Real-Time OMA Solutions

Real-time OMA Solutions

Ver 3.2 THE WORLD’S FASTEST REAL-TIME OPTICAL MODULATION ANALYZER SYSTEM

The IQScope-RT Coherent Optical Receiver with LabMaster real-time oscilloscopes provides up to 65 GHz of bandwidth for optical modulation analysis of dual-polarized signals up to 130 Gbaud. That’s the fastest commercial capability in the world.

The combined system from Coherent Solutions and Teledyne LeCroy is the market leader in OMA solutions; providing ground breaking oscilloscope with a seamlessly integrated, intuitive interface and a uniquely scalable format that delivers unrivalled performance. For the first time, you get full characterization of your optical signal’s true performance – out of the box.

Industry Leading Bandwidth and Sample Rate Key Features 70 GHz Coherent Optical Receiver bandwidth provides up to 130 GBaud symbol rate analysis when used with the • Up to 70 GHz Coherent Receiver bandwidth 65 GHz LabMaster 10-65Zi acquisition modules.

• Up to 130 GBaud detectable Modular Scalable Architecture • Up to 160 GS/s sample rate Upgradable oscilloscope bandwidth (20 GHz - 65 GHz and channel count (4 in a single unit and up to 80 with • Real-time acquisition for testing of long-haul additional acquisition modules). Choose the functionality optical channels you need now and upgrade later. • Built-in dispersion compensation, polarization de-multiplexing, and carrier recovery Seamless Multi-Module Configuration algorithms with exhaustive analytical views and parameters ChannelSyncTM architecture utilizes a single 10 GHz distributed clock to precisely align all acquisition modules • User algorithm development with MATLAB™ for lowest inter-channel jitter and the highest confidence in results. • Supports DP-QPSK, DP-16-QAM, a variety of other PSK and QAM formats, and custom formats Unmatched Software Integration Optical LinQ, the OMA Signal Analysis software, runs on • Built-in local oscillator the LabMaster 10 Zi and is fully integrated into the DSO • Operates across C, L and C+L bands software giving you a seamless, intuitive interface.

• Adaptive calibration - disconnect and Smart and Dynamic Calibration reconnect receiver with ease The IQScope-RT provides optimized signal fidelity and • Intuitive, easy to use all-in-one software adaptive self-calibration allowing the receiver to be interface disconnected and reconnected without factory calibration. • Unique, fully scalable modular system with LabMaster’s ChannelSyncTM technology

• The most seamlessly integrated OMA system on the market

2 INTRODUCING COHERENT SOLUTIONS' IQSCOPE-RT THE WORLD'S LEADING COHERENT RECEIVER

The IQScope-RT Coherent Optical Receiver brings optical modulation analysis to the Teledyne LeCroy LabMaster 10 Zi oscilloscope. As a calibrated reference receiver, the IQScope-RT performs heterodyne detection on both orthogonal polarization components of the optical field.

Modulated optical input: C and L-Band Up to 70 GHz electrical outputs of X and Y (optional), max +19 dBm power polarization in-phase and quadrature signals (damage level) FC/UPC connector

Laser wavelength/frequency and power Use the built-in local oscillator or your own adjustable via front-panel interface or from narrow-linewidth local oscillator the oscilloscope with 100 MHz resolution

Laser Safety Information This instrument is a Class 1M laser product. Do not view the laser output directly with optical instruments such as magnifiers or microscopes.

