イー・フォース List of Products and Services

The BLE+USB Entry Pack is an SDK for using our μC3-BLE Stack with Grapesystem's GR-USB host driver in a BLE-compatible USB adapter type Bluetooth module. Since certification under the Radio Law is not required, it also supports the commercialization of products that incorporate BLE communication. 【Features】Achieve BLE communication at low cost ■ No certification required under the Radio Law You can use commercially available BLE-compatible USB adapters (BLE 4.0/5.0) that have already obtained certification, so obtaining the Radio Law certification logo is unnecessary. ■ Sample provided for smartphones You can verify operation with a commercially available evaluation board + BLE-compatible USB adapter. BLE samples are included (Android). ■ Compatible with commercially available BLE-compatible USB adapters You can use commonly available BLE 4.0 and 5.0 USB adapters. The μC3-BLE Stack has confirmed operation up to BLE Ver. 4.2, and updates will continue to be provided as needed. #eForce #Wireless #BLE #USB #IoT #Embedded #SDK #Sensor #Smartphone

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The BLE+USB Entry Pack is an SDK for using our μC3-BLE Stack with Grapesystem's GR-USB host driver in a BLE-compatible USB adapter type Bluetooth module. By enabling machine control via smartphone, it eliminates the need for an LCD panel, thereby reducing hardware costs. 【Features】 Achieve low-cost BLE communication ■ No certification required under the Radio Law You can use commercially available BLE-compatible USB adapters (BLE 4.0/5.0) that have already obtained certification, so there is no need to obtain the Radio Law certification logo. ■ Sample provided for smartphones You can verify operation with a commercially available evaluation board + BLE-compatible USB adapter. BLE samples are included (Android). ■ Compatible with commercially available BLE-compatible USB adapters You can use commonly available BLE 4.0 and 5.0 USB adapters. The μC3-BLE Stack has confirmed operation up to BLE Ver. 4.2, and updates are planned in the future. #eForce #Wireless #BLE #USB #IoT #Embedded #SDK #Sensor #Smartphone #IndustrialMachinery #MachineControl

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The BLE+USB Entry Pack is an SDK for using our μC3-BLE Stack with Grapesystem's GR-USB host driver in a BLE-compatible USB adapter type Bluetooth module. Since certification under the Radio Law is not required, it also supports the commercialization of products that incorporate BLE communication. 【Features】 Achieve BLE communication at low cost ■ No certification required under the Radio Law You can use commercially available BLE-compatible USB adapters (BLE 4.0/5.0), so obtaining the Radio Law certification logo is unnecessary. ■ Sample provided for smartphones BLE samples are included that can be verified using a commercially available evaluation board + BLE-compatible USB adapter (Android). ■ Compatible with commercially available BLE-compatible USB adapters You can use commonly available BLE 4.0 and 5.0 USB adapters. The μC3-BLE Stack has confirmed operation up to BLE Ver. 4.2, and updates will continue to be provided as needed. #eForce #Wireless #BLE #USB #IoT #Embedded #SDK #Sensor #Smartphone

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**[Issue]** We want to develop a product that adopts multi-OS to differentiate it from existing products on the market. **[Deciding Factor for Adoption]** The ability to leverage both the real-time capabilities of RTOS and the rich middleware of Linux. **[Implementation Effect]** By putting Linux to sleep during normal operation and keeping RTOS always running, low power consumption is achieved. **[Used Products]** μC3 + Linux **<IoT Gateway Machine × μC3 + Linux>** ■ Trust in μC3 that we had from the beginning ■ There were no engineers who could use both Linux and RTOS, but there were sample codes that could be used as is ■ About Linux distributions *For more details, please refer to the PDF materials or feel free to contact us.* #RTOS #RealTimeOS #IoT #Linux #CPU #Microcontroller #DesignPeriod #Shortening #Flexibility #Simplicity #DynamicGeneration #Configuration #ROM #RAM #Seamless #Reliability #Wireless #eForce #EmbeddedDevelopment #MemoryEfficient #Embedded

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**[Issue]** Due to the performance requirements of the instrument, the introduction of an RTOS is necessary for real-time capabilities. **[Deciding Factor for Adoption]** The ease of implementation, clarity, and user-friendliness felt during evaluation. **[Implementation Effects]** Functions can now be divided into tasks, allowing for organized implementation. Utilizing technical support has also made customization easier. **[Product Used]** μC3/Compact **[Solution Details]** <Digital Piano × μC3/Compact> - Considering the adoption of an RTOS to operate USB middleware due to cost disadvantages. - The ease of use, clarity, and stability felt before implementation have prevented unnecessary troubles. - The μC3 footprint was surprisingly small. *For more details, please refer to the PDF document or feel free to contact us.* #RTOS #RealTimeOS #CPU #Microcontroller #DesignPeriod #Shortening #Agility #Simplicity #DynamicGeneration #Configuration #ROM #RAM #Reliability #Wireless #eForce #EmbeddedDevelopment #MemoryEfficiency #Embedded #EmbeddedSystems

