What is OPC UA

OPC UA is a data exchange standard for highly reliable industrial communication designed to transfer information from factories and process control equipment to large-scale host information systems. In recent years, it has been attracting attention for its support of Industrie 4.0 from Germany and Made in China 2025.

In the third industrial revolution, mechanization and automation were promoted using computers and IT technology. What the world is aiming for in the future is the realization of an industry in which machines, people, and products are intelligently coordinated by making further use of the information and communication technologies that have been cultivated thus far. For example, in the manufacturing field, smart factories are being considered. Data on the operating status of machines can be collected directly from machines and sent to networks for analysis and feedback. trying to connect In order to realize this, OPC UA, which can securely connect from the workplace to the cloud, has been adopted as the core communication protocol.

Matrikon ^® FLEX OPC UA SDK

The Matrikon ^® FLEX OPC UA SDK is an SDK developed by Matrikon for building systems that conform to the OPC UA standard.

Highly scalable design for use in any environment

When IoT progresses and smart factories start full-scale operation, it is expected that millions of data will be exchanged per second. Matrikon's SDK has a robust construction that anticipates this, and is designed with a small footprint and memory saving so that it can be used even in low-power embedded environments on the edge side. Therefore, it is a highly scalable SDK that can be used widely from embedded to enterprise.

Provide client and server SDKs that support the latest specifications

SDKs that follow the latest specifications are prepared for both servers and clients, and will be provided as needed.

Support system in Japan

We provide sample projects for major OSs, Japanese manuals, training, and support by Japanese engineers, which can greatly reduce the time required to introduce OPC UA.

World-class reliability

SDK developed by a group of experts who have been involved in OPC for over 20 years since the OPC Classic era. It is certified by the OPC Foundation and has a track record of adoption all over the world, making it a highly reliable product.

Main features

Scalability

• One SDK can be used in any environment
  • A design that can withstand large data transmission and reception for enterprises while being usable in a low-powered embedded environment with a small footprint design.
  • Supports single and multi-thread
  • OS/CPU independent design (installable without OS)
• Supports both OPC UA server and client (can be provided separately)

safety

• Passes rigorous testing by Matrikon's parent company, Honeywell's security team
• Completely non-use of open source, original development from the core

Full support system

• Provide Japanese manual and Japanese support
• Provide training or training videos

Ease of use

• API structure considering ease of application development
• Provides C-language compatible API (Basically written in C++ language)
• A sample TCP/IP stack is included. Can be handled with minimal development (If you are looking for a commercial TCP/IP stack, we recommend using HE-NET provided by our company)

Free evaluation version available for application development

Main Specifications

Matrikon ^® FLEX™ OPC UA SDK Quick Start Guide

*Click the cc button to display Japanese subtitles.

Technical support system

We provide technical support from dedicated personnel.

What is OPC UA

OPC UA is a data exchange standard for highly reliable industrial communication designed to transfer information from factories and process control equipment to large-scale host information systems. In recent years, it has been attracting attention for its support of Industrie 4.0 from Germany and Made in China 2025.

In the third industrial revolution, mechanization and automation were promoted using computers and IT technology. What the world is aiming for in the future is the realization of an industry in which machines, people, and products are intelligently coordinated by making further use of the information and communication technologies that have been cultivated thus far. For example, in the manufacturing field, smart factories are being considered. Data on the operating status of machines can be collected directly from machines and sent to networks for analysis and feedback. trying to connect In order to realize this, OPC UA, which can securely connect from the workplace to the cloud, has been adopted as the core communication protocol.

Matrikon ^® FLEX OPC UA SDK

The Matrikon ^® FLEX OPC UA SDK is an SDK developed by Matrikon for building systems that conform to the OPC UA standard.

Highly scalable design for use in any environment

When IoT progresses and smart factories start full-scale operation, it is expected that millions of data will be exchanged per second. Matrikon's SDK has a robust construction that anticipates this, and is designed with a small footprint and memory saving so that it can be used even in low-power embedded environments on the edge side. Therefore, it is a highly scalable SDK that can be used widely from embedded to enterprise.

