Quantifi Photonics 1000 Series User manual

Automated Optical Switch | Switch 1000/1100/1400 Series
Quantifi Photonics Ltd. Version 3.04 2
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[phone]
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Version: 3.04

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Contents
1Conventions........................................................................................................................... 6
2Safety information...............................................................................................................7
Optical laser radiation precautions.......................................................................................................................... 7
Electrostatic discharge precautions........................................................................................................................ 7
Electromagnetic compatibility.................................................................................................................................... 7
3Introducing the Switch 1000/1100/1400 Series –Optical switch........................ 8
Switch 1000/1100/1400 PXIe modules overview & features ..........................................................................8
3.1.1 1x1, 1x2 & 1x4 Switch PXIe modules (1003 & 1008 examples).........................................................8
3.1.2 Crossover Switch PXIe module ..................................................................................................................9
3.1.3 Duplex Switch PXIe module..........................................................................................................................9
3.1.4 1xN Switch PXIe modules (1106 example)...............................................................................................9
Switch 1000/1100/1400 MATRIQ instruments overview ................................................................................ 10
3.2.1 1x4 Switch MATRIQ instrument................................................................................................................ 10
3.2.2 Crossover Switch MATRIQ instrument................................................................................................. 10
Status LEDs..........................................................................................................................................................................11
3.3.1 1x1 & 1x4 Switch..................................................................................................................................................11
3.3.2 1x2 Switch.............................................................................................................................................................11
3.3.3 Crossover Switch..............................................................................................................................................11
3.3.4 Duplex Switch.....................................................................................................................................................11
3.3.5 1xN Switch ............................................................................................................................................................11
4Connecting optical fibers................................................................................................12
Cleaning and connecting optical fibers.................................................................................................................12
5Handling the Switch 1000/1100/1400 Series products..........................................13
Switch 1000/1100/1400 PXIe module installation...............................................................................................13
Switch 1000/1100/1400 PXIe module uninstallation .........................................................................................14
Switch 1000/1100/1400 MATRIQ instrument installation...............................................................................15
6Software installation information for Switch 1000/1100/1400 Series .............16
Cohesion Installer information for PXIe modules............................................................................................. 16
6.1.1 Installation overview ..................................................................................................................................... 16
6.1.2 Installation process........................................................................................................................................ 16
Quantifi Photonics PXIe system utility applications.........................................................................................18
6.2.1 Cohesion Manager utility............................................................................................................................ 19
6.2.2 Cohesion Firmware Updater utility ....................................................................................................... 20

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Installing software for MATRIQ instruments.......................................................................................................21
6.3.1 Installing Cohesion Operator on client computer(s) .......................................................................21
6.3.2 Checking MATRIQ firmware versions and other product information ................................ 23
6.3.3 Upgrading a MATRIQ instrument with the latest firmware....................................................... 24
6.3.4 Restoring factory settings on a MATRIQ instrument.................................................................... 25
7CohesionUI...........................................................................................................................26
Accessing CohesionUI for PXIe modules............................................................................................................. 26
Accessing CohesionUI for MATRIQ instruments ............................................................................................. 26
Home page.........................................................................................................................................................................27
Modules list ....................................................................................................................................................................... 29
7.4.1 Set and Actual values.................................................................................................................................. 29
Settings page................................................................................................................................................................... 30
7.5.1 System controls for PXIe modules...........................................................................................................31
7.5.2 Network and Update settings controls for MATRIQ instruments........................................... 32
7.5.3 Configuring the Network Interface settings for MATRIQ instruments................................. 32
7.5.4 Setting the USB IP address for MATRIQ instruments.................................................................. 33
7.5.5 Setting the Ethernet IP address for MATRIQ instruments......................................................... 33
SCPI Command Console (available on PXIe modules) ................................................................................. 34
Info panel.............................................................................................................................................................................37
8Switch 1000/1100/1400 Series control with CohesionUI......................................38
9Programming guide .........................................................................................................40
Programming conventions ..........................................................................................................................................41
9.1.1 Index addressing of modules (slot, source) and units (channel)................................................41
Common system command summary................................................................................................................. 42
Common system command descriptions........................................................................................................... 42
Specific command summary.................................................................................................................................... 43
Specific command descriptions.............................................................................................................................. 43
9.5.1 Slot commands............................................................................................................................................... 43
9.5.2 Configuration commands...........................................................................................................................44
Switch PXIe Multi Chassis mode operation ....................................................................................................... 45
9.6.1 NI-MAX application Multi Chassis mode ............................................................................................ 45
9.6.2 SCPI Multi Chassis commands............................................................................................................... 45
SCPI Command Console (available on MATRIQ instruments)...................................................................47
10 Example: Control of a Switch 1000/1100/1400 Series with SCPI......................49
NI-MAX application........................................................................................................................................................ 49
NI-VISA application........................................................................................................................................................ 50
Python® 2.7 code example............................................................................................................................................51

