Tektronix DSA8300 Digital Serial Analyzer, 80C00/80E00/80A00 modules User manual

DSA8300 Digital Serial Analyzer, 80C00 Series Optical Sampling Modules, 80E00 Series Electrical Sampling Modules, 80A00 Modules

ZZZ

Speciﬁcations

Technical Reference

*P077057102*

077-0571-02

DSA8300 Digital Serial Analyzer, 80C00 Series Optical Sampling Modules, 80E00 Series Electrical Sampling Modules, 80A00 Modules

ZZZ

Speciﬁcations

Technical Reference

www.tektronix.com

077-0571-02

Copyright © Tektronix. All rights reserved. Licensed software products are owned by Tektronix or its subsidiaries or suppliers, and are protected by national copyright laws and international treaty provisions.

Tektronix products are covered by U.S. and foreign patents, issued and pending. Information in this publication supersedes that in all previously published material. Speciﬁcations and price change privileges reserved.

TEKTRONIX and TEK are registered trademarks of Tektronix, Inc.

Contacting Tektronix

Tektronix, Inc. 14150 SW Karl Braun Drive P.O. B o x 5 0 0 Beaverto USA

For product information, sales, service, and technical support:

n, OR 97077

In North America, call 1-800-833-9200. Worl dwid e, vis it www.tektronix.com to ﬁnd contacts in your area.

Warranty

Tektronix warrants that this product will be free from defects in materials and workmanship for a period of one (1) year from the date of shipment. If any such product proves defective during this warranty period, Tektronix, at its option, either will repair the defective product without charge for parts and labor, or will provide a replacement in exchange for the defective product. Parts, modules and replacement products used by Tektronix for warranty work may be n the property of Tektronix.

ew or reconditioned to like new performance. All replaced parts, modules and products become

In order to o the warranty period and make suitable arrangements for the performance of service. Customer shall be responsible for packaging and shipping the defective product to the service center designated by Tektronix, w ith shipping charges prepaid. Tektronix shall pay for the return of the product to Customer if the shipment is to a location within the country in which the Tektronix service center is located. Customer shall be responsible for paying all shipping charges, duties, taxes, and any other charges for products returned to any other locations.

This warranty shall not apply to any defect, failure or damage caused by improper use or improper or inadequate maintenance and care. Tektronix shall not be obligated to furnish service under this warranty a) to repair damage result b) to repair damage resulting from improper use or connection to incompatible equipment; c) to repair any damage or malfunction caused by the use of non-Tektronix supplies; or d) to service a product that has been modiﬁed or integrated with other products when the effect of such modiﬁcation or integration increases the time or difﬁculty of servicing the product.

THIS WARRANTY IS GIVEN BY TEKTRONIX WITH RESPECT TO THE PRODUCT IN LIEU OF ANY OTHER WARRANTIES, EXPRESS OR IMPLIED. TEKTRONIX AND ITS VENDORS DISCLAIM ANY IMPLIED WARRANTIES OF MERCHANTABILITY OR FITNESS FOR A PARTICULAR PURPOSE.

TRONIX' RESPONSIBILITY TO REPAIR OR REPLACE DEFECTIVE PRODUCTS IS THE SOLE

TEK AND EXCLUSIVE REMEDY PROVIDED TO THE CUSTOMER FOR BREACH OF THIS WARRANTY. TEKTRONIX AND ITS VENDORS WILL NOT BE LIABLE FOR ANY INDIRECT, SPECIAL, INCIDENTAL, OR CONSEQUENTIAL DAMAGES IRRESPECTIVE OF WHETHER TEKTRONIX OR THE VENDOR HAS ADVANCE NOTICE OF THE POSSIBILITY OF SUCH DAMAGES.

[W2 – 15AUG04]

btain service under this warranty, Customer must notify Tektronix of the defect before the expiration of

ing from attempts by personnel other than Tektronix representatives to install, repair or service the product;

Table of Contents

Preface ............................................................................................................. vii

Manual structure............................................................................................. vii

Manual conventions .............. ................................ .................................. ......... vii

Related doc

DSA8300 speciﬁcations ............ ................................ ................................ ............... 1

80E00 electrical sampling modules speciﬁcations ............................................................. 13

80C00 optical sampling modules speciﬁcations ............................................................... 23

80A02 EOS/ESD protection module speciﬁcations ......................................................... 100

80A05 Electrical Clock Recovery module speciﬁcations................................................... 102

umentation............... ................................ .................................. ..... vii

DSA8300, 80A00, 80C00, 80E00 speciﬁcations i

Table of Contents

List of Figure

ii DSA8300, 80A00, 80C00, 80E00 speciﬁcations

List of Tables

Table 1: DSA8300 - signal acquisition speciﬁcations.......................................................... 1

Table 2: DSA8300 - t

Table 3: DSA8300 - trigger speciﬁcations.............. .................................. ....................... 4

Table 4: DSA8300 - trigger - phase correction modes (mainframe with 82A04/B phase reference module)

speciﬁcations .............................. .................................. ................................ ... 6

Table 5: DSA8300 - Display speciﬁcations .......... ................................ ........................... 8

Table 6: DSA8300 - Ports .... ................................ .................................. ................... 8

Table 7: DSA8300 - Data storage ................................................................................ 9

Table 8: DSA8300 - Power consumption, fuses, and cooling ................................................. 9

Table 9: DSA8300 - mechanical................................................................................. 10

Table 10: DSA8300 - Environmental

Table 11: 82A04/B Phase Reference module - mechanical................................................... 12

Table 12: Electrical sampling modules – signal acquisition . ..... . ..... . ... . . ..... . ..... . ..... . ..... . ..... . .. 13

Table 13: Electrical sampling modules (80E04, 80E08/B, and 80E10/B TDR sampling modules) – TDR

system................ ................................ .................................. ........................ 18

Table 14: Electrical sampling modules – phase reference mode ............................................. 20

Table 15: Electrical sampling modules – timebase system

Table 16: Electrical sampling modules – power consumption ................... ............................ 22

Table 17: Electrical sampling modules – mechanical ..... ................................ .................... 22

Table 18: Optical modules – descriptions....................................................................... 23

Table 19: Optical modules: inputs............................................................................... 31

Table 20: Optical modules: Effective wavelength range, typical

Table 21: Optical modules: calibrated wavelengths ........................................................... 33

Table 22: Optical modules: polarization dependence ....... ................................ .................. 33

Table 23: Optical modules: dark level .......................................................................... 33

Table 24: Optical modules: main instrument display vertical scale factors................... .............. 34

Table 25: Optical modules: vertical offset range .............................................................. 35

Table 26: Optical modules: DC vertical accuracy, typical Table 27: Optical modules: DC vertical difference accuracy, typical

Table 28: Optical modules: offset capabilities ..... . ..... . ..... . ..... . ..... . ... . . ..... . ..... . ..... . ..... . ..... . 38

Table 29: Optical modules: minimum optical bandwidth

Table 30: Optical modules: rise time, typical .................................................................. 41

Table 31: Optical modules: time domain vertical response aberrations, typical ........................... 46

Table 32: Vertical equivalent optical noise (max and typical), 80C01 through 80C10 Table 33: Optical modules: vertical equivalent optical noise (maximum and typical), 80C11 through

80C25BGE ............ ................................ ................................ ........................ 51

Table 34: 80C10C: Data, Data

Table 35: 80C10C: effective clock recovery optical sensitivity (Opt CRTP only) ..... . ... . . ..... . ..... . .. 53

Table of Contents

imebase speciﬁcations .................................................................... 2

........................ ................................ .................. 11

................................................... 21

........................................... 32

........................ .......................... 35

........................ .............. 37

1,2

................................................. 39

................... 48

output....................... .................................. .................. 53

DSA8300, 80A00, 80C00, 80E00 speciﬁcations iii

Table of Contents

Table 36: 80C15

Table 37: 80C15: Effective clock recovery optical sensitivity (Opt CRTP only) ..... . ..... . ..... . .... . . .. 54

Table 38: Optical modules: reference receiver frequency response ......................................... 55

Table 39: 16GFC (14.025 Gb/s) reference receiver setting frequency response, warranted . . ..... . ... . . . 66

Table 40: 16GFC r6.1 (FC14025) data ﬁlter setting frequency response, warranted . . ..... . . ..... . ..... . . 67

Table 41: INF14063 data ﬁlter setting frequency response, warranted ..... . ... . . . .... . ..... . ..... . ..... .... 68

Table 42: FEC12.50 G b/s (FEC12500) reference receiver setting frequency response, w arranted .. . ... 69

Table 43: FEC 43.02 Gb/s reference receiver setting frequency response, warranted... . . .... . ..... . ..... 70

Table 44: FEC 43.02 Gb/s reference receiver setting frequency response (80C10C, Opt F1, F3 only),

warranted ...................... .................................. ................................ .............. 71

Table 45: ENET2500 (2 GBE) 2.50 Gb/s reference receiver setting frequency response, warranted... . 72

Table 46: INF2500, INFINIBAND (2.5 Gb/s) reference receiver setting frequency response,

warranted ...................... .................................. ................................ .............. 73

Table 47: INF5000 (5.0 Gb/s) reference receiver setting frequency response, warranted... . . .... . ..... . . 74

Table 48: ENET1250 (GBE) 1.25 Gb/s reference receiver setting frequency response, warranted . . .... 75

Table 49: FC1063 (1.0625 Gb/s) reference receiver setting frequency response, warranted ..... . ..... .. 76

Table 50: FC2125 (2.125 Gb/s) reference receiver setting frequency response, warranted............... 77

Table 51: FC4250 (4.25 Gb/s) reference receiver setting frequency response, warranted .... . ..... . ..... 78

Table 52: FC8500 (8.5Gb/s) Filter setting frequency response, warranted .. . ..... . ..... . ..... . ..... . ..... . 79

Table 53: FC8500FINAL (8.5Gb/s) reference receiver setting frequency response, warranted ..... . .... 80

Table 54: VSR-5 (3.318 Gb/s) reference receiver setting frequency response, warranted ..... . ..... . .... 81

Table 55: OBSAI 6.144 Gb/s (OBSAI6144) reference receiver setting frequency response, warranted 82

Table 56: CPRI 7.373 Gb/s (CPRI7373) reference receiver setting frequency response, warranted.... . 83

Table 57: 32 GHz reference receiver setting frequency response for 32 Gb/s NRZ, warranted . ..... . ... 84

Table 58: 28.05 GHz reference receiver setting frequency response for 28.05 Gb/s NRZ, warranted... 85 Table 59: OTU-4 (OTU27952) reference receiver Setting Frequency Response for 27.952 Gb/s,

warranted ...................... .................................. ................................ .............. 86

Table 60: 22 GHz ﬁlter setting frequency response for 28.05 Gb/s NRZ (OTU-4, 32GFC), warranted

(80C15 only) .................................................................................................. 87

Table 61: 25.781 GHz ﬁlter setting frequency response for 28.05 Gb/s NRZ (100GBASE-xR4, INF25781),

warranted (80C15 only) ...................... .................................. .............................. 88

Table 62: Optical power meter................................. ................................ .................. 88

Table 63: Optical modules - Clock recovery options (CR, CR1, CR2, CR3, CR4, CRTP) ............... 89

Table 64: Optical modules - Mechanical ....................................................................... 98

Table 65: Optical modules (all) - Environmental .......... .................................. .................. 99

Table 66: 80A02 - Electrical ................................................................................... 100

Table 67: 80A02 - Environmental and mechanical ........................ .................................. 100

Table 68: 80A05 - Module characteristics.................................................................... 102

Table 69: 80A05 - Environmental speciﬁcations ........................ ................................ .... 104

Table 70: 80A05 - Mechanical speciﬁcations .... ................................ ............................ 104

Table 71: 80A05 - Product family electromagnetic compatibility (EMC) . . ..... . ..... . ..... . ..... . ..... . 104

Table 72: 80A05 - Product family dynamics ................................................................. 105

:Data,Data

output......... .................................. ................................ .. 54

iv DSA8300, 80A00, 80C00, 80E00 speciﬁcations

Table of Contents

Table 73: 80A05

- Product family atmospherics............................................................. 105

DSA8300, 80A00, 80C00, 80E00 speciﬁcations v

Table of Contents

vi DSA8300, 80A00, 80C00, 80E00 speciﬁcations

Preface

Manual structure

This manual contains the speciﬁcations and performance veriﬁcation procedures for the DSA8300 Digital Serial Analyzer, the extender cables, and the modules that can be in

NOTE. The 80A03 instruction manual contains its own speciﬁcations and

servicing information.

Read this preface to learn how this manual is structured, what conventions it uses, and where you can ﬁnd other information related to this product.

This manual is divided into chapters that are made up of related subordinate topics. These topics can be cross referenced as sections.

Be sure to read the introductions to all procedures. These introductions provide important information needed to do the service correctly, safely, and efﬁciently.

stalled in this instrument (except the 80A03 module).

Manual conventions

Modules

Related documentation

This manual uses certain conventions that you should become familiar with before attempting service.

Throughout this manual, the term module appears. A module is composed of electrical and mechanical assemblies, circuit cards, interconnecting cables, and a user-accessible front panel. References to a module are different than references to products such as “Sampling modules”, “Phase Reference modules”, or “Accessory modules”, which are products installed in the instrument compartments or on extender cables.

The following d

DSA8300 Digital Serial Analyzer Quick Start User Manual. Tekt ron ix part number 071-2897-XX.

DSA8300 Digital Serial Analyzer Service Manual. Tektronix part number 071-2049-XX.

DSA8300 Digital Serial Analyzer Help. Installed with the application software and accessed from the instrument Help menu.

ocuments relate to the instrument this manual supports:

DSA8300, 80A00, 80C00, 80E00 speciﬁcations vii

Preface

DSA8300 Digita

accessed from the instrument Help menu.

80E01, 80E02, Manual. Tektronix part number 071-0434-XX.

80C00 and 80 Manual, Tektronix part number 0 71-3059-XX.

80A02 EOS/E

071-1317-XX

80A03 TekC

number 071-1298-XX.

80A05 Ele

number 071-1467-XX.

DSA8300 and TDS8000B Rackmount Kit Instructions. Tektronix part number

071-0696-XX.

80N01 Extender Cable Instructions. Tektronix part number 071-2037-XX

, DSA8200, CSA8200, CSA8000, CSA8000B, TDS8200, TDS8000,

l Serial Analyzer Programmer Guide. An online document

80E03, 80E04, and 80E06 Electrical Sampling Modules User

E00 Series Electrical and Optical Sampling Modules User

SD Protection Module Instructions. Tektronix part number

onnect Probe Interface Module Instructions. Tektronix part

ctrical Clock Recovery Module User Manual. Tektronix part

viii DSA8300, 80A00, 80C00, 80E00 speciﬁcations

DSA8300 speciﬁcations

NOTE. This speciﬁcation is for the DSA8300 mainframe (instrument); the

speciﬁcatio module compartments of the DSA8300 front panel are included later in this document.

This section contains the speciﬁcations for the DSA8300 Digital Serial Analyzer.

NOTE. The 82A04/B Phase Reference modules affect the DSA8300 mainframe

speciﬁca DSA8300 mainframe speciﬁcations.

ns for the optical, electrical, and other modules that insert in the

tions; therefore, the 82A04/B module speciﬁcations are part of the

All spec

iﬁcations are guaranteed unless noted as "typical." Typical speciﬁ cations are provided for your convenience but are not guaranteed. Speciﬁcations that are marked with the

symbol are checked in the DSA8300 Digital Serial Analyzer

Performance Veriﬁ cation Technical Reference manual.

All speciﬁcations apply to the instrument and sampling modules unless noted otherwise. To meet speciﬁcations, these conditions must ﬁrst be met:

The instrument must have been calibrated/adjusted at an ambient temperature between +10 °C and +40 °C.

The instrument must have been operating continuously for 20 minutes within the operating temperature range speciﬁed.

The instrument must be in an environment w ith temperature, altitude, humidity, and vibration within the operating limits described in these speciﬁcations.

NOTE. "Sampling Interface" refers to both the small module compartments and

he large module compartments, unless otherwise speciﬁed.

Table 1: DSA8300 - signal acquisition speciﬁcations

Description Characteristics

Number of input channels

Number of small sampling module compartments

Number of large sampling module compartments

Small Sampling Module Interface Tekprobe-Sampling Level 3. Hot switching is not permitted on this interface.

Large Sampling Module Interface Tekprobe-Sampling Level 3. Hot switching is not permitted on this interface.

8 acquisition channels, maximum.

4 compartments, 2 channels per compartment, for a total of 8 channels1.

2 compartments, for a total of 4 channels1.

DSA8300, 80A00, 80C00, 80E00 speciﬁcations 1

DSA8300 speciﬁcations

Table 1: DSA8300 - signal acquisition speciﬁcations (cont.)

Description Characteristics

Compartment assignments and conﬂict resolution

Compartment utilization Supports the 80xxx and 82xxx nomenclated modules, including P hase Reference modules.

Real time accessory interface Small and large slots support TekProbe-SMA, Levels 1 and 2, on modules equipped with

Vertical sensitivity ranges

Vertical operating r ange

Vertical number of digitized bits 16 bits at TekProbe-Sampling interface.

Offset capabilities Open loop offset mode is supported at TekProbe-Sampling interface.

Offset range –1.6 V to +1.6 V maximum at TekProbe-Sam pling interface. May be limited to a s maller range

Total channels ≤8.

Population of the Ch 1 / Ch 2 large compartment with any module (other than one requiring power only) displaces functionality of the Ch 1 / Ch 2 small compartment.

Population of the Ch 3 / Ch 4 large compartment with any module (other than one requiring power only) displaces functionality of the Ch 3 / Ch 4 small compartment.

front-panel probe connectors.

TekConnect probes are supported with 80A03 accessory for all small slot modules. Hot switching is permitted on this real time accessory interface.

10 mV to 1 V full scale at TekProbe-sampling interface. May be scaled according to sampling module scaling characteristics and attached real-time probes.

–1.6 V to +1.6 V at TekProbe-sampling interface. May be scaled according to sampling module scaling characteristics and attached real-time probes,

and scaled according to sampling module offset and scaling characteristics.

Table 2: DSA8300 - timebase speciﬁcations

Description Characteristics

Horizontal modes

Mainframe Supports Free Run mode, Edge triggered mode, Clock Trigger mode and TDR m ode. The

10 MHz reference may be internal or external for TDR mode only.

Mainframe with 82A04/B Supports Legacy Free Run and triggered modes.

Sampling rate

Mainframe (regular modes) DC–200 kHz maximum, dictated by trigger rate and actual holdoff setting. If trigger rate is

less than the maximum, or the requested holdoff exceeds the minimum, the trigger rate and/or holdoff determines the sampling rate.

TDR operation allows manual setting to 300 kHz.

Mainframe with 82A04/B (phase corrected modes)

Record length

Horizontal scale range

Horizontal position range

Mainframe

DC–200 kHz maximum, one channel. If trigger rate is less than the maximum, or the requested holdoff exceeds the minimum, the trigger rate and / or holdoff determines the sampling rate.

20, 50, 100, 250, 500, 1000, 2000, 4000, 8000, and 16000 samples.

100 fs/div to 5 ms/div in 1, 2, 5 steps, or 100 fs increments.

50 ms maximum.

2 DSA8300, 80A00, 80C00, 80E00 speciﬁcations

DSA8300 speciﬁcations

Table 2: DSA8300 - timebase speciﬁcations (cont.)

Description Characteristics

Mainframe with 82A04/B Range is determined by the following formula, where (f) equals the reference clock frequency:

Horizontal resolution

Horizontal position setting resolution

Time interval accuracy

 Edge triggered mode, front panel edge trigger source

Edge triggered mode, front panel edge trigger source (typical)

 Clock Other mode, front panel clock source

Clock Other mode, front panel clock source (typical)

 Clock Eye mode, front panel clock source

Clock Eye mode, front panel clock source (typical)

 TDR mode, locked to external 10 MHz reference

TDR mode, locked to external 10 MHz reference (typical)

Timing accuracy

Random phase corrected mode (typical)

-18

62.5 as (attoseconds; 10

10 fs minimum.

Strobe placement accuracy for a given horizontal interval and position. (Contribution from 80E04 sampling module is included in the speciﬁcation.)

For 100 or more tests performed over speciﬁed interval, Horizontal scale > 20 ps/div, right-most point of measurement interval <150 ns:

Mean accuracy is 0.1% of speciﬁed interval or better

Standard deviation is ≤1.5 ps

For 100 or more tests performed over speciﬁed interval, Horizontal scale ≤20 ps/div, right-most point of measurement interval <150 ns:

Mean accuracy = 1 ps +0.5% of interval, typical

For 100 or more tests performed over speciﬁed interval, Horizontal scale >20 ps/div, right-most point of measurement interval <150 ns:

Mean accuracy = 0.1% of speciﬁed interval or better

Standard deviation is ≤3ps

For 100 or more tests performed over speciﬁed interval, Horizontal scale ≤20 ps/div, right-most point of measurement interval <150 ns:

Mean Accuracy = 1 ps + 0.5% of interval, typical

For 100 or more tests performed over a given interval, standard deviation is ≤1.5 ps

For 100 or more tests performed over a given interval, standard deviation = 0.1 ps typical

For 100 or more tests performed over speciﬁed interval, Horizontal scale >20 ps/div, right-most point of measurement interval <150 ns:

Mean accuracy = 0.01% of speciﬁed interval or better

Standard deviation is ≤1.5 ps

For 100 or more tests performed over speciﬁed interval, Horizontal scale ≤20 ps/div, right-most point of measurement interval <150 ns:

Mean accuracy = 0.01% of speciﬁed interval

Mainframe equipped with 82A04/B

Maximum timing deviation 0.2% of phase reference signal period, relative to phase reference signal

Assumes that phase reference frequency has been correctly entered. Operation of the phase reference clock at frequencies requiring extended bandwidth or signal conditioning may require an instrument option

)minimum.

DSA8300, 80A00, 80C00, 80E00 speciﬁcations 3

DSA8300 speciﬁcations

Table 2: DSA8300 - timebase speciﬁcations (cont.)

Description Characteristics

Triggered phase corrected mode (typical)

Maximum timing deviation relative to phase reference signal:

0.2% of phase reference s ignal period typical for measurements made >40 ns after trigger event

0.4% of phase reference signal period typical for measurements made ≤40 ns after trigger event

Horizontal deskew range and resolution

Mainframe

–500 ps to +100 ns on any individual channel in 1 ps increments

Mainframe with 82A04/B Deskew range extends over the full clock cycle of the phase reference.

