most applications, optical connector will protrude through system chassis subjected same environment system. Once properly installed system, this transceiver should meet exceed common testing practices fulfill system requirements. Typical optical transceivers, this module's receiver contains highly sensitive optical detector amplifier which become temporarily saturated during strike. This could result short burst errors. Such event might require that application re-acquire synchronization higher layers (e.g. Serializer/Deserializer chip).
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1.062 1.25 Gbps Shortwave Transceiver
safety
PL-XSL-00-S13 international Class laser product 60825-1:1993, CDRH, 1040 Laser Safety Requirements. PL-XSL-00-S13 safe device when operated within limits this specification. Operating this product manner inconsistent with intended usage specification result hazardous radiation exposure.
CAUTION!
Tampering with this laser based product operating this product outside limits this specification considered "manufacturing," will require, under law, recertification modified product with U.S. Food Drug Administration (21CFR 1040).
CAUTION!
optical instruments with this product will increase hazard. normal operating current, optical output power with unaided much wavelength Approximately times this power level could collected with loupe. Under failure condition, this level could increase factor two.
Published ©Picolight Incorporated. rights reserved. Information this document provided connection with Picolight Incorporated ("Picolight") products. These materials provided Picolight service customers used informational purposes only. Picolight assumes responsibility errors omissions these materials. Picolight make changes pricing, specifications, product descriptions time, without notice. Picolight makes commitment update this information shall have responsibility whatsoever conflicts incompatibilities arising from future changes specification product descriptions. license, expressed implied, intellectual property rights granted this document. Except provided Picolight's Terms Conditions Sale such products, Picolight assumes liability whatsoever. THESE MATERIALS PROVIDED WITHOUT WARRANTY KIND, EITHER EXPRESSED IMPLIED, RELATING SALE AND/OR PICOLIGHT PRODUCTS INCLUDING LIABILITY WARRANTIES RELATING FITNESS PARTICULAR PURPOSE, CONSEQUENTIAL INCIDENTAL DAMAGES, MERCHANTABILITY, INFRINGEMENT PATENT, COPYRIGHT OTHER INTELLECTUAL PROPERTY RIGHT. PICOLIGHT FURTHER DOES WARRANT ACCURACY COMPLETENESS INFORMATION, TEXT, GRAPHICS OTHER ITEMS CONTAINED WITHIN THESE MATERIALS. PICOLIGHT SHALL LIABLE SPECIAL, INDIRECT INCIDENTAL, CONSEQUENTAL DAMAGES, INCLUDING WITHOUT LIMITATION, LOST REVENUES LOST PROFITS, WHICH RESULT FROM THESE MATERIALS.
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