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MATLAB® code example ............................................................................................................................................. 52
LabVIEW™ application.................................................................................................................................................. 53
10.5.1 Soft Panels........................................................................................................................................................ 53
10.5.2 LabVIEW™ Virtual Instruments (VIs) ...................................................................................................... 54
11 Maintenance.......................................................................................................................55
Annual calibration schedule...................................................................................................................................... 55
12 Technical support..............................................................................................................56
Contacting the Technical Support Group........................................................................................................... 56
Transportation................................................................................................................................................................. 56
13 Warranty .............................................................................................................................. 57
General information.......................................................................................................................................................57
Liability .................................................................................................................................................................................57
Exclusions............................................................................................................................................................................57
Certification ...................................................................................................................................................................... 58
Service and repairs ....................................................................................................................................................... 58

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1Conventions
Before using the instrument described in this manual, take note of the following conventions:
Indicates a potentially hazardous situation which, if not avoided, could result in death or serious injury.
Do not proceed unless the required conditions are met and understood.
Indicates a potentially hazardous situation which, if not avoided, may result in minor or moderate
injury. Do not proceed unless the required conditions are met and understood.
Indicates a potentially hazardous situation which, if not avoided, may result in component damage. Do
not proceed unless the required conditions are met and understood.
Refers to information about this product that you should not overlook.
Indicates some information that requires your attention or some extra information for the current
topic.

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2Safety information
Before using the Switch 1000/1100/1400 Series product, ensure that the following safety information has
been read and understood.
Optical laser radiation precautions
Do not install or terminate fibers while the light source is active. Care must be taken to ensure
that the instrument has been turned OFF before inspecting the end face(s) of the instrument,
or any optical patch cords connected to this instrument. Never look directly into a live fiber;
ensure that your eyes are protected at all times.
The use of controls, adjustments, and procedures other than those specified herein may result
in exposure to hazardous situations involving optical radiation.
Electrostatic discharge precautions
The Switch 1000/1100/1400 Series products are sensitive to electrostatic discharge (ESD). Store
the unused products in the original protective electrostatic packaging that the product was
shipped in.
Ensure that a wrist strap and grounding table mat is used when unpacking or handling the Switch
1000/1100/1400 Series product. Proper grounding and ESD management practices should always be
followed to ensure that no ESD damage is caused to the Switch product.
Electromagnetic compatibility
•For electromagnetic compatibility, this instrument is a Class A product. It is intended for use
in an industrial environment. There may be potential difficulties in ensuring electromagnetic
compatibility in other environments, due to conducted as well as radiated disturbances.
•Wherever the symbol is printed on the unit, refer to the instructions provided in the
device documentation for related safety information Ensure that the required conditions
are met and understood before using the product.