3 INTRODUCING TELEDYNE LECROY LABMASTER 10 Zi THE WORLD'S LEADING REAL-TIME OSCILLOSCOPE

1. World’s Highest Performing Real-Time Oscilloscope — 5 8 65 GHz bandwidth, (5.2 ps 9 12 risetime20 – 80%), 160 GS/s 11 sample rate, up to 80 channels, up to 1024 Mpts of analysis memory 4 10 2. Modular — start with four 1 7 channels and grow your system over time. Spread out your 3 2 investment as funds permit

3. Wide bandwidth upgrade range 6 (25 - 65 GHz) provides investment protection

4. ChannelSync™ architecture utilizes a 10 GHz distributed clock for precise alignment of all acquisition systems

5. Single trigger circuit for all 9. Utilize the built-in 15.3” widescreen modules eliminates additive (16 x 9) high resolution WXGA color trigger jitter that occurs with touch screen display — or connect 10 MHz clocking and trigger your own with up to WQXGA 2560 synchronization of multiple x 1600 pixel resolution conventional oscilloscopes 10. Highly stable timebase (50 fs rms) 6. Simple — connect and acquire over long acquisitions, low Jitter — Teledyne LeCroy has done the Measurement and Rj noise floor hard work for you 11. Deepest standard toolbox with 7. 325 MB/s data transfer rate from more measurements, the LabMaster to a separate more math, more power PC with Teledyne LeCroy Serial Interface Bus (LSIB) option 12. 14.1 Gb/s Serial Trigger Option – 80-bit NRZ, 8b/10b and 64b/66b 8. Server-class multi-core processor triggering combines with X-Stream II streaming architecture for fast acquisition and analysis — 33.6 GHz effective CPU clock rate and 24 GB of RAM standard (expandable to 192 GB)

4 ULTIMATE ELECTRICAL SIGNAL ANALYSIS SOLUTION

High Bandwidth, Up to 325 MB/s High Precision Data Transfer LabMaster 10 Zi is the world’s highest Teledyne LeCroy’s Serial Interface Bus (LSIB) to bandwidth (65 GHz) real time oscilloscope. allow acquired data to be transferred to another The modular design allows more channels computer at speeds up to 325 MB/s to leverage with better performance, and permits simple the LabMaster oscilloscope solely as a data ac- and easy upgrades. Yet, the operation is the quisition device with fast offload of acquired data same as any other oscilloscope – there is a to another CPU for further analysis. single 10 GHz timebase clock, trigger circuit, and display for all acquisition modules and channels. Teledyne LeCroy’s ChannelSync™ PCI Express ChannelSync Data Transfer 10 GHz architecture ensures precise synchronization& Control Clock Out of all acquisition modules and virtually LabMaster MCMZi-A Master Control Module eliminates jitter between channels for the ACQUISITION MODULE

highest possible phase performance. 1 2 3 4

ACQUISITION MODULE

Complete Customization 5 6 7 8 All configurations of LabMaster 10 Zi ACQUISITION MODULE support the needs of researchers with 10B 11B complete customization capability through ACQUISITION MODULE

the use of the XDEV software capability. This 14B 15B provides the ability to integrate a MATLAB or ACQUISITION MODULE other user-generated script into the oscilloscope’s processing stream – ideal for proprietary equalization and compensation algorithms. 16-Channel LabMaster 10 Zi system in OC910 cart

SDAIII-CompleteLinQ Teledyne LeCroy’s SDAIII-CompleteLinQ Serial Data, Crosstalk and Noise Analysis toolset provides unique capabilities for serial data analysis. It is the only toolset to with simultaneous eye, jitter, noise and crosstalk analysis on multiple lanes.

SDAIII-CompleteLinQ’s Unique Capabilities: • Four lanes of analysis • Multi-scenario comparisons • Multi-block system and • Simultaneous jitter, noise and with the new Reference Lane crosstalk modeling with eye analysis on four lanes • LaneScape Comparison Mode VirtualProbe • Extrapolated noise analysis • Integrated fixture and channel • Transmitter and receiver with the new Crosstalk Eye de-embedding/emulation equalization modeling

5 POSSESS THE POWER OF FULL SIGNAL CHARACTERIZATION

It is generally accepted that EVM is a representation of the overall signal quality. However, EVM is calculated from constellation points sampled at the center of symbol and often fails to represent what happens during symbol transitions.

