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Devices: AArch64, Siemens/Mentor Embedded Linux (MEL), Raspberry Pi and Xiaomi

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Hardware
  • We need Arm64 systems for developers. Again.

    Getting AArch64 hardware for developers is important. When it happen? One day. Maybe even before people forget that such architecture existed.

    We talk about it during each Linaro Connect. So far nothing serious came from it. We had some failed attempts like Cello or Husky. There is Synquacer with own set of issues. Some people use MACCHIATObin. Some still use Applied Micro Mustangs which should get a place in computer museums.

    It is chicken and egg issue. No one makes affordable AArch64 systems because no one buys them. Because no one makes them. Hardware vendors concentrate on server market — no chips to choose for developer systems.

  • Siemens PLM Software announces enterprise Mentor Embedded Linux (MEL) solution

    Siemens PLM Software announced an enterprise Mentor Embedded Linux (MEL) solution that provides electronics manufacturers secure, scalable and configurable distributions for industrial, medical, aerospace and defense applications. This MEL technology is a configurable distribution that provides an operating system platform for embedded systems development and is a result of the continued integration of the recently acquired embedded systems design capabilities from Mentor Graphics. The solution is based on Debian, an enterprise class, open source Linux operating system.

  • Siemens launches new enterprise class embedded Linux solution for embedded systems development

    With the growth of internet of things (IoT) and other smart devices, it is becoming increasingly complex and expensive for manufacturers to develop embedded distributions and applications for these devices based on the Linux® operating system. Siemens PLM Software today announced a new enterprise Mentor® Embedded Linux® (MEL) solution that provides electronics manufacturers secure, scalable and configurable distributions for industrial, medical, aerospace and defense applications. This new MEL technology is a configurable distribution that provides a robust operating system platform for embedded systems development and is a result of the continued integration of the recently acquired embedded systems design capabilities from Mentor Graphics. The solution is based on Debian, a broadly utilized, enterprise class, open source Linux operating system.

  • Raspberry Pi Begins Rolling Out The Linux 4.19 Kernel

    The Raspberry Pi folks have been working the past few months on upgrading their kernel in moving from Linux 4.14 to 4.19. That roll-out has now begun.

    Linux 4.19 has been the target of the Raspberry Pi Foundation due to this newer kernel being a Long-Term Support (LTS) release and thus will be maintained for the long-term. That large jump in the standard kernel version for Raspberry Pi ultimately means less work too for the developers involved: between 4.14 and 4,19, a lot of Raspberry Pi patches and other Broadcom improvements were upstreamed.

  • Raspberry Pi Updates Devices to Linux 4.19
  • Xiaomi’s 2019 goal is to release kernel source code more quickly for all its devices

    Just before MWC 2019, Xiaomi took to the stage at an event in China to launch the new Xiaomi Mi 9 and Mi 9 SE. Both the devices represent the best of what OEM has to offer, bringing in a high value device at a fraction of the cost of a premium flagship. While this approach lets them appeal to the average consumer, Xiaomi has also been quite developer-friendly, which makes them a good purchase even for those who are looking for a device with a very good third party development community. Xiaomi does not void the warranty of devices (in India at least) if you unlock the bootloader, and they have worked on significantly bringing down the waiting times for bootloader unlock requests too.

Siemens prefers Linux

  • Siemens’ New Linux Distribution Provides Solution for Embedded Systems Development

    Linux, the family of free and open-source operating systems, may not be as popular as Microsoft Windows when it comes to personal computing, but distributions based on the Linux kernel has widespread use on servers, mainframe computers, supercomputers, and other systems, including in embedded systems for industrial control and automation. Siemens has recently announced Mentor Embedded Linux (MEL), a commercial distribution based on Debian and designed for embedded systems with the help of Mentor Graphics.

    In embedded systems, the operating system is typically built into the firmware and tailored to the system. Chris Rommel, VDC Research vice-president, said, “As more engineering organizations recognize the value of open source solutions, next-generation embedded systems are also redefining software development needs. Although many developers have gained experience with enterprise Linux, those traditional solutions cannot meet the performance requirements of most embedded systems. The new Mentor Embedded Linux addresses this issue, providing an enterprise-class solution for those developers looking for a Linux development experience beyond that for the platforms based on Yocto commonly used in the embedded market.”

New embedded Linux solution

  • New embedded Linux solution

    With the growth of Internet of Things (IoT) and other smart devices, it is becoming increasingly more complex and expensive for manufacturers to develop embedded, Linux-based applications.

    With that in mind, Siemens introduces a new enterprise embedded Linux solution, Mentor Embedded Linux based on Debian which provides manufacturers with secure, scalable, and configurable distributions for industrial, medical, aerospace, and defence

    applications. This commercially proven and configurable distribution includes a robust operating system (OS) platform for embedded systems development – the result of the continued integration between Siemens AG and Mentor, now a Siemens business.

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