マイクロネット List of News Articles

RT-Python is a runtime that provides hard real-time control for Python applications responsible for AI and image processing on Windows PCs. 【Do you have these issues?】 - Unable to implement processes built with PyTorch or OpenCV for device control - The timing of time.sleep() or loop cycles does not behave as intended - While the average is fine, there are occasional significant delays - Sampling intervals are inconsistent, leading to unstable FFT or anomaly detection results The cause is that Windows is a general-purpose OS. It cannot guarantee an upper limit on processing time, and delays of several milliseconds to tens of milliseconds can occur unexpectedly. Therefore, traditionally, it was necessary to separate control to a PLC or another PC and build communication and synchronization. 【Main application examples】 Appearance inspection equipment / AI sorting machines / Robot vision 【Product introduction page】 Product details: https://www.mnc.co.jp/RT-Python/index.htm Demo video: https://www.youtube.com/watch?v=ofkmtsOTgmY For inquiries or estimates regarding implementation, please feel free to contact us.

On September 30, 2026 (Wednesday) from 14:00 to 15:00, we will hold an online seminar titled "MajiSemi." With the advancement of device functionality, there has been an increase in PLCs, motion controllers, and dedicated controllers, leading to challenges such as larger control panels, more complex wiring, and increased development and maintenance man-hours. This seminar will explain "PC-based control" as an option to address these challenges. We will introduce how real-time control is possible on a PC using the real-time OS "INtime," and what control functions can be consolidated onto a PC. Additionally, we will explain Contec's new industrial PC optimized for INtime. ■ Recommended for: - Those who feel challenged by the increasing complexity of device configurations due to the rise of PLCs and dedicated controllers. - Those interested in PC-based control but unsure about its mechanisms and implementation methods. - Those who want to learn how to utilize PCs for device control and about industrial PCs suitable for device control. - Those considering consolidating control functions or reviewing control architecture for next-generation devices. ★ This content can only be heard here! ★ https://majisemi.com/e/c/contec-20260930/M2B

On August 28, 2026 (Friday), I participated in the "AMD Embedded Computing Summit Tokyo 2026" and showcased a "Gesture Demo" as a partner of AMD. The demonstration introduced a configuration that combines gesture recognition using OpenCV, status reporting via LLM, and one-axis motor control using INtime 7.2 and RSI-ECAT, enabling collaboration between AI, image processing, and real-time control on a single PC. We presented a next-generation PC-based industrial control system that integrates AI, image processing, and real-time control on a single PC. <Overview of Demo Participation> https://www.mnc.co.jp/INtime/AMDxINtime/AMDEcsTokyoResults.html <Actual Demo Video> https://youtu.be/JmZke75_y0s <AMD CPU + INtime RTOS Introduction Page> https://www.mnc.co.jp/INtime/AMDxINtime/amdxintime.html #PC #RealTimeOS #IndustrialPC #AI

On August 28, 2026 (Friday), at Hotel New Otani in Chiyoda, Tokyo, Micronet will showcase a demo at the AMD Embedded Computing Summit Tokyo 2026, a technology event hosted by AMD focused on embedded and edge computing. This participation is aimed at officially supporting AMD CPUs, and we plan to set up INtime for Windows on the AMD CPU P100 evaluation CRB to demonstrate fieldbus control, image analysis, and AI processing. <<Micronet Special Page>> https://www.mnc.co.jp/INtime/AMDxINtime/AMDEmbeddedComputingSummit.html #PC #RealTimeControl #INtime #AMD Ryzen AI Embedded P100 Series Processor #AI #MotionControl

We are pleased to announce that in the software "INtime for Windows," which enables real-time control on Windows, we are now working on the development and verification for support of AMD CPUs in addition to the Intel CPUs we have traditionally supported. On the following page, we have published performance data and a video titled "The Possibilities of PC-Based Control Created by AMD CPU x INtime RTOS" using PCs equipped with AMD CPUs. We invite you to take a look. https://www.mnc.co.jp/INtime/AMDxINtime/amdxintime.html #RealTimeOS #PCControl #AMDCPU #Ryzen