The total number of samples contained in a single acquired waveform record (memory length in IEEE 1057, 2.2.1).

80E02 sampling module is included in this speciﬁcation.

Table 3: DSA8300 - trigger speciﬁcations

Descri

ption

Charac

teristics

Trigger sources

Mainframe Clock Input/Prescale Trigger (front panel)

ger Direct Input (front panel)

Trig

Free run trigger

TDR

and right large slot internal pattern clock (with appropriately equipped large slot modules)

Left

nframe with 82A04/B

Mai

ase reference signal may be applied to the instrument, when equipped with an 82A04B

Aph Phase Reference module, to provide additional phase information for signals acquired in Triggered Phase Corrected modes and primary phase information for signals acquired in

e R un Phase Corrected modes.

Fre

Two bandwidth options are available for the 82A04/B and may be required over speciﬁc frequency ranges of operation:

e base product has an 8 GHz – 25 GHz range of operation.

Option 60G extends the upper frequency range of operation to 60 GHz.

djustable 5 μs to 2 ms in 1 ns increments.

Variable trigger hold off range and resolution

ront Panel Edge Trigger

Applies only to front panel edge trigger operation and Clock Other trigger mode.

Front Panel triggering on signal applied to dedicated front panel connector with Holdoff, Level Adjust, High Frequency On/Off

Mode

Input characteristics

±Slope select

Normal mode: Wait for edge trigger

50 Ω input resistance, DC coupled

Edge + mode: Triggers on positive-slewing edge

Edge - mode: Triggers on negative-slewing edge

4 DSA8300, 80A00, 80C00, 80E00 speciﬁcations

DSA8300 speciﬁcations

Table 3: DSA8300 - trigger speciﬁcations (cont.)

Description Characteristics

Noise reject on/off select Noise Reject Off mode: Removes trigger hysteresis and improves sensitivity. Should be

used when trigger slew rate exceeds 1 V/ns

Noise Reject On Mode: Retains trigger hysteresis and improves noise rejection at low slew rates

Input range

Maximum operating trigger signal

Level range Adjustable between ±1.0 V

 Sensitivity

Level resolution 1 mV

Level accuracy

 Delay jitter

Minimum pulse width, typical 167 ps

Real time accessory interface TekProbe-S MA , Levels 1 and 2. Hot switching is permitted on this real time accessory interface

Front panel clock trigger

Capabilities and conditions, typical

Input characteristics, typical

Absolute maximum input, typical

Sensitivity and usable range

Clock pattern lengths supported

 Delay jitter, Clock Other mode

 Delay jitter, Clock Eye mode

±1.5 V (DC + peak AC) maximum input voltage

1 Vpp (the maximum amplitude trigger signal input for maintaining calibrated time base operation)

100 mVpp, DC – 3 GHz

(50mVtypical,DC–4GHztypical)

50 mV + 0.10 * Level

1.5 ps RMS + 10 ppm of horizontal position, or better

(1.1 ps RMS + 5 ppm of horizontal position typical)

Clock triggering on signal applied to dedicated front panel connector.

50 Ω AC coupled input resistance

Fixedoffsetatzerovolts

If using a real time accessory on the front panel CLOCK TRIGGER/PRESCALE INPUT connector, the accessory offset is ﬁxedatzerovolts.

1.1 Vpp

200 mVpp to 1000 mVpp over the range 800 MHz - 15 GHz, slew rate ≥ 2V/ns

(150 mVpp to 1000 mVpp over the range 150 MHz - 20 GHz, typical)

2to223(8,388,608) inclusive

1.4 ps RMS + 10 ppm of horizontal position, or better

(900 fs RMS + 5 ppm of horizontal position, typical)

800 MHz ≤ f

1.25 GHz ≤ f

11.2 GHz ≤ f

< 1.25 GHz: 900 fs RMS or better

CLOCK

< 11.2 GHz: 500 fs RMS or better

CLOCK

< 15 GHz: 600 fs RMS or better

CLOCK

DSA8300, 80A00, 80C00, 80E00 speciﬁcations 5

DSA8300 speciﬁcations

Table3:DSA8300-triggerspeciﬁcations (cont.)

Description Characteristics

Delay jitter, Clock Eye mode, typical

Trigger, TDR mode rates

150 MHz ≤ f 400 MHz ≤ f 800 MHz ≤ f

1.25 GHz ≤ f

11. 2 GHz ≤ f

< 400 MHz: 900 fs RMS or better

CLOCK

< 800 MHz: 800 fs RMS or better

CLOCK

< 1.25 GHz: 720 fs RMS or better

CLOCK

< 11.2 GHz: 375 fs RMS or better

CLOCK

< 20 GHz: 425 fs RMS or better

CLOCK

Rates from 25 kHz to 300 kHz internally provided to edge trigger, to TDR stimulus drives in small sampling module interfaces, and to TDR Clock Out on front panel

The input resistance at the external direct trigger input and the maximum input voltage.

Maximum signal input for maintaining calibrated time base operation.

Section 4.10.2 in IEEE standard number 1057. The minimum signal levels required for stable edge triggering of an acquisition.

Table 4: DSA8300 - trigger - phase correction modes (mainframe with 82A04/B phase reference module) speciﬁcations

Description Characteristics

Phase c orrection capabilities and conditions

Number of phase reference module inputs

Phase reference input connector Precision 1.85 mm female connector (V).

Phase reference module input characteristics (typical)

Phase reference module input dynamic range (nonclipping)

Phase reference module input maximum nondestruct range

Phase reference module input signal level

Phase reference mode jitter Triggered and Free Run Phase Corrected Modes, 8 GHz – 60 GHz clock, 600 mV – 1.8 V

A phase reference signal may be applied to a DSA8300 equipped with the 82A04/B Phase Reference m odule to provide additional phase information for signals being acquired in Triggered Phase Corrected modes and primary phase information for signals being acquired in Free Run Phase Corrected modes. For Phase Corrected Triggered modes, the phase correction functionality overlays the functionality of the basic trigger operation, although restrictions may be imposed.

One per 82A04/B module. Up to three 82A04/B modules may be inserted in the small compartments of the DSA8300 and characterized to operate with one or more vertical sampling module(s); only one phase correction module at a time can be used.

A 2.4 mm male to 2.92 mm (K) female adapter is provided as a standard accessory to provide connection to 3.5 mm compatible male connectors.

50 Ω AC coupled through 5 pF

82A04/B optional ﬁlter accessories may alter both the input characteristics and the vertical signal ranges of the Phase Correction input. The speciﬁcations listed herein apply to the direct module input only and do not include the effect of any ﬁlters.

(offset ±1000 mV)

p-p

±3 V maximum

600 mV

input: 100 fs

to 1.8 V

p-p

to achieve typical speciﬁed jitter performance

p-p

or better.

RMS

p-p

Triggered and Free Run Phase Corrected Modes, 2 GHz – 8 GHz sine wave clock, 600 mV –

1.8 V

input: 200 fs

p-p

RMS

or better.

The jitter increase between 8 GHz and 2 GHz is roughly inversely proportional to the clock frequency.

Operation of the phase reference clock at frequencies requiring extended bandwidth or signal conditioning may require an optional ﬁlter accessory.

6 DSA8300, 80A00, 80C00, 80E00 speciﬁcations

DSA8300 speciﬁcations

Table 4: DSA8300 - trigger - phase correction modes (mainframe with 82A04/B phase reference module) speciﬁcations (cont.)

Descriptio

Phase refer compensation temperature range (typical)

 Phase reference module input operating frequency

ence module

Characteri

±5 °C where c

If compartment is changed on mainframe, or if a sampling module extender is employed, or the length of the sampling module extender is changed, the Phase R eference module must be recompe

With 82A0

With 82A 04/B-60G : 8 GHz to 60 GHz

stics

ompensation was performed.

nsated.

4/B: 8 GHz to 25 GHz

DSA8300, 80A00, 80C00, 80E00 speciﬁcations 7

DSA8300 speciﬁcations

Table 4: DSA8300 - trigger - phase correction modes (mainframe with 82A04/B phase reference module) speciﬁcations (cont.)

Descriptio

Phase refer operating frequency (typical)

ence module input

With 82A04/B 2 GHz to 25 GHz usable range

With 82A04/B-60G 2 GHz to 60 GHz usable range. Operation below 8 GHz requires the use of external ﬁlters

Characteri

Operation below 8 GHz requires the use of external ﬁlters, as follows:

2 GHz to 25 GHz settable range.

as note

2 GHz to 110 G Hz settable range.

stics

2 GHz – 4 GHz: requires 2.2 GHz peaked lowpass ﬁlter kit, Tektronix part number

020-2566

4GHz–6GH

6GHz–10

020-2568-00

-00

z: requires 4 GHz lowpass ﬁlter kit, Tektronix kit part number 020-2567-00

GHz: requires 6 GHz ﬁlter lowpass ﬁlter kit, Tektronix kit part number

d for the standard 82A04.

Table 5: DSA8300 - Display speciﬁcations

Speciﬁcations Characteristics

Display type

Display resolution 1024 horizontal by 768 vertical pixels.

Pixel pitch

Pressure-sensitive touch screen

210.4 mm (wide) x 157.8 mm (high), 263 mm (10.4 inch) diagonal, liquid crystal active matrix color display (LCD).

Pixels are 0.2055 mm (horizontal) and 0.2055 mm (vertical).

A pressure sensitive touch screen pointing device is mounted on top of and supporting the 10.4” color display. Resolution is 10 b it. It is s et up as a Windows pointing device and emulates a USB mouse. Can be set up for single or double click. A stylus is included.

Table 6: DSA8300 - Ports

Speciﬁcations Characteristics

Video output

Serial port Two each, 9-pin D-subminature serial-port connectors using NS16C550 compatible UARTs

Keyboard and mouse interface PS/2 compatible connectors.

LAN interface RJ-45 LAN connector supporting 10BASE-T, 100BASE-T, and Gigabit Ethernet.

External audio connectors

USB interface USB 2.0 high speed connectors (front and rear panels).

GPIB interface Complies with IEEE 488.2.

DVI-I connector on the rear panel. Useable as the second monitor. Video is DDC2B compliant.

supporting transfer speeds up to 115.2 kbits/sec.

External audio jacks for MIC IN, LINE OUT

8 DSA8300, 80A00, 80C00, 80E00 speciﬁcations

DSA8300 speciﬁcations

Table 6: DSA8300 - Ports (cont.)

Speciﬁcations Characteristics

Internal clock trigger out

Square wave output from 50 Ω back termination synchronized to the TDR internal clock drive signal. Refer to Trigger System - Internal Clock.

Typical performance into 50 Ω termination:

–0.20 to +0.20 V low level

+0.90 to +1.10 V high level

DC calibration output DC voltage from low impedance drive, programmable to 1 mV over ±1.25 V range maximum

into 50 Ω termination.

 DC calibration output accuracy

DC calibration output accuracy

0.2 mV + 0.1% into 50 Ω

0.1 mV + 0.1% into 50 Ω

(typical)

External 10 MHz reference input 500 mV

p-p

to5V

AC coupled into 1 kΩ, ±5 V maximum

p-p

Table 7: DSA8300 - Data storage

ﬁcations

Speci

/DVD drive capacity

CD-RW

Hard disk drive capacity

cteristics

Chara

, DVD+/-R, D VD+/-R DL, DVD+RW, DVD-RW Multi Drive, mounted on front panel

CD-RW

bytes

160 G

Table 8: DSA8300 - Power consumption, fuses, and cooling

Speciﬁcations Characteristics

Source voltage and frequency Range for the line voltage needed to power the instrument within which the instrument meets

its performance requirements

±10%, 50/60 Hz

RMS

Fuse rating

100-240 V

115 V RMS ±10%, 400 Hz

CAT II

Current and voltage ratings and type of the fuse u sed to fuse the source line voltage

Two sizes can be used (each fuse type requires a different fuse cap):

(0.25 x 1.25 inch size): UL 198G & CSA C22.2, No. 59 Fast acting: 8 Amp, 250 V; Tektronix part number 159-0046-00, BUSSMAN part number ABC-8, LITTLEFUSE part number 314008

(5 x 20 mm size): IEC 127, sheet 1, fast acting "F", high breaking capacity, 6.3 Amp, 250 V, BUSSMAN part number GDA ±6.3, LITTLEFUSE part number 21606.3

DSA8300, 80A00, 80C00, 80E00 speciﬁcations 9

DSA8300 speciﬁcations

Table 8: DSA8300 - Power consumption, fuses, and cooling (cont.)

Speciﬁcations Characteristics

Power requirements (typical)

Cooling requirements Mainframe uses six fans with the fan speed regulated by internal temperature sensors.

Maximum: 600 Watts.

Fully Loaded: 330 Watts, typical.

Mainframe with keyboard and mouse, no modules: 205 Watts, typical.

An example of a fully loaded mainframe for these characteristic loads has the following optical modules, electrical modules, and active probes installed:

one 80C11-CR4

one 80A05-10G

three 067-0387-02

one 067-0397-02

There is typically a slight 10 W deviation in the dissipation for various line conditions ranging from 48 Hz through 400 Hz as well as operating ambient temperature

A2˝ (51 mm) clearance must be maintained on the left side and right side of the instrument.

A0.75˝ (19 mm) clearance must be maintained on the bottom of the instrument for forced air ﬂow intake.

Do not operate the instrument on a bench with the feet removed

Do not place any loose object underneath or nearby the instrument intake where it may be drawn against the air vents.

No clearance is required on the front, back, and top.

Table 9: DSA8300 - mechanical

ciﬁcations

Spe

struction material

Con

Weight, mainframe 22.23 kg (49.0 lb) (keyboard, mouse, top pouch, power cord, front shield installed, and no

Weight, overall packaged

Overall dimensions, mainframe only

Overall dimensions, packaged mainframe

racteristics

Cha

ssis: Aluminum alloy

Cha

Cosmetic covers: PC/ABS thermoplastic

Front panel: Aluminum alloy with PC/thermoplastic overlay

dule doors: Nickel plated stainless steel

Bottom cover: Vinyl clad sheet metal

Circuit boards: Glass-laminate

odules installed)

5.8 kg (79 lb)

Height: 343 mm (13.5 in)

Width: 457 mm (18.0 in)

Depth: 419 mm (16.5 in)

The dimensions do not include feet, rack mount kit, or protruding connectors

Height: 613 mm (24.12 in)

Width: 695 mm (27.37 in)

Depth: 756 mm (29.75 in)

10 DSA8300, 80A00, 80C00, 80E00 speciﬁcations

DSA8300 speciﬁcations

Table 10: DSA83

00 - Environmental

Description Characteristics

Dynamics

Random vibration, operating

Random vibration, nonoperati

0.141 g

2.28 g

rom 5 to 200 Hz, 10 minutes each axis (3 axis, 30 minutes total)

RMS

rom 5 to 500 Hz, 10 minutes each axis (3 axis, 30 minutes total)

RMS

Atmospherics

Temperature:

Operating: +10 °C to +40 °C. (Upper rating derates to +35 °C for all sampling modules on two-meter

extender cable 012-1569-00)

Nonoperating: –22 °C to +60 °C

Relative h

umidity:

Operating: 20% to 80% relative humidity, with a maximum wet bulb temperature of 29 °C at or below +40 °C (upper limits derates to 45% relative humidity at +40 °C, non-condensing)

Nonopera

ting (no media in drive): 5% to 90% relative humidity, with a maximum wet bulb

temperature of 29 °C at or below +60 °C (upper limits derates to 20% relative humidity at +60 °C, non-condensing)

Altitude:

Operating: 3,048 m (10,000 ft.)

Nonoper

ating: 12,190 m (40,000 ft.)

DSA8300, 80A00, 80C00, 80E00 speciﬁcations 11

DSA8300 speciﬁcations

Table 10: DSA8300 - Environmental1(cont.)

Description Characteristics

Electrostatic discharge susceptibility

Meets or exceeds the EMC requirements of the following standards:

EN 61326-1 European Community Requirements

IEC 61000-4-2 Electrostatic Discharge Immunity

IEC 61000-4-3 RF Field Immunity (3 V/m, 80 MHz to 1 GHz, 80% amplitude modulated

witha1kHzsinewave)

IEC 61000-4-4 Electrical Fast Transient/Burst Immunity (1.0 kV on AC mains, 0.5 kV

on I/O cables)

IEC 61000-4-5 AC Surge (1.0 kV Differential Mode, 2.0 k V Common Mode)

IEC 61000-4-6 RF Conducted Immunity (3 V, 150 kHz to 80 MHz, amplitude modulated

witha1kHzsinewave)

IEC 61000-4-11 AC Mains Voltage Dips and Interruption Immunity

Up to 4 kV Contact Discharge

Up to 8 k V Air Discharge

Emissions

Meets or exceeds the EMC requirements of the following standards:

European Community Requirements (including EN 61326, Amendment 2)

EN55011 Class A Radiated Emissions

EN55011 Class A Conducted Emissions

EN 61000-3-2 Power Harmonic Current Emissions

EN 61000-3-3 Voltage Changes, Fluctuations & Flicker

Environmental speciﬁcations apply to all properly installed modules unless noted otherwise.

Table 11: 82A04/B Phase Reference module - mechanical

Speciﬁcations Characteristics

Construction material Chassis: Aluminum alloy

Front panel: Plastic laminate

Circuit boards: Glass-laminate

Cabinet sleeve and end covers: Aluminum

Weight

Overall Dimensions Height 25 mm (1.0 in.)

0.4 kg (13 oz.).

Weigh includes one each 2.4 mm to 2.92 mm adapter

Width79mm(3.1in.)

Depth 135 mm (5.3 in.)

Does not include connector, adapter, connector cover, or lock down hardware protruding from front or rear panels

12 DSA8300, 80A00, 80C00, 80E00 speciﬁcations

80E00 electrical sampling modules speciﬁcations

80E00 electri

cal sampling modules speciﬁcations

This section

80E01 80E02 80E03

80E04 80E06

80E08/B

80E11/11X1

Multiple models of the module. For example, 80E07/B refers to both the 80E07 and the 80E07B modules. Speciﬁcat

All speciﬁcations are guaranteed unless noted as "typical." Typical speciﬁcations are provi marked with the  symbol are checked in the Performance Veriﬁcation document.

All spec To meet speciﬁcations, these conditions must ﬁrst be met:

The ins between +20 °C and +30 °C.

The in the operating temperature range speciﬁed.

contains speciﬁcations for the following electrical sampling modules:

80E07/B

ion differences between models will be clearly marked.

80E09/B

80E10/B

ded for your convenience but are not guaranteed. Speciﬁcations that are

iﬁcations apply to all electrical sampling models unless noted otherwise.

trument must have been ca librated/adjusted at an ambient temperature

strument must have been operating continuously for 20 minutes within

nstrument must be in an environment with temperature, altitude,

The i humidity, and vibration within the operating limits described in these speciﬁcations.

A compensation must have been performed. Recompensation is required if a module is moved to another compartment or a module extender is added or removed.

NOTE. For Certiﬁcations, refer to the System Speciﬁcations section. (See page 1,

DSA8300 speciﬁcations.)

Table 12: Electrical sampling modules – signal acquisition

Speciﬁcations Characteristics

Real time accessory interface Tekprobe-SMA interface is provided through the electrical sampling-module interface, one per

vertical channel (except for 82A04/B, 80E07B, 80E08B, 80E09B, 80E10B, 80E11/X1).

Number of input channels

Sampling module Channels

80E06, 80E11X1 1

80E02, 80E03, 80E04, 80E07/B, 80E08/B, 80E09/B, 80E10/B, 80E11

DSA8300, 80A00, 80C00, 80E00 speciﬁcations 13

80E00 electrical sampling modules speciﬁcations

Table 12: Electrical sampling modules – signal acquisition (cont.)

Speciﬁcations Characteristics

Channel input connector

 Input impedance

Vertical dynamic range, nonclipping

Vertical operating range1, maximum

Vertical nondestruct range

(maximum input voltage)

Vertical number of digitized bits 16 bits full scale

Vertical sensitivity range

Vertical offset range

Compensation temperature range (all modules)

 DC vertical voltage accuracy, single point, within ±5 °C of compensated temperature (all modules)

Sampling m odule

80E02, 80E 03, 80E04

80E01

80E06, 80E09/B, 80E10/B, 80E11/11X1 1.85 mm (V) female connector

80E07B, 80E 08/B 2.92 mm (K) female SMA-compatible connector

Sampling m odule

80E01, 80E02, 80E03, 80E04, 80E06

80E07/B, 80E08/B, 80E09/B, 80E10/B, 80E11/11X1

80E02, 80E03, 80E04, 80E06, 80E07/B, 80E08/B, 80E09/B, 80E10/B,

80E11/11X1 800 mV

Sampling m odule Operating range

80E01, 80E02, 80E03, 80E04, 80E06 ±1.6 V

80E07/B, 80E08/B, 80E09/B, 80E10/B, 80E11/11X1

Sampling m odule

80E01, 80E06, 80E07/B, 80E08/B, 80E09/B, 80E10/B, 80E11/11X1

80E02, 80E 03, 80E04

The range of available full scale input settings.

Sampling m odule Sensitivity r ange

80E01, 80E02, 80E03, 80E04, 80E06, 80E07/B, 80E08/B, 80E09/B, 80E10/B

80E11/11X1 8 mV to 800 mV full scale

Sampling m odule Offset range

80E01, 80E02, 80E03, 80E04, 80E06 ±1.6 V

80E07/B, 80E08/B, 80E09/B, 80E10/B, 80E11/11X1

±5 °C about temperature where compensation was performed.

If the module is m oved to another compartment on the mainframe, is installed on a m odule extender, or the length of the sampling module extender cable is changed, the channel(s) must be recompensated.

±2 mV <system offset>

±0.007 * (assigned offset)

±0.02 * (vertical value – assigned offset)

Input connector

3.5 mm female SMA compatible connector

2.4 mm female connector

Impedance

50 Ω ±0.5 Ω

50 Ω ±1 Ω

1Vpp(offset ±500 mV)

(offset ±400 mV)

±1.1 V

Maximum input

±2.0 V (DC + peak AC)

±3.0 V (DC + peak AC)

10 mV to 1 V full scale

±1.1 V

14 DSA8300, 80A00, 80C00, 80E00 speciﬁcations

Table 12: Electrical sampling modules – signal acquisition (cont.)

