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May 26, 2026 BY
IN Prosoft

Prosoft PLX31-EIP-PND EtherNet/IP™ to PROFINET® IO Device Gateway

The EtherNet/IP™ to PROFINET® IO Device (slave) gateway offers bi-directional 

data transfers between EtherNet/IP™ controllers and a PROFINET® IO controller.

The EtherNet/IP™ Driver supports I/O connections for guaranteed data delivery or

Message instructions to send data to/from the PACs. The gateway supports 1440

bytes of input data and 1440 bytes of output data for larger applications.

In addition, the gateway’s multiple I/O connections, allow you to set different RPIs

for control data and module diagnostics, enabling you to optimize your Ethernet

bandwidth.

Features

 Embedded EDS Add-On Profile allows for simplified integration and reduced

configuration time for Rockwell Automation PACs.

 No ladder programming is required when using I/O connections.

 Multiple I/O connections allow you to set different RPIs for status and control

data, enabling Ethernet bandwidth optimization.

 Communication via an I/O connection provides guaranteed data delivery and

enables a PAC to monitor for communication faults.

 SD card slot (SD card optional) is used for storing configuration files in the

event of a disaster.

 ProSoft Discovery Service allows your PC to find the gateway and edit its default

IP address without being on the same subnet.

 Video setup tutorial provided at psft.com/Ap5

 Secure module configuration via module switch (v1.04 and greater).
May 26, 2026 BY
IN ZYGO

ZYGO CSI presents a number of advantages over other surface measurement technologies

In ZYGO’s systems, interferometer is contained in the microscope objective,

which provides both magnification as well as the integrated reference; and a filtered

white light source is used to illuminate the surface through the objective.

The short coherence length of white light causes the focus depth over which

interference occurs to be quite shallow – this enables CSI to examine rough and

discontinuous surfaces just as easily as smooth ones.

To create a map of the test surface, the objective or the entire microscope head

is moved (‘scanned’) perpendicular to the sample under test. A high speed, low noise

digital camera monitors the interference signal, and the advanced signal processing

algorithms in ZYGO’s Mx software interpret this signal for each pixel in the field of

view in seconds.

CSI presents a number of advantages over other surface measurement

technologies:

• It delivers very precise nanometer or sub-nanometer height precision at all magnifications

• It is a fast, consistent measurement, typically producing – 1.9 million pixels in just a

few seconds – again, at all magnifications

• CSI can be used on surfaces of virtually any material, color, and surface conditions.

It functions just as well whether the sample is super-smooth, very rough, flat, curved,

sloped, optically transparent, translucent, or opaque.

• CSI is able to use additional signal processing to measure in the presence of transparent

optical films that confound other measurement methods.

These advantages combine to provide exceptional application versatility as the same

instrument can be used for a wide range of applications.
May 26, 2026 BY
IN ZYGO

ZYGO Coherence Scanning Interferometry (CSI)

When specifying a 3D optical metrology solution, it is important to appreciate

that not all tools are the same, and users should look for solutions characterized

by their speed, superior measurement precision, magnification range, and the

ability to measure a broad spectrum of surfaces from the super-smooth to the

extremely rough.

ZYGO’s Coherence Scanning Interferometry (CSI) based 3D Optical Profilers

deliver best in class performance in all of these categories.

These systems use the principle of optical interference to measure a sample.

As shown in the image, illumination is divided into two paths where one travels

to a precision reference surface, and the other travels to the test surface.

The reflections from these two surfaces combine at a camera detector where they

interfere with each other, and a pattern of light and dark intensities is created.

That interference pattern represents the surface topography of the test surface.

In ZYGO’s systems, interferometer is contained in the microscope objective,

which provides both magnification as well as the integrated reference; and a filtered

white light source is used to illuminate the surface through the objective.
May 25, 2026 BY
IN ZYGO

ZYGO OEM 3D Optical Profiler Systems

OEM 3D Optical Profiler Systems

Leverage and integrate our industry-leading technology

Do you have a need for precise, high-speed, non-contact surface metrology and inspection?

