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Embedded Software(CPU) - List of Manufacturers, Suppliers, Companies and Products | IPROS GMS

Last Updated： Aggregation Period:Jul 29, 2026～Aug 25, 2026
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Embedded Software Product List

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[Contract Development] Embedded Software

[Contract Development] Embedded Software

We provide development services to meet various customer requests!

Since its establishment, our company has been engaged in the development of embedded software for many years. Embedded systems require design considerations such as control in limited hardware environments and constraints on processing time and memory. Our engineers, who have accumulated extensive embedded technology, are fully equipped to provide development services that meet various customer needs. 【Supported OS】 ■ μITRON: Design and development of efficient multitasking environments ■ Embedded Linux: Low-cost, short delivery development ■ No OS: Development prioritizing real-time performance *For more details, please refer to the related links page or feel free to contact us.

  • Embedded system design service
  • Embedded Software

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[Contract Development] Enhancing Product Value! GUI Development for Embedded Systems

[Contract Development] Enhancing Product Value! GUI Development for Embedded Systems

Leave the latest GUI implementation to Fujisoft! Why not introduce an intuitive and user-friendly UI to enhance user satisfaction?

An embedded GUI refers to the graphical user interface used in embedded systems. By equipping embedded products with an appropriate GUI, we can enhance the user experience, increase the value of the product, and improve user satisfaction. - Leave it to Fujisoft! - ■ Refreshing Old UIs Continuing to use an outdated UI gives the impression of being behind the times! By refreshing the UI and updating it to the latest GUI, we can ensure long-term operation that keeps pace with the times. ■ Intuitive Operation We provide an interface that anyone can operate intuitively. Even first-time users can use it with confidence, offering a comfortable experience for all users. ■ UI Changes According to TPO We provide a UI that perfectly fits the scene of stores and services. With optimal UI design tailored to the location and time, smooth operation is possible in any situation. ■ Optimized for Embedded Devices By designing for maximum performance even with limited resources, we reduce memory consumption, minimize CPU usage, and maintain the overall performance of the device.

  • Other embedded systems (software and hardware)
  • Embedded Software

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[For In-Vehicle System Developers] 'RTOS (μC3) + Linux'

[For In-Vehicle System Developers] 'RTOS (μC3) + Linux'

Coexistence of RTOS and Linux! Easily achieve communication between operating systems! Effectively utilize the real-time performance of RTOS and the rich software assets of Linux!

"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 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

  • Embedded OS
  • Embedded Software

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[Contract Development] Renesas Genuine μITRON Real-Time OS

[Contract Development] Renesas Genuine μITRON Real-Time OS

Overwhelming low-layer technical expertise that supported the "simultaneous release" of the new microcontroller and the genuine RTOS in collaboration with the CPU core/compiler team.

The development of the "kernel itself," which is the deepest part of a real-time operating system (RTOS), provides extremely advanced system programming techniques. We have a solid track record over many years in the development of the pure μITRON kernel (such as the RI600 series) as an official commissioned development project from a major domestic semiconductor manufacturer (Renesas Electronics). Especially during the launch of new microcontrollers, we have successfully completed challenging joint projects by closely coordinating with the CPU core development team and the compiler development team within the manufacturer, releasing the pure RTOS simultaneously with the market release of the microcontroller (MCU). If you are facing difficulties that require specialized knowledge of the kernel layer, such as customizing existing μITRON kernels, porting to specific microcontroller boards, or conducting rigorous debugging around the OS, please feel free to consult with us.

  • Embedded system design service
  • Embedded Software

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BSP development in the Zynq-7000/eT_Kernel environment

BSP development in the Zynq-7000/eT_Kernel environment

Implementation of various drivers on eT_Kernel to harness the performance of Zynq-7000 (ARM Cortex-A9).

At Alive Vision Software, we handle the essential **"BSP (Board Support Package) construction" and "device driver development"** during the launch of new hardware. In this achievement, we were responsible for building a platform for hardware manufacturers in the development of radiation measuring instruments. Under the high-performance SoC "Zynq-7000" and real-time OS "eT_Kernel" environment, we reliably developed various drivers, including the VDMA driver for screen display, MIO driver, and GPIO driver, providing a stable operating foundation. We respond to challenges at the low layer level, such as "I want to entrust the OS porting and environment construction to a new microcontroller/SoC" and "I lack the manpower for developing dedicated drivers for peripheral functions and display control."

  • Embedded system design service
  • Embedded Software

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