Speciﬁcations Characteristics

 DC vertical voltage deviation from linear least squares ﬁt(all modules)

 Analog bandwidth

Analog bandwidth

Analog bandwidth, reduced frequency set points, typical

Rise time4,typical

±10 mV

Sampling module

80E01

80E06

80E07/B, 80E08/B DC to 30 GHz, better than ±3 dB

80E09/B DC to 60 GHz, better than ±3 dB

80E10/B DC to 50 GHz, better than ±3 dB

80E11/11X1 DC to 70 GHz, better than ±3 dB

Sampling module

80E02

80E03 and 80E04

Sampling module

80E07/B, 80E08/B 20 GHz

80E09/B, 80E10/B 30 GHz, 40 GHz

80E11/11X1 60 GHz, 40 GHz

Sampling module

Bandwidth setting

80E01

80E02

80E03, 80E04

80E06

80E07/B, 80E08/B

N/A

30 GHz

20 GHz

80E09/B

60 GHz

40 GHz

30 GHz

80E10/B

50 GHz

40 GHz

30 GHz

80E11/11X1

70 GHz

60 GHz

40 GHz

80E00 electrical sampling modules speciﬁcations

Bandwidth

DC to 50 GHz, better than ±3 dB

DC to 65 GHz, better than ±3 dB

DC to 70 GHz, better than ±3 dB, typical

Bandwidth

12.5 GHz, typical

20 G Hz, typical

Bandwidth

Rise time

≤7ps

≤28 ps

≤17.5 ps

≤5.0 ps

11. 67 ps

17.5 ps

5.83 ps

8.75 ps

11. 67 ps

7ps

8.75 ps

11. 67 ps

5.00 ps

5.83 ps

8.75 ps

DSA8300, 80A00, 80C00, 80E00 speciﬁcations 15

80E00 electrical sampling modules speciﬁcations

Table 12: Electrical sampling modules – signal acquisition (cont.)

Speciﬁcations Characteristics

 Random noise, displayed

Sampling module

80E01

80E02

80E03 and 80E04

80E06

80E07/B, 80E08/B

80E09/B

80E10/B

80E11/11X1

Bandwidth setting

50 GHz (ﬁxed)

12.5 GHz (ﬁxed)

20 GHz (ﬁxed)

65 GHz (ﬁxed)

30 GHz

20 GHz

60 GHz

40 GHz

30 GHz

50 GHz

40 GHz

30 GHz

70 GHz

60 GHz

40 GHz

Noise

≤2.3 mV

(1.8 mV

≤800 μV

(400 μV

≤1.2 mV

(600 μV

≤2.4 mV

(≤1.8 m V

<410 μV

(<300 μV

<380 μV

(<280 μV

<600 μV

(<450 μV

<480 μV

(<330 μV

<410 μV

(<300 μV

<700 μV

(<600 μV

<480 μV

(<370 μV

<410 μV

(<300 μV

<1100 μV

(<950 μV

<600 μV

(<450 μV

<480 μV

(<330 μV

RMS

,typical)

RMS

,typical)

RMS

,typical)

RMS

,typical)

,typical

,typical)

16 DSA8300, 80A00, 80C00, 80E00 speciﬁcations

Table 12: Electrical sampling modules – signal acquisition (cont.)

Speciﬁcations Characteristics

Step response aberrations7, typical

Acquistion delay adjust range, typical

 Acquistion delay adjust range

Sampling module

80E01

80E02, 80E03, and 80E04

80E06

80E07/B, 80E08/B, 80E09/B, 80E10/B, 80E11/11X1

Sampling module

80E07, 80E08, 80E09, 80E10 ±250 ps, each channel

80E11/11X1

80E07B, 80E08B, 80E09B, 80E10B ±150 ps, each channel, relative to center value

80E00 electrical sampling modules speciﬁcations

Aberrations, step transition

±3% or less over the zone 10 ns to 20 ps before step transition

+12%, –5% or less for the ﬁrst 300 ps following step transition

+5.5%, –3% or less over the zone 300 ps to 3 ns following step transition

±1% or less over the zone 3 ns to 100 ns following step transition

±0.5% after 100 ns following step transition

±3% or less over the zone 10 ns to 20 ps before step transition

+10%, –5% or less for the ﬁrst 300 ps following step transition

±3% or less over the zone 300 ps to 5 ns following step transition

±1% or less over the zone 5 ns to 100 ns following step transition

±0.5% after 100 ns following step transition

+ 5% or less for the ﬁrst 300 ps following step transition

At maximum sampler bandwidth setting:

±1% or less over the zone 10 ns to 20 ps before step transition

+6%, –10% or less over the ﬁrst 400 ps following step transition

+0%, –4% or less over the zone 400 ps to 3 ns following step transition

+1%, –2% or less over the zone 3 ns to 100 ns following step transition

±1% or less after 100 ns following step transition

Delay adjust range

±35 ps, each channel

(zero)

DSA8300, 80A00, 80C00, 80E00 speciﬁcations 17

80E00 electrical sampling modules speciﬁcations

Table 12: Electrical sampling modules – signal acquisition (cont.)

Speciﬁcations Characteristics

Acquistion delay adjust resolution

Sampling m odule

80E07, 80E08, 80E09, 80E10

80E07B, 80E08B, 80E09B, 80E10B, 80E11/11X1

Vertical operating range deﬁnes the maximum range over which the offset plus peak input signal can operate. The offset may be limited as a function of vertical

sensitivity and dynamic range, such that no signal exceeding the maximum operating range can be displayed.

Vertical nondestruct range deﬁnes the maximum range over which offset plus peak input signal can operate without irreversible damage to the instrument.

Operation to instrument speciﬁcation is not guarantied outside of the vertical operating range.

nal Ranges in IEEE std 1057, section 2.2.1.

Input Sig

IEEE std 1057, section 4.8.2, Transition Duration of Step Response. The 80E01, 80E07/B, 80E08/B, 80E09/B, and 80E10/B rise time is calculated from the 0.35

bandwidth-risetime product. The 80E06 rise time is calculated from the 0.35 typical bandwidth-risetime product.

IEEE std 1057, section 4.6, Analog Bandwidth.

IEEE std 1057, section 4.8.4, Overshoot and Precursors. Step transition occurs at the point of minimum radius of the waveform curvature, after the 50%

amplitude point of the step leading edge.

When test

impulse laser (for example, the Calmar FPL-01).

Because the 2.4 mm connector of this adapter will mechanically interface with the 1.85 mm connector of the 80E06, it serves as a 1.85 mm-to-2.92 mm

connector for the 80E06 module.

ed using a V-connector equipped 50 Ω, ultrafast PIN Photodetector with greater than 50 GHz bandwidth, which is driven by an ultrafast, mode-locked

Delay adjust resolution

135 fs

Varies across adjust range; hardware allows sub-picosecond control resolution

Table 13: Electrical sampling modules (80E04, 80E08/B, and 80E10/B TDR sampling modules) – TDR system

Speciﬁc

Number

ations

of TDR channels

TDR operation modes

TDR ma

 TDR

ximum input voltage

system reﬂectedrisetime

R incident edge amplitude,

typical

R system incident rise time,

TD typical

eristics

Charact

2, one per channel

tput with positive edge polarity, negative edge polarity, and TDR off, independently

Step ou selectable for each channel.

Speciﬁcations are not guaranteed with any DUT applying signal. Do not apply input voltage during TDR operation.

Sampling module Reﬂected rise time

80E04 ≤35 ps each polarity

s, each polarity

80E08/B

≤22 p

≤20 ps, each polarity, typical

ps, each polarity

80E10/B

≤16

≤15 ps, each polarity, typical

80E04, 80E08/B, 80E10/B ±250 mV step into 50 Ω each polarity

cident rise time

Sampling m odule

0E04

0E08/B

80E10/B

28 ps

≤

≤18 ps, each polarity

≤12 ps, each polarity

18 DSA8300, 80A00, 80C00, 80E00 speciﬁcations

80E00 electrical sampling modules speciﬁcations

Table 13: Electrical sampling modules (80E04, 80E08/B, and 80E10/B TDR sampling modules) – TDR system (cont.)

Speciﬁcations Characteristics

 TDR system step response aberrations, incident edge

TDR incident edge delay adjust range

TDR incident edge delay adjust range, typical

Sampling module Step response aberrations

80E04

80E08, 80E10 At maximum sampler bandwidth setting, both

80E08B, 80E10B At maximum sampler bandwidth setting, both

Sampling module

80E08B, 80E10B Minimum: ±200 ps relative to center value

Sampling module

80E08/B, 80E10/B

±3% or less over the zone 10 ns to 20 ps before step transition

+10%, –5% or less typical for the ﬁrst 400 ps following step transition

±3% or less over the zone 400 ps to 5 ns following step transition

±1% or less after 5 ns following step transition

polarities of TDR:

±1% or less over the zone 10 ns to 20 ps before step transition

+25%, –2% or less over the zone 14 ps to 150 ps following step transition

+12%, –2% or less over the zone 150 ps to 400 ps following step transition

±2% or less over the zone 400 ps to 5 ns following step transition

+1%, –2% or less over the zone 5 ns to 100 ns following step transition

±1% after 100 ns following step transition

polarities of TDR:

±1% or less over the zone 10 ns to 20 ps before step transition

+12%, –2% or less over the zone 150 ps to 400 ps following step transition

±2% or less over the zone 400 ps to 5 ns following step transition

+1%, –2% or less over the zone 5 ns to 100 ns following step transition

±1% after 100 ns following step transition

Incident edge delay adjust

(zero) on each channel

Incident edge delay adjust

±250 ps, each channel and each polarity

DSA8300, 80A00, 80C00, 80E00 speciﬁcations 19

80E00 electrical sampling modules speciﬁcations

Table 13: Electrical sampling modules (80E04, 80E08/B, and 80E10/B TDR sampling modules) – TDR system (cont.)

Speciﬁcations Characteristics

TDR incident edge delay adjust resolution, typical

TDR step maximum repetition rate

IEEE std 1057, section 4.8.2, transition duration of step response.

IEEE std 1057, section 4.8.4, overshoot and precursors.

Sampling m odule

80E08/B, 80E10/B 135 fs

80E08/B, 80E10/B

Incident edge delay adjust resolution

300 kHz

Table 14: Electrical sampling modules – phase reference mode

Speciﬁc

Phase re

ations

ference mode jitter,

Triggered mode, typical

se reference mode jitter,

 Pha Triggered mode

Charact

Samplin

80E07B

eristics

g m odule

, 80E08B, 80E09B, 80E10B

80E11, 80E11X1

Jitter

100 fs RMS maximum under the following conditions of input signal, when used with 82A04B

phase reference module installed

on an 80N01 2-meter extender:

10 GHz with 1.4 Vppat 82A04B front

connector and 700 mV

e front connector

remot

14 GHz

with 800 mV

connector and 400 mV

at sampling

at 82A04B front

at sampling

remote front connector

100 fs RMS maximum under the following

ditions of input signal, when used with

con 82A04B phase reference module, with neither module installed in the Ch 3/4

ition:

pos

Hz with 1.4 V

10 G

connector and 700 mV

at 82A04B front

at 80E11/11X1

front connector

14 GHz with 800 mVppat 82A04B front

nnector and 400 mV

at 80E11/11X1

front connector

20 DSA8300, 80A00, 80C00, 80E00 speciﬁcations

80E00 electrical sampling modules speciﬁcations

Table 14: Electrical sampling modules – phase reference mode (cont.)

Speciﬁcations Characteristics

Phase reference mode jitter, Free Run mode, typical

80E07B, 80E08B, 80E09B, 80E10B

80E11, 80E11X1

100 fs RMS maximum under the following conditions of input signal, when used with 82A04B phase reference module installed on an 80N01 2-meter extender:

10 GHz with 1.4 Vppat 82A04B front

connector and 700 mV

at sampling

remote front connector

14 GHz with 800 mVppat 82A04B front

connector and 400 mV

at sampling

remote front connector

100 fs RMS maximum under the following conditions of input signal, when used with 82A04B phase reference module, with neither module installed in the Ch 3/4 position:

10 GHz with 1.4 Vppat 82A04B front

connector and 700 mV

at 80E11/11X1

front connector

14 GHz with 800 mVppat 82A04B front connector and 400 mV front connector

Phase reference mode jitter, other conditions, typical

80E07B, 80E08B, 80E09B, 80E10B, 80E11, 80E11X1

200 fs RMS typical at input signals less than speciﬁed voltages in Phase reference mode jitter, Triggered mode speciﬁcation, (but limited to 300 mV extender on 82A04B, or with the legacy 82A04 phase reference module

le 15: Electrical sampling modules – timebase system

Tab

Speciﬁcations Characteristics

Sampling rate DC-200 kHz maximum (300 KHz maximum for TDR operation)

rizontal position range,

Ho minimum, (deskew adjust range between channels)

Sampling m odule

0E01, 80E02, 80E03, 80E04, 80E06

0E07/B, 80E08/B, 80E09/B, 80E10/B

80E11/11X1

sition range

9 ns, no extender cable present

29 ns, external direct trigger operation

19 ns, external direct trigger operation

at 80E11/11X1

), or without s peciﬁ ed

DSA8300, 80A00, 80C00, 80E00 speciﬁcations 21

80E00 electrical sampling modules speciﬁcations

Table 16: Elect

Speciﬁcations Characteristics

Power dissipa

rical sampling modules – power consumption

tion

Sampling module

80E01 1.1 W

80E02, 80E03 1.8 W

80E04 3.2 W

80E06 2.4 W

80E07, 80E09 5.1 W

80E07B, 80E09B 4.4 W

80E08, 80E

80E08B, 80E10B 6.2 W

80E11 6.1 W

80E11X1 3.9 W

Table 17: Electrical sampling modules – mechanical

Speciﬁcations Characteristics

Weight (unpackaged) Sampling module

80E01, 80E02, 80E03, 80E04, 80E06

80E07/B, 80E08/B 861 gm (29.11 oz)

80E09/B, 80E10/B 868 gm (29.35 oz) including two 2.4 mm to 2.92 mm adapters

80E011

80E011X1

Overall dimensions

Construction material Chassis:

Does not include connectors, connector savers, connector covers, push buttons, or lock-down hardware protruding from the front or rear panels.

Sampling module

80E01, 80E02, 80E03, 80E04, 80E06, 80E11/11X1

80E07/B, 80E08/B, 80E09/B, 80E10/B main module

80E07/B, 80E08/B, 80E09/B, 80E10/B remote module

Front panel:

Circuit boards:

Cabinet:

Power dissipa

6.5 W

Weight

0.4 kg (13 oz.)

390 gm (13.80 oz) including two 2.4 mm to 2.92 mm adapters

319 gm (11.30 oz) including one 2.4 mm to 2.92 mm adapter

Dimensions

Height:

Width:

Depth:

Height:

Width:

Depth:

Remote cable length: 2 m eters

aluminum alloy

plastic laminate

glass-laminate

aluminum

25 mm (1.0 in)

79 mm (3.1 in)

135 mm (5.3 in)

25 mm (1.0 in)

55 mm (2.2 in)

75 mm (3.0 in)

tion

22 DSA8300, 80A00, 80C00, 80E00 speciﬁcations

80C00 optical sampling modules speciﬁcations

80C00 optical

sampling modules speciﬁcations

This section speciﬁcations are guaranteed unless noted as "typical." Typical speciﬁcations are provided for your convenience but are not guaranteed. Except for limits noted "typical," speciﬁcations that are marked with the  symbol are checked in the Performance Veriﬁcation section of the service manual.

All speciﬁ cations apply to all 80C00 Series Optical Modules unless noted otherwise. To meet speciﬁcations, the following conditions must ﬁrst be met:

The instrument must have been calibrated/adjusted at an ambient temperature between +20 °C and +30 °C.

The instrument must have been operating continuously for 20 minutes within the operating temperature range speciﬁed.

Vertical compensation must have been performed with the module installed in the same compartment used when the compensation was performed. Ambient temperature must be within ±2 °C of the compensation temperature.

The instrument must be in an environment w ith temperature, altitude, humidity, and vibration within the operating limits described in these spec

contains speciﬁcations for the 80C00 Series Optical Modules. All

iﬁcations.

NOTE. "Sampling Interface" refers to both the electrical sampling module

interface and the optical module interface, unless otherwise speciﬁed.

NOTE. For Certiﬁcations, refer to the System Speciﬁcations section. (See page 1,

DSA8300 speciﬁcations.)

Table 18: Optical modules – descriptions

Name Characteristics

80C01

Long wavelength 1100 nm – 1650 nm. Unampliﬁed O/E converter with two user-selectable optical bandwidths:

12.5 GHz

>20 GHz

or three user-selectable reference receiver responses:

OC-12/STM-4 SONET/SDH for 622.08 Mb/s

OC-48/STM-64 SONET/SDH for 2.488 Gb/s

OC-192/STM-64 SONET/SDH for 9.953 Gb/s

DSA8300, 80A00, 80C00, 80E00 speciﬁcations 23

80C00 optical sampling modules speciﬁcations

Table 18: Optical modules – descriptions (cont.)

Name Characteristics

80C02

80C03 Broad wavelength 700 nm – 1650 nm. Ampliﬁed O/E converter with optical bandwidth of 2.5 GHz. The 2.5 Gb/s,

80C04

80C05

80C06 Long wavelength 1520 nm – 1580 nm. O/E converter unampliﬁed, 55 GHz optical sampler accepts high power

80C07 Broad wavelength 700 nm – 1650 nm. Ampliﬁed O/E converter with optical bandwidth of 2.5 GHz. The OC-48 and

Long wavelength 1100 nm – 1650 nm. Unampliﬁed O/E converter with three user-selectable optical bandwidths:

12.5 GHz

20 GHz

30 GHz

or one user-selectable reference receiver response:

OC-192/STM-64 SONET/SDH for 9.953 Gb/s

OC-48/STM-16, and 2.0 GHz modes all use a physical path that has OC-48/STM-16 reference receiver type response. Two other selectable reference receiver responses:

GFC for 1.063 Gb/s

GBE for 1.250 Gb/s

Long wavelength 1100 nm – 1650 nm unampliﬁed. Unampliﬁed O/E converter with two user-selectable optical bandwidths:

20 GHz

30 GHz

or two user-selectable reference receiver responses:

OC-192/STM-64 SONET/SDH for 9.953 Gb/s

ITU-T G.975 for 10.664 Gb/s

Long wavelength 1520 nm – 1580 nm unampliﬁed.

Three user-selectable optical bandwidths:

20 GHz

30 GHz

40 GHz

or one reference receiver response:

OC-192/STM-64 SONET/SDH for 9.953 Gb/s

optical signals typical for RZ signaling. Particularly well-suited for 40 Gb/s RZ telecom applications, as well as general purpose optical component testing.

2.5 GHz modes all use a physical path that has OC-48 reference receiver type response.

There are three user-selectable reference receiver responses:

OC-48/STM-64 SONET/SDH for 2.488 Gb/s

OC-3/STM-1 SONET/SDH for 155.4 Mb/s

OC-12/STM-4 SONET/SDH for 622.08 Mb/s

24 DSA8300, 80A00, 80C00, 80E00 speciﬁcations

80C00 optical sampling modules speciﬁcations

Table 18: Optical modules – descriptions (cont.)

Name Characteristics

80C07B Broad wavelength 700 nm – 1650 nm. Ampliﬁ ed O/E converter with optical bandwidth of 2.5 GHz. The OC-48,

2GBE, INFINIBAND, and 2.5 GHz modes all use a physical path that has OC-48 reference receiver type response.

There are eight user-selectable reference receiver responses:

OC-3/STM-1 SONET/SDH for 155.4 Mb/s

OC-12/STM-4 SONET/SDH for 622.08 Mb/s

OC-48/STM-64 SONET/SDH for 2.488 Gb/s

GBE for 1.250 Gb/s

2GBE for 2.5Gb/s

Inﬁniband Optical for 2.500 Gb/s

GFC for 1.063 Gb/s

2GFC for 2.125 Gb/s

80C08 Broad wavelength 700 nm - 1650 nm. Ampliﬁed O/E converter with maximum optical bandwidth (in combination

with the internal electrical sampler) of 10 GHz.

There are two data rate receiver setups selectable:

10GBASE-W for 9.953 Gb/s

10GBASE-R for 10.3125 Gb/s

80C08B Broad wavelength 700 nm – 1650 nm ampliﬁed O/E converter with maximum optical bandwidth (in combination

with the internal electrical sampler) of 9.5 GHz.

There are four user-selectable reference receiver responses:

10GBASE-W - for 9.953 Gb/s

10GBASE-R for 10.3125 Gb/s

10GFC for 10.51875 Gb/s

OC-192/STM-64 SONET/SDH for 9.953 Gb/s

80C08C

Broad wavelength 700 nm – 1650 nm ampliﬁed O/E converter with m aximum optical bandwidth (in combination with the internal electrical sampler) of >9.5 GHz.

There are six user-selectable reference receiver r esponses:

OC-192/STM-64 SONET/SDH for 9.953 Gb/s

10GBASE-W - for 9.953 Gb/s

10GBASE-R for 10.3125 Gb/s

10GFC for 10.51875 Gb/s

10GBE FEC for 10.096 Gb/s

10GBFC FEC for 11.317 Gb/s

or two data ﬁlters:

ITU-T G.975 for 10.664 Gb/s

ITU-T G.709 for 10.709 Gb/s

DSA8300, 80A00, 80C00, 80E00 speciﬁcations 25

80C00 optical sampling modules speciﬁcations

Table 18: Optical modules – descriptions (cont.)

Name Characteristics

80C08D

80C09

80C10

80C10B Long wavelength 1310 nm and 1550 nm. Unampliﬁed O/E converter with three user-selectable optical bandwidths:

Broad wavelength 700 nm – 1650 nm ampliﬁed O/E converter with m aximum optical bandwidth (in combination with the internal electrical sampler) of >9.5 GHz.