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We are introducing case studies of companies that have actually implemented RTOS for embedded systems, including TKK Works Co., Ltd., Kawai Musical Instruments Manufacturing Co., Ltd., and Japan Radio Co., Ltd. We have detailed customer feedback on the reasons for implementation and the user experience of the products after implementation. This is essential reading for anyone interested in "μC3/Compact" and "μNet3"! You can view it now from "PDF Download." We have published case studies. 【Table of Contents】 1. Startup Development Case | TKK Works 2. Development Cost Reduction | Japan Radio 3. Creating High-Value-Added Products | Kawai Musical Instruments Manufacturing 4. Product Introduction #RTOS #RealTimeOS #IoT #Linux #CPU #Microcontroller #DesignPeriod #Reduction #Agility #Simplicity #DynamicGeneration #Configuration #ROM #RAM #Seamless #Reliability #Wireless #eForce #EmbeddedDevelopment #MemoryEfficient #Embedded #EmbeddedDevelopment

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This document explains the importance and approach to obtaining functional safety certification for embedded devices. It also addresses various questions about what a functional safety certified RTOS is. For those who want to significantly reduce man-hours and costs and achieve a more efficient development environment, we encourage you to read this document. You can view it now by downloading the PDF. 【Questions covered in this document】 Q. What are the functional differences between functional safety certified RTOS and non-certified RTOS in eForce products? Q. Why is eForce providing an RTOS package now? Q. If the entire system is ultimately certified, is individual RTOS certification unnecessary? Q. When should one consider introducing a functional safety certified RTOS? Q. What are the benefits for a customer to raise their hand early?

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■ I want to implement IoT immediately 'iot-mos' is a new IoT edge device that allows anyone to easily achieve IoT implementation. It can be used in various scenarios such as environmental conservation, quality management improvement, and cost reduction. By simply preparing the main unit and devices according to your needs, you can implement IoT at a very low cost. ■ I want support for IoT product development For customers who struggle with certain aspects of development, such as "I can develop the cloud, but I can't create the edge" or "I have sensors, but I'm not good at communication," we provide product development support using e-Force's extensive software framework and iot-mos. This enables low-cost and short-term development compared to starting from scratch. iot-mos consists of iot-mos Core and iot-mos Cloud. By connecting iot-mos Core to existing devices or sensors, you can achieve IoT implementation immediately. Various communication methods such as Wi-Fi, LTE, and LoRa can be used to connect to iot-mos Cloud. We also have an introduction video for "iot-mos" available on YouTube. Please feel free to check it out!

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For customers who are not good at some aspects of development, we provide product development support using IoT-mos, based on the rich software frameworks of E-Force and the hardware development experience of Daisen Electronic Industry. This allows for low-cost and short-term development compared to starting from scratch! We offer a wide range of development support! 【Embedded Software】 - Control of sensors, motors, cameras, LCDs, etc. - TCP/IP and secure communication 【Wireless Communication】 - Communication programs using WiFi, BLE, LTE, LPWA, EnOcean, etc. 【Hardware】 - Hardware design and prototyping - Mass production of a few to about 10,000 units 【Cloud and Smartphone Applications】 - AWS application development - iOS and Android application development IoT-mos enables IoT development with a semi-custom feel. We can start with prototype development on a small scale, make improvements based on feedback from demonstration experiments, and seamlessly support up to final mass production. It will not just end with a PoC. If you are in need, please feel free to contact us!

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Common Issues with IoT Implementation 〇 Many experts are needed, but... → In reality, it is difficult to secure abundant resources. 〇 There is a gap in awareness within the organization... → There are numerous criticisms and requests from superiors and colleagues, making it hard to succeed. 〇 The gap in cost requirements is significant... → It is not realistic to ensure reliability while balancing flexibility and low costs. Many of you may be struggling with these issues, right? With 【iot-mos】, we can solve everything at once!! First, why not consult with us and quickly realize your IoT implementation? ● μC3 equipped with iot-mos has over 800 successful implementations! High reliability. ● Instead of scratch development, we utilize existing assets for low-cost and short-term development. ● Areas that cannot be covered by in-house resources will be supported by e-Force! If you want to implement IoT right away, please feel free to "Contact Us"! *Please also take a look at the materials on "iot-mos"! #IoT #EnOcean #Wi-Fi #LTE #Cloud

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This white paper categorizes major RTOS both domestically and internationally into three categories: ITRON specifications, POSIX-compliant specifications, and proprietary APIs, and introduces an overview of each. It explains the fundamental differences between RTOS, general-purpose OS (embedded Linux), and bare metal (OS-less) using charts and diagrams. The content is designed to be easily comparable for customers who are considering RTOS for the first time. We hope it will be useful in your future selection of RTOS. *The white paper provides detailed explanations based on objective research data! You can view it now by clicking "Download."