Are you an OEM manufacturer or system integrator looking to partner with a leading company

with the experience to ensure your success? ZYGO’s 3D Optical profilers are now available

as a fully integrable solution with a long history of successful production integrations.

Why partner with ZYGO?

We bring decades of experience working with OEM manufacturers serving critical in-line

metrology, inspection and process control for advanced manufacturing applications.

Key industries served include:

• Consumer Electronics

• Automotive & Precision Machining

• Semiconductor

• Optics & Photonics
May 25, 2026 BY
IN ZYGO

Why ZYGO technology?

Why ZYGO technology?

We are experts in Coherence Scanning Interferometry (CSI). Our innovative and

differentiated enables the most precise and fastest measurement of surface topography.

3D areal surface roughness, step heights, flatness, film thickness, micro-geometry and

more are quantified down to sub-nanometer levels – with a single sensor solution.

• High-speed scanning and data processing for optimal throughput.

• Fully automated functionality and control of all hardware systems.

• Remote access API enables simple and complete control of the Mx™ software.

• Built in python scripting for creating custom functions and analyses.

Our experienced team of engineers and scientists are available to discuss your requirements

and metrology needs and can recommend optimal configurations to address your specific

requirements for speed, field-of-view, and part geometries. We look forward to partnering

with you on your next successful program.
May 25, 2026 BY
IN Prosoft

Prosoft PLX31-PND-MBS PROFINET® Device to Modbus® Serial Gateway

The PROFINET device to Modbus Serial gateway offers bi

directional data transfers between a PROFINET Controller and

Modbus serial (RTU and ASCII) devices. The serial port can be

configured as either a Modbus master or slave. The PROFINET

interface operates as a PROFINET Class A device (slave).

The PLX31-PND-MBS gateway is a stand-alone DIN-rail mounted

unit that provides Ethernet connectivity for network

communications, remote configuration, and diagnostics. The

onboard SD Card slot (SD card optional) is used for storing

configuration files that can be used for recovery, transferring the

configuration to another gateway, or general configuration backup.

Features

 PROFINET v2 certification with PROFINET class A compliance.

 Field-proven with thousands of Modbus serial devices, and multiple

PROFINET controllers from multiple vendors.

 Remotely view and diagnose Modbus and PROFINET networks.

 Remote configuration via the free, intuitive, ProSoft Configuration

Builder (PCB) software.

 The Modbus serial port supports master or slave mode.

 Secure module configuration via module switch (v1.04 and greater).

 Up to 10.000 16-bit registers can be used to exchange large amounts

of data.
May 25, 2026 BY
IN Prosoft

Prosoft PLX31-PND-MBS4 PROFINET® Device to Modbus® Serial Gateway with four serial ports

The PROFINET device to Modbus Serial gateway offers bi-directional data

transfers between a PROFINET Controller and Modbus serial (RTU and

ASCII) devices. Each Modbus serial port can be configured as either a

Modbus master or slave. The PROFINET interface operates as a PROFINET

Class A device (slave).

The PLX31-PND-MBS4 gateway is a stand-alone DIN-rail mounted unit that

provides Ethernet connectivity for network communications, remote

configuration, and diagnostics. The onboard SD Card slot (SD card optional) is

used for storing configuration files that can be used for recovery, transferring

the configuration to another gateway, or general configuration backup.

Features

 PROFINET v2 certification with PROFINET class A compliance.

 Field-proven with thousands of Modbus serial devices, and multiple PROFINET

controllers from multiple vendors.

 Remotely view and diagnose Modbus and PROFINET networks.

 Remote configuration via the free, intuitive, ProSoft Configuration Builder

(PCB) software.

 Each Modbus serial port supports master or slave mode.

 Secure module configuration via module switch (v1.04 and greater).