There are six user-selectable reference receiver responses:

OC-192/STM-64 SONET/SDH for 9.953 Gb/s

10GBASE-W - for 9.953 Gb/s

10GBASE-R for 10.3125 Gb/s

10GFC for 10.51875 Gb/s

10GBE FEC for 10.096 Gb/s

10GBFC FEC for 11.317 Gb/s

or two data ﬁlters:

ITU-T G.975 for 10.664 Gb/s

ITU-T G.709 for 10.709 Gb/s

Long wavelength 1100 nm – 1650 nm. Unampliﬁed O/E converter with two user-selectable optical bandwidths:

20 GHz 30 GHz

or two user-selectable reference receiver responses:

OC-192/STM-64 SONET/SDH for 9.953 Gb/s ITU-T G.709 for 10.709 Gb/s

Long wavelength 1310 nm and 1550 nm. Unampliﬁed O/E converter with two user-selectable optical bandwidths:

30 GHz 65 GHz

or two user-selectable reference receiver responses:

OC-768/STM-256, VSR-2000 G.693, 40G NRZ G.959.1 for 39.813 Gb/s ITU3, VSR-2000 w/ FEC, 4x10G LAN P HY OTU3 for 43.018 Gb/s

30 GHz (not available with Option F1)

65 GHz

80 GHz (not available with Option F1)

or three user-selectable reference receiver responses:

OC-768/STM-256, VSR-2000 G.693, 40G NRZ G.959.1 for 39.813 Gb/s

ITU3, VSR-2000 w/ FEC, 4x10G LAN P HY OTU3 for 43.018 Gb/s

40GBASE-FR for 41.250 Gb/s

Option F1 includes the following additional reference receiver ﬁlter rates:

100GBASE-R4 for 25.781 Gb/s

100GBASE-R4 FEC for 27.739 Gb/s

Inﬁniband EDR for 25.781 Gb/s

26 DSA8300, 80A00, 80C00, 80E00 speciﬁcations

80C00 optical sampling modules speciﬁcations

Table 18: Optical modules – descriptions (cont.)

Name Characteristics

80C10C Long wavelength 1310 nm and 1550 nm. Unampliﬁed O/E converter with three optical bandwidths:

55 GHz (Option F2)

70 GHz (Option F1)

80 GHz (Option F3)

Option F1 (70 GHz) includes the following reference receiver ﬁlter rates:

100GBASE-R4 for 25.781 Gb/s

OTU4 for 27.952 Gb/s

OC-768/STM-256, VSR-2000 G.693, 40G NRZ G.959.1 for 39.813 G b/s

40GBASE-FR for 41.250 Gb/s

32GFC at 28.05 Gb/s

32Gb/s

Inﬁniband EDR for 25.781 Gb/s

Option F2 (55 GHz) includes the following reference receiver ﬁlter rates:

100GBASE-R4 for 25.781 Gb/s

OUT-4 for 27.952Gb/s

32GFC at 28.05Gb/s 32Gb/s

Inﬁniband EDR for 25.871 Gb/s

Option F3 (80 GHz) includes the following reference receiver ﬁlter rates:

OC-768/STM-256, VSR-2000 G.693, 40G NRZ G.959.1 for 39.813 G b/s

40GBASE-FR for 41.250 Gb/s

OTU-3, VSR-2000 w/ FEC, 4x10G LAN PHY OTU3 for 43.018 Gb/s

80C11 Long wavelength 1100 nm – 1650 nm. Unampliﬁed O/E converter with two user-selectable optical bandwidths:

20 GHz

30 GHz

or nine user-selectable reference receiver responses:

OC-192/STM-64 SONET/SDH for 9.953 Gb/s

10GBASE-W - for 9.953 Gb/s

10GBASE-R for 10.3125 Gb/s

10GBE FEC for 10.096 Gb/s

10GBFC FEC for 11.317 Gb/s

10GFC for 10.51875 Gb/s

16GFC for 14.025 Gb/s

ITU-T G.975 for 10.664 Gb/s

ITU-T G.709 for 10.709 Gb/s

DSA8300, 80A00, 80C00, 80E00 speciﬁcations 27

80C00 optical sampling modules speciﬁcations

Table 18: Optical modules – descriptions (cont.)

Name Characteristics

80C11B

80C12 Broad wavelength 700 nm – 1650 nm. Ampliﬁed O/E converter with maximum optical bandwidth (in combination

80C12B Broad wavelength 700 nm – 1650 nm. Ampliﬁed O/E converter with maximum optical bandwidth (in combination

Long wavelength 1100 nm – 1650 nm. Unampliﬁed O/E converter with two user-selectable optical bandwidths:

20 GHz

30 GHz

or the following user-selectable reference receiver responses:

OC-192/STM-64 SONET/SDH for 9.953 Gb/s

10GBASE-W - for 9.953 Gb/s

10GBASE-R for 10.3125 Gb/s

10GBE FEC for 10.096 Gb/s

10GBFC FEC for 11.317 Gb/s

10GFC for 10.51875 Gb/s

16GFC for 14.025 Gb/s

ITU-T G.975 for 10.664 Gb/s

ITU-T G.709 for 10.709 Gb/s

with the internal electrical sampler) of >8.5 GHz (>9.5 GHz in Option 10G).

A variety of ﬁlter options are available that support 2 to 4 ﬁlters fro m the following list:

GFC for 1.063 Gb/s

2GFC for 2.125 Gb/s

10GBASE-X4 for 3.125Gb/s

10GFC-X4 for 3.188Gb/s

VSR-5 for 3.318 Gb/s

4GFC for 4.25 Gb/s

Some ﬁlter options support a ﬁlterless full-bandwidth setting (9 GHz) in place of one hardware ﬁlter.

Option 10G provides the following reference receiver ﬁlter rates:

OC-192/STM-64 SONET/SDH for 9.953 Gb/s

10GBASE-W - for 9.953 Gb/s

10GBASE-R for 10.3125 Gb/s

10GFC for 10.51875 Gb/s

ITU-T G.975 for 10.664 Gb/s

ITU-T G.709 for 10.709 Gb/s

10GBE FEC for 10.096 Gb/s

10GBFC FEC for 11.317 Gb/s

>9.5 GHz full bandwidth

with the internal electrical sampler) of 12 GHz.

Supported ﬁlter rates (module is purchased with four options. Options 10GP and F0 are mutually exclusive):

28 DSA8300, 80A00, 80C00, 80E00 speciﬁcations

Table 18: Optical modules – descriptions (cont.)

Name Characteristics

Option F1: OC-3/STM-1 SONET/SDH for 155.4 Mb/s

Option F2: OC-12/STM-4 SONET/SDH for 622.08 Mb/s

Option F3: GFC for 1.063 Gb/s

Option F4: GBE for 1.250 Gb/s

Option F5: 2GFC for 2.125 Gb/s

Option F6: OC-48/STM-64 SONET/SDH for 2.488 Gb/s, 2GBE for 2.5Gb/s, Inﬁniband Optical for 2.500 Gb/s

Option F7: FEC2.666 for 2.666Gb/s

Option F8: 10GBASE-X4 for 3.125Gb/s

Option F9: 4GFC for 4.25 Gb/s

Option F10:Inﬁniband Optical for 5.0Gb/s

Option F11: OBSAI 8x for 6.144 Gb/s

Option F12: CPRI7 3x for 7.3728 Gb/s

Option F0:12GHzunﬁltered bandwidth, FC-8500 for 8.5 Gb/s

Option 10GP:

FC-8500 for 8.5Gb/s

8GFC for 8.5Gb/s

OC-192/STM-64 SONET/S DH for 9.953 Gb/s

10GBASE-W - for 9.953 Gb/s

10GBASE-R for 10.3125 Gb/s

40GBASE-R4 for 10.3125 Gb/s

100GBASE-R10 for 10.3125 G b/s

10GFC for 10.51875 Gb/s

ITU-T G.975 for 10.664 Gb/s

ITU-T G.709 for 10.709 Gb/s

10GBE FEC for 10.096 Gb/s

10GBFC FEC for 11.317 Gb/s

12 GHz

80C12B-10G

Broad wavelength 700 nm – 1650 nm. Ampliﬁed O/E converter with maximum optical bandwidth (in combination with the internal electrical sampler) of 12 GHz.

Supported ﬁlter rates are:

FC-8500 for 8.5Gb/s

OC-192/STM-64 SONET/SDH for 9.953 Gb/s

10GBASE-W - for 9.953 Gb/s

10GBASE-R for 10.3125 Gb/s

40GBASE-R4 for 10.3125 Gb/s

100GBASE-R10 for 10.3125 G b/s

80C00 optical sampling modules speciﬁcations

DSA8300, 80A00, 80C00, 80E00 speciﬁcations 29

80C00 optical sampling modules speciﬁcations

Table 18: Optical modules – descriptions (cont.)

Name Characteristics

10GFC for 10.51875 Gb/s

ITU-T G.975 for 10.664 Gb/s

ITU-T G.709 for 10.709 Gb/s

10GBE FEC for 10.096 Gb/s

10GBFC FEC for 11.317 Gb/s

12 GHz

80C14

80C15 32 GHz full bandwidth and fully integrated reference receiver ﬁltering, enabling conformance testing of both single

80C25GBE

Broad wavelength 700 nm – 1650 nm. Ampliﬁed O/E converter with maximum optical bandwidth (in combination with the internal electrical sampler) of 14 GHz.

Supported ﬁlter rates are:

FC-8500 for 8.5Gb/s

8GFC for 8.5Gb/s

OC-192/STM-64 SONET/SDH for 9.953 Gb/s

10GBASE-W - for 9.953 Gb/s

10GBASE-R for 10.3125 Gb/s

40GBASE-R4 for 10.3125 Gb/s

100GBASE-R10 for 10.3125 Gb/s

10GFC for 10.51875 Gb/s

ITU-T G.975 for 10.664 Gb/s

ITU-T G.709 for 10.709 Gb/s

10GBE FEC for 10.096 Gb/s

10GBFC FEC for 11.317 Gb/s

SONET FEC12.5 for 12.500 Gb/s

16GFC for 14.025 Gb/s

Inﬁniband Optical for 14.0625 Gb/s

14GHz

and multi-mode conformance testing from 800 nm – 1600 nm.

Supported ﬁlter rates are:

25.781 Gb/s (100GBASE-ER4, -LR4, -SR4, Iniﬁniband EDR)

27.952 Gb/s (OTU-4)

28.05 Gb/s (32G Fibre Channel)

Long wavelength 1310 nm and 1550 nm. Unampliﬁed O/E converter with optical bandwidth of 65 GHz. There are two reference receiver ﬁlter rates:

100GBASE-R4 for 25.781 Gb/s

100GBASE-R4 FEC for 27.739 Gb/s

30 DSA8300, 80A00, 80C00, 80E00 speciﬁcations

80C00 optical sampling modules speciﬁcations

Table 19: Op tic

al modules: inputs

Name Characteristics

Number of input channels (all models)

Internal ﬁbe

rdiameter

80C01, 80C02, 80C04, 80C05, 80C0

6, 80C09,

1 optical

9 μm/125 μm single mode

80C10, 80C10B, 80C10C, 80C11, 80C11B, 80C25GBE

80C03, 80C07, 80C07B,

Multimode ﬁber, 62.5 μm core, 125 μm cladding 80C08, 80C08B, 80C08C, 80C08D, 8

0C12, 80C12B,

80C14, 80C15

Fiber con

nector (all optical modules)

Rifocs UC

I (universal connector interface) male connector

Optical return loss

80C01, 80C02, 80C04,

>30 dB for single-mode ﬁber 80C05, 80C06, 80C09,

80C10B, 80C11,

80C10, 80C11B, 80C25G BE

, 80C07, 80C07B,

80C03 80C08, 80C08B, 80C08C,

for multimode ﬁber

>14 dB

>24 dB for single-mode ﬁber 80C08D, 80C12,80C12B,

4, 80C15

80C1

80C10C

Absolute maximum nondestructive optical input

80C01, 80C02, 80C03, 80C04, 80C07, 80C07B,

C09, 80C11, 80C11B

80C05, 80C10, 80C10B,

0C10C, 80C25GBE

80C06

80C08, 80C08B, 80C08C, 80C08D, 80C12

80C12B, 80C14

80C15

Main acquisition channel input: –27 dB maximum at 1550 nm, –24 dB maximum at 1310 nm,

for single-mode ﬁber

input: –27 dB maximum, –30 dB typical

HSPR

average power; 10 mW peak power

5mW

20 mW average power; 60 mW power

1 mW average power; 10 mW peak power for 60 ms

850 nm: 4 mW average power

1310/1550 nm: 2 mW average power

10 mW peak power for 60 ms

850 nm: 5 mW average, 6 mW peak power

1310/1550 nm: 8 mW average, 10 mW peak power

Peak power:<10 ns duration, 50% duty cycle

DSA8300, 80A00, 80C00, 80E00 speciﬁcations 31

80C00 optical sampling modules speciﬁcations

Table 19: Optical modules: inputs (cont.)

Name Characteristics

Maximum operating ranges

80C01, 80C02, 80C04,

0 mW to 10 mW displayed limits, not including offset.

80C09

80C03, 80C07, 80C07B 0 mW to 1 mW displayed limits, not including offset.

80C05 0 mW to 30 mW displayed limits, not including offset. However, signal limit is 10 mW average

optical power, 20 m W displayed peak power.

80C06 0 mW to 60 mW displayed limits, including offset, and respecting that the signal limit is 15 mW

average optical power, 30 mW displayed peak power.

80C08, 80C08B, 80C08C,

0 to 2 mW displayed limits, not including offset.

80C08D, 80C12

80C12B, 80C14 0 mW to 3 mW, not including offset. 5.5 mW with offset. However, non-destruct signal limits of

2 mW average power at 1310/1550 nm, and 3 mW average power at 850 nm must be obeyed.

80C10, 80C10B, 80C10C OptF30 mW to 30 mW displayed limits, not including offset.

80C10C Opt. F1, F2 0 mW to 15 mW displayed limits, not including offset.

80C10B-F1, 80C25GBE 0 mW to 20 mW displayed limits, not including offset.

80C11, 80C11B

5 mW average power; 10 mW peak power.

Optical input powers below non-destruct levels may exceed saturation and compression limits of the particular plug-in.

80C15 0 mW to 8 mW displayed limits, not including offset.

Single-mode ﬁber (Corning SMF-28 specs).

The optical input powers below nondestructive levels may exceed saturation and compression limits of the module.

Certain performance characteristics such as reference receiver and ﬁlter settings may have more restricted power levels to maintain guaranteed performance.

Table 20: Optical modules: Effective wavelength range, typical

Module Characteristics

80C01, 80C02,

1100 nm to 1650 nm 80C04, 80C09, 80C11, 80C11B

80C03, 80C07,

700 nm to 1650 nm 80C07B, 80C08, 80C08B, 80C08C, 80C08D, 80C12, 80C12B, 80C14

80C05, 80C06

80C10, 80C10B, 80C25GBE

80C10C

1520 nm to 1580 nm

1550 nm: 1520 nm to 1620 nm

1310 nm: 1290 nm to 1330 nm

1290 nm to 1620 nm

32 DSA8300, 80A00, 80C00, 80E00 speciﬁcations

80C00 optical sampling modules speciﬁcations

Table 20: Optical modules: Effective wavelength range, typical1(cont.)

Module Characteristics

80C15

The optical wavelengths t hat the product accepts while providing a reasonable (25% of peak optimum) conversion gain.

800 nm to 1600 nm

Table 21: Optical modules: calibrated wavelengths

Module Characteristics

80C01, 80C02, 80C04, 80C09, 80C10, 80C10B, 80C10C, 80C11, 80C11B, 80C25GBE

80C03, 80C07, 80C07B, 80C08, 80C08B, 80C08C, 80C08D

80C05, 80C06

80C12, 80C12B, 80C14, 80C15

1550 nm and 1310 nm (all ±20 nm)

1550 nm, 1310 nm, 850 nm, and 780 nm (all ±20 nm)

1550 nm ±20 nm

1550 nm, 1310 nm, and 850 nm (all ±20 nm)

Table 22: Optical modules: polarization dependence

Module Characteristics

80C10C, 80C15 1550 nm input: ±0.45 dB maximum (±0.3 dB typical)

1310 nm input: ±0.40 dB maximum (±0.25 dB typical)

Table 23: Optical modules: dark level

Module Setting Characteristics

To achieve these levels, perform a dark level compensation.

If any of the following instrument settings or conditions change, you must perform another dark level compensation:

Trigger rate setting Vertical offset setting Filter or bandwidth setting Ambient temperature change of more than 1 °C ELECTRICAL SIGNAL OUT front panel connection (80C12 only)

OC-12, OC-48, OC-192 <10 μW ±2% (vertical offset)80C01

20 GHz <10 μW ±4% (vertical offset)

OC-192 <10 μW ±2% (vertical offset)80C02

20 G Hz, 30 GHz <10 μW ±4% (vertical offset)

80C03, 80C07, 80C07B

All settings

OC-192, 10.66 Gb/s <10 μW ±2% (vertical offset)80C04

20 G Hz, 30 GHz <10 μW ±4% (vertical offset)

<500 nW ±2% (vertical offset)

DSA8300, 80A00, 80C00, 80E00 speciﬁcations 33

80C00 optical sampling modules speciﬁcations

Table 23: Optical modules: dark level (cont.)

Module Setting Characteristics

OC-192 <10 μW ±2% (vertical offset)80C05

20 GHz, 30 GHz, 40 GHz <30 μW ±4% (vertical offset)

80C06 50 GHz <25 μW ±4% (vertical offset)

80C08, 80C08B, 80C08C, 80C12, 80C12B, 80C14

80C15

80C10, 80C10B, 80C10C, 80C25GBE

80C11, 80C11B

All settings

OC-192, 10.71 Gb/s <10 μW ±2% (vertical offset)80C09

20 G Hz, 30 GHz <10 μW ±4% (vertical offset)

1550 nm

1310 nm

For all settings except 16GFC (80C11), 20 GHz,

30 GHz

16GFC (80C11 only) <10 μW ±3% (vertical offset)

20 G Hz, 30 GHz <10 μW ±4% (vertical offset)

<1.0 μW ±2% × (vertical offset)

<10 μW ±4% × (vertical offset)

±[25 μW +4% × |vertical offset|]

±[35 μW +4%× |vertical offset|]

<10 μW ±2% (vertical offset)

Table 24: Optical modules: main instrument display vertical scale factors

Maximum Minimum

80C01, 80C02,

C04, 80C09, 80C11,

80 80C11B

80C03, 80C07, 80C07B

80C05

80C06

80C08, 80C08B, 80C08C, 80C08D, 80C12

80C12B, 80C14

80C10, 80C10B, 80C10C-F3

80C10B-F1, 80C25GBE

80C10C-F1 -F2

80C15

1 m W per division 10 μW per division

00 μW per division

3 m W per division 30 μW per division

6 m W per division 60 μW per division

200 μW per division 2 μW per division

300 μW per division 3 μW per division

3 m W per division 30 μW per division

2 m W per division 20 μW per division

1.5 m W per division 15 μW per division

0.8 m W per division 6 μW per division

μW per division

34 DSA8300, 80A00, 80C00, 80E00 speciﬁcations

80C00 optical sampling modules speciﬁcations

Table 25: Optic

Module Characteristics

80C01 ±8 mW offset relative to center of waveform display

80C02, 80C04, 80C09, 80C11, 80C1

80C03 ±1 mW offset

80C05, 80C10, 80C10B, 80C10C-F3

80C10C-F1 -F2 ±7.5 mW offset relative to center of waveform display

80C10B80C25GBE

80C06 ±40 mW offset relative to center of waveform display

80C07, 80C07B ±1 mW offset relative to center of waveform display

80C08 80C08C, 80C08D, 80C12

80C12B, 80C14 ±2.5 mW offset relative to center of waveform display

80C

F1,

, 80C08B,

al modules: vertical offset range

(5 divisions from either top or bottom of waveform display)

±6 mW offset relative to center of waveform display

(5 division

(5 divisions from either top or bottom of waveform display)

±15 mW offset relative to center of waveform display

(5 divisions from either top or bottom of waveform display)

(5 div isi

±10 mW of

(5 divisions from either top or bottom of waveform display)

(5 div

±4 mW o

(5 divisions from either top or bottom of waveform display)

(5 d

±5 m

(5 divisions from either top or bottom of waveform display)

s from either top or bottom of waveform display)

relative to center of waveform display

ons from either top or bottom of waveform display)

fset relative to center of waveform display

isions from either top or bottom of waveform display)

ffset relative to center of waveform display

ivisions from either top or bottom of waveform display)

W offset relative to center of waveform display

Table 26: Optical modules: DC vertical accuracy, typical

Module Setting Accuracy

80C01, 80C03, 80C07, 80C07B, 80C08, 80C08B, 80C08C, 80C08D, 80C12, 80C12B, 80C14

80C02

80C04

All settings

12.5 GHz, OC-192 ±25 μW ±2% of [(vertical value) – (vertical offset)]

20 GHz ±25 μW ±4% of [(vertical value) – (vertical offset)]

30 GHz ±25 μW ±6% of [(vertical value) – (vertical offset)]

10.66 Gb/s, OC-192 ±25 μW ±2% of [(vertical value) – (vertical offset)]

20 GHz ±25 μW ±4% of [(vertical value) – (vertical offset)]

30 GHz ±25 μW ±6% of [(vertical value) – (vertical offset)]

±25 μW ±2% of [(vertical value) – (vertical offset)]

DSA8300, 80A00, 80C00, 80E00 speciﬁcations 35

80C00 optical sampling modules speciﬁcations

Table 26: Optical modules: DC vertical accuracy, typical1(cont.)

Module Setting Accuracy

80C05

80C06 50 GHz ±120 μW ±6% of [(vertical value) – (vertical offset)]

80C09

80C10

80C10B

80C10B-F1

80C10C

80C25GBE

OC-192 ±25 μW ±2% of [(vertical value) – (vertical offset)]

20 GHz ±25 μW ±4% of [(vertical value) – (vertical offset)]

30 GHz ±25 μW ±6% of [(vertical value) – (vertical offset)]

40 GHz ±25 μW ±8% of [(vertical value) – (vertical offset)]

10.71 Gb/s, OC-192 ±25 μW ±2% of [(vertical value) – (vertical offset)]

20 GHz ±25 μW ±4% of [(vertical value) – (vertical offset)]

30 GHz ±25 μW ±6% of [(vertical value) – (vertical offset)]

30 GHz ±25 μW ±4% of [(vertical value) – (vertical offset)]

39 Gb/s, OC-768, FEC 43 Gb/s ±25 μW ±6% of [(vertical value) – (vertical offset)]

65 G Hz setting ±25 μW ±8% of [(vertical value) – (vertical offset)]

30 GHz ±25 μW ±4% of [(vertical value) – (vertical offset)]

OC-768, FEC 43 Gb/s ±25 μW ±6% of [(vertical value) – (vertical offset)]

40GBASE-FR4 ±25 μW ±6% of [(vertical value) – (vertical offset)]

65 G Hz setting ±25 μW ±8% of [(vertical value) – (vertical offset)]

80 G Hz setting ±25 μW ±9% of [(vertical value) – (vertical offset)]

65 GHz ±25 μW ±8% of [(vertical value) – (vertical offset)]

39 Gb/s OC-768, FEC 43 Gb/s ±25 μW ±6% of [(vertical value) – (vertical offset)]

40GBASE-FR ±25 μW ±6% of [(vertical value) – (vertical offset)]

100GBASE-R4 ±25 μW ±4% of [(vkertical value) – (vertical offset)]

100GBASE-R4 FEC ±25 μW ±4% of [(vertical value) – (vertical offset)]

100GBASE-R4, INF25781, OTU4,

28.05 GHz, 32 GHz

OC-768, FEC 43 Gb/s, 40GBASE-FR ±25 μW ±6% of [(vertical value) – (vertical offset)]

55 GHz ±25 μW ±8% of [(vertical value) – (vertical offset)]

70 GHz and 80 GHz ±25 μW ±9% of [(vertical value) – (vertical offset)]

65 GHz ±25 μW ±8% of [(vertical value) – (vertical offset)]

100GBASE-R4 ±25 μW ±4% of [(vertical value) – (vertical offset)]

100GBASE-R4 FEC ±25 μW ±4% of [(vertical value) – (vertical offset)]

±25 μW ±4% of [(vertical value) – (vertical offset)]

36 DSA8300, 80A00, 80C00, 80E00 speciﬁcations

80C00 optical sampling modules speciﬁcations

Table 26: Optical modules: DC vertical accuracy, typical1(cont.)