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The "iot-mos GATEWAY" previously used wired connections or BLE for connecting traditional sensor devices to the gateway, but it now supports EnOcean! Additionally, for cloud connectivity, it now supports LTE in addition to the existing Wi-Fi! ■ Want to implement IoT immediately 'iot-mos' is a new IoT edge device that allows anyone to easily realize IoT. It can be used in various scenarios such as environmental conservation, quality management improvement, and cost reduction. By simply preparing the main unit and devices suited to your needs, you can implement IoT at a very low cost. ■ I want support for IoT product development For customers who struggle with certain aspects of development, such as "I can develop the cloud, but I can't create the edge" or "I have sensors, but I'm not good at communication," we provide product development support using the rich software framework and iot-mos from e-Force. This enables low-cost and short-term development compared to starting from scratch. The official website of "iot-mos," an IoT platform that utilizes various sensor controls and software assets in embedded systems, has been renewed!

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This product can be used in conjunction with our RTOS, μC3. It supports a Wi-Fi combo module, allowing for simultaneous communication using Wi-Fi and BLE. The initial setup for Wi-Fi is also simplified. It supports future IoT technologies with its low power consumption and service diversity (developers can adjust specifications to suit their applications, including communication speed and power consumption), compatibility with commercially available BLE products, and ease of use with smartphones. 【Other Features】 ■ Can be used in conjunction with Wi-Fi ■ Obtained Host Subsystem certification ■ Reduces the man-hours and costs of obtaining certification during product development ■ Can coexist with WLAN ■ Sample programs included ■ Supports Bluetooth Low Energy 4.2 \ Proposal from E-Force / Remove the conventional LCD touch panel and implement the BLE and Wi-Fi module in the device. By decentralizing functions to be operable via smartphones and tablets, we achieve cost reduction in manufacturing. *For more details, please refer to the PDF document or feel free to contact us. #RTOS #BLE #IoT #Wi-Fi #LowPower

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**Deciding Factors for Adoption** - I didn't want to struggle too much in creating the environment. - The fact that the EtherCAT/Master stack and INTALOGIC samples were already compatible with μC3 also supported the decision to adopt. **Effects After Implementation** - Exclusive control is implemented at the OS level, allowing for safe usage. - Quality has become uniform and no longer reliant on specific individuals. - Startup time has been reduced. - Adding functions has become easier. - Contributed to shortening the development period's turnaround time (TAT). **Products Used** RTOS: μC3/Standard *For more details, please refer to the PDF materials or feel free to contact us.*

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**[Issues]** - The previously used high-performance embedded RTOS was too large in scale. - A straightforward and flexible development environment was needed. **[Deciding Factor for Adoption]** μC3 was chosen as the optimal RTOS to meet the specifications due to its compact and simple structure. **[Implementation Effects]** It operates in a way that feels intuitive, making it easy to use and familiar. **[User-Friendly RTOS that Aligns with Sensibilities]** - After implementation, it has received very positive feedback from the field for being user-friendly. - Development time has been significantly reduced! Especially, the startup of OS usage is very smooth. - Support responses have been very satisfactory. - The usability is good because if you follow what is written in the documentation and make adjustments by looking at the files, it operates as expected. **[Products Used]** μC3/Standard, μNet3/Professional *For more details, please refer to the PDF materials or feel free to contact us.* #RTOS #RealTimeOS #OS #Linux #CPU #Microcontroller #DesignPeriod #Reduction #Flexibility #Simplicity #DynamicGeneration #Configuration #ROM #RAM #NEC #NECDisplay #Projector

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【Expected Effects】 ■Processing Capability The remote control exchanges a large amount of data with the water heater itself and communicates with smartphones and servers, taking on an IoT gateway-like role, which requires a certain level of processing capability from the CPU. ■Real-Time Performance Since the water heater deals with fire, any misjudgment can compromise safety. Specifically, it is necessary to complete noise removal processing within a very short time frame of microseconds (μs). ■Support for Future Functionality Expansion There is a package available called "μC3 + Linux," which allows μC3 and Linux to coexist on a multi-core system. This provides reassurance for future expandability. 【Reasons for Choosing the OS】 The memory resources required by the OS and protocol stack are very small. ▶Depending on usage, μC3/Compact operates with approximately 2.4K to 10KB of ROM. 【Products Used】 RTOS: μC3/Compact Middleware: μC3/WLAN SDK *For more details, please refer to the PDF document or feel free to contact us. #RTOS #RealTimeOS #OS #CPU #WaterHeater