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3Introducing the Switch 1000/1100/1400 Series –Optical switch
Switch 1000/1100/1400 PXIe modules overview & features
The Switch 1000/1100/1400 Series product is an efficient solution for test procedure automation
designed to be used on the National Instruments PXIe platform. The MEMS based optical switch ensures
repeatable and low-loss switching to various test set-ups while taking advantage of the flexible
connectivity and high channel density form-factor.
All Crossover and Duplex Switch modules DO NOT HAVE A PARK STATE. When plugging optical
fibres into the ports or inspecting fibres, ensure that the optical source is OFF to prevent user
injury.
3.1.1 1x1, 1x2 & 1x4 Switch PXIe modules (1003 & 1008 examples)
1
Fastening screws
2
Routing indicator LED
3
Common optical port
4
Routing optical ports
5
PXIe headers
6
PXIe module / optical connector information
7
Fastening clip
1
Fastening screws
2
Routing indicator LED
3a
Channel 1 common optical port
3b
Channel 1 routing optical ports
4a
Channel 2 common optical port
4b
Channel 2 routing optical ports
5a
Channel 3 common optical port
5b
Channel 3 routing optical ports
6b
Channel 4 common optical port
6b
Channel 4 routing optical ports
7
PXIe module / optical connector information
8
Fastening clip
9
Switch PXIe module information
10
PXIe headers

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3.1.2 Crossover Switch PXIe module
3.1.3 Duplex Switch PXIe module
3.1.4 1xN Switch PXIe modules (1106 example)
1
Fastening screws
2
Routing indicator LEDs
3
A & B optical ports
4
1 & 2 optical ports
5
PXIe module / optical connector information
6
Fastening clip
7
Switch PXIe module information
8
PXIe headers
1
Fastening screws
2
Routing indicator LEDs
3a
A common optical port
3b
B common optical port
4a
A input / output optical port 1
4b
B input / output optical port 1
5a
A input / output optical port 2
5b
B input / output optical port 2
6
PXIe module / optical connector information
7
Fastening clip
8
PXIe headers
9
Switch PXIe module information
1
Fastening screws
2
Error status LED
3
Common optical port
4
Routing optical ports
5
PXIe module / optical connector information
6
Fastening clip
7
Switch PXIe module information
8
PXIe headers

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Switch 1000/1100/1400 MATRIQ instruments overview
•You must use the external power supply that has been supplied by Quantifi Photonics
with the unit. Any attempt to use a different external power supply may cause product
damage and will void your warranty.
•The external power supply that has been used with the unit can only be used with that
unit. Do not use it with any other product.
3.2.1 1x4 Switch MATRIQ instrument
3.2.2 Crossover Switch MATRIQ instrument
1
Status LEDs
2
Optical connector type
3
Common optical port
4
Routing optical ports
5
Ethernet port
6
Ventilation fan (DO NOT OBSTRUCT)
7
USB type B port
8
Power supply port
9
IP address LCD screen
10
On / Off push button
1
Status LEDs
2
Optical connector type
3
A & B optical ports
4
1 & 2 optical ports
5
Ethernet port
6
Ventilation fan (DO NOT OBSTRUCT)
7
USB type B port
8
Power supply port
9
IP address LCD screen
10
On / Off push button

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Status LEDs
The Status LEDs are used to denote the operation state of the Switch 1000/1100/1400 Series products.
The definition of LED states varies between switch models as shown below.
3.3.1 1x1 & 1x4 Switch
•Blinking yellow - Indicates initialization on startup.
•All off - Indicates that the Switch product is in the PARK state (State 0).
•Solid green - Indicates which state the Switch product is routed to.
•Solid red - Indicates a Switch error. Most often this means an invalid route position.
3.3.2 1x2 Switch
•Solid green - Indicates successful initialization and communication.
•Solid red - Indicates a Switch error. Most likely an initialization error at startup.
3.3.3 Crossover Switch
The Switch XX04 is a 2x2 crossover switch. This means that it has only 2 valid states: Transmit (T) and
Cross (C).
•Solid green - Indicates which state the Switch product is in (default is T).
•Solid red - Indicates there was an error in switching states. Only 1 LED will light up.
3.3.4 Duplex Switch
The Switch XX05 is a duplex switch. This means that it has only 2 valid states: 1and 2.
•Solid green –Indicates which state the Switch is in (default is 1).
•Blinking red - Indicates there was an error in switching states. Only 1 LED will light up.
3.3.5 1xN Switch
•Blinking yellow - Indicates initialization on startup.
•Solid green - Indicates successful initialization and communication.
•Solid red - Indicates a Switch error. Most likely an initialization error at startup.