Module Setting Accuracy

80C11, 80C11B

For a ll settings except 16GFC (80C11), 20 GHz, 30 GHz

16GFC (80C11 only) ±25 μW ±3% of [(vertical reading) – (vertical offset)]

20 GHz ±25 μW ±4% of [(vertical reading) – (vertical offset)]

30 GHz ±25 μW ±6% of [(vertical reading) – (vertical offset)]

80C15 100GBase-R4, INF25781, OTU-4,

28.05 GHz, 32 GHz settings:

l accuracy speciﬁcations are referenced to an internal optical power meter reading for a given optical input, and limited to a temperature range within ±5

Vertica °C of previous channel compensation and an ambient temperature within 20 °C to 35 °C.

±25 μW ±2% of [(vertical reading) – (vertical offset)]

±25 μW ±4% of [(vertical reading) – (vertical offset)]

Table 27: Optical modules: DC vertical difference accuracy, typical

Module Setting Accuracy

The accuracy of the difference between two cursors in the vertical scale of the same channel.

12.5 GHz, OC-192, OC-48, OC-12 ±2% of [difference reading]80C01

20 GHz ±4% of [difference reading]

80C02

12.5 GHz, OC-192 ±2% of [difference reading]

20 GHz ±4% of [difference reading]

30 GHz ±6% of [difference reading]

80C03, 80C07,

C07B

0C04

All s ettings

0.66 Gb/s, OC-192

0GHz

±2% of [difference reading]

2% of [difference reading]

4% of [difference reading]

30 GHz ±6% of [difference reading]

80C05

OC-192 ±2% of [difference reading]

20 GHz ±4% of [difference reading]

30 GHz ±6% of [difference reading]

40 GHz ±8% of [difference reading]

80C06, 80C08,

All s ettings

±2% of [difference reading] 80C08B, 80C08C, 80C08D, 80C12, 80C12B, 80C14

80C09

10.71 Gb/s, OC-192 ±2% of [difference reading]

20 GHz ±4% of [difference reading]

30 GHz ±6% of [difference reading]

80C10

30 GHz ±4% of [difference reading]

39 Gb/s, OC-768, FEC 43 Gb/s ±6% of [difference reading]

65 GHz ±8% of [difference reading]

DSA8300, 80A00, 80C00, 80E00 speciﬁcations 37

80C00 optical sampling modules speciﬁcations

Table 27: Optical modules: DC vertical difference accuracy, typical1(cont.)

Module Setting Accuracy

80C10B

80C10C

80C10B-F1

80C25GBE

80C11, 80C11B

80C15 100GBase-R4, INF25781, OTU-4,

Vertical accuracy speciﬁcations are referenced to an internal optical power meter reading for a given optical input, and limited to a temperature range within ±5

°C of previous channel compensation and an ambient temperature within 20 °C to 35 °C.

30 GHz ±4% of [difference reading]

OC-768, 43 Gb/s, FEC 43 Gb/s ±6% of [difference reading]

40GBASE-FR ±6% of [difference reading]

65 GHz ±8% of [difference reading]

80 GHz ±9% of [difference reading]

100GBASE-R4, INF25781, OTU4,

±4% of [difference reading]

32GFC, 32 GHz

OC-768, FEC 43 Gb/s, 40GBASE-FR ±6% of [difference reading]

55 GHz ±8% of [difference reading]

70 GHz and 80 GHz ±9% of [difference reading]

65 GHz ±8% of [difference reading]

OC-768, FEC 43 G b/s ±6% of [difference reading]

40GBASE-FR ±6% of [difference reading]

100GBASE-R4 ±4% of [difference reading]

100GBASE-R4 FEC ±4% of [difference reading]

65 GHz ±8% of [difference reading]

100GBASE-R4 ±4% of [difference reading]

100GBASE-R4 FEC ±4% of [difference reading]

For all settings except 16GFC (80C11),

±2% of [difference reading]

20 GHz, 30 GHz

16GFC (80C11 only) ±3% of [difference reading]

20 GHz ±4% of [difference reading]

30 GHz ±6% of [difference reading]

±4% of [difference reading]

28.05 GHz, 32 GHz settings:

Table 28: Optical modules: offset capabilities

Module Characteristics

All modules

Open loop. User assigned, ﬁxed offset value is applied to channel.

38 DSA8300, 80A00, 80C00, 80E00 speciﬁcations

80C00 optical sampling modules speciﬁcations

Table 29: Optic

al modules: minimum optical bandwidth

1,2

Module Setting Bandwidth, minimum Bandwidth, typical

Optical band

width, minimum (-3dB)

20 GHz >20 GHz80C01

12.5 GHz >12.5 G Hz

80C02

(≤2mW

input signal)

30 GHz >28 GHz >30 GHz

20 GHz >20 GHz

12.5 GHz >12.5 G Hz

80C02-CR

(≤2mW

80C03

(≤200 μW

input signal)

input

30 GHz >28 GHz >29 GHz

2.5 GHz >2.3 GHz 2.5 GHz

signal)

30 GHz >28 GHz >30 GHz80C04

(≤2mW

80C04

input signal)

-CR1,

20 GHz >20 GHz

30 GHz >28 GH

>29 GH

80C04-CR2

(≤2mW

80C05

input signal)

20 GHz >20 GHz

30 GHz >30 GHz

40 GHz >40 GHz

80C06 55 GHz

80C07, 80C07B

200 μW

(≤

input

2.5 GHz >2.3 GHz 2.5 GHz

>50 GHz

signal)

80C08, 80C08B,

10GHz >9GHz >10GHz

80C08C

≤500 μW

(

input

signal)

80C08D

(≤500 μW

input

12 GHz >11 GHz >12 GHz

signal)

30 GHz >28 GHz >30 GHz80C09

(≤2mW

80C09-CR1

(≤2mW

80C09, 80C09-CR1

(≤2mW

input signal)

20 GHz >20 GHz

30 GHz >28 GHz >29 GHz

30 GHz >28 GHz

30 GHz >30 GHz80C10

65 GHz >60 GHz >65 GHz

DSA8300, 80A00, 80C00, 80E00 speciﬁcations 39

80C00 optical sampling modules speciﬁcations

Table 29: Optical modules: minimum optical bandwidth1,2(cont.)

Module Setting Bandwidth, minimum Bandwidth, typical

30 GHz >30 GHz80C10B

80 GHz >75 GHz >80 GHz

80C10B, 80C10B-F1 65 GHz >60 GHz >65 GHz

80C10C-F1, F2, F3 55 GHz 50 GHz 55 GHz

80C10C-F1, F3 70 GHz 65 GHz 70 GHz

80C10C-F3 80 GHz 75 GHz 80 GHz

20 GHz >20 GHz80C11, 80C11-CR

30 GHz >28 GHz >30 GHz

9GHz

(≤500 μW signal)

input

(options F2, F3, F5, F6, FC)

10 GHz (Option 10G)

80C12B

(≤800 μW

input

signal, 1310/1550 nm)

(≤1300 μW

input

signal, 850 nm)

1.25 GHz (Opt F4) >1.15 GHz 1.25 GHz

2.125 GHz (Opt F5) >1.95 GHz 2.13 GHz

2.5 GHz (Opt F6) >2.30 GHz 2.50 GHz

2.666 GHz (Opt F7) >2.45 GHz 2.67 GHz

3.188 GHz (Opt F8) >2.91 GHz 3.19 GHz

4.25 GHz (Opt F9) >3.91 GHz 4.25 GHz

5.0 GHz (Opt F10) >4.44 GHz 5.00 GHz

6.144 GHz (Opt F11) >5.46 GHz 6.14 GHz

7.373 GHz (Opt F12) >6.54 GHz 7.37 GHz

12 GHz (Options F0, 10G, 10GP only)

80C14

(≤800 μW

input

14 GHz >13 GHz 14 GHz

signal, 1310/1550 nm)

(≤1300 μW

input

signal, 850 nm)

80C25GBE 65 GHz >60 GHz >65 GHz

80C15 32 GHz >27 GHz 32 GHz

Optical bandwidth is the frequency at which the responsivity of the optical to electrical conversion process is reduced by 50% (6 dB).

This speciﬁcation is limited to the instrument operating in an ambient temperature between +20 °C and +30 °C. Nominal frequency response is speciﬁed

at the indicated optical input signal levels.

Optical bandwidth of the 50 GHz module is deﬁned as (0.48/risetime).

>8.5 GHz >9 GHz80C12

>9.5 GHz >10 GHz

>11 GHz 12 GHz

40 DSA8300, 80A00, 80C00, 80E00 speciﬁcations

80C00 optical sampling modules speciﬁcations

Table 30: O ptic

al modules: rise time, typical

Module Setting Rise time

For peak optic creates <2 mW

80C01

80C02

80C04

80C05

80C06 50 GHz

80C09

80C11, 80C11B

al signal input which

modulation depth.

OC-12

OC-48

OC-192

12.5 GHz

20 GHz

30 GHz

20 GHz

12.5 GHz

OC-192

30 GHz

20 GHz

10.66 Gb/s

OC-192

40 GHz

30 GHz

20 GHz

OC-192

30 GHz

20 GHz

10.71 Gb/s, OC-192

30 GHz

20 GHz

OC-192, 10GBASE-W, 10GBASE-R,

750 ps ±50 ps

187 ps ±15 ps

47 ps ±10 ps

<40 ps

<25 ps

<16 ps

<25 ps

<40 ps

47 ps ±1

<16 ps

<25 ps

±10 ps

44 ps

±10 ps

47 ps

<12

<16

5ps

ps ±10 ps

9.6 ps

16 ps

<25 ps

44 ps ±10 ps

<16 ps

<25 ps

47 ps ±10 ps

10GBE FEC, 10GFC, 10GFC FEC

16GFC

10.66 Gb/s, 10.71 Gb/s

34 ps ±8 ps

44 ps ±10 ps

For peak optical signal input which creates <10 mW

80C10

modulation depth.

65 GHz

30 GHz

OC-768

FEC 43 Gb/s

7.4 ps

16 ps

12 ps

11. 2 p s

0ps

DSA8300, 80A00, 80C00, 80E00 speciﬁcations 41

80C00 optical sampling modules speciﬁcations

Table 30: Optical modules: rise time, typical (cont.)

Module Setting Rise time

80C10B

80C10B-F1

80C10C-F1

80C10C-F2

80C10C-F3

80C25GBE

80 GHz

65 GHz

30 GHz

OC-768

FEC 43 Gb/s

40GBASE-FR

65 GHz

OC-768

FEC 43 Gb/s

40GBASE-FR

100GBASE-R4

100GBASE-R4 FE C

70 GHz

100GBASE-R4

OTU4 27.9 Gb/s

OC-768

40GBASE-FR

FEC 43 Gb/s

55 GHz 8.7 ps

32 GHz ORR

28.05 GHz ORR

55 GHz

100GBASE-R4

OTU4 27.9 Gb/s

32 GHz ORR

28.05 GHz ORR

80 GHz

70 GHz

55 GHz

OC-768

40GBASE-FR

FEC 43 Gb/s

65 GHz

100GBASE-R4

100GBASE-R4 FE C

6ps

7.4 ps

16 ps

12 ps

11. 2 p s

11. 9 p s

7.4 ps

12 ps

11. 2 p s

11. 9 p s

19.2 ps

6.9 ps

18.1 ps

16.7 ps

11.7ps

11. 3 p s

10.8 ps

8.7 ps

14.6 ps

16.6 ps

8.7 ps

18.1 ps

16.7 ps

14.6 ps

16.6 ps

6.0 ps

6.9 ps

8.7 ps

11. 7 p s

11. 3 p s

10.8 ps

7.4 ps

19.2 ps

42 DSA8300, 80A00, 80C00, 80E00 speciﬁcations

80C00 optical sampling modules speciﬁcations

Table 30: Optical modules: rise time, typical (cont.)

Module Setting Rise time

80C11

For peak optical signal input which creates <200 μW

modulation depth.

80C03

80C07

80C07B

30 GHz

20 GHz

OC-192, 10GBASE-W, 10GBASE-R, 10GBE FEC, 10GFC, 10GFC FEC

16GFC

10.66 Gb/s, 10.71 Gb/s

FC1063

GBE

OC-48

OC-3

OC-12

OC-48

OC-3

OC-12

GBE

GFC

2GFC

OC-48, 2GBE, INF2500

<16 ps

<25 ps

47 ps ±10 ps

34 ps ±8 ps

44 ps ±10 ps

440 ps ±35 ps

373 ps ±30 ps

187 ps ±15 ps

3.0 ns ±170 ps

750 ps ±50 ps

187 ps ±15 ps

3.0 ns ±170 ps

750 ps ±50 ps

373 ps ±30 ps

440 ps ±35 ps

220 ps ±18 ps

187 ps ±15 ps

DSA8300, 80A00, 80C00, 80E00 speciﬁcations 43

80C00 optical sampling modules speciﬁcations

Table 30: Optical modules: rise time, typical (cont.)

Module Setting Rise time

For peak optical signal input which creates <500 μW

80C08

80C08B

80C08C, 80C08D

80C12

For peak optical signal input which creates <800 μW <1300 μW

modulation depth.

(1310/1550 nm) or

(850 nm) modulation depth.

10 GHz

10GBASE-W, 10GBASE-R

10 GHz

10GBASE-W, 10GBASE-R, OC-192, 10GFC

10 GHz

10GBASE-W, 10GBASE-R, OC-192, 10GFC, 10GFC FEC, 10GBE FEC,

10.66 GB/s, 10.71 GB/s

10.66 Gb/s, 10.71 GB/s (80C08D only)

GFC

2GFC

10GBASE-X4

10GFC-X4

VSR-5

4GFC

9GHz

10 GHz

OC-192, 10GBASE-W, 10GBASE-R, 10GBE FEC, 10GFC, 10GFC FEC,

10.66 Gb/s, 10.71 Gb/s

<50 ps

47 ps ±10 ps

<50 ps

47 ps ±10 ps

<50 ps

47 ps ±10 ps

44 ps ±10 ps

440 ps ±35 ps

220 ps ±18 ps

150 ps ±12 ps

147 ps ±12 ps

141 ps ±12 ps

110 ps ±9 ps

<56 ps

<50 ps

47 ps ±10 ps

44 DSA8300, 80A00, 80C00, 80E00 speciﬁcations

80C00 optical sampling modules speciﬁcations

Table 30: Optical modules: rise time, typical (cont.)

Module Setting Rise time

80C12B

80C12B-10G(P)

80C14

80C15

OC3

OC12

GFC

GBE

2GFC

OC48, INF2500, 2GBE

FEC2.666

10GBASE-X4

10GFC-X4

4GFC

INF5000 93ps±9ps

OBSAI

CPRI7

12 GHz

FC-8500

8GFC, OC-192, 10GFC, 10GBASE-W, 10GBASE-R, 40GBASE-R4, 100GBASE-R10, 10GBE FEC, 10GFC FEC, FEC11317

10.66 Gb/s, 10.709 Gb/s

FC-8500

8GFC, OC-192, 10GFC, 10GBASE-W, 10GBASE-R, 40GBASE-R4, 100GBASE-R10, 10GBE FEC, 10GFC FEC

10.66 Gb/s, 10.709 Gb/s

FEC12.5

16GFC, INF14063

14 GHz

32 GHz

28.05 GHz

22.00 GHz

OTU-4

100GBASE-R4, Inﬁniband EDR

3001 ps ±240 ps

750 ps ±70 ps

439 ps ±35 ps

373 ps ±30 ps

220 ps ±18 ps

188 ps ±18 ps

175 ps ±18 ps

149 ps ±12 ps

146 ps ±12 ps

110ps±9ps

76 ps ±9 ps

63 ps ±9 ps

<42 ps

55 ps ±9 ps

47 ps ±10 ps

44 ps ±10 ps

55 ps ±9 ps

47 ps ±10 ps

44 ps ±10 ps

35 ps ±8 ps

33.5 ps ±7 ps

<36 ps

14.6 ps ±0.3 ps

16.6 ps ±0.3 ps

23.0 ps ±0.5 ps

16.7 ps ±0.3 ps

18.1 ps ±0.3 ps

DSA8300, 80A00, 80C00, 80E00 speciﬁcations 45

80C00 optical sampling modules speciﬁcations

Table 31: Optic

al modules: time domain vertical response aberrations, typical

Name Setting Abberations

For peak optic

al signal input <5 mW

p-p

except for 80C03 and 80C07 which creates 200 μW

modulation depth.

80C01

OC-12, OC-48 <5%

OC-192, 12.5 GHz <10%

20 GHz <15%

80C02

OC-192 <10%

12.5 GHz <15%

20 GHz <20%

30 GHz <30%

80C03

80C04

All s ettings

<5%

OC-192, 10.66 Gb/s <10%

20 GHz <20%

30 GHz <30%

80C07, 80C07B

80C09

All s ettings

<5%

OC-192, 10.71 Gb/s <10%

20 GHz <20%

30 GHz <30%

80C11, 80C11B

All settings except 16GFC, 20 GHz,

GHz

6GFC (80C11 only)

0GHz

<10%

14%

20%

30 GHz <30%

For peak optical signal input <10 mW

80C05

p-p

OC-192/STM-64 <5%

20 G Hz, 30 GHz <10%

40 GHz <15%

80C06 50 GHz <5% (typical)

For peak optical signal input <500 μW

80C08, 80C08B, 80C08C, 80C08D

80C12

p-p

All s ettings

All ﬁlter settings

<10% (typical)

<5% (typical)

(options F1, F2, F3, F4, F5, F6, FC)

9 GHz setting

<10% (typical)

(options F2, F3, F5, F6, FC)

All settings (option 10G) <10% (typical)

For peak optical signal input <800 μW (1300, 1550 nm) and <1300 μW

p-p

(850 nm).

46 DSA8300, 80A00, 80C00, 80E00 speciﬁcations

80C00 optical sampling modules speciﬁcations

Table 31: Optical modules: time domain vertical response aberrations, typical (cont.)

Name Setting Abberations

80C12B

80C14

For peak optical signal input <20 mW

80C10

80C10B

80C10B-F1

80C10C

p-p

<8.5 Gb/s <8%

8.5 Gb/s to 11.32 Gb/s <10%

12 GHz <15%

<8.5 Gb/s <8%

8.5 Gb/s to 11.32 Gb/s <10%

FEC12.50, 14GFC, FC14025, 14 GHz <15%

OC-768, FEC 43 Gb/s, 30 GHz <5% (maximum)

<3% (typical)

65 GHz <10% (maximum)

<5% (typical)

OC-768, FEC 43 Gb/s, 30 GHz, 40GBASE-FR

<5% (maximum)

<3% (typical)

65 GHz <10% (maximum)

<5% (typical)

80 GHz <12% (maximum)

<7% (typical)

OC-768, FEC 43 Gb/s, 40GBASE-FR <5% ( maximum)

<3% (typical)

65 GHz <10% (maximum)

<5% (typical)

100GBASE-R4, 100GBASE-R4 FEC <5% (maximum)

<3% (typical)

70 GHz, 80 GHz <12% (maximum)

<7% (typical)

55 GHz <10% (maximum)

<5% (typical)

100GBASE-ER4, 100GBASE-LR4

OTU4 27.9 Gb/s

<5% (maximum)

<3% (typical)

OC-768

40GBASE-FR

FEC 43 Gb/s

32 GHz, 28.05 GHz

DSA8300, 80A00, 80C00, 80E00 speciﬁcations 47

80C00 optical sampling modules speciﬁcations

Table 31: Optical modules: time domain vertical response aberrations, typical (cont.)

Name Setting Abberations

80C15

80C25GBE

32 GHz <17% (maximum)

<15% (typical)

22 GHz <9% (maximum)

<8.3% (typical)

OTU-4 <13.5% (maximum)

<12.4% (typical)

100GBASE-R4 <12% (maximum)

<10.5% (typical)

65 GHz <10% (maximum)

<5% (typical)

100GBASE-R4, 100GBASE-R4 FEC <5% (maximum)

<3% (typical)

Table 32: Vertical equivalent optical noise (max and typical), 80C01 through 80C10

Module Setting Wavelength  Maxim um noise Typical noise

80C01

80C01-CR

80C02

80C02-CR

80C03,

80C03-CR

80C04

80C04-CR1,

80C04-CR2

80C05

OC-12, OC-48, OC-192, 12.5 GHz

20 GHz

OC-12, OC-48, OC-192, 12.5 GHz

20 GHz

OC-192, 12.5 GHz

20 GHz

30 GHz

OC-192, 12.5 GHz

20 GHz

30 GHz

GFC, GBE

OC-48

OC-192, 10.66 Gb/s

20 GHz

30 GHz

OC-192

20 GHz

30 GHz

OC-192

20 GHz

30 GHz

40 GHz

<12 μW

<25 μW

<15 μW

<25 μW

<10 μW

<15 μW

<30 μW

<12 μW

<20 μW

<40 μW

<1 μW

<1.5 μW

<10 μW

<15 μW

<30 μW

<12 μW

<20 μW

<40 μW

<15 μW

<25 μW

<35 μW

<70 μW

rms

<8 μW

rms

<15 μW

<10 μW

<15 μW

<6 μW

rms

<10 μW

<20 μW

<7 μW

rms

<15 μW

<30 μW

<0.75 μW

<1 μW

rms

<6 μW

rms

<10 μW

<20 μW

<7 μW

rms

<15 μW

<30 μW

<10 μW

<15 μW

<25 μW

<50 μW

rms

48 DSA8300, 80A00, 80C00, 80E00 speciﬁcations

80C00 optical sampling modules speciﬁcations

Table 32: Vertical equivalent optical noise (max and typical), 80C01 through 80C101(cont.)