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**[Issues]** - There were instances in the past where the protocol stack code was modified. **[Deciding Factors for Adoption]** - μC3 and μNet3 provide not only binary offerings but also source code. - Technical support is available in Japanese. **[Implementation Effects]** - Functions could be divided into tasks, allowing for organized implementation. - Utilizing technical support made customization easier. **[Products Used]** μC3/Compact, μNet3 *For more details, please refer to the PDF materials or feel free to contact us.* #RTOS #RealTimeOS #OS #Linux #CPU #Microcontroller #DesignPeriod #Reduction #Flexibility #Simplicity #DynamicGeneration #Configuration #ROM #RAM #DomesticVessels #Workboats #Radar #OnboardCommunication #SerialCommunication #Ethernet #TechnicalSupport

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**[Issues]** There were challenges in the structure and management of the program, necessitating a complete redevelopment from the ground up. **[Deciding Factors for Adoption]** - Quick support for the microcontroller we wanted to use, along with a robust support system. - Development efforts were reduced thanks to a configurator that does not require coding. **[Implementation Effects]** - The design period was shortened more than expected. We experienced a 10-20% reduction in the coding period. - The debugger plugin enabled visibility into task management and stack usage. **[Products Used]** uC3/Compact, uNet3 *For more details, please refer to the PDF materials or feel free to contact us.* #RTOS #RealTimeOS #OS #Linux #CPU #Microcontroller #DesignPeriod #Reduction #Agility #Simplicity #DynamicGeneration #Configuration #ROM #RAM #JVCKenwood #Projector

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【Challenges Before Introducing μC3/Compact】 ■ We want end users to adopt CC-Link IE TSN as their network. ■ We want manufacturers developing remote devices to create CC-Link IE TSN compatible devices. ■ The CPUs that could be used with CC-Link IE Field were limited. ■ Therefore, we want to develop a general-purpose SDK. ■ We want to adopt an RTOS that supports a large number of CPUs. 【Expected Effects of μC3/Compact】 ■ The introduction of μC3/Compact will enable the development of CC-Link IE TSN compatible devices on various hardware. ■ It will make development easier for device manufacturers. 【Effects During Development After Introducing μC3/Compact】 ■ There was a response to technical support inquiries by the next day. ■ Zero issues caused by the RTOS. 【Product Used】 μC3/Compact *For more details, please refer to the PDF document or feel free to contact us. #RTOS #RealTimeOS #OS #Linux #CPU #DeviceDevelopment #RemoteDevices #MitsubishiElectric #Ethernet #IntegratedNetwork #SDK

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**[Issue]** The previously used RTOS had slow support response, which extended the development period. **[Deciding Factor for Adoption]** It had a proven track record and a good support system. **[Implementation Effect]** By utilizing technical support and support forums, we were able to resolve issues quickly, thus reducing development losses. The initial setup with μC3/Configurator significantly shortened the time required, reducing OS-related development losses from one month to zero. **[Products Used]** μC3/Compact, μNet3 *For more details, please refer to the PDF document or feel free to contact us.* #RTOS #RealTimeOS #OS #Linux #CPU #Microcontroller #DesignPeriod #Reduction #Socket #SkeletonCode #MiyagawaManufacturing #Reliability #PassengerCar #WorkVehicle #CommercialVehicle #Truck #Vehicle #Factory #Plant #M2M

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【Issues】 Select CPUs for each product being developed and implement hardware designs optimized for the control targets. For the previously used third-party OS, some driver and middleware porting and development were handled in-house. ➡ This took a very long time for development. 【Implementation Effects】 Reduced development time by approximately six months to one year. 【Products Used】 RTOS: μC3/Standard, μC3/Compact TCP/IP Stack: μNet3, EtherNet/IP *For more details, please refer to the PDF document or feel free to contact us. #RTOS #RealTimeOS #OS #Linux #CPU #DevelopmentTime #Reduction #OS #DriverDevelopment #Middleware #Control #Logistics #Factory #Industry #Processor

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【Challenges faced by Company T, a manufacturer and seller of unmanned aerial vehicles and radio equipment】 Wants to rapidly develop products that require ROM capacity and real-time performance. 【Key factors for adoption】 Integration with surrounding middleware and prompt technical support. 【Implementation effects】 ROM is optimized at the assembly level, and development time has been shortened by more than six months. 【Products used】 μC3/Compact *For more details, please refer to the PDF document or feel free to contact us. #RTOS #RealTimeOS #OS #Linux #CPU #Microcontroller #DevelopmentPeriod #Reduction #Agility #Simplicity #DynamicGeneration #Configuration #ROM #RAM #Seamless #TKCWorks #Reliability #Wireless