Symbol transitions or trajectories measured with sufficient analyzer bandwidth can reveal transmitter impairments such as IQ data skew, receiver channel skew, pattern dependent jitter, modulator chirp and more. Having an OMA system with a high bandwidth gives you the power to fully characterize and troubleshoot your transmitter.

32 GBaud QPSK - Modulator Chirp The chirp, or the instantaneous frequency variation over time, results in curvy transitions between symbols on the I vs. Q plot. An adequate bandwidth is necessary to resolve the transition with a high level of accuracy to be able to show the presence of chirp.

Measurement with 20 GHz OMA Measurement with 36 GHz OMA Constellation Plot Vector Diagram Vector Diagram

EVM = 8.3% EVM = 8.3% EVM = 6.3%

32 GBaud QPSK - IQSkew The IQ skew, or the time delay between RF drive signals of I and Q channels, introduce curvature to the inner transitions of the I vs Q plot. This is another example of signal characterization that can be achieved with a high bandwidth OMA system.

Measurement with 20 GHz OMA Measurement with 36 GHz OMA Constellation Plot Vector Diagram Vector Diagram

EVM = 7.2% EVM = 7.2% EVM = 5.5%

6 56 GBaud QPSK Source with 40 GHz Bandwidth Not only does the Coherent Solutions IQScope-RT with the Teledyne LeCroy LabMaster 10 Zi series of Oscilloscopes provide much greater characterization for 32 GBaud signals, it is the only commercial system capable of revealing a meaningful EVM at 56 GBaud signals and higher. Measurement with 33 GHz OMA Measurement with 65 GHz OMA

EVM = 23% EVM = 5.8%

OMA Bandwidth Selection The IQScope-RT OMA system is available in a wide range of bandwidths, from 20 GHz up to 65 GHz, to suit your specific requirements.

LabMaster 10 Zi Acquisition Module IQScope-RT Coherent Receiver

LabMaster 10-20Zi 20 GHz x 4 CH

LabMaster 10-25Zi 25 GHz x 4 CH IQScope-RT-SBW 37 GHz (min), 42 GHz (typ) LabMaster 10-30Zi 30 GHz x 4 CH Available Bandwidth LabMaster 10-36Zi 36 GHz x 4 CH

LabMaster 10-50Zi 50 GHz x 2 CH

LabMaster 10-60Zi 60 GHz x 2 CH IQScope-RT-HBW 65 GHz (min), 70 GHz (typ)

LabMaster 10-65Zi 65 GHz x 2 CH

7 TARGET APPLICATIONS

Visibility for Component Testing The amplitude and phase measurement capabilities of the OMA enable detailed component testing. It is now possible to directly measure the effects of a single component on the phase of the electric field.

Common applications and measurements include: • Modulator research and development • Modulator chirp measurements • Dispersion measurements for dispersion compensation elements

Evaluation for Transmitter Testing The high optical/electrical bandwidth is ideal for transmitter evaluation, tuning, and signal fidelity validation. With 65GHz of electrical bandwidth, it is now possible to test for the highest bandwidth electrical signal fidelity.

Common applications and measurements include: • Transmitter control loop validation and testing • Modulation format research and development • Forward error correction testing

NRZ Tributary Electrical Signal Eye Diagram and Jitter Analysis SDAIII-CompleteLinQ contains multi-lane eye and jitter analysis, LaneScape™ comparison modes, vertical noise measurements, and crosstalk analysis tools. These capabilities provide the deepest insight into the behavior of multi-lane NRZ serial data tributaries. Since the IQScope-RT Coherent Optical Receiver is dynamically calibrated to the LabMaster 10 Zi oscilloscope, it is easy to use the oscilloscope for other laboratory needs, such as electrical validation.

Some common applications and measurements include: • Total Jitter (Tj), Random Jitter (Rj) and Deterministic Jitter (Dj) separation • Crosstalk Analysis and Debug • PRBS-31 Analysis • Electrical link embedding/de-embedding and equalization • CEI-11, -25, -28 Validation • 100GASE-R Validation

8 True BER Counting Optical-LinQ offers both the quick & convenient BER Estimate and the true & accurate BER counting capabilities. The BER set up panel allows you to configure the coding scheme from one of the common pre-set options, or define your own custom bit sequence and multiplex options.