Module Setting Wavelength  Maximum noise Typical noise

80C06 50 GHz

80C07

OC-3, OC-12

OC-48

80C07B

OC-3, OC-12, GFC, GBE

2GFC

OC-48, 2GBE, INF2500

80C08, 80C08B

All settings <5 μW (no clock recovery)

80C08-CR1,

All s ettings <5.5 μW 80C08B-CR1 80C08B-CR2

80C08C,

All s ettings 80C08D (no clock recovery)

80C08C-CR1,

All s ettings 80C08D-CR1, 80C08C-CR2, 80C08D-CR2, 80C08C-CR4, 80C08D-CR4

80C09

OC-192, FEC 10.71 Gb/s

20 GHz

30 GHz

80C09-CR1, 80C09-CR2

OC-192, FEC 10.71 Gb/s

20 GHz

30 GHz

80C10 OC-768, 43.02 Gb/s

30 GHz

65 GHz

80C10B

OC-768, 43.02 Gb/s, 40GBASE-FR

30 GHz

<192 μW

<1 μW

rms

<1.5 μW

<1 μW

rms

<1.5 μW

rms

1310 nm,

<3.0 μW

1550 nm

850 nm <5.0 μW

780 nm <6.0 μW

1310 nm,

<3.5 μW

1550 nm

850 nm <5.5 μW

780 nm <6.6 μW

<10 μW

<20 μW

<30 μW

<10 μW

<20 μW

<30 μW

1310 nm <110 μW

1550 nm <60 μW

1310 nm <90 μW

1550 nm <50 μW

(maximum)

1310 nm <220 μW

1550 nm <120 μW

1310 nm <50 μW

1550 nm <38 μW

1310 nm <45 μW

1550 nm <35 μW

rms

<150 μW

<0.50 μW

<0.70 μW

<0.50 μW

<0.85 μW

<0.70 μW

<2.5 μW

<3.0 μW

<1.7 μW

<3.0 μW

<3.5 μW

<1.9 μW

<3.3 μW

<3.9 μW

<6 μW

rms

<15 μW

<20 μW

<7 μW

rms

<15 μW

<30 μW

<75 μW

<40 μW

<55 μW

<30 μW

<150 μW

<85 μW

<28 μW

<20 μW

<26 μW

<19 μW

rms

(typical)

rms

DSA8300, 80A00, 80C00, 80E00 speciﬁcations 49

80C00 optical sampling modules speciﬁcations

Table 32: Vertical equivalent optical noise (max and typical), 80C01 through 80C101(cont.)

Module Setting Wavelength  Maxim um noise Typical noise

65 GHz

80 GHz

80C10B-F1

OC-768, 43.02 Gb/s, 40GB ASE-FR

65 GHz

100GBASE-R4, 100GBASE-R4 FEC

80C10C 100GBASE-R4, INF25781

OTU-4 (27.952 Gb/s)

28.05 GHz

OC-768, 40GBASE-FR, FEC 43 Gb/s

32 GHz

55 GHz

70 GHz

80 GHz

80C10C Opt

100GBASE-R4, INF25781

CRTP

OTU-4 (27.952 Gb/s)

28.05 GHz

OC-768

40GBASE-FR

FEC 43 Gb/s

32 GHz

55 GHz

70 GHz

1310 nm <75 μW

1550 nm <60 μW

1310 nm <130 μW

1550 nm <105 μW

1310 nm <75 μW

1550 nm <40 μW

1310 nm <110 μW

1550 nm <60 μW

1310 nm <38 μW

1550 nm <28 μW

1310 nm <23 μW

1550 nm <18 μW

1310 nm <25 μW

1550 nm <20 μW

1310 nm <38 μW

1550 nm <29 μW

1310 nm <29 μW

1550 nm <22 μW

1310 nm <52 μW

1550 nm <40 μW

1310 nm <85 μW

1550 nm <65 μW

1310 nm <140 μW

1550 nm <100 μW

1310 nm <27 μW

1550 nm <21 μW

1310 nm <28 μW

1550 nm <23 μW

1310 nm <44 μW

1550 nm <34 μW

1310 nm <34 μW

1550 nm <26 μW

1310 nm <60 μW

1550 nm <46 μW

1310 nm <100 μW

1550 nm <75 μW

rms

<44 μW

<33 μW

<72 μW

<55 μW

<45 μW

<25 μW

<75 μW

<40 μW

<21 μW

<15 μW

<16 μW

<12 μW

<17 μW

<13 μW

<24 μW

<18 μW

<14 μW

<30 μW

<23 μW

<46 μW

<36 μW

<75 μW

<55 μW

<19 μW

<14 μW

<20 μW

<15 μW

<28 μW

<21 μW

<16 μW

<35 μW

<27 μW

<53 μW

<42 μW

rms

50 DSA8300, 80A00, 80C00, 80E00 speciﬁcations

80C00 optical sampling modules speciﬁcations

Table 32: Vertical equivalent optical noise (max and typical), 80C01 through 80C101(cont.)

Module Setting Wavelength  Maximum noise Typical noise

80 GHz

The optical channel noise with no optical noise input (Dark Level).

This speciﬁcation is limited to the instrument operating in an ambient temperature between +20 °C and +30 °C. Nominal freq response is speciﬁed for optical input signals of modulation magnitude such that 2 mW

(200 μWppfor 80C03 and 80C07; 500 μWppfor 80C08 and 80C12) or less signal is applied at the sampler input.

1310 nm <160 μW

1550 nm <115 μW

rms

<86 μW

<64 μW

rms

Table 33: Optical modules: vertical equivalent optical noise (maximum and typical), 80C11 through 80C25BGE

Module Setting Wavelength  Maximum Noise Typical Noise

80C11 (no clock recovery)

OC-192, 10.66 Gb/s, 10.71 Gb/s,

10GBASE-W, 10GBASE-R, 10GBE FEC,

10GFC, 10GFC FEC

16GFC

80C11 (no clock recovery)

20 GHz

30 GHz (Warranted at ambient temperatures

below 30 °C only)

80C11-CR1, 80C11-CR2, 80C11-CR3, 80C11-CR4

OC-192, 10.66 Gb/s, 10.71 Gb/s,

10GBASE-W, 10GBASE-R, 10GBE FEC,

10GFC, 10GFC FEC

16GFC

20 GHz

30 GHz (Warranted at ambient temperatures

below 30 °C only)

80C12 GFC, 2GFC, 4GFC, 10GBASE-X4,

10GFC-X4, VSR-5

9GHz

All settings option 10G

80C12B

OC-3, OC-12, FC1063, GFC, GBE (Options F0-F12, 10GP)

2GFC, OC-48, INF2500, 2GBE, FEC2.666,

10GBASE-X4, 10GFC-X4, 4GFC

INF5000, OBSAI, CPRI 7

<8 μW

rms

<10 μW

<14 μW

<30 μW

<9 μW

rms

<11.5 μW

<15 μW

<35 μW

1310 nm,

<2.5 μW

1550 nm

850 mm <4.0 μW

(maximum)

1310 nm,

<5.0 μW

1550 nm

850 mm <8.0 μW

1310 nm,

<5.0 μW

1550 nm

850 mm <8.0 μW

1310 nm,

<1.3 μW

1550 nm

850 mm <2.1 μW

1310 nm,

<1.5 μW

1550 nm

850 mm <2.4 μW

1310 nm,

<2.2 μW

1550 nm

850 mm <3.5 μW

rms

RMS

<5.5 μW

<7 μW

<10 μW

<20 μW

<6 μW

<8 μW

<11 μW

<25 μW

<1.3 μW

<2.1 μW

<2.4 μW

<3.8 μW

<2.4 μW

<3.8 μW

0.7 μW

1.1 μW

0.9 μW

1.5 μW

1.2 μW

2.0 μW

rms

RMS

DSA8300, 80A00, 80C00, 80E00 speciﬁcations 51

80C00 optical sampling modules speciﬁcations

Table 3 3: Optical modules: vertical equivalent optical noise (maximum and typical), 80C11 through 80C25BGE (cont.)

Module Setting Wavelength  Maxim um Noise Typical Noise

80C12B (Option 10G)

80C14

80C15, 80C15 Opt CRTP

8.5 Gb/s – 11.317 Gb/s

12 GHz

FC-8500, 8GFC, OC-192, 10GBASE-W, 10GBASE-R, 40GBASE-R4, 100GBASE-R10, 10 GFC, 10GFC-FEC, 10GBE-FEC, 10.71 Gb/s, 10.66

12 GHz

FC-8500, 8GFC, OC-192, 10GBASE-W, 10GBASE-R, 40GBASE-R4, 100GBASE-R10, 10 GFC, 10GFC-FEC, 10GBE-FEC, 10.71 Gb/s, 10.66 Gb/s

FEC12.5

16GFC

100GBASE-R4, INFINIBAND EDR

OTU-4

22.0 GHz

28.05 GHz

32 GHz

1310 nm, 1550 nm

850 mm <4.3 μW

1310 nm, 1550 nm

850 mm <5.5 μW

1310 nm, 1550 nm

850 mm <4.0 μW

1310 nm, 1550 nm

850 mm <4.8 μW

1310 nm, 1550 nm

850 mm <4.0 μW

1310 nm, 1550 nm

850 mm <4.8 μW

1310 nm, 1550 nm

850 mm <6.0 μW

1550 nm <11.9 μW

1310 nm <10.9 μW

850 nm <14.4 μW

1550 nm <12.9 μW

1310 nm <11.8 μW

850 nm <15.6 μW

1550 nm <13.3 μW

1310 nm <12.0 μW

850 nm <15.6 μW

1550 nm <12.9 μW

1310 nm <11.8 μW

850 nm <15.6 μW

1550 nm <16.2 μW

1310 nm <14.6 μW

850 nm <19.7 μW

<2.7 μW

<3.6 μW

<2.4 μW

<2.9 μW

<2.4 μW

<2.9 μW

<3.7 μW

RMS

1.6 μW

2.6 μW

2.0 μW

3.3 μW

1.3 μW

2.2 μW

1.7 μW

<2.9 μW

1.3 μW

2.2 μW

1.7 μW

2.9 μW

2.3 μW

3.8 μW

11. 4 μW

10.3 μW

13.5 μW

12.4 μW

11. 2 μW

14.7 μW

11. 9 μW

10.8 μW

14.2 μW

12.4 μW

11. 2 μW

14.7 μW

15.4 μW

13.9 μW

18.3 μW

RMS

52 DSA8300, 80A00, 80C00, 80E00 speciﬁcations

80C00 optical sampling modules speciﬁcations

Table 33: Optical modules: vertical equivalent optical noise (maximum and typical), 80C11 through 80C25BGE (cont.)

Module Setting Wavelength  Maximum Noise Typical Noise

80C25GBE

65 GHz

100GBASE-R4, 100GBASE-R4 FEC

1310 nm <75 μW

1550 nm <60 μW

1310 nm <38 μW

1550 nm <28 μW

rms

<44 μW

<33 μW

<21 μW

<15 μW

rms

Table 34: 80C10C: Data, Data output

Name Characteristics

Electrical output characteristics

Maximum amplitudes Wavelength Maximum Typical

Rise times Wavelength Maximum Typical

Output timing

ment

align

tive differential

Effec optical-to-electrical AC conversion gain

ion CRTP)

(Opt

ective differential

Eff

optical-to-electrical AC conversion gain

tion HSRP )

(Op

Bit-error-ratio

nsitivity of DATA

se outputs (Option CRTP)

t-error-ratio

Bi sensitivity of DATA outputs (Option HSPR)

50 Ω, AC coupled, 30 kHz low frequency cutoff (typical)

All <700 mV <500 mV

All

<16 ps (20-80%) <14 ps (20-80%)

Differential skew: ≤1ps(deﬁned at the 2.92 mm (female) coaxial connector output reference plane)

Wavelength Minimum Typical

1310 nm

1550 nm

>63 mV/mW 97 mV/mW

>57 mV/mW 90 mV/mW

Wavelength Minimum Typical

1310 nm

1550 nm

P > 2.3 dBm (to obtain BER ≤10E-12)

> 840 mV/mW 1040 mV/mW

> 780 mV/mW 960 mV/mW

AOP > -8 dBm (to obtain BER = <10E-12 for 25.78 - 43.02 Gb/s NRZ input signals (ER=12 dB, PRBS

-1 pattern))

Applies to linear (non-saturated) operating region of auxiliary photoreceiver (<3.2 mWpp Option CRTP, and 0.32 mWpp Option HSPR).

Table 35: 80C10C: effective clock recovery optical sensitivity (Opt CRTP only)

Name Characteristics

Effective clock recovery optical sensitivity at

25.78 Gb/s (Opt CRTP

only)

OMA minim um

OMA typical

For ER=12 dB:

AOP minimum

AOP typical

1310 nm 1550 nm

0.64 mW 0.73 mW

0.42 mW 0.45 mW

–4.4 dBm –4.0 dBm

–6.2 dBm –5.9 dBm

DSA8300, 80A00, 80C00, 80E00 speciﬁcations 53

80C00 optical sampling modules speciﬁcations

Table 35: 80C10C: effective clock recovery optical sensitivity (Opt C RTP only) (cont.)

Name Characteristics

Effective clock recovery optical sensitivity at

41.25 Gb/s (Opt CRTP

only)

OMA minimum

OMA typical

For ER=12 dB:

AOP minimum

AOP typical

When used with Tektronix CR286A-HS clock recovery instrument with differential signal routing from the module’s DATA outputs to the CR268A-HS inputs

When used with third-party 40G clock recovery instrument wit

(contact Tektronix for details).

1310 nm 1550 nm

1.66 mW 1.82 mW

1.05 mW 1.12 mW

–0.2 dBm 0.2 dBm

–2.3 dBm –1.9 dBm

h single-ended signal routing from the module’s DATA outputs to the clock recovery input

Table 36: 80C15: Data, Data output

Name Characteristics

Electrical output characteristics

Maximum amplitudes Wavelength Maximum Typical

Rise times Wavelength Maximum Typical

Output timing alignment, typical

Effective differential optical-to-electrical AC conversion gain (Option CRTP)

DATA output versus sampling Instance delay in clock recovery conﬁguration with phase reference timebase, typical

Applies to linear (non-saturated) operating region of auxiliary photoreceiver.

The risetime is measured using an 80E15 connector directly to the CRTP output using 2.92 mm - 2.4 mm adaptors.

50 Ω single ended, AC coupled, 30 kHz low frequency cutoff (typical)

All <400 mV <350 mV

All

<25.0 ps (20%-80%) <23.5 ps (20%-80%)

Differential skew: ≤2ps(deﬁned at the 2 .92 mm (female) coaxial connector output reference plane)

Wavelength Minimum Typical

850 nm

1310 nm

1550 nm

>5000 mV/mW 6200 mV/mW

>9000 mV/mW 10,000 mV/mW

<1ns

Table 37: 80C15: Effective clock recovery optical sensitivity (Opt CRTP only)

Name Characteristics

Effective clock

850 nm 1310 nm 1550 nm recovery optical sensitivity at

25.78 Gb/s (Opt CRTP

only)

OMA minimum

-18 dBm -20 dBm -20 dBm

54 DSA8300, 80A00, 80C00, 80E00 speciﬁcations

80C00 optical sampling modules speciﬁcations

Table 37: 80C15: Effective clock recovery optical sensitivity (Opt CRTP only) (cont.)

Name Characteristics

OMA typical

When used with Tektronix CR286A-HS clock recovery instrument with differential signal routing from the module’s DATA outputs to the CR268A-HS inputs (typical based on speciﬁed CR sensitivity of >40 mVpp differential swing, minimum based on type testing of modules).

-22 dBm –24 dBm –24 dBm

Table 38: Optical modules: reference receiver frequency response

Name Character

OC-3/STM-1 155 Mb/s Reference Receiver setting frequency response

In the 155 fourth-order Bessel-Thompson reference receiver boundary limits.

The OC-3/STM-1 nominal scalar frequency response matches the ITU 155.52 Referenc

Frequen

0.000

23.33

46.65

69.98

93.30

116.7

140.0

155.5

163.3

186.6

209.

233.3

istics

.52 Mb/s NRZ setting, the scalar frequency response is veriﬁed to fall within

e Receiver Nominal curve with the following tolerance:

cy (MHz)

Lower (d

–0.50

–0.61

–0.95

–1.52

–2.36

–3.50

–5.67

–7.25

–8.08

–10.74

–13.

–16.41

Nominal

0.00

–0.11

–0.45

–1.02

–1.86

–3.00

–4.51

–5.71

–6.37

–8.54

–10.

–13.41

(dB)

Upper (d

0.50

0.39

0.05

–0.52

–1.36

–2.50

–3.35

–4.17

–4.66

–6.35

–8.3

–10.41

DSA8300, 80A00, 80C00, 80E00 speciﬁcations 55

80C00 optical sampling modules speciﬁcations

Table 38: Optical modules: reference receiver frequency response (cont.)

Name Characteristics

 OC-12/STM-4 622.08 Mb/s Reference Receiver setting frequency response

 OC-48/STM-16 2.488 Gb/s Reference Receiver setting frequency response

In the 622.08 Mb/s NRZ setting, the scalar frequency response is veriﬁed to fall within fourth-order Bessel-Thompson reference receiver boundary limits.

The OC-12/STM-4 nominal scalar frequency response matches the ITU 622.08 Reference Receiver Nominal curve with the following tolerance:

Frequency (MHz) Lower (dB) Nominal (dB) Upper (dB)

0.000

93.3

186.6

279.9

373.2

466.7

559.9

622.1

653.2

746.5

839.8

933.1

–0.50

–0.61

–0.95

–1.52

–2.36

–3.50

–5.67

–7.25

–8.08

–10.74

–13.55

–16.41

Scalar frequency response falls within industry standard, Bessel-Thompson reference receiver boundary limits.

SONET OC-48/STM-16 frequency response boundary limits are described in ITU-T G.957 Tables I.1 and I.2. For convenience, the scalar frequency response of the output amplitude (for sinusoidal swept optical input) has been interpreted from the Bessel-Thompson transfer function and listed below:

Frequency (MHz) Lower (dB) Nominal (dB) Upper (dB)

0.000

373.3

746.5

1119.7

1493.1

1866.3

2239.5

2488.3

2612.8

2986.0

3359.3

3732.6

–0.50

–0.61

–0.95

–1.52

–2.36

–3.50

–5.67

–7.25

–8.08

–10.74

–13.55

–16.41

0.00

–0.11

–0.45

–1.02

–1.86

–3.00

–4.51

–5.71

–6.37

–8.54

–10.93

–13.41

0.00

–0.11

–0.45

–1.02

–1.86

–3.00

–4.51

–5.71

–6.37

–8.54

–10.93

–13.41

0.50

0.39

0.05

–0.52

–1.36

–2.50

–3.35

–4.17

–4.66

–6.35

–8.31

–10.41

0.50

0.39

0.05

–0.52

–1.36

–2.50

–3.35

–4.17

–4.66

–6.35

–8.31

–10.41

56 DSA8300, 80A00, 80C00, 80E00 speciﬁcations

80C00 optical sampling modules speciﬁcations

Table 38: Optical modules: reference receiver frequency response (cont.)

Name Characteristics

OC48 FEC (2.666 Gb/s) Reference Receiver setting frequency response

In OC48 FEC setting, scalar frequency response falls within standard NRZ 2.666 Gb/s fourth-order Bessel-Thompson Reference Receiver boundary limits as listed in the following table.

SONET OC48 frequency response boundary limits are described in ITU-T G.957 Tables I.1 and I.2. For convenience, the s calar frequency response of the output amplitude (for sinusoidal swept optical input) has been interpreted from the published Bessel-Thompson transfer function by frequency-scaling the OC48 limits with the OTU1 G.709 overhead ratio 255/238 and listed below:

Frequency (MHz) Lower (dB) Nominal (dB) Upper (dB)

0.000

400.0

799.8

1282.5

1599.8

1999.6

2399.5

2666.0

2799.4

3199.3

3528.7

3999.2

–0.50

–0.61

–0.95

–1.52

–2.36

–3.50

–5.67

–7.25

–8.08

–10.74

–13.55

–16.41

0.00

–0.11

–0.45

–1.02

–1.86

–3.00

–4.51

–5.71

–6.37

–8.54

–10.93

–13.41

0.50

0.39

0.05

–0.52

–1.36

–2.50

–3.35

–4.17

–4.66

–6.35

–8.31

–10.41

DSA8300, 80A00, 80C00, 80E00 speciﬁcations 57

80C00 optical sampling modules speciﬁcations

Table 38: Optical modules: reference receiver frequency response (cont.)

Name Characteristics

 OC-192/STM-64 9.953 Gb/s Reference Receiver setting frequency response

Scalar frequency response falls within industry standard, Bessel-Thompson reference receiver boundary limits.

Tektronix manufactures and tests the 80CXX optical modules with 10 Gb/s Reference Receivers to have a new superior and tighter tolerance OC-192/STM-64 Reference Receiver response. ITU agreed on the minimum performance speciﬁcations for 10 Gb/s (STM-64/OC-192) optical reference receivers (San Antonio ITU Study Group 15 February 2000). These speciﬁcations are used to establish system interoperability and test conformance of optical interfaces to draft ITU-T Recommendation G.691, which is scheduled to be completed in April 2000 (see ITU table A.1/G.691 from the WD 16-48 document from Study Group 15 dated February 2000).

For convenience, the scalar frequency response of the output amplitude (for sinusoidal swept optical input) has been interpreted from the published Bessel-Thompson transfer function and listed below:

(MHz)

Frequency

0.000

1493.2

2986.0

4478.8

5972.4

7465.0

8958.0

9953.28

10451.2

11944.0

13437.2

14930.4

(dB)

Lower

–0.85

–0.96

–1.30

–1.87

–2.71

–3.86

–6.19

–7.87

–8.75

–11.53

–14.45

–17.41

(dB)

Nominal

0.00

–0.11

–0.45

–1.02

–1.86

–3.00

–4.51

–5.71

–6.37

–8.54

–10.93

–13.41

(dB)

Upper

0.85

0.74

0.40

0.17

–1.01

–2.16

–2.83

–3.55

–3.99

–5.56

–7.41

–9.41

58 DSA8300, 80A00, 80C00, 80E00 speciﬁcations

80C00 optical sampling modules speciﬁcations

Table 38: Optical modules: reference receiver frequency response (cont.)