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What is μITRON? What is RTOS? We would like to introduce our webinar content aimed at those who have these questions. During the session held on December 17, 2021, we explained the "RTOS Basics." This content was suitable for those who want to know what RTOS (Real-Time Operating System) is or are considering implementing RTOS and would like to start by hearing about the basics. By introducing eForce's μC3 (RTOS), we were able to shorten the development period from six months to one year and reduce OS-related development downtime from one month to zero. If you are interested, please check the related links. [What we want you to learn in the webinar] ■ The flow of application creation on RTOS (Real-Time Operating System) ■ An overview of μITRON, which is adopted by μC3 (our RTOS product) ■ The mechanism of μITRON's operation, particularly regarding task execution *For more details, please refer to the related links or feel free to contact us.

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This product can be used in conjunction with our RTOS μC3. It supports a Wi-Fi combo module, allowing for simultaneous communication using both Wi-Fi and BLE. This makes the initial setup of Wi-Fi easy. Additionally, it has obtained Host Subsystem certification, which can reduce the time and costs associated with obtaining certification during product development. 【Features】 ■ Possible to use in conjunction with Wi-Fi ■ Obtained Host Subsystem certification ■ Reduction of time and costs for obtaining certification during product development ■ Coexistence with WLAN ■ Sample programs included ■ Supports Bluetooth Low Energy 4.2 *For more details, please refer to the PDF materials or feel free to contact us. - Challenges in Equipment Manufacturing Costs - Devices require an LCD touch panel, but the high cost of LCD touch panels is driving up manufacturing costs. \ Proposal from E-Force / Remove the conventional LCD touch panel and implement a BLE/Wi-Fi module in the device. By distributing functions to be operated via smartphones or tablets, we achieve a reduction in manufacturing costs.

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We will conduct verification work on the μC3 (RTOS) portion, which becomes a black box after implementation, on the board specified by our company and provide documentation of the verification results. This is a service that provides verification result documentation for manufacturers of medical devices and FA equipment, where high reliability is required. This allows for a smoother certification process for your equipment. 【Features】 - For devices that require strict quality standards, such as medical devices and industrial equipment - Reduces the man-hours required for certification acquisition through verification result documentation - Provides high-reliability services, which were traditionally high-cost, at a reasonable price - An option to hold your actual board and conduct all verifications is available *For more details, please refer to the PDF document or feel free to contact us.

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The "μC3 File System" is software that provides functions for file operations of FAT16/FAT32/exFAT on μC3. In addition to the ANSI C standard library, it adds useful functions such as reading directories and obtaining free space. It also supports device drivers for SD cards built into ARM Cortex-M and ARM Cortex-A series CPUs. 【Features】 ■ Supports FAT16/FAT32/exFAT ■ Suitable for data exchange with computers ■ Easy to understand with functions that have the same names as those in the standard C library ■ Functions for POSIX-like file operations are also available ■ Optional SD card drivers for various microcontrollers are provided *For more details, please refer to the PDF materials or feel free to contact us.

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"μC3+Linux" is a solution that allows Linux and RTOS to coexist on multi-core CPUs, enabling communication between the operating systems. 【Features】 ■ Supports different types of multi-core CPUs ■ Enables rapid application development ■ Facilitates easy communication between operating systems using a message-based API (RPMsg) ■ Complies with the OpenAMP specifications standardized by the Multicore Association ■ Allows for fast booting by starting μC3 first Our products have been adopted in a wide range of medical devices, including enzyme concentration devices, biometric monitors, microscopes, electrocardiograms, and AEDs. For more details, please refer to the PDF materials or feel free to contact us. #RTOS #Embedded #Hospital #MedicalDevices #BiometricMonitor #Microscope #Electrocardiogram #AED

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"μC3+Linux" is a solution that allows Linux and RTOS to coexist on a multi-core CPU, enabling communication between the operating systems. It supports both homogeneous (configured with the same processor core) and heterogeneous (configured with different processor cores) systems. By allowing two different types of operating systems to coexist, it effectively utilizes the real-time performance of RTOS and the rich software assets of Linux. 【Features】 ■ Supports different types of multi-core CPUs ■ Enables rapid application development ■ Facilitates easy communication between operating systems using a message-based API (RPMsg) ■ Complies with the OpenAMP specifications standardized by the Multicore Association ■ Allows for fast booting by starting μC3 first Our products have been adopted in a wide range of automotive-related devices and systems, including car navigation, in-vehicle infotainment systems, autonomous driving assistance devices, and electric vehicle wireless charging systems. For more details, please refer to the PDF materials or feel free to contact us. #RTOS #Embedded #Automotive #CarNavigation