Custom Modulation Format Development Optical-LinQ comes with pre-set support for many of the common optical modulation formats, including QPSK, 16QAM and 64QAM. If you are developing or working with non-conventional modulation formats, you can define your own format using Optical-LinQ’s powerful custom modulation format definition

Receiver Link Validation Understanding system performance along the optical link or at the receiver itself is essential to determine the performance of the phase modulated signals. Users can enter fiber-based values for compensation of chromatic dispersion (CD).

Common applications and measurements include: • State of Polarization versus time • Total Link Dispersion

Custom DSP Algorithm Validation Test and validation of digital signal processing (DSP) algorithms is a vital part of the transceiver development. Optical-LinQ is equipped with built-in DSP algorithms such as CMA, MMA, Viterbi & Viterbi, for you to use as tested reference algorithms, while the custom code integration feature lets you import and validate your own algorithms in MATLAB® format.

9 FULLY SCALABLE ARCHITECTURE WITH BUILT-IN FLEXIBILITY

Coherent Solutions knows that your equipment budgets can be limited, and requirements are vast. Therefore, we provide building blocks that allow you to start small and grow over time, and that make it easy to use your test equipment for a variety of other tasks.

LabMaster MCM-Zi IQScope-RT Coherent Master Control Module Optical Receiver The control, display, clocking, Up to 70 GHz of electrical and analysis engine for the bandwidth with internal local 10 Zi oscilloscope. One oscillator. Unit is controlled by MCM-Zi is used with multiple LabMaster MCM-Zi Master acquisition modules to best Control Module through USB leverage your initial connection. investment. Optical-LinQ Optical LabMaster 10 Zi Modulation Analysis Acquisition Module Software A single acquisition module is Provides fully automated available with four channels control of the IQScope-RT, and an industry leading phase recovery algorithms, 36 GHz of bandwidth, polarization de-multiplexing, expandable to 65 GHz. and a variety of modulation analysis displays and parameters.

Choose your specification, knowing you can upgrade IQScope-RT (option SBW) IQScope-RT (option HBW) and LabMaster 10-36Zi and LabMaster 10-50Zi / 10-65Zi (4 Channel at 36 GHz) (4 Channel at 50 GHz or 65 GHz)

The single acquisition The acquisition modules module can later be can later be expanded to expanded to higher 65 GHz, or additional bandwidth, and acquisition modules additional acquisition can be added as needs modules can be added. change.

OMA system bandwidth 36 GHz OMA system bandwidth 36 GHz / 65 GHz Max. detectable baud rate 72 GBaud Max. detectable baud rate 72 GBaud / 130 GBaud

10 COMPLETELY SEAMLESS OMA SYSTEM DESIGN

Seamless Multi-Module Configuration Teledyne LeCroy’s ChannelSyncTM architecture ensures superior phase accuracy, by design. Using a single 10 GHz distributed clock for all acquisition modules enables the lowest jitter between all channels, the simplest integration and connection and the highest confidence in your results.

The single oscilloscope display gives you easy access to all channels and analysis results, regardless of the number of acquisition modules.

Seamless System Architecture Coherent Solutions IQScope-RT leverages a system architecture that allows pairing of the coherent optical receiver with any compatible Teledyne LeCroy oscilloscope without any factory calibration. All required calibrations are built into Coherent Receiver or performed at the time of measurement.

Seamless Software Integration Optical-LinQ, developed by Coherent Solutions is an intuitive and fully integrated software package for analysis of optically modulated signals. It runs on the LabMaster 10 Zi and is fully integrated into the DSO software giving you a single, intuitive interface. Optical-LinQ provides fully automated control of the IQScope-RT, phase recovery algorithms, polarization de-multiplexing with an exhaustive number of modulation analysis displays and parameters.