Name Characteristics

OC-768/STM-256 39.813 Gb/s Reference Receiver setting frequency response

(80C10C, Option F1, F3)

Applies to 1294 nm – 1330 nm, 1530 nm

- 1570 nm

Bessel-Thompson Scalar Frequency Response curve and tolerances at various frequencies; based on ±1.00 dB DC to 0.75x(data rate) and ±5.0 dB at 1.5x(data rate).

NOTE. The table below is a discrete list of some speciﬁc values that are commonly

listed in ITU standards; curve and tolerances are actually a continuous function.

(GHz)

Frequency

5.97

11. 94

17.92

23.89

29.86

35.83

39.81

41.80

47.78

53.75

59.72

(dB)

Lower

–1.00

–1.10

–1.45

–2.02

–2.86

–4.00

–6.56

–8.37

–9.31

–12.26

–15.32

–18.41

Bessel-Thompson Scalar Frequency Response curve and tolerances at various frequencies; based on ±0.85 dB DC to 0 .75x(data rate) and expanding to ±4.0 dB at 1.5x(data rate).

NOTE. The table below is a discrete list of some speciﬁc values that are commonly

listed in ITU standards; curve and tolerances are actually a continuous function.

(GHz)

Frequency

5.97

11. 94

17.92

23.89

29.86

35.83

39.81

41.80

47.78

53.75

59.72

(dB)

Lower

–0.85

–0.96

–1.30

–1.87

–2.71

–3.86

–6.19

–7.87

–8.75

–11.53

–14.45

–17.41

(dB)

Nominal

–0.10

–0.45

–1.02

–1.86

–3.00

–4.51

–5.71

—6.37

–8.54

–10.93

–13.41

(dB)

Nominal

–0.11

–0.45

–1.02

–1.86

–3.00

–4.51

–5.71

–6.37

–8.54

–10.93

–13.41

(dB)

Upper

1.00

0.90

0.55

–0.02

–0.86

–2.00

–2.46

–3.05

–3.43

–4.83

–6.53

–8.41

(dB)

Upper

0.85

0.74

0.40

–0.17

–1.01

–2.16

–2.83

–3.55

–3.99

–5.56

–7.41

–9.41

DSA8300, 80A00, 80C00, 80E00 speciﬁcations 59

80C00 optical sampling modules speciﬁcations

Table 38: Optical modules: reference receiver frequency response (cont.)

Name Characteristics

 100GBASE-R4 (25.781 Gb/s, ENET25781, Inﬁniband EDR) and 100GBASE-R4 w/ FEC (27.739 Gb/s, ENET27739) Reference Receiver setting frequency response

The published IEEE P802.3ba 40/100GbE D3.2 standard deﬁnes the Optical Reference Receiver speciﬁcations for 100GBASE-LR4 and –ER4 variants as follows (per section

88.8.8 in P802.3ba D3.2, June 2010): a standard 4th-order Bessel-Thompson Scalar Frequency Response w ith a reference frequency of 0.75x(data rate). (0.75*25.78125 GHz=19.337 GHz)

NOTE. The table below is a discrete list of some speciﬁc values that are commonly

listed in ITU standards; curve and tolerances are actually a continuous function.

(MHz)

Frequency

3867

7734

11602

15469

19336

23203

25781

27070

30938

34805

38672

(dB)

Lower

–0.85

–0.96

–1.30

–1.87

–2.71

–3.86

–6.19

–7.87

–8.75

–11.53

–14.45

–17.41

(dB)

Nominal

–0.11

–0.45

–1.02

–1.86

–3.00

–4.51

–5.71

–6.37

–8.54

–10.93

–13.41

(dB)

Upper

0.85

0.74

0.40

–0.17

–1.01

–2.16

–2.83

–3.55

–3.99

–5.56

–7.41

–9.41

60 DSA8300, 80A00, 80C00, 80E00 speciﬁcations

80C00 optical sampling modules speciﬁcations

Table 38: Optical modules: reference receiver frequency response (cont.)

Name Characteristics

 40GBASE-FR (41.25 Gb/s, ENET41250) Reference Receiver setting frequency response

At the time of this writing the IEEE P802.3bg 40GbE task force has not yet ﬁnalized the ORR speciﬁcations for the 40GBASE-FR serial variant. Preliminary tolerances are chosen to match the ﬁrst draft proposal D1.0 of IEEE 802.3bg released in June 2010 (Sect. 89.7.8).

The response follows a standard 4th-order Bessel-Thompson Scalar Frequency Response with a –3dB reference frequency of 0.75 x (data rate); for example, 0.75 x

41.25 GHz = 30.94 G Hz.

Tolerances are as speciﬁed for STM-64 in ITU-T G.691. The table below lists the nominal curve and tolerances at various frequencies; based on ± 0.85 dB DC to 0.75 x (data rate) and expanding to ±4.0 dB at 1.5 x (data rate).

(GHz)

Frequency

6188

12375

18563

24750

30938

37125

41250

43313

49500

55688

61875

(dB)

Lower

–0.85

–0.96

–1.30

–1.87

–2.71

–3.86

–6.19

–7.87

–8.75

–11.53

–14.45

–17.41

(dB)

Nominal

–0.11

–0.45

–1.02

–1.86

–3.00

–4.51

–5.71

–6.37

–8.54

–10.93

–13.41

(dB)

Upper

0.85

0.74

0.40

–0.17

–1.01

–2.16

–2.83

–3.55

–3.99

–5.56

–7.41

–9.41

DSA8300, 80A00, 80C00, 80E00 speciﬁcations 61

80C00 optical sampling modules speciﬁcations

Table 38: Optical modules: reference receiver frequency response (cont.)

Name Characteristics

 10GBASE-W, 10GBASE-R, 40GBASE-R4, 100GBASE-R10, 10GFC, 10G BE FEC (FEC11.10Gb/s), 10GFC FEC (FC11317) Reference Receiver setting frequency response

The 10GBASE-W, 10GBASE-R, 10GFC, 40GBASE-R4, 100GBASE-R10 standards specify an optical reference receiver with a 7.5 GHz fourth-order ideal Bessel-Thompson response.

For convenience, the scalar frequency response of the output amplitude (for sinusoidal swept optical input) has been interpreted from the published Bessel-Thompson transfer function for 9.95328 Gb/s ITU-T Reference Receivers, and from IEEE802.3 and listed below.

Frequency (MHz) Lower (dB) Nominal (dB) Upper (dB)

1500

3000

4500

6000

7500

9000

10000

10500

12000

13500

15000

–0.85

–0.96

–1.30

–1.87

–2.71

–3.86

–6.19

–7.87

–8.75

–11.53

–14.45

–17.41

0.00

–0.11

–0.45

–1.02

–1.86

–3.00

–4.51

–5.71

–6.37

–8.54

–10.93

–13.41

0.85

0.74

0.40

0.17

–1.01

–2.16

–2.83

–3.55

–3.99

–5.56

–7.41

–9.41

62 DSA8300, 80A00, 80C00, 80E00 speciﬁcations

80C00 optical sampling modules speciﬁcations

Table 38: Optical modules: reference receiver frequency response (cont.)

Name Characteristics

 10GBASE-4 ENET3125 (3.125 Gb/s) Reference Receiver setting frequency response

10GFC-4 (3.188 Gb/s) Reference Receiver setting frequency response

In 10GBASE-4 setting, scalar frequency response falls within industry standard, Bessel-Thompson reference receiver boundary limits.

10GBASE-4 frequency response boundary limits are derived by simply scaling all frequency values by 2.5X as described in IEEE 802.3z section 38.6.5 (this section refers to ITU G.957 for tolerances).

For convenience, the scalar frequency response of the output amplitude (for sinusoidal swept optical input) has been interpreted from the Bessel-Thompson transfer function and listed below:

Frequency (MHz) Lower (dB) Nominal (dB) Upper (dB)

0.000

468.8

937.5

1406

1875

2344

2813

3125

3281

3750

4219

4688

–0.50

–0.61

–0.95

–1.52

–2.36

–3.50

–5.67

–7.25

–8.08

–10.74

–13.55

–16.41

In 10GFC-4 setting, scalar frequency response falls within Industry standard, Bessel-Thompson reference receiver boundary limits.

10GFC-4 frequency response boundary limits are described in ANSI FC-PC. The scalar frequency response of the output amplitude (for sinusoidal swept optical input) has been interpreted from the published Bessel-Thompson transfer function and listed below (based on ±0.5 dB from DC to 0.75x(rate) and ±3.0 dB at 1.5x(rate):

Frequency (MHz) Lower (dB) Nominal (dB) Upper (dB)

0.000

478.1

956.3

1434

1913

2391

2869

3188

3347

3825

4303

4781

-0.50

–0.61

–0.95

–1.52

–2.36

–3.50

–5.67

–7.25

–8.08

–10.74

–13.55

–16.41

0.00

–0.11

–0.45

–1.02

–1.86

–3.00

–4.51

–5.71

–6.37

–8.54

–10.93

–13.41

0.00

–0.11

–0.45

–1.02

–1.86

–3.00

–4.51

–5.71

–6.37

–8.54

–10.93

–13.41

0.50

0.39

0.05

–0.52

–1.36

–2.50

–3.35

–4.17

–4.65

–6.35

–8.31

–10.41

0.50

0.39

0.05

–0.52

–1.36

–2.50

–3.35

–4.17

–4.65

–6.35

–8.31

–10.41

DSA8300, 80A00, 80C00, 80E00 speciﬁcations 63

80C00 optical sampling modules speciﬁcations

Table 38: Optical modules: reference receiver frequency response (cont.)

Name Characteristics

10.66 Gb/s (G.975) Reference Receiver setting frequency response

This Reference Receiver is essentially identical to the OC-192 9.95328 Gb/s rate with the following changes: the frequency scale for the tolerance curves and nominal –3 dB breakpoints are scaled linearly by the ratio of (10.664 Gb/s)/(9.95328 Gb/s); for example: the 9.953 Gb/s reference receiver has a nominal –3 dB response at 0.75 ×

9.95328 GHz = 7.465 GHz. This 10.66 Gb reference receiver has a nominal –3 dB response at (10.664/9.95328) × 7.465 GHz = 7.998 GHz.

For convenience, the scalar frequency response of the output amplitude (for sinusoidal swept optical input) has been interpreted from the published Bessel-Thompson transfer function, the frequencies scaled as described above, and then listed below:

Frequency (MHz) Lower (dB) Nominal (dB) Upper (dB)

1599.8

3199.2

4798.6

6398.9

7998.0

9597.7

10664.0

11197.5

12796.9

14396.7

15996.5

–0.85

–0.96

–1.30

–1.87

–2.71

–3.86

–6.19

–7.87

–8.75

–11.53

–14.45

–17.41

–0.11

–0.45

–1.02

–1.86

–3.00

–4.51

–5.71

–6.37

–8.54

–10.93

–13.41

0.85

0.74

0.40

–0.17

–1.01

–2.16

–2.83

–3.55

–3.99

–5.56

–7.41

–9.41

64 DSA8300, 80A00, 80C00, 80E00 speciﬁcations

80C00 optical sampling modules speciﬁcations

Table 38: Optical modules: reference receiver frequency response (cont.)

Name Characteristics

 10.71 Gb/s (G.709) Reference Receiver setting frequency response

at 850 nm for 80C12B and 80C14) or less signal is applied at the sampler input.

μW

The factory calibration and veriﬁcation of these tolerances are performed in a stable ambient environment of +25 °C ±2 °C. The module is speciﬁed to perform

in these tolerances over an operating temperature range of +20 °C and +30 °C.

with

This Reference Receiver is essentially identical to that for the OC-192 9.95328 Gb/s rate with the following changes: the frequency scale for the tolerance curves and nominal –3 dB breakpoints are scaled linearly by the ratio of (10.709 Gb/s)/(9.95328 Gb/s); for example: the 9.953 Gb/s reference receiver has a nominal –3 dB response at 0.75 ×

9.95328 GHz = 7.465 GHz. This 10.71 Gb reference receiver has a nominal –3 dB response at (10.709/9.95328) × 7.465 GHz = 8.032 GHz.

For convenience, the scalar frequency response of the output amplitude (for sinusoidal swept optical input) has been interpreted from the published Bessel-Thompson transfer function, the frequencies scaled as described above, and then listed below:

Frequency (MHz) Lower (dB) Nominal (dB) Upper (dB)

1606.6

3212.8

4819.0

6426.0

8032.0

9638.4

10709.2

11245.0

12851.1

14457.7

16064.4

(200 μWppfor 80C03 and 80C07; 500 μWppfor 80C08 and 80C12; <800 μWppat 1310/1550 nm, <1300

–0.85

–0.96

–1.30

–1.87

–2.71

–3.86

–6.19

–7.87

–8.75

–11.53

–14.45

–17.41

–0.11

–0.45

–1.02

–1.86

–3.00

–4.51

–5.71

–6.37

–8.54

–10.93

–13.41

0.85

0.74

0.40

–0.17

–1.01

–2.16

–2.83

–3.55

–3.99

–5.56

–7.41

–9.41

DSA8300, 80A00, 80C00, 80E00 speciﬁcations 65

80C00 optical sampling modules speciﬁcations

Table 39: 16GFC

Description

The 8GFC (ANSI Bessel-Thomson frequency response. At the time of writing, reference receiver standards for 16G FibreChannel have not been published in FC-PI-5 (draft rev 0.01). We have expected the use of an ideal fourth-order Bessel-Thomson response with a –3 dB bandwidth of

For convenience, the scalar frequency response of the output amplitude (for sinusoidal swept optical input) has been interpreted from the published Bessel-Thompson transfer function, the frequencies scaled as described above, and then listed below.

Nominal res

(MHz)

Frequency

2104

4208

6311

8415

10519

12623

14025

14726

16830

18934

21038

(14.025 Gb/s) reference r eceiver setting frequency response, warranted

FC-PI-4) and 10GFC standards specify an optical reference receiver with a 7.5 GHz fourth-order ideal

0.75 x data rate (=10.52 GHz) and tolerance limits identical to 8GFC and 10GFC standards.

ponse curve and tolerance limits (based on ±0.85 dB from DC to 10.519 GHz and expanding to ±4.0 dB at 21.038 GHz).

(dB)

Lower

–0.85

–0.96

–1.30

–1.87

–2.71

–3.86

–6.19

–7.87

–8.75

–11.53

–14.45

–17.41

(dB)

Nominal

–0.11

–0.45

–1.02

–1.86

–3.00

–4.51

–5.71

–6.37

–8.54

–10.93

–13.41

(dB)

Upper

0.85

0.74

0.40

–0.17

–1.01

–2.16

–2.83

–3.55

–3.99

–5.56

–7.41

–9.41

66 DSA8300, 80A00, 80C00, 80E00 speciﬁcations

80C00 optical sampling modules speciﬁcations

Table 40: 16GFC

Description

In the 16GFC r6 with a nominal 4th-order Bessel-Thompson ﬁlter shape as described in standard document ANSI FC-PI-5 (rev R 6.1) and falls within speciﬁed frequency response tolerance limits.

This ﬁlter re standard document.

The tabular values are derived from the standard Bessel-Thompson transfer function and tolerance limits for 16GFC per the published speciﬁcati frequency to 0.658x14.025 GHz= 9.225 GHz.

Frequency (GHz) Lower (dB) Nominal (dB) Upper (dB)

1.845

3.690

5.535

7.380

9.225

10.519

11.070

12.915

14.025

14.760

16.605

18.450

20.295

21.038

sponse typically falls within frequency response tolerance limits as speciﬁed in the published ANS I FC-PI-5 rev 6.1 draft

on in FC-PI-5 R6.1. The ﬂare-out point of the tolerance rails is shifted from the standard 0.75x14.025 GHz= 10.519 GHz

r6.1 (FC14025) data ﬁlter setting frequency response, warranted

.1 (FC14025) setting, scalar frequency response follows a -3 dBe ﬁlter bandwidth of 0.75*14.025 GHz= 10.519 GHz

–0.85

–0.935

–1.194

–1.633

–2.266

–3.117

–4.68

–5.357

–7.698

–9.180

–10.189

–12.821

–15.54

–18.303

–19.410

–0.085

–0.344

–0.783

–1.416

–2.267

–3.00

–3.368

–4.746

–5.710

–6.402

–8.299

–10.36

–12.527

–13.410

+0.85

+0.765

+0.506

+0.067

–0.566

–1.417

–1.660

–1.821

–2.610

–3.260

–3.756

–5.203

–6.867

–8.664

–9.410

DSA8300, 80A00, 80C00, 80E00 speciﬁcations 67

80C00 optical sampling modules speciﬁcations

Table 41: INF14

Description

In the INF1406 nominal 4th-order Bessel-Thompson ﬁlter shape and falls within speciﬁed frequency response tolerance limits.

At the time of writing no published standard for 14G Inﬁniband FDR standard exists.

The tabular v up linearly in frequency by a ratio of (14.0625 G b /s)/(10 Gb/s). The ﬂare-out point of the tolerance rails is shifted from the standard

0.75×14.0625 GHz =10.547 GHz frequency to 0.658×14.0625 GHz =9.25 GHz.

Frequency (GHz) Lower (dB) Nominal (dB) Upper (dB)

1.850

3.700

5.550

7.400

9.250

10.547

11.100

12.950

14.065

14.800

16.650

18.500

20.350

21.094

063 data ﬁlter setting frequency response, warranted

3 setting, scalar frequency response corresponds to a -3 dBe ﬁlter bandwidth of 0.75×14.0625 GHz =10.547 GHz with a

alues are derived from the standard Bessel-Thompson transfer function and tolerance limits for 10GBASE-R and scaled

–0.85

–0.935

–1.194

–1.633

–2.266

–3.117

–4.680

–5.357

–7.698

–9.180

–10.189

–12.821

–15.546

–18.303

–19.41

–0.085

–0.344

–0.783

–1.416

–2.267

–3.00

–3.368

–4.746

–5.710

–6.402

–8.299

–10.366

–12.527

–13.41

+0.85

+0.765

+0.506

+0.067

–0.566

–1.417

–1.660

–1.821

–2.610

–3.260

–3.756

–5.203

–6.867

–8.664

–9.410

68 DSA8300, 80A00, 80C00, 80E00 speciﬁcations

80C00 optical sampling modules speciﬁcations

Table 42: FEC12

Description

In the FEC1250 boundary limits for a 12.5 Gb/s data rate with a nominal -3 dB ﬁlter frequency of 0.75x12.5 GHz=9.375 GHz and tolerance limits scaled linearly in frequency from the ITU-T published reference receiver standards for OC-192 by a ratio of (12.5 Gb/s) / (9.95328 Gb/s).

The nominal s published Bessel-Thompson transfer function for ITU-T OC-192 frequency response and scaled in frequency to 12.5 Gb/s as listed below.

Frequency (MHz) Lower (dB) Nominal (dB) Upper (dB)

1875

3750

5625

7500

9375

11250

12500

13125

15000

16875

18750

.50 Gb/s (FEC12500) reference receiver setting frequency response, warranted

0 setting, scalar frequency response falls within Industry Standard, 4th-order Bessel-Thompson reference receiver

calar frequency response of the output amplitude (for sinusoidal swept optical input) has been interpreted from the

–0.85

–0.96

–1.30

–1.87

–2.71

–3.86

–6.19

–7.87

–8.75

–11.53

–14.45

–17.41

–0.11

–0.45

–1.02

–1.86

–3.00

–4.51

–5.71

–6.37

–8.54

–10.93

–13.41

0.85

0.74

0.40

–0.17

–1.01

–2.16

–2.83

–3.55

–3.99

–5.56

–7.41

–9.41

DSA8300, 80A00, 80C00, 80E00 speciﬁcations 69

80C00 optical sampling modules speciﬁcations

Table 43: FEC 43

Description

The forward er

.02 Gb/s reference receiver setting frequency response, warranted

ror correction method deﬁned in ITU-T standard G.709 creates an additional overhead upon a standard OC-768 (STM256) 40 Gb/s data stream in which the data rate is effectively increased by a ratio of 255/236. Table 7-1 in G.709 standard lists this explicit serial data rate on the physical layer.

(GHz)

Frequency

6.45

12.90

19.36

25.81

32.26

38.71

43.02

45.17

51.63

58.08

64.53

This speciﬁcation is limited to the instrument operating in an ambient temperature between +20 °C and +30 °C. Nominal freq response is speciﬁed for optical input

of modulation magnitude such that 2 mW

signals

(dB)

Lower

–1.00

–1.10

–1.45

–2.02

–2.86

–4.00

–6.56

–8.37

–9.31

–12.26

–15.32

–18.41

(dB)

Nominal

–0.10

–0.45

–1.02

–1.86

–3.00

–4.51

–5.71

–6.37

–8.54

–10.93

–13.41

(200 μWppfor 80C03 and 80C07; 500 μWppfor 80C08 and 80C12) or less signal is applied at the sampler input.

(dB)

Upper

1.00

0.90

0.55

–0.02

–0.86

–2.00

–2.46

–3.05

–3.43

–4.83

–6.53

–8.41

70 DSA8300, 80A00, 80C00, 80E00 speciﬁcations

80C00 optical sampling modules speciﬁcations

Table 44: FEC 43

Description

The forward er

.02 Gb/s reference receiver setting frequency response (80C10C, Opt F1, F3 only), warranted

(GHz)

Frequency

6.45

12.90

19.32

25.81

32.26

38.73

43.02

45.17

51.63

58.08

64.52

This speciﬁcation is limited to the instrument operating in an ambient temperature b etween +20 °C and +30 °C.

(dB)

Lower

–0.85

–0.96

–1.30

–1.87

–2.71

–3.86

–6.19

–7.87

–8.75

–11.53

–14.45

–17.41

(dB)

Nominal

–0.11

–0.45

–1.02

–1.86

–3.00

–4.51

–5.71

–6.37

–8.54

–10.93

–13.41

(dB)

Upper

0.85

0.74

0.40

–0.17

–1.01

–2.16

–2.83

–3.55

–3.99

–5.56

–7.41

–9.41

DSA8300, 80A00, 80C00, 80E00 speciﬁcations 71

80C00 optical sampling modules speciﬁcations

Table 45: ENET2

Description

Scalar freque

500 (2 GBE) 2.50 Gb/s reference receiver setting frequency response, warranted

ncy response falls within industry standard, Bessel-Thompson reference r eceiver boundary limits.