We are pleased to announce that our company will be exhibiting at the "Industrial Open Network Exhibition 2026." July 7 (Tuesday) at the Osaka venue, September 11 (Friday) at the Tokyo venue. ● At our booth, we will propose a configuration that achieves industrial network control without using a dedicated fieldbus board, under the theme, "No dedicated board needed. Realizing PC Master with software." We will also introduce how to utilize a Windows PC as a real-time control controller, with a control cycle of 1/10000 seconds (100µs) as a keyword. ● We will also hold a seminar at both the Osaka and Tokyo venues. Seminar Title: Real-time PC control of 1/10000 seconds realized with RTOS "INtime" and EtherCAT. Time: 14:30 - 15:00 We sincerely look forward to your visit and participation in the seminar. Please register for your visit and seminar participation through the official website of the Industrial Open Network Exhibition. https://sangyo-open.net/

Windows has played an important role in control systems UI, HMI, data processing, and network collaboration, backed by a wealth of software assets and utilities. This seminar will explain the fundamentals of building a control system by integrating a real-time OS into a PC and dividing roles between Windows and real-time processing. We will cover basic concepts of RTOS, inter-OS communication, RTOS objects, hardware I/O, and interrupt processing, learning how to utilize a PC as a real-time control controller through demonstrations. This content is suitable for those looking to consolidate functions that were distributed across PLCs and dedicated controllers into a PC, considering a simple and low-cost system configuration. Date and Time: May 28, 2026 (Thursday) 10:00 AM - 5:00 PM Format: Online Seminar Participation Fee: 49,500 yen (tax included) for one person; 44,000 yen (tax included) per person for multiple participants Program: Refer to the URL for application details Instructor: MicroNet Co., Ltd. Organizer: Japan Techno Center Co., Ltd. Application Method: https://www.j-techno.co.jp/seminar/seminar-79345/

Ricoh PFU Computing Co., Ltd.'s embedded computer 'AR2100-120R' has completed the operational evaluation of the real-time OS "INtime" and is now INtime Ready. For the evaluation results of real-time performance, please see the following page. ◆ Measurement results of real-time performance and EtherCAT operation performance of 'AR2100-120R' https://www.mnc.co.jp/INtime/PC_Eval_report.html ◆ The embedded computer 'AR2100-120R' is optimal for embedded and edge computing applications https://rpc.ricoh.com/products/epc/ar/ar2x00_120r ◆ Pre-installed PC products with PC and real-time OS https://www.mnc.co.jp/SI/preinstallpc.htm #IndustrialPC #IPC #Control #RealTimeOS #EtherCAT #Controller

◆ Advantech Co., Ltd. Booth Number: W20-21 We will showcase the multi-platform "Cherry Pie," which enables real-time control application development using C/C++, ladder language (LD), function block language (FBD), and Python. Developers can utilize their preferred programming languages to create real-time control applications. Additionally, we will hold presentations at the Advantech booth from April 8 to April 10 at 13:00. 【Theme】 Real-time OS "INtime" that transforms a PC into a control controller ~ Control, coexistence with Windows, industrial communication, IT collaboration ~ ◆ Hagiwara Solutions, Inc. Booth Number: W26-40 We will demonstrate a three-axis synchronization of servo motors using Hagiwara Solutions' industrial PC 'CaptureVision' and the industrial real-time OS 'INtime.' The PC and servo are connected via EtherCAT. This demonstration showcases three motors operating in time synchronization through EtherCAT's Distributed Clocks (DC).

In recent times, there are concerns about a renewed global semiconductor shortage due to the explosive proliferation of generative AI. MicroNet Co., Ltd. proposes new measures to address "procurement risks" in industrial system development. This column points out the vulnerabilities of the traditional "distributed system (a configuration that separates hardware by function)." As a solution, it explains the effectiveness of "software integration," which consolidates functions onto a single PC using the real-time OS "INtime." Reducing the number of components and establishing a development system that does not rely on specific hardware serves as a strong defense against delivery delays and rising costs. We encourage you to read this as a hint for building systems that are not affected by procurement difficulties. [Column] Redefining "Procurement Risks" in Industrial System Development https://www.mnc.co.jp/tech_colmun_20260107.htm