11 SEAMLESS HARDWARE CONFIGURATION

The IQScope-RT has been designed to accommodate your preferred system configuration, whether that is a bench-top, LeCroy cart, or rack-mount arrangement. The dimensions and layout of the front panel elements ensure user friendly integration with the oscilloscopes.

Standard Bench-top Configuration(BT) Optional LeCroy Cart Configuration(LC) The depth of the IQScope-RT case has been The IQScope-RT is designed to be mounted in designed to provide solid support for LeCroy’s an OC910 Teledyne LeCroy cart. The depth of LabMaster 10 Zi. the case allows the maximum space behind the instrument for cable connections within the rack. The placement of the IQScope-RT on the second shelf – between the MCM-Zi and the Acquisition Module – creates the optimum range for the rigid RF cables and connections.

IQScope-RT in bench-top configuration supporting an MCM-Zi

IQScope-RT in LeCroy cart configuration between MCM-Zi and 10 Zi Acquisition Module

12 Optional Rack-mount Configuration (RM) The IQScope-RT is also designed to be mounted in a standard 19 inch rack. The depth of the case allows maximum space behind the instrument for cable connections within the rack.

IQScope-RT with rack-mount bracket IQScope-RT rack-mounted in a attachments standard 19 inch rack

BT LC RM

Order code IQScope-RT - BBB - WW - BT IQScope-RT - BBB - WW - LC IQScope-RT - BBB - WW - RM

Included N/A Teledyne LeCroy OC910 Cart IQScope-RT rack mounting kit accessories

IQScope-RT: IQScope-RT: IQScope-RT: 440(W) x 390(D) x 97(H) mm 440(W) x 390(D) x 97(H) mm 440(W) x 390(D) x 97(H) mm 17.3"(W) x 15.4"(D) x 3.8"(H) 17.3"(W) x 15.4"(D) x 3.8"(H) 17.3"(W) x 15.4"(D) x 3.8"(H)

Teledyne LeCroy OC910 Cart: IQScope-RT with mounting kit 574(W) x 668(D) x 1341(H) mm (overall/outter width): Dimensions 22.6"(W) x 26.3"(D) x 52.8"(H) 479(W) x 390(D) x 97(H) mm 22.6"(W) x 15.4"(D) x 3.8"(H)

Horizontal distance between rack mounting holes: 465(W) mm 18.3"(W)

13 UNMATCHED SOFTWARE PERFORMANCE

IQScope-RT comes with the Optical- LinQ software for analysis of optically modulated signals. The software is integrated into the oscilloscope application, controls the IQScope-RT receiver and performs all necessary OMA control panel with an intuitive layout calibrations. Users can select a wide variety of analysis views and parametric measurements to gain a complete understanding of their optical signal path.

Unrivalled Software Integration The OMA functions and controls are fully integrated in the LabMaster oscilloscope software. You can apply any of LabMaster’s extensive signal diagnosis tool kits directly on the OMA signals. LabMaster’s user- friendly interface also allows intuitive layout of visual and numerical analysis outputs which can be customized to your liking.

OMA visualizations shown with color persistence in 3D Analysis Views It is easy to display the signal just the way you want it using Optical-LinQ’s extensive list of visualization options. • I vs. Q Constellation • EVM % vs. Time • I vs. Q Trajectory • Phase Error vs. Time • Reference Symbols • Carrier Phase vs. Time • I Eye Diagram • E-field Spectrum • Q Eye Diagram • I Spectrum • Intensity Eye Diagram • Q Spectrum • Phase Eye Diagram • S1, S2, S3 Polarization State • EVM % Eye Diagram • Raw I vs. Time • Recovered I vs. Time • Raw Q vs. Time • Recovered Q vs. Time • Calibration Buffer I • Intensity vs. Time • Calibration Buffer Q • Phase vs. Time

Parametric Measurements Optical-LinQ includes the parametric measurements you need to quantify the health of your signal path and modulation. Selected measurements are presented in tabular format that is easily saved for documentation and further analysis.