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"μC3+Linux" is a solution that allows Linux and RTOS to coexist on a multi-core CPU, enabling communication between the operating systems. It supports both homogeneous (configured with the same processor core) and heterogeneous (configured with different processor cores) systems. By allowing two different types of OS to coexist, it effectively utilizes the real-time performance of RTOS and the rich software assets of Linux. 【Features】 ■ Supports different types of multi-core CPUs ■ Enables rapid application development ■ Facilitates easy communication between OS using message-based API (RPMsg) ■ Complies with the OpenAMP specifications standardized by the Multicore Association ■ Allows for fast booting by starting μC3 first Our products have been adopted in a wide range of industrial equipment, including measuring instruments, automatic ticket gates, power generation equipment, and surveillance cameras, with hundreds of successful implementations. For more details, please refer to the PDF materials or feel free to contact us. #RTOS #Embedded #IndustrialEquipment #AutomaticTicketGates #MeasuringInstruments #PowerGenerationEquipment #SurveillanceCameras

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"μC3+Linux" is a solution that allows Linux and RTOS to coexist on a multi-core CPU, enabling communication between the operating systems. It supports both homogeneous (configured with the same processor core) and heterogeneous (configured with different processor cores) setups. By allowing two different types of operating systems to coexist, it effectively utilizes the real-time performance of RTOS and the rich software assets of Linux. 【Features】 ■ Supports different types of multi-core CPUs ■ Enables rapid application development ■ Facilitates easy communication between operating systems using a message-based API (RPMsg) ■ Complies with the OpenAMP specifications standardized by the Multicore Association ■ Allows for fast booting by starting μC3 first *For more details, please refer to the PDF document or feel free to contact us.

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"μC3/Standard+M" is an RTOS (Real-Time Operating System) for multi-core processors that adds AMP-type multi-core extensions to "μC3/Standard." 【Features】 ■ Easy implementation of system load balancing ■ Inter-task communication functions can also be realized through inter-CPU communication ■ Programmable in the same way as single-core ■ Enables efficient programming ■ Compatible with middleware and device drivers that support "μC3/Standard" Our products have been adopted in a wide range of medical devices, including enzyme concentration devices, biometric monitors, microscopes, electrocardiograms, and AEDs. For more details, please refer to the PDF materials or feel free to contact us. #RTOS #Embedded #Hospital #MedicalDevices #BiometricMonitor #Microscope #Electrocardiogram #AED

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The "μC3/Standard+M" is an RTOS (Real-Time Operating System) for multi-core processors that adds AMP-type multi-core extensions to the "μC3/Standard." Based on the standard profile of μITRON4.0, it includes core-specific processing and resource allocation that leverages the features of AMP, as well as APIs for inter-core collaboration. It supports multi-core MPUs primarily in the Arm Cortex-A series. 【Features】 ■ Easy implementation of system load balancing ■ Enables inter-CPU communication for functions such as inter-task communication ■ Programmable in the same way as single-core systems ■ Allows for efficient programming ■ Compatible with middleware and device drivers that support "μC3/Standard" Our products have been adopted in a wide range of automotive-related devices and systems, including car navigation, in-vehicle infotainment systems, autonomous driving assistance devices, and electric vehicle wireless charging systems. For more details, please refer to the PDF materials or feel free to contact us. #RTOS #Embedded #Automotive #In-Vehicle #CarNavigation #AutonomousDrivingAssistance

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"μC3/Standard+M" is an RTOS (Real-Time Operating System) for multi-core processors that adds AMP-type multi-core extensions to "μC3/Standard." Based on the standard profile of μITRON4.0, it incorporates core-specific processing and resource allocation that leverages the features of AMP, as well as APIs for inter-core collaboration. It supports multi-core MPUs primarily in the Arm Cortex-A series. 【Features】 ■ Easy implementation of system load balancing ■ Enables inter-CPU communication for functions such as inter-task communication ■ Programmable in the same way as single-core systems ■ Allows for efficient programming ■ Compatible with middleware and device drivers that support "μC3/Standard" Our products have been adopted in a wide range of industrial equipment, including measuring instruments, automatic ticket gates, power generation equipment, and surveillance cameras, with hundreds of successful implementations. For more details, please refer to the PDF materials or feel free to contact us. #RTOS #Embedded #MeasuringInstruments #AutomaticTicketGates #PowerGenerationEquipment #SurveillanceCameras

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"μC3/Standard+M" is an RTOS (Real-Time Operating System) for multi-core processors that adds AMP-type multi-core extensions to "μC3/Standard." Based on the standard profile of μITRON4.0, it incorporates core-specific processing and resource allocation that leverage the features of AMP, as well as APIs for inter-core collaboration. It supports multi-core MPUs primarily in the ARM Cortex-A series. 【Features】 ■ Easy implementation of system load balancing ■ Functions such as inter-task communication can also be achieved through inter-CPU communication ■ Programming is possible just like with a single core ■ Efficient programming is achievable ■ Middleware and device drivers compatible with "μC3/Standard" are available *For more details, please refer to the PDF document or feel free to contact us.