 Up to 10.000 16-bit registers can be used to exchange large amounts of data.
May 25, 2026 BY
IN Prosoft

Prosoft PLX32-MBTCP-PND Modbus® TCP/IP to PROFINET® Device Gateway

The Modbus TCP/IP to PROFINET device gateway offers bi-directional data

transfers between a PROFINET Controller and Modbus TCP/IP networks.

The Modbus TCP/IP driver uses Multiple Clients and Servers for faster data

throughput. The PROFINET driver operates as a PROFINET device (slave).

The PLX32-MBTCP-PND gateways are stand-alone DIN-rail mounted units

that provide two Ethernet ports for network communications, remote 

configuration, and diagnostics. The onboard SD Card slot (SD card optional)

is used for storing configuration files that can be used for recovery, transferring

the configuration to another gateway, or general configuration backup.

Features

 PROFINET v2 certification with PROFINET Class A compliance

 Field-tested with multiple Modbus TCP/IP devices, and PROFINET

controllers from multiple vendors

 Remotely view and diagnose Modbus TCP/IP and PROFINET networks

 Remote configuration via the free, intuitive, ProSoft Configuration Builder

 Multiple, simultaneous Modbus TCP/IP client and/or server connections

to allow for increased throughput

 Video setup tutorial provided on www.prosoft-technology.com

 Secure module configuration via module switch (v1.04 and greater)

 Up to 10.000 16-bit registers can be used to exchange large amounts

of data
May 25, 2026 BY
IN Prosoft

Prosoft PLX31-MBTCP-PND Modbus® TCP/IP to PROFINET® Device Gateway

The Modbus TCP/IP to PROFINET device gateway offers bi-directional

data transfer between a PROFINET Controller and Modbus TCP/IP

networks. The Modbus TCP/IP driver uses multiple clients and servers for

faster data throughput. The PROFINET driver operates as a PROFINET

device (slave).

The PLX31-MBTCP-PND gateways are stand-alone DIN-rail mounted

units that provide one Ethernet port for communications, remote

configuration, and diagnostics. The onboard SD Card slot (SD card

optional) is used for storing configuration files that can be used for

recovery, transferring the configuration to another gateway, or general

configuration backup.

Features

 PROFINET v2 certification with PROFINET class A compliance.

 Field-tested with multiple Modbus TCP/IP devices, and PROFINET

controllers from multiple vendors.

 Remotely view and diagnose Modbus TCP/IP and PROFINET networks.

 Remote configuration via the free, intuitive, ProSoft Configuration Builder

(PCB) software.

 Multiple, simultaneous Modbus TCP/IP client and/or server connections

to allow for increased throughput.

 Secure module configuration via module switch (v1.04 and greater).

 Up to 10.000 16-bit registers can be used to exchange large amounts

of data.
May 25, 2026 BY
IN Prosoft

Prosoft PLX32-EIP-PND EtherNet/IP™ to PROFINET® Gateway for dual subnets

The EtherNet/IP to PROFINET device gateway offers bi-directional data

transfers between a PROFINET Controller and EtherNet/IP networks. The

PLX32-EIP-PND gateway is a stand-alone DIN-rail mounted unit that provides

two Ethernet ports, with each port using a different subnet.

The onboard SD Card slot (SD card optional) is used for storing configuration

files that can be used for recovery, transferring the configuration to another

gateway, or general configuration backup. The EtherNet/IP Driver uses Class 1

I/O connections or Class 3 Message instructions. The PROFINET driver

operates as a PROFINET Class A device.

Features

 ODVA Approved

 PROFINET v2 certification with PROFINET Class A compliance

 EtherNet/IP and PROFINET certifications ensure the device is compatible with their respective network

 Field-tested with multiple PROFINET controllers from multiple vendors

 Remotely view and diagnose EtherNet/IP and PROFINET networks

 Embedded EDS AOP provided to allow for seamless integration to Studio 5000 and RSLogix 5000

 Using EtherNet/IP I/O connections, no ladder programming is required

 Multiple I/O connections to allow for increased throughput

 Secure module configuration via module switch (v1.04 and greater)

 Up to 10.000 16-bit registers can be used to exchange large amounts of data

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