Provide client and server SDKs that support the latest specifications

SDKs that follow the latest specifications are prepared for both servers and clients, and will be provided as needed.

Support system in Japan

We provide sample projects for major OSs, Japanese manuals, training, and support by Japanese engineers, which can greatly reduce the time required to introduce OPC UA.

World-class reliability

SDK developed by a group of experts who have been involved in OPC for over 20 years since the OPC Classic era. It is certified by the OPC Foundation and has a track record of adoption all over the world, making it a highly reliable product.

Main features

Scalability

• One SDK can be used in any environment
  • A design that can withstand large data transmission and reception for enterprises while being usable in a low-powered embedded environment with a small footprint design.
  • Supports single and multi-thread
  • OS/CPU independent design (installable without OS)
• Supports both OPC UA server and client (can be provided separately)

safety

• Passes rigorous testing by Matrikon's parent company, Honeywell's security team
• Completely non-use of open source, original development from the core

Full support system

• Provide Japanese manual and Japanese support
• Provide training or training videos

Ease of use

• API structure considering ease of application development
• Provides C-language compatible API (Basically written in C++ language)
• A sample TCP/IP stack is included. Can be handled with minimal development (If you are looking for a commercial TCP/IP stack, we recommend using HE-NET provided by our company)

Free evaluation version available for application development

Main Specifications

Matrikon ^® FLEX™ OPC UA SDK Quick Start Guide

*Click the cc button to display Japanese subtitles.

Technical support system

We provide technical support from dedicated personnel.

Linux/Android fast startup Ubiquitous QuickBoot original technology, instant startup and application execution state in just a few seconds.

• Japanese
• ENG

• overview
• Main function
• SDKs
• Video
• Adoption example

Ubiquitous QuickBoot Overview

New technology new release R2.0 that can instantly start Linux/Android in just a few seconds and restore the application execution state

Fast startup demo video

In recent years, there has been an increase in the number of cases where Linux and Android are used as OSs for digital home appliances and in-vehicle devices, which have increasingly complex functions. Starting up (cold boot) after power failure can take anywhere from tens of seconds to around a minute, which is an issue that should be improved by device manufacturers.
Especially for in-vehicle devices such as car navigation systems and drive recorders, it is essential to shorten the start-up time because the car starts running once the engine is started.

Ubiquitous QuickBoot is a software product that uses boot technology originally developed by Ubiquitous AI. It doesn't depend on how much memory your application is using, and it can be powered off and ready for you in just a few seconds. Being able to quickly start up and start operating devices with a user interface has been evaluated as enhancing user satisfaction. , radar equipment, medical diagnostic equipment, e-books, smart TVs, and more.

By using QuickBoot, it is possible to develop products such as digital home appliances and in-vehicle equipment that can instantly start up the system from a state where the standby power consumption is almost zero without impairing the user's operability.

Figure 1: Differences in working principle between hibernation method and quick boot

Reason for introducing QuickBoot

1. I want to improve usability, to relieve the stress of waiting

Digital consumer electronics:
It's something you use every day, so it's a source of dissatisfaction because you can't go to the desired channel immediately after turning on the power, or you don't want to wait for media playback.

In-vehicle information equipment such as car navigation systems:
After boarding, if you have to wait for tens of seconds to start the navigation system to search for your destination, it happens every time, which is a cause of dissatisfaction.

2. To use the necessary functions as fast as possible

Draco etc.:
Start up quickly and save the video to the SD card without missing the moment immediately after startup.

3. To improve productivity in the manufacturing process

When testing the software of products in the manufacturing process, if the startup time is long, it takes time to test each product, which greatly affects productivity.

4. To reduce standby power consumption and extend battery life (contribution to carbon neutrality)

In order to solve the problem of startup time, the time until startup can be shortened by making it wait in a so-called sleep state, but the problem of standby power remains. If high-speed startup is possible, the power can be completely turned off, so it is possible to extend the battery driving time by reducing the standby power to zero. Furthermore, by applying it to tens of millions and even hundreds of millions of electronic devices, it will lead to a huge reduction in power consumption, contributing to the realization of a carbon-neutral society.