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This is a high-performance processor designed to minimize interrupt disable time and prioritize interrupt responsiveness, enabling it to withstand advanced real-time control and processing. 【Features】 ■ Optimized for high-performance 32/64-bit processors ■ Extensive processor support ■ Diverse middleware options ■ A wide range of device drivers available Our company has a proven track record in a wide range of medical devices, including enzyme concentration devices, biometric monitors, microscopes, electrocardiograms, and AEDs. For more details, please refer to the PDF materials or feel free to contact us. ~Customer Challenges~ The traditional environment is too large in scale, making development cumbersome. We want a simple ITRON-compliant OS. ＼ Here’s how we solved it! ／ By abandoning the pre-packaged SDK and choosing the optimal OS that meets the specifications, we were able to develop in line with the developers' sensibilities. As a result, the development period was also shortened. #RTOS #Embedded #Hospital #MedicalDevices #BiometricMonitor #Microscope #Electrocardiogram #AED

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To enable high-performance processors to withstand more advanced real-time control, we have minimized interrupt disable time as much as possible and designed with interrupt responsiveness as a key issue. We support not only high-performance Arm Cortex-A and Arm Cortex-R series but also Arm Cortex-M and Renesas RX series. 【Features】 ■ Optimized for 32/64-bit high-performance processors ■ Extensive processor support ■ Diverse middleware compatibility ■ A wealth of device drivers available We have a proven track record in a wide range of automotive-related equipment and systems, including car navigation, in-vehicle infotainment systems, autonomous driving assistance devices, and electric vehicle wireless charging systems. For more details, please refer to the PDF document or feel free to contact us. ～Customer Challenges～ The conventional environment is too large in scale and requires too much development effort. We want a simple ITRON-compliant OS. ＼ This is how we solved it! ／ By abandoning the pre-packaged SDK and selecting the optimal OS that meets the specifications, we were able to develop in line with the developers' sensibilities. As a result, the development period was also shortened.

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To enable high-performance processors to withstand more advanced real-time control, we have minimized interrupt disable time as much as possible and designed with interrupt responsiveness as a key issue. This applies not only to Arm Cortex-M and Renesas RX series but also to high-performance Arm Cortex-A and Arm Cortex-R series. 【Features】 ■ Optimized for 32/64-bit high-performance processors ■ Extensive processor support ■ Diverse middleware compatibility ■ A wealth of device drivers available We have hundreds of adoption cases in a wide range of industrial equipment such as printers for food processing plants and food manufacturing, measuring instruments, power generation equipment, and surveillance cameras. For more details, please refer to the PDF materials or feel free to contact us. ~Customer Challenges~ The traditional environment is too large in scale, making development cumbersome. We want a simple ITRON-compliant OS. ＼ Here’s how we solved it! ／ By abandoning the pre-packaged SDK and selecting the optimal OS that meets the specifications, we were able to develop in line with the developers' sensibilities. As a result, we also shortened the development period.

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To enable high-performance processors to withstand more advanced real-time control, we have minimized interrupt disable time as much as possible and designed with interrupt responsiveness as a key issue. This applies not only to high-performance Arm Cortex-A and Arm Cortex-R series but also to Arm Cortex-M and Renesas RX series. 【Features】 ■ Optimized for high-performance 32/64-bit processors ■ Extensive processor support ■ Diverse middleware support ■ A wealth of device drivers available *For more details, please refer to the PDF document or feel free to contact us. ~Customer's Challenge~ In the conventional environment, the scale is too large, and development becomes cumbersome. We wanted a simple configuration of an ITRON-compliant OS. ＼ This is how we solved it! ／ By abandoning the pre-packaged SDK and selecting the optimal OS that meets the specifications, we were able to develop in line with the developers' sensibilities. As a result, the development period was also shortened. For more details, click here https://www.eforce.co.jp/case/nec/