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4Connecting optical fibers
To ensure maximum power and to avoid erroneous readings always inspect fiber end faces.
Make sure they are cleaned as detailed below before inserting into any port. Quantifi Photonics
is not responsible for damage or errors caused by bad fiber cleaning or handling.
The type of optical connectors on the Switch 1000/1100/1400 Series product can be found
printed on the front plate of the product. Joining mismatched connectors will damage the
ferrules and fibre faces.
To keep connectors clean and in good condition, Quantifi Photonics strongly recommends inspecting
them with a fiber inspection probe before connecting them. Failure to do so will result in permanent
damage to the connectors and degradation of future measurements.
Quantifi Photonics uses high quality connectors in compliance with EIA-455-21A standards.
Cleaning and connecting optical fibers
To connect the fiber-optic cable to the port:
1. Inspect the fiber using a fiber inspection microscope. If the fiber is clean, proceed to connect it
to the desired port. If the fiber is dirty, clean it as detailed below.
2. Clean fiber ends as follows:
a. Gently wipe the fiber end with a lint-free swab dipped in isopropyl alcohol.
b. Use compressed air to dry completely.
c. Visually inspect the fiber end to ensure its cleanliness.
3. Carefully align the connector and port to prevent the fiber end from touching the outside of the
port or rubbing against other surfaces. If the connector features a key, ensure that it is correctly
mated into the corresponding notch of the port bulkhead.
4. Push the connector in so that the fiber-optic cable is firmly in place, thus ensuring adequate
contact. If your connector features a screw sleeve, tighten the connector enough to firmly
maintain the fiber in place. Do not over tighten, as this will damage the fiber and the port
bulkhead.
If your fiber-optic cable is not properly aligned and/or connected, you will notice large signal
loss and reflection .

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5Handling the Switch 1000/1100/1400 Series products
Switch 1000/1100/1400 PXIe module installation
STEP 1: Power OFF the Chassis
STEP 2: Remove the module
from the antistatic bag.
Retain bag
STEP 3: Align module with slot
guide rails
STEP 4: Push module into slot
until resistance is felt from the
backplane connection
STEP 5: Engage the
fastening clip. Secure all
fastening screws
STEP 6: Power ON the chassis
•Do not remove the Switch 1000/1100/1400 Series product from the antistatic packaging
until instructed during the following installation procedure.
•The Switch product is sensitive to ESD. Ensure you are wearing a grounded wrist strap
at all times when handling the Switch product to prevent such damage.
•Take care not to handle the connectors on the Switch product, as once they are exposed
to skin contact this may leave corrosive residue which can damage the connector.
DO NOT attempt to remove or adjust any component of the PXIe chassis while the power is
on. Ensure the chassis is powered OFF, and that the correct handling procedure detailed
herein is followed when removing or installing any modules.
After powering on the PXIe chassis, please wait at least 2 minutes before attempting to
communicate with the instrument. This will allow the chassis enough time to finish boot
procedures and initialize the communication server.

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Switch 1000/1100/1400 PXIe module uninstallation
STEP 1: Power OFF the
chassis
STEP 2: Unsecure the fastening
screws and fastening clip
STEP 3: Pull out the module.
USE THE FASTENING CLIP TO
PULL. DO NOT PULL ON THE
CONNECTORS
STEP 4: Store module in
antistatic bag
STEP 5: Power ON the chassis

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Switch 1000/1100/1400 MATRIQ instrument installation
•You must use the external power supply that has been supplied by Quantifi Photonics
with the unit. Any attempt to use a different external power supply may cause product
damage and will void your warranty.
•The external power supply that has been used with the unit can only be used with that
unit. Do not use it with any other product.
STEP 1:
Insert power cord
STEP 2:
Power ON the instrument
STEP 3:
via USB –Connect USB cable
STEP 3:
via Ethernet –Connect Ethernet cable
STEP 4:
IP address will appear on the LCD screen
via USB via Ethernet