Product lineup

QuickBoot SDK

QuickBoot SDK is an SDK (software development kit) for implementing QuickBoot in your target board environment.
The QuickBoot SDK provides code for applying QuickBoot to specific reference boards. It is designed so that you can easily implement QuickBoot by modifying the code according to your target environment.

QuickBoot R2.0 consists of the following two editions.

QuickBoot Android Pack (optional)

QuickBoot Android Pack is an optional product of QuickBoot SDK.

Currently, Android Pack supports a startup mode for Android called Static mode+, which allows snapshot images to be acquired at any time for Android applications, achieving high-speed startup.
In addition, it is possible to add/update/delete Android applications after starting QuickBoot and to reflect various setting values.
Specialized for embedding, this mode is optimal for device development using Android as a platform.

Oil-impregnated polyacetal bearing

Resin bearings with excellent mass productivity that can be used in a wide range of applications.

Oiles #80 is a self-lubricating bearing in which lubricating oil and special filler are evenly dispersed in polyacetal resin.

Usage range

• Lubrication condition: no lubrication
• Operating temperature limit (°C): -40 to +80
• Maximum allowable surface pressure P (N/ ^mm2 ): 17.5
• Maximum allowable speed V (m/s): 0.85
• Allowable maximum PV value (N/ ^mm2・m/s): 2.45

Features

• It can be used without lubrication and has excellent load bearing and wear resistance.
• It has a low coefficient of friction and excellent speed characteristics.
• Prevents stick-slip and squeaking noise.
• Complex shapes can be manufactured by injection molding, and mass production is also good.
• Various sizes of standard products and machining materials are available.
• Oiles #80-LVF is available as a low VOC grade.

Standard goods

We have many standard products. You can check the model number list (approximate dimensions) from this link.
*Some items may not be listed, so please refer to the catalog PDF for details.

Thank you for your help.

My name is Spring Summer Winter Isshin.

Good job! good work!

I am a cat.aaa

Oil-impregnated polyacetal bearing

Resin bearings with excellent mass productivity that can be used in a wide range of applications.

Oiles #80 is a self self-lubricating bearings in which lubricating oil and special filler are evenly dispersed in polyacetal resin.

Usage range

• Lubrication condition: no lubrication
• Service temperature range (°C): -40 to +80
• Allowable max. contact pressure : P (N/ ^mm2 ): 17.5
• Allowable max. velocity : V (m/s): 0.85
• Allowable max. PV value (N/ ^mm2・m/s): 2.45

Features

• It can be used without lubrication and has excellent load bearing and wear resistance.
• It has a low coefficient of friction and excellent speed characteristics.
• Prevents stick-slip and squeaking noise.
• Complex shapes can be manufactured by injection molding, and mass production is also good.
• Various sizes of standard products and materials for machining are available.
• Oiles #80-LVF is available as a low VOC grade.

Standard goods

We have many standard products. You can check the model number list (approximate dimensions) from this link.
*Some items may not be listed, so please refer to the catalog PDF for details.

Thank you for your hospitality. My name is Akinashi Pyua.
Yo-heave-ho!! that's enough for today!

Oil-impregnated polyacetal bearing

Resin bearings with excellent mass productivity that can be used in a wide range of applications.

Oiles #80 is a self-lubricating bearing in which lubricating oil and special filler are evenly dispersed in polyacetal resin.

Usage range

• Lubrication condition: no lubrication
• Operating temperature limit (°C): -40 to +80
• Maximum allowable surface pressure P (N/ ^mm2 ): 17.5
• Maximum allowable speed V (m/s): 0.85
• Allowable maximum PV value (N/ ^mm2・m/s): 2.45

Features

• It can be used without lubrication and has excellent load bearing and wear resistance.
• It has a low coefficient of friction and excellent speed characteristics.
• Prevents stick-slip and squeaking noise.
• Complex shapes can be manufactured by injection molding, and mass production is also good.
• Various sizes of standard products and machining materials are available.
• Oiles #80-LVF is available as a low VOC grade.

Standard goods

We have many standard products. You can check the model number list (approximate dimensions) from this link.
*Some items may not be listed, so please refer to the catalog PDF for details.