2.50 Gb/s frequency response boundary limits are derived by simply scaling all frequency values by 2X as described in IEEE 802.3z section 38.6.5 (this section refers to ITU G.957 for tolerances). For convenience, the scalar frequency response of the output amplitude (for sinusoi

Frequency (

0.000

375

750

1125

1500

1875

2250

2500

2625

3000

3375

3750

dal swept optical input) has been interpreted from the Bessel-Thompson transfer function and listed below:

MHz)

This speciﬁcation is limited to the instrument operating in an ambient temperature between +20 °C and +30 °C. Nominal freq response is speciﬁed for optical input

of modulation magnitude such that 2 mW

signals

Lower (dB ) Nominal (dB

–0.50

–0.61

–0.95

–1.52

–2.36

–3.50

–5.67

–7.25

–8.08

–10.74

–13.55

–16.41

(200 μWppfor 80C03 and 80C07; 500 μWppfor 80C08 and 80C12) or less signal is applied at the sampler input.

0.00

–0.11

–0.45

–1.02

–1.86

–3.00

–4.51

–5.71

–6.37

–8.54

–10.93

–13.41

)

Upper (dB)

0.50

0.39

0.05

–0.52

–1.36

–2.50

–3.35

–4.17

–4.66

–6.35

–8.31

–10.41

72 DSA8300, 80A00, 80C00, 80E00 speciﬁcations

80C00 optical sampling modules speciﬁcations

Table 46: INF25

Description

INF2500 scala

2.50 Gb/s frequency response boundary limits are derived by scaling all frequency values by 2X as described in IEEE 802.3z section

38.6.5 (this section refers to ITU G.957 for tolerances). For convenience, the scalar frequency response of the output amplitude (for sinusoidal s

(MHz)

Frequency

0.000

375

750

1125

1500

1875

2250

2500

2625

3000

3375

3750

00, INFINIBAND (2.5 Gb/s) reference receiver setting frequency response, warranted

r frequency response falls within industry standard, Bessel-Thompson reference receiver boundary limits.

wept optical input) has been interpreted from the Bessel-Thompson transfer function and listed below:

(dB)

Lower

–0.50

–0.61

–0.95

–1.52

–2.36

–3.50

–5.67

–7.25

–8.08

–10.74

–13.55

–16.41

(dB)

Nominal

0.00

–0.11

–0.45

–1.02

–1.86

–3.00

–4.51

–5.71

–6.37

–8.54

–10.93

–13.41

(dB)

Upper

0.50

0.39

0.05

–0.52

–1.36

–2.50

–3.35

–4.17

–4.66

–6.35

–8.31

–10.41

DSA8300, 80A00, 80C00, 80E00 speciﬁcations 73

80C00 optical sampling modules speciﬁcations

Table 47: INF50

Description

INF5000 scala

5.0 Gb/s frequency response boundary limits are derived from an interpolation of frequency response boundary limits as described in ITU G.957 for OC192. The scalar frequency response of the output amplitude (for sinusoidal swept optical input) has been interpreted from the publ

Frequency (

0.00

750

1500

2250

3000

3750

4500

5000

5250

6000

6750

7500

00 (5.0 Gb/s) reference receiver setting frequency response, warranted

r frequency response falls within industry standard, Bessel-Thompson reference r eceiver boundary limits.

ished Bessel-Thompson transfer function and listed below:

MHz)

Lower (dB ) Nominal (dB

–0.85

–0.96

–1.30

–1.87

–2.71

–3.86

–6.19

–7.87

–8.75

–11.53

–14.45

–17.41

0.00

–0.11

–0.45

–1.02

–1.86

–3.00

–4.51

–5.71

–6.37

–8.54

–10.93

–13.41

)

Upper (dB)

+0.85

+0.74

+0.40

–0.17

–1.01

–2.16

–2.83

–3.55

–3.99

–5.56

–7.41

–9.41

74 DSA8300, 80A00, 80C00, 80E00 speciﬁcations

80C00 optical sampling modules speciﬁcations

Table 48: ENET1

250 (GBE) 1.25 Gb/s reference receiver setting frequency response, warranted

Description

Scalar freque

ncy response falls within industry standard, Bessel-Thompson reference receiver boundary limits.

1.250 Gb/s frequency response boundary limits are described in IEEE 802.3z section 38.6.5 (this section refers to ITU G.957 for tolerances).

For convenie

nce, the scalar frequency response of the output amplitude (for sinusoidal swept optical input) has been interpreted

from the Bessel-Thompson transfer function and listed below:

Frequency (MHz) Lower (dB) Nominal (dB) Upper (dB)

0.000

187.5

375

562.5

750

937.5

1125

1250

1312.5

1500

1687.5

1875

–0.50

–0.61

–0.95

–1.52

–2.36

–3.50

–5.67

–7.25

–8.08

–10.74

–13.55

–16.41

0.00

–0.11

–0.45

–1.02

–1.86

–3.00

–4.51

–5.71

–6.37

–8.54

–10.93

–13.41

(200 μWppfor 80C03 and 80C07; 500 μWppfor 80C08 and 80C12) or less signal is applied at the sampler input.

0.50

0.39

0.05

–0.52

–1.36

–2.50

–3.35

–4.17

–4.66

–6.35

–8.31

–10.41

DSA8300, 80A00, 80C00, 80E00 speciﬁcations 75

80C00 optical sampling modules speciﬁcations

Table 49: FC106

Description

In FC1063 sett

3 (1.0625 Gb/s) reference receiver setting frequency response, warranted

ing, scalar frequency response falls within industry standard, Bessel-Thompson reference receiver boundary limits.

Fibre Channel frequency response boundary limits are described in ANSI FC-PC. For convenience, the scalar frequency response of the output amplitude (for sinusoidal swept optical input) has been interpreted from the published Bessel-Thompson transfer function and

Frequency (

0.000

159.5

318.9

478.4

637.9

797.4

956.8

1063

1116

1275

1435

1595

This speciﬁcation is limited to the instrument operating in an ambient temperature between +20 °C and +30 °C. Nominal freq response is speciﬁed for optical input

signals

listed below:

MHz)

Lower (dB ) Nominal (dB

–0.50

–0.61

–0.95

–1.52

–2.36

–3.50

–5.67

–7.25

–8.08

–10.74

–13.55

–16.41

of modulation magnitude such that 2 mW

)

0.00

–0.11

–0.45

–1.02

–1.86

–3.00

–4.51

–5.71

–6.37

–8.54

–10.93

–13.41

(200 μWppfor 80C03 and 80C07; 500 μWppfor 80C08 and 80C12) or less signal is applied at the sampler input.

Upper (dB)

0.50

0.39

0.05

–0.52

–1.36

–2.50

–3.35

–4.17

–4.66

–6.35

–8.31

–10.41

76 DSA8300, 80A00, 80C00, 80E00 speciﬁcations

80C00 optical sampling modules speciﬁcations

Table 50: FC212

Description

In FC2125 sett

5 (2.125 Gb/s) reference receiver setting frequency response, warranted

ing, scalar frequency response falls within industry standard, Bessel-Thompson reference receiver boundary limits.

2G FiberChannel frequency response boundary limits are described in ANSI FC-PC. For convenience, the scalar frequency response of the output amplitude (for sinusoidal swept optical input) has been interpreted from the published Bessel-Thompson transfer function and

Frequency (

0.000

318.8

637.5

956.3

1275

1594

1913

2125

2231

2550

2869

3188

This speciﬁcation is limited to the instrument operating in an ambient temperature between +20 °C and +30 °C. Nominal freq response is speciﬁed for optical input signals

listed below:

MHz)

Lower (dB) Nominal (dB

–0.50

–0.61

–0.95

–1.52

–2.36

–3.50

–5.67

–7.25

–8.08

–10.74

–13.55

–16.41

of modulation magnitude such that 2 mW

)

0.00

–0.11

–0.45

–1.02

–1.86

–3.00

–4.51

–5.71

–6.37

–8.54

–10.93

–13.41

(200 μWppfor 80C03 and 80C07; 500 μWppfor 80C08 and 80C12) or less signal is applied at the sampler input.

Upper (dB)

0.50

0.39

0.05

–0.52

–1.36

–2.50

–3.35

–4.17

–4.65

–6.35

–8.31

–10.41

DSA8300, 80A00, 80C00, 80E00 speciﬁcations 77

80C00 optical sampling modules speciﬁcations

Table 51: FC425

Description

In FC4250 sett

0 (4.25 Gb/s) reference receiver setting frequency response, warranted

ing, scalar frequency response falls within industry standard, Bessel-Thompson reference receiver boundary limits.

4G FiberChannel frequency response boundary limits are described in ANSI FC-PC. For convenience, the scalar frequency response of the output amplitude (for sinusoidal swept optical input) has been interpreted from the published Bessel-Thompson transfer function and

Frequency (

0.000

637.5

1275

1913

2550

3188

3826

4250

4462

5100

5738

6375

This speciﬁcation is limited to the instrument operating in an ambient temperature between +20 °C and +30 °C. Nominal freq response is speciﬁed for optical input

signals

listed below:

MHz)

Lower (dB ) Nominal (dB

–0.50

–0.61

–0.95

–1.52

–2.36

–3.50

–5.67

–7.25

–8.08

–10.74

–13.55

–16.41

of modulation magnitude such that 2 mW

)

0.00

–0.11

–0.45

–1.02

–1.86

–3.00

–4.51

–5.71

–6.37

–8.54

–10.93

–13.41

(200 μWppfor 80C03 and 80C07; 500 μWppfor 80C08 and 80C12) or less signal is applied at the sampler input.

Upper (dB)

0.50

0.39

0.05

–0.52

–1.36

–2.50

–3.35

–4.17

–4.65

–6.35

–8.31

–10.41

78 DSA8300, 80A00, 80C00, 80E00 speciﬁcations

80C00 optical sampling modules speciﬁcations

Table 52: FC850

Description

In the FC8500 s early-drafts of the 8xFibreChannel standard (8.5 Gb/s) (prior to FC-PI-4 rev 8.0).

Early drafts of ANSI FC-PI-4 prior to rev8.00 speciﬁed the use of a 0.75*8.5 GHz= 6.375 GHz (-3 dB) fourth-order ideal Bessel-Thomson response for

The nominal scalar frequency response of the output amplitude (for sinusoidal swept optical input) has been interpreted from the published Bessel-Thompson transfer function for 4xFibreChannel (FC4250) frequency response described in ANSI FC-PC-4 and scaled in fr

Frequency (

0.00

1275

2550

3825

5100

6375

7650

8500

8925

10200

11475

12750

equency to 8.5 Gb/s as listed below:

0 (8.5Gb/s) Filter setting frequency response, warranted

etting, scalar frequency response falls within Bessel-Thompson reference receiver boundary limits as described in

this rate with upper and lower tolerances scaled in frequency by 8.5/10.0 from the 10GFC tolerance rails.

MHz)

Lower (dB) Nominal (dB

–0.85

–0.96

–1.30

–1.87

–2.71

–3.86

–6.19

–7.87

–8.75

–11.53

–14.45

–17.41

0.00

–0.11

–0.45

–1.02

–1.86

–3.00

–4.51

–5.71

–6.37

–8.54

–10.93

–13.41

)

Upper (dB)

0.85

0.74

0.40

–0.17

–1.01

–2.16

–2.83

–3.55

–3.99

–5.56

–7.41

–9.41

DSA8300, 80A00, 80C00, 80E00 speciﬁcations 79

80C00 optical sampling modules speciﬁcations

Table 53: FC850

Description

In the FC8500F limits for the 8xFibreChannel data rate (8.5 Gb/s) according to the ﬁnal ratiﬁed ANSI FC-PI-4 rev 8.00 standard document.

Early drafts of ANSI FC-PI-4 prior to rev8.00 speciﬁed the use of a 0.75*8.5 GHz= 6.375 GHz (-3 dB) fourth-order ideal Bessel-Thomson response for

In 07/2008 ANSI FC-PI-4 rev8.00 changed the ﬁlter -3dB bandwidth speciﬁcation to 7.5 GHz which is identical to the 10GFC reference receiver.

Frequency (MHz) Lower (dB) Nominal (dB) Upper (dB)

0.0

1500

3000

4500

6000

7500

9000

10000

10500

12000

13500

15000

0FINAL (8.5Gb/s) reference receiver setting frequency response, warranted

inal setting, scalar frequency response falls within Industry Standard, Bessel-Thompson reference receiver boundary

this rate with upper and lower tolerances scaled in frequenc y by 8 .5/10.0 from the 10GBASE-R tolerance rails.

–0.85

–0.96

–1.30

–1.87

–2.71

–3.86

–6.19

–7.87

–8.75

–11.53

–14.45

–17.41

0.00

–0.11

–0.45

–1.02

–1.86

–3.00

–4.51

–5.71

–6.37

–8.54

–10.93

–13.41

0.85

0.74

0.40

–0.17

–1.01

–2.16

–2.83

–3.55

–3.99

–5.56

–7.41

–9.41

80 DSA8300, 80A00, 80C00, 80E00 speciﬁcations

80C00 optical sampling modules speciﬁcations

Table 54: VSR-5

Description

In 3.318 Gb/s s

(3.318 Gb/s) reference receiver setting frequency response, warranted

etting, scalar frequency response falls within industry standard, Besse l-Thompson reference receiver boundary limits.

At the time of publishing this document, a standard for VSR-5 frequency response boundary limits has not been deﬁned. The scalar frequency response curve and tolerance boundaries used for 10GBASE-4 scaled to the VSR-5 bit rate will be used for this rate until a s

tandard has been deﬁned.

The exact bit rate is given by the formula:

For convenience, the scalar frequency response of the outp

ut amplitude (for sinusoidal swept optical input) has been interpreted from

the published Bessel-Thompson transfer function and listed below:

(MHz)

Frequency

0.000

497.7

995.3

1493

1991

2488

2986

3318

3484

3981

4479

4977

(dB)

Lower

–0.50

–0.61

–0.95

–1.52

–2.36

–3.50

–5.67

–7.25

–8.08

–10.74

–13.55

–16.41

(dB)

Nominal

0.00

–0.11

–0.45

–1.02

–1.86

–3.00

–4.51

–5.71

–6.37

–8.54

–10.93

–13.41

(200 μWppfor 80C03 and 80C07; 500 μWppfor 80C08 and 80C12) or less signal is applied at the sampler input.

(dB)

Upper

0.50

0.39

0.05

–0.52

–1.36

–2.50

–3.35

–4.17

–4.65

–6.35

–8.31

–10.41

DSA8300, 80A00, 80C00, 80E00 speciﬁcations 81

80C00 optical sampling modules speciﬁcations

Table 55: OBSAI

Description

In OBSAI6144 s for a 6.144 Gb/s baud rate.

Tolerances have been derived from frequency response boundary limits as described in ITU G.957 for OC192. The scalar frequency response of t transfer function and listed below

Frequency (MHz) Lower (dB) Nominal (dB) Upper (dB)

0.00

922

1843

2765

3686

4608

5530

6144

6451

7373

8234

9216

6.144 Gb/s (OBSAI6144) reference receiver setting frequency response, warranted

etting, scalar frequency response falls within Industry Standard, Bessel-Thompson reference receiver boundary limits

he output amplitude (for sinusoidal swept optical input) has been interpreted from the published Bessel-Thompson

–0.85

–0.96

–1.30

–1.87

–2.71

–3.86

–6.19

–7.87

–8.75

–11.53

–14.45

–17.41

0.00

–0.11

–0.45

–1.02

–1.86

–3.00

–4.51

–5.71

–6.37

–8.54

–10.93

–13.41

0.85

0.74

0.40

–0.17

–1.01

–2.16

–2.83

–3.55

–3.99

–5.56

–7.41

–9.41

82 DSA8300, 80A00, 80C00, 80E00 speciﬁcations

80C00 optical sampling modules speciﬁcations

Table 56: CPRI 7

Description

In CPRI7373 se for a 7.373 Gb/s baud rate.

Tolerances have been derived from frequency response boundary limits as described in ITU G.957 for OC192. The scalar frequency response of t transfer function and listed below:

Frequency (MHz) Lower (dB) Nominal (dB) Upper (dB)

0.0

1106

2212

3318

4423

5767

6636

7373

7741

8848

9881

11059

.373 Gb/s (CPRI7373) reference receiver setting frequency response, warranted

tting, scalar frequency response falls within Industry Standard, Bessel-Thompson reference receiver boundary limits

he output amplitude (for sinusoidal swept optical input) has been interpreted from the published Bessel-Thompson

–0.85

–0.96

–1.30

–1.87

–2.71

–3.86

–6.19

–7.87

–8.75

–11.53

–14.45

–17.41

0.00

–0.11

–0.45

–1.02

–1.86

–3.00

–4.51

–5.71

–6.37

–8.54

–10.93

–13.41

0.85

0.74

0.40

–0.17

–1.01

–2.16

–2.83

–3.55

–3.99

–5.56

–7.41

–9.41

DSA8300, 80A00, 80C00, 80E00 speciﬁcations 83

80C00 optical sampling modules speciﬁcations

Table 57: 32 GHz

Description

Atthetimeoft OTU4 transceivers with ~14% FEC overhead (for example, 27.952 Gb/s x 1.14 =~32 Gb/s). The 32 GHz setting is therefore deﬁned as a generic ﬁlter optimized for 32 Gb/s mask testing. The frequency response follows a 4th-order Bessel-Thompson ﬁlter response derived by fr

The response follows a standard 4th-order Bessel-Thompson Scalar Frequency Response with a -3 dB reference frequency of

0.75x(data rate). For example, 0.75 x 32.0 GHz = 24.0 GHz.

Tolerances frequencies, based on ±0.85 dB DC to 0.75x(data rate) and expanding to ±4.0 dB at 1.5x(data rate).

Frequency (MHz) Lower (dB) Nominal (dB) Upper (dB)

0.00

4800

9600

14400

19200

24000

28800

32000

33600

38400

43200

48000

equency scaling the ORR ﬁlter speciﬁed for 100GBASE-R4 per IEEE P803.2ag from 25.7815 Gb/s to 32.0 Gb/s.

are the same as speciﬁed for 100GBASE-R4 in IEEE802.3ba. The table lists the nominal curve and tolerances at various

reference receiver setting frequency response for 32 Gb/s NRZ, warranted

his writing no standard for 32.0 Gb/s N RZ signaling exists. Tektronix anticipates a future need for transmitter testing of

–0.85

–0.96

–1.30

–1.87

–2.71

–3.86

–6.19

–7.87

–8.75

–11.53

–14.45

–17.41

0.00

–0.11

–0.45

–1.02

–1.86

–3.00

–4.51

–5.71

–6.37

–8.54

–10.93

–13.41

0.85

0.74

0.40

–0.17

–1.01

–2.16

–2.83

–3.55

–3.99

–5.56

–7.41

–9.41

84 DSA8300, 80A00, 80C00, 80E00 speciﬁcations

80C00 optical sampling modules speciﬁcations

Table 58: 28.05

Description

Atthetimeoft receiver ﬁlter for 32xFC testing at 28.05 Gb/s. Tektronix anticipates use of a 4th-order Bessel-Thompson ﬁlter derived by frequency scaling the ORR ﬁlter speciﬁed for 100GBASE-R4 per IEEE P803.2ag from 25.7815 Gb/s to 28.05 Gb/s.

The response

0.75x(data rate) For example, 0.75 x 28.05 GHz = 21.0375 GHz. Tolerances are the same as speciﬁed for 100GBASE-R4 in IEEE802.3ba. The table below lists the nominal curve and tolerances at various frequencies; based on ±0.85 dB DC to 0.75x(data rate) and ex

Frequency (

0.00

4209

8415

12623

16831

21039

25246

28050

29453

33660

37868

42075

GHz reference receiver setting frequency response for 28.05 Gb/s NRZ, warranted

his writing ANSI T11.2 standard document FC-PC-6 (draft 1.0) does not contain a speciﬁcation for an optical reference

follows a standard 4th-order Bessel-Thompson Scalar Frequency Response with a -3 dB reference frequency of

panding to ±4.0dB at 1.5x(data rate).

MHz)

Lower (dB) Nominal (dB

–0.85

–0.96

–1.30

–1.87

–2.71

–3.86

–6.19

–7.87

–8.75

–11.53

–14.45

–17.41

0.00

–0.11

–0.45

–1.02

–1.86

–3.00

–4.51

–5.71

–6.37

–8.54

–10.93

–13.41

)

Upper (dB)

0.85

0.74

0.40

–0.17

–1.01

–2.16

–2.83

–3.55

–3.99

–5.56

–7.41

–9.41

DSA8300, 80A00, 80C00, 80E00 speciﬁcations 85

80C00 optical sampling modules speciﬁcations

Table 59: OTU-4

Description

The OTU-4 refe speciﬁed in IEEE P802.3ba by frequency scaling the ﬁlter bandwidth and response tolerances from 25.78125 Gb/s to 27.952 Gb/s.

The response follows a standard 4th-order Bessel-Thompson Scalar Frequency Response with a -3 dB reference frequency of

0.75x(data r The table below lists the nominal curve and tolerances at various frequencies; based on ±0.85 dB DC to 0.75x(data rate) and expanding to ±4.0 dB at 1.5x(data rate).

Frequency (MHz) Lower (dB) Nominal (dB) Upper (dB)

0.00

4193

8386

12579

16773

20966

25159

27952

29350

33542

37736

41928

(OTU27952) reference receiver Setting Frequency Response for 27.952 Gb/s, warranted

rence receiver for 27.952 Gb/s NRZ eye diagram testing is derived from the 100GBASE-R4 reference receiver as

ate). For example, 0.75 x 27.952 GHz = 20.694 GHz. Tolerances are as speciﬁed for 100GBASE-R4 in IEEE802.3ba.

–0.85

–0.96

–1.30

–1.87

–2.71

–3.86

–6.19

–7.87

–8.75

–11.53

–14.45

–17.41

0.00

–0.11

–0.45

–1.02

–1.86

–3.00

–4.51

–5.71

–6.37

–8.54

–10.93

–13.41

0.85

0.74

0.40

–0.17

–1.01

–2.16

–2.83

–3.55

–3.99

–5.56

–7.41

–9.41

86 DSA8300, 80A00, 80C00, 80E00 speciﬁcations

Tektronix DSA8300 Digital Serial Analyzer, 80C00/80E00/80A00 modules User manual

Specifications and Main Features

Frequently Asked Questions

User Manual

Preface

Manual structure

Manual conventions

Related documentation