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6Software installation information for Switch 1000/1100/1400 Series
The installation process varies between the PXIe Modules (6.1) and the MATRIQ Instrument (6.3).
Refer to the relevant section according to the product type.
Cohesion Installer information for PXIe modules
The software must be installed on the PXIe Controller for the PXIe Chassis in which the Quantifi
Photonics modules will be installed, or the controller PC in the case of a MXI setup.
Minimum System Requirements: 64bit OS, Windows 7 or above.
Recommended System Requirements: 64bit Windows 10.
The Cohesion Installer is a single installation package that contains all the required drivers and
software, to support and control Quantifi Photonics modules on the PXIe Platform.
6.1.1 Installation overview
For the PXIe Controller to communicate with the Switch 1000/1100/1400 Series installed in the chassis,
software and driver installations are necessary. This software is contained in the Cohesion Installer
single installer package.
•CohesionDriver: Drivers for Quantifi Photonics PXIe Modules
•CohesionSCPI: VXI11 compliant server for remote SCPI communication
•CohesionUI: Web-based Graphical User Interface
It recommended that you save all work and close any open programs before attempting to
install the required software packages above.
6.1.2 Installation process
Windows 10 64bit:
1. Locate and run the installer CohesionInstaller-3.XX.XX.exe from the provided USB media device (or
download from the Quantifi Photonics website).

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2. Follow the on-screen installation prompts.
3. Continue with the installation by following the on-screen installation prompts. Choose the default
installation type –CohesionUI with Apache.
4. Installation will continue with the Chassis Mode selection. The default setting is Single Chassis Mode.
If unsure, proceed with the default mode setting.
To operate in Multiple Chassis Mode, additional hardware modules are required. The Chassis
Mode can be changed at any time, so it is recommended to select Single Mode until all other
configuration requirements have been met.

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5. At the end of the installation, it is recommended to select the Reboot now option, and click Finish to
complete the installation process.
6. Windows Security Alert may prompt the user for network access. It is recommended that both
options be ticked, to allow any network configuration.
7. After rebooting the system, on startup a User Account Control prompt will be displayed to run the
Cohesion Firmware Updater Utility. Click Yes and proceed with the application.
Quantifi Photonics PXIe system utility applications
Contained within the CohesionInstaller 3.XX.XX are two utility applications:
•Cohesion Manager
•Cohesion Firmware Updater

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6.2.1 Cohesion Manager utility
The Cohesion Manager utility serves as a single window application to give the user an overview of the
status of all the Cohesion Software Services running on the system.
The Cohesion Manager can be accessed via the Windows Start Menu.
Cohesion Manager is designed as a single reference source to check
the status of all the running services in one contained window. The
utility also allows the user to start or stop the CohesionDriver service,
CohesionSCPI service, or CohesionUI service independently.
By default, all these Cohesion Software Services will start
automatically on startup of the Windows OS and need to be running to
facilitate proper communication with the Quantifi Photonics PXIe
modules. If there is an issue in detecting or communicating with the
modules, run the Cohesion Manager to check the status of the
software services.
•(Required) CohesionDriver –The CohesionDriver service which directly manages the installed
Quantifi Photonics modules.
•(Required) CohesionSCPI –The CohesionSCPI service which is the VXI11 compliant SCPI interface for
TCP communication with the installed Quantifi Photonics modules.
•(Optional) CohesionUI –An optional web service providing a graphical interface for simplified
operation of the installed Quantifi Photonics modules.
The Driver and SCPI services need to be running to facilitate communication with any
installed Quantifi Photonics module, therefore they are listed as REQUIRED.
On the right side of the Cohesion Manager window a list of all the installed Quantifi Photonics system
utilities is displayed.

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6.2.2 Cohesion Firmware Updater utility
The Cohesion Firmware Updater utility serves as a single window summary application to display the
current firmware status of all the Quantifi Photonics PXIe modules installed in the chassis.
The Cohesion Firmware Updater utility can be accessed via the Cohesion Manager application (see
Section for more 6.2.1 information).
Whenever a new version of the CohesionInstaller is installed on the system, the Cohesion Firmware
Updater utility will automatically launch after the system is rebooted. It will show the user the firmware
status of all installed Quantifi Photonics modules and allow the user to update the firmware to a new
version if applicable.
If a module’s firmware is out of date, it is highly recommended to update the firmware to the new
available version. Clicking the Automatic button will update the module(s) to the latest supported
firmware for the installed packages on the system.