![]() ![]() Global Wearable Conferencing Technology Market 2023 Overview: Source: ezTalks Technology Co., Ltd.Discover Who You Really Compete Against In The Marketplace, Get PDF Sample Report Now! ![]() InfoComm 2017 is North America’s largest exhibition to show the newest innovations in audiovisual technology and hosts thousands of exhibitors, industry leaders, and technology products from around the world. Today they have more than 30 thousand global loyal company users. For years, ezTalks has earned its reputation for their stable and outstanding performance, easy-to-use design and affordable pricing. ezTalks provides cloud-based solutions, on-premise solutions and a series of video conference room equipment across desktop, mobile and meeting rooms to transform the way the enterprise communicates, connects employees, and gets work done with video meetings effectively. Users can experience sharing slides, screens, whiteboard, co-annotation, group and private chat and recording with up to 100 participants freely.ĮzTalks is a leading online video conferencing provider which enables users to host unlimited HD video conferencing with anyone at anytime. Users will get 5 devices for a 30 day trial to turn a meeting room into the perfect room.ĮzTalks Meeting 100-participants Freemium Plan at. Visitors can get a full run-down of ezTalks at booth 2791 in Orange County Convention Center, Orlando to experience hands-on demos and benefit from product experts with suggestions on how to make conferences effective.Īnyone who is not able to attend the event can also experience the service in the following ways:ĮzTalks Onion Free Trial at. With professional design, flexible multiple displays, powerful collaborative function, stable communication and high security, VPE3000 and VPE4000 integrated with on-premise video conferencing software bring an amazing experience for online meetings, remote trainings and healthcare.Īudiences are also available to VPM3000, the high-performance multipoint control unit (MCU) which connects multiple endpoint devices with large capacity, high stability and safety to provide perfect collaboration experience. The amazing point is that the price is 50% less than traditional service providers like Cisco, Polycom and Lifesize.ĮzTalks also showcases VPE3000, the solution for medium-size rooms and VPE4000 for large rooms. ![]() The installation process is easy and users can start a meeting within minutes with no need for an on-site technician. One of the highlights at the show is ezTalks Onion, an all-in-one video conferencing equipment integrated with software and 1080p camera with 120° wide angle lens, full frequency HD speaker and dual stereo microphones. At the show, the ezTalks team will present Cloud meetings from different terminals which let users connect with up to 100 participants, anywhere and anytime freely. Dedicated to the innovation of unified communication and collaboration technology, the ezTalks team is showcasing its frontier video conferencing solution and interpreting the value of video conferencing in connecting enterprise, strengthening integration and collaboration at booth 2791.įlexible Software Solution With 100 Participants FreeĪttendees will get a hands-on experience of the ezTalks Cloud Meeting solution which enables up to 100 participants to join a meeting without any cost. With 1,000 exhibitors and 40,000 attendees, InfoComm 2017 is committed to providing a global platform that gathers professionals, technology heads, industry leaders, enterprise executives and decision makers together in one place. EzTalks Technology Co., Ltd., the global leading video conferencing solution provider, is demonstrating its full portfolio of video conferencing solutions at Booth 2791 on June 14-16 at InfoComm 2017 in Orlando. ![]()
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![]() Linker script defines addresses and sizes of all sections, ie. I will explain which files are needed for the EFM32GG and which one can be skipped. The SDK for EFM32 is called “Gecko SDK” and can be downloaded straight from Github. This is one way of organizing the project files: I will refer to the firmware directory as “project directory” or “root directory”. The path to the bin directory of the toolchain has to be added to $PATH shell variable, so that it can be used without typing the whole path. I choose the Linux ZIP file and unpack it either to /opt/toolchains or somewhere in my home directory. The MCU is an ARM Cortex-M, so my preferred toolchain is GNU Arm Embedded straight from ARM. The toolchain is a name for compiler + assembler + linker + some other utilities that are used to make application binaries. Coincidentally, Simplicity Studio (the official IDE for EFM32) had problems downloading the SDK on my Gentoo due to some SWT bugs (my system is “too new”). The target device will be an EFM32GG332F512. I will show step-by-step how to assemble a standalone project with “bare hands”. When was the last time you have accidentally shipped a debug version? Or version with untested features? The less manual steps, the less opportunities for mistakes. The whole release process can be automated.An automated project can use automatic testing (for example: unit tests, hardware-in-the-loop testing).An automated project can use a build server common to all developers (less surprises with code that “works on my machine”™).It can also be done with a headless Eclipse CDT builder, but good luck with all the proprietary add-ons on a headless server □ make is a standard tool that has proven its worth (and very likely will still be used in the future).You control the whole situation – the libraries, the compilers, the scripts (and also have to carry out the maintenance yourself!).Benefits of a standalone project and own build system It was a mild hiccup (and some lost hours) that made me realize that, for long-term serious projects, I had to rely on my own tools. The IDE downloaded the SDK the first time it was run and it always downloaded the latest version. SDK was not part of the project, but part of the IDE. It took me and him some time to analyze the problem – it turned out that the SDK on his machine was newer and there were some API changes. After some more time I got back to the project, pulled the latest version only to find out that it does not build. Of course he also used the official tools. Some time later I was transferred to a different project and another developer took over. Of course I started by downloading the official tools, setting up a project, implementing some stuff, pushing it to the repository. Once, I was involved in a project using EFM32 (this it the main reason for this article!). I have seen at work many of the problems listed above, like engineers scrambling to find a Windows 2000 machine or VM (because it was the latest OS that the exotic tools could run on and they were lucky enough to have the original installation discs). How will the device behave when built with new/different tools? Will it have to be re-certified? Is there even a budget for that? War stories.Will the code compile with a new toolchain?.If only the latest version of the tools is available – will it open my project at all?.Where do I download all this stuff from after 10 years?.Will this particular SDK and libraries still be compatible with rest of my project after 10 years?.Will the IDE still support my (obsolete) chip after 10 years?.Will the IDE still still run on my operating system in 10 years from now?. ![]() Some problems that may pop up when the customer asks you to develop a new, small feature (or fix a bug): Embedded systems often have very long support lifetimes (10+ years). To build your project in an Eclipse-based IDEs with proprietary add-ons you have to rely on the supplier. IDEs are commonly based on Eclipse and creating a project for almost any chip in those IDEs is usually just a click away, so why would you ever want to make such a project from scratch, gather all header files, libraries and scripts? Read to find out why and how □ Most popular microcontrollers come with IDEs and tools provided by the manufacturer, like NXP, STM, TI or Silicon Labs. ![]() |