14 Parametric Measurements List • Error Vector Magnitude • IQ Imbalance • Q Factor • Frequency Offset • BER Estimate • Magnitude Error • I Bias Error • Phase Error • Q Bias Error • Polarization Mode Dispersion • Quadrature Error • XY Skew • IQ Skew • Polarization Dependent Loss

I Eye Diagram Q Eye Diagram Constellation Diagram with Trajectory

Phase Eye Diagram Intensity Eye Diagram

Recovered Trace I E-field Spectrum

15 DYNAMIC CALIBRATION

The IQScope-RT has optimized signal fidelity using precision measurement and de-embedding of the entire electrical signal path from the modulated signal input to the oscilloscope input with dynamic self-calibration, enabling field disconnection of the oscilloscope for use in related applications.

Accurately Calibrated OMA System, Right Out of the Box The IQScope-RT hardware is factory calibrated to a high level of accuracy together with high-bandwidth RF cables, so that you can take it out of the box and start using it. With LabMaster’s ChannelSync™ user skew calibration of input channels, you can easily re-calibrate the system even if you change or upgrade the LabMaster acquisition module.

Dynamic Calibration, Every time. Every time when the OMA starts, the software dynamically captures and learns from the input signal. The Smart Dynamic Calibration ensures that the scope settings are automatically optimized for the signal level across all four tributary input channels. All you need to do is pressing the start button.

16 OMA SYSTEM SCHEMATIC DIAGRAM

Modulated Signal Input LO Input Laser Output

PBS 50/50

90° Hybrid 90° Hybrid Laser

Balanced Balanced Balanced Balanced Detector Detector Detector Detector

OMA Control via USB

LabMaster 10 Zi

ADC ADC ADC ADC

OMA Calibration/Correction

DSP Algorithms Dispersion Compensation Polarization Demultiplexing Carrier Recovery

Visualizers Constellation, Trajectories, Eye Diagrams, Masks, Spectrum

Measurements EVM, I&Q Bias Error...etc.

17 SPECIFICATIONS

Optical Modulation Analyzer Performance LabMaster 10 Zi + IQScope-RT a Error Vector Magnitude Noise Floor <2.0% (all inclusive) Amplitude Error <2% Phase Error <1° Quadrature Error <0.5° Number of Optical Polarizations 2

a - Test conditions: Single Polarization, 13 GHz channel bandwidth, 2.5 GHz frequency offset, 14.5 dBm LO input power, 7.5 dBm signal power

Oscilloscope Acquisition Performance LabMaster 10-36Zi LabMaster 10-50Zi LabMaster 10-65Zi Number of Channels 4 Bandwidth 36 GHz 50 GHz 65 GHz Sample Rate 80 GS/s 160 GS/s

Jitter Between Channels <250 fsrms <190 fsrms <130 fsrms Internal timebase with 10 GHz clock frequency common to all input channels. Single, distributed 10 GHz clock for all channels ensures precise synchronization with timing accuracy between all channels identical to that provided within a single, conventional oscilloscope package. ADC Resolution 8-bit Standard Memory per Channel 32 Mpt/Ch Maximum Memory per Channel 512 Mpt/Ch 1024 Mpt/Ch

Coherent Optical Receiver IQScope-RT IQScope-RT Performance Option SBW Option HBW Electrical Bandwidth 42 GHz typical 70 GHz typical 37 GHz minimum 65 GHz minimum Optical Phase Angle of I-Q Mixer 90 deg ±0.5 deg Relative Skew After Correction ±1 ps Optical DUT Input Input Wavelength Range 1527 to 1567 nm (C-band model, option C) 1528 to 1605 nm (C and L-band model, option CL) Maximum Input Power +15 dBm