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This is a compact RTOS based on the μITRON 4.0 specification, optimized to operate even on microcontrollers with small memory. 【Features】 ■ A compact kernel with a minimum size of 2.4Kbytes ■ Significant reduction in development time ■ Compatible with a wide variety of microcontrollers ■ A diverse range of middleware options available, including TCP/IP, security, wireless LAN, and FileSystem We have a proven track record of adoption in a wide range of medical devices, including enzyme concentration devices, biometric monitors, microscopes, electrocardiograms, and AEDs. ~Customer Challenges~ We want to rapidly develop products that require ROM capacity and real-time performance. ＼ Here’s how we solved it! ／ With μC3/Compact, we used a configurator to reduce development man-hours at startup, resulting in lower development costs! #RTOS #Embedded #Hospital #MedicalDevices #BiometricMonitor #Microscope #Electrocardiogram #AED

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This is a compact RTOS optimized to operate on small memory microcontrollers, compliant with the μITRON4.0 specification. Without directly configuring the source code, it allows for GUI-based configuration of the RTOS, TCP/IP, and devices through the included configurator, enabling automatic generation of base code. It has a proven track record as an ITRON-compliant OS compatible with Arm Cortex-M cores. 【Features】 ■ A compact kernel with a minimum size of 2.4Kbytes ■ Significant reduction in development time ■ Support for a wide variety of microcontrollers ■ A diverse range of optional middleware, including TCP/IP, security, wireless LAN, and FileSystem It has been adopted in a wide range of automotive-related devices and systems, such as car navigation systems, in-vehicle infotainment systems, autonomous driving assistance devices, and electric vehicle wireless charging systems. ~Customer Challenges~ We want to rapidly develop products that require ROM capacity and real-time performance. ＼ This is how we solved it! ／ With μC3/Compact, using the configurator reduces development man-hours at startup, resulting in lower development costs!

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This is a compact RTOS based on μITRON4.0 that runs on microcontrollers. Instead of configuring directly in the source code, it automatically generates base code for RTOS, TCP/IP, and device configuration through a GUI-based configurator included with the product. In Japan, it has a strong track record of adoption as an ITRON-compliant OS compatible with Arm Cortex-M cores. 【Features】 ■ A compact kernel with a minimum size of 2.4Kbytes ■ Significant reduction in development time ■ Compatibility with a wide range of microcontrollers ■ A variety of middleware options available, including TCP/IP, security, wireless LAN, and FileSystem We have hundreds of adoption cases in a wide range of industrial equipment such as analytical balances, microscopes, measuring instruments, and power generation equipment. For more details, please refer to the PDF materials or feel free to contact us. ～Customer Challenges～ We want to rapidly develop products that require ROM capacity and real-time performance. ＼ Here’s how we solved it! ／ With μC3/Compact, we used the configurator to reduce development man-hours during startup, which ultimately lowered development costs.

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This is a compact RTOS based on the μITRON4.0 specification, optimized to operate with only a small memory built into the microcontroller. Instead of directly configuring the source code, configuration is performed through the included configurator, allowing for GUI-based configuration of the RTOS, TCP/IP, and devices, as well as automatic generation of base code. In Japan, there are many adoption cases of ITRON-compliant OS that support ARM Cortex-M cores. 【Features】 ■ Compact kernel with a minimum size of 2.4Kbytes ■ Significant reduction in development time ■ Compatible with a wide variety of microcontrollers ■ A variety of middleware options available, including TCP/IP, security, wireless LAN, and FileSystem *For more details, please refer to the PDF materials or feel free to contact us.

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"IOT-MOS" is an IoT platform that provides an integrated environment from prototyping IoT products to mass production and services. We offer comprehensive system construction services using sensing devices, cloud, smartphones, smart speakers, and more. Utilizing the "Edge-Bridge-Cloud" framework, we build systems tailored to our customers' challenges. By using a highly abstract framework, we can achieve flexible IoT system construction at a low cost. [Features] - Provides an integrated environment from prototyping IoT products to mass production and services - Offers comprehensive system construction services using sensing devices, cloud, smartphones, smart speakers, etc. - Builds systems tailored to customers' challenges - Achieves flexible IoT system construction at a low cost by using a highly abstract framework *For more details, please refer to the PDF document or feel free to contact us.

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This is a TCP/IP stack for embedded systems designed to be used in combination with the μITRON specification RTOS "μC3." It supports protocols such as IPv4, ICMP, IGMP, ARP, TCP, UDP, FTP, HTTPd, DHCP, and DNS. Additionally, optional protocols like IPv6, PPP, and SSL are available. By adopting a simple dedicated API, it can be easily implemented even by beginners in network programming. 【Features】 ■ 2Kbyte TCP/IP suitable for microcontrollers ■ Rich protocol support ■ Extensive adoption in IoT devices ■ Security protocols for cloud connectivity *For more details about the product and other various materials, please visit our company website.

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