Thank you for your help. My name is Spring Summer Winter Isshin.
Good job! good work!

Filled polyester bearing

Features

1. Longer life 80% less swelling (compared to our phenolic bearing #425)
In water or in a humid environment, the initial clearance can be reduced due to the low swelling property, which leads to a longer life.

2. Weight reduction 80% weight reduction (compared to copper alloy bearings)
As it is overwhelmingly lighter than metal bearings, it is easy to assemble.

3. Oil-free <br>By replacing oil-lubricated copper alloy bearings with Fiber Freon GH, oil-free operation is possible, making it cleaner and reducing maintenance.

・Additionally, by replacing metal bearings, there are advantages such as the elimination of the initial grease application work and the prevention of contact corrosion between dissimilar metals.
・Complies with the Food Sanitation Law Positive List.

■From April 2021, the exterior will be white. (The range of use, mechanical properties, and friction performance will not change.)

Please refer to the electronic catalog for detailed product specifications.

Filled polyester bearing

Features

1. Longer life 80% less swelling (compared to our phenolic bearing #425)
In water or in a humid environment, the initial clearance can be reduced due to the low swelling property, which leads to a longer life.

2. Weight reduction 80% weight reduction (compared to copper alloy bearings)
As it is overwhelmingly lighter than metal bearings, it is easy to assemble.

3. Oil-free <br>By replacing oil-lubricated copper alloy bearings with Fiber Freon GH, oil-free operation is possible, making it cleaner and reducing maintenance.

・Additionally, by replacing metal bearings, there are advantages such as the elimination of the initial grease application work and the prevention of contact corrosion between dissimilar metals.
・Complies with the Food Sanitation Law Positive List.

■From April 2021, the exterior will be white. (The range of use, mechanical properties, and friction performance will not change.)

Please refer to the electronic catalog for detailed product specifications.

My name is Taro.

Oil-impregnated polyacetal bearing

Resin bearings with excellent mass productivity that can be used in a wide range of applications.

Oiles #80 is a self self-lubricating bearings in which lubricating oil and special filler are evenly dispersed in polyacetal resin.

Usage range

• Lubrication condition: no lubrication
• Service temperature range (°C): -40 to +80
• Allowable max. contact pressure : P (N/ ^mm2 ): 17.5
• Allowable max. velocity : V (m/s): 0.85
• Allowable max. PV value (N/ ^mm2・m/s): 2.45

Features

• It can be used without lubrication and has excellent load bearing and wear resistance.
• It has a low coefficient of friction and excellent speed characteristics.
• Prevents stick-slip and squeaking noise.
• Complex shapes can be manufactured by injection molding, and mass production is also good.
• Various sizes of standard products and materials for machining are available.
• Oiles #80-LVF is available as a low VOC grade.

Standard goods

We have many standard products. You can check the model number list (approximate dimensions) from this link.
*Some items may not be listed, so please refer to the catalog PDF for details.

Thank you for your hospitality. My name is Akinashi Pyua.
Yo-heave-ho!! that's enough for today!

Oil-impregnated polyacetal bearing

Resin bearings with excellent mass productivity that can be used in a wide range of applications.

Oiles #80 is a self-lubricating bearing in which lubricating oil and special filler are evenly dispersed in polyacetal resin.

Usage range

• Lubrication condition: no lubrication
• Operating temperature limit (°C): -40 to +80
• Maximum allowable surface pressure P (N/ ^mm2 ): 17.5
• Maximum allowable speed V (m/s): 0.85
• Allowable maximum PV value (N/ ^mm2・m/s): 2.45

Features

• It can be used without lubrication and has excellent load bearing and wear resistance.
• It has a low coefficient of friction and excellent speed characteristics.
• Prevents stick-slip and squeaking noise.
• Complex shapes can be manufactured by injection molding, and mass production is also good.
• Various sizes of standard products and machining materials are available.
• Oiles #80-LVF is available as a low VOC grade.

Standard goods

We have many standard products. You can check the model number list (approximate dimensions) from this link.
*Some items may not be listed, so please refer to the catalog PDF for details.

Thank you for your help. My name is Spring Summer Winter Isshin.
Good job! good work!