Maximum Input Power, +19 dBm Damage Level

Receiver Polarization >20 dB Extinction Ratio Optical LO Output Optical CW Output Power +15.5 dBm Wavelength Range 1527.60 to 1565.50 nm (C-band model) 1527.60 to 1565.50 nm and 1570.01 to 1608.76 (C & L-band model) External LO Input Optical Input Wavelength Range 1528 to 1605 nm External LO Oscillator Input +4 dBm to +15.5 dBm Power Range Maximum Input Peak Power +25 dBm (damage level) Instantaneous Linewidth <500 kHz

18 SPECIFICATIONS

Coherent Optical Receiver IQScope-RT IQScope-RT Performance (cont’d) Option SBW Option HBW Local Oscillator Wavelength Range 1528.77 to 1563.86 nm (C-band model, option C) 1528.77 to 1563.86 nm, 1570.01 to 1608.76 nm (C and L-band model, option CL) Minimum Wavelength Step ~1 pm Minimum Frequency Step 0.1 GHz Tuning Time/Sweep Speed < 30 s Absolute Wavelength Accuracy 10 pm Linewidth (short term) <100 kHz, 25 kHz typical Sidemode Suppression Ratio 55 dB typical, >40 dB RIN -145 dB/Hz (20 MHz to 10 GHz)

Optical Modulation Analysis Software Eye Diagrams I, Q, EVM (EVM% vs. Time), Phase, Intensity. All provided for both polarizations, independently or simultaneously. IQ Plots Constellation with and without vectors. All provided for both polarizations, independently or simultaneously. Pattern Plots (Tracks/Trends) Recovered Data I & Q, Intensity, Phase (Intensity Angle), EVM (EVM% vs. Time), Phase Error vs. Time Raw Traces Data I and Q Spectra Efield, I and Q

Polarizations Stokes parameters 1, 2, 3

Measurements IQ RF (Gain) Imbalance, IQ Quadrature Error, I Bias Error, Q Bias Error, IQ Skew, I-Q Offset (I and Q Bias Error), Magnitude Error, EVM@Symbol (EVM Average Power, % RMS), EVM Phase Error@Symbol, Q-Factor, BER Estimate, State of Polarization PMD, XY Skew, PDL, True BER Digital Signal Processing Optical Carrier Phase Recovery Chromatic Dispersion - User-entered ﬁber values Polarization De-Multiplexing MATLAB™ - User defined Supported Modulation Formats Single and dual-polarizations of the following: BPSK, 8PSK, QPSK, DQPSK, 16-QAM, 64-QAM, OOK, laser only, BPSK-RZ, 8PSK-RZ, QPSK-RZ, DQPSK-RZ, 16-QAM-RZ, 64-QAM-RZ, OOK-RZ, custom user defined formats

Coherent Optical Receiver General Characteristics Dimensions 440(W) x 390(D) x 97(H) mm Weight 9.2 kg Power Supply ~100 - 240 V; 50/60 Hz; 20W Max Operating Temperature Range 5°C to 45°C Storage Temperature Range -40°C to 70°C

Note: All speciﬁcations subject to change without notice

Ordering Information

IQScope-RT - BBB - WW - MM

BBB = Bandwidth Option (SBW, HBW) WW = Wavelength Range (C, CL) MM = Mounting Option (BT, LC, RM)

19 Coherent Solutions Ltd Teledyne LeCroy Inc. Unit A, 28 Canaveral Drive 700 Chestnut Ridge Road Rosedale, Auckland 0632 Chestnut Ridge, NY 10977 New Zealand USA

Enquiries: [email protected] Enquiries: [email protected] Tel: +64 9 478 4849 Tel: +1 800 553 2769 Fax: +64 9 478 4851 Fax: +1 845 578 5985 http://www.coherent-solutions.com http://teledynelecroy.com

All rights reserved. No part of this publication may be reproduced, adapted, or translated in any form or by any means without the prior permission from Coherent Solutions Ltd. All specifications are subject to change without notice. Please contact Coherent Solutions for the latest information.