ImaginaTIon Technologies, Microchip Technology and Digilent Inc. announced the launch of the Connected MCU Lab, which will combine the three university's respective university programs to develop new course content. This one-semester course is designed for students in electrical engineering and computer science at universities around the world to provide a brief introduction and foundation course for microcontrollers (MCUs). It brings a new interactive entry experience to the teaching of connected embedded systems – covering MCUs and input/output (I/O), real-time operating system concepts, advanced MIPS processor architectures, and cloud connectivity technologies – all The content will be presented in a new and unobtrusive terminology. Connected MCU Labs takes hands-on, hands-on approach to designing innovative Internet of Things (IoT) solutions using Wi-Fi®-enabled development boards, tools, software and cloud services – all the essentials are readily available. The course is based on Digilent's chipKITTM Wi-FIRE development board, which houses Microchip's popular PIC32MZ MCU with ImaginaTIon's 32-bit MIPS M-Class CPU. The chipKIT Basic I/O Shield can be used to extend Microchip's PICkitTM 3 in-circuit debugger. Teachers and students have free access to professional software tools, including the MPLAB® X integrated development environment, the MPLAB XC32 C compiler, and Microchip's MPLAB Harmony software development framework and ImaginaTIon's cloud technology. The Connected MCU Lab course was designed by Dr. Alexander Dean of North Carolina State University and includes handouts for each module, student handbooks, exercises, exams, answers, and a teacher's manual. Robert Owen, ImaginaTIon Global University Program Manager, said: "With the development of network connectivity technology and the need to simplify development work, embedded systems are rapidly turning to 32-bit MCUs. Therefore, the next generation of embedded system designers and developers need to know how to Linking the networked embedded system to the cloud. Since many university courses are still using 8-bit and 16-bit MCUs, this teaching requirement is even more urgent. The networked MCU lab can train the skills required by a new generation of engineers. 32-bit The MIPS CPU is at the heart of Microchip's popular PIC32 MCUs and is ideal for teaching and research projects, and the Wi-FIRE board is powerful enough to support difficult projects, making this course an important part of training students' professional skills. basis." The PIC32 MCU uses the same MIPS CPU IP core as the "MIPSfpga" built-in kernel. It is a soft IP core widely used in many computer architectures and SoC courses, so it can bring significant benefits to these two important engineering education programs. . Derek Carlson, deputy general manager of Microchip's development tools, said: "This new program demonstrates our commitment to providing the highest quality embedded education to the academic community. By using our popular high-performance MCU product PIC32MZ, we can Assisting a new generation of engineers and graduate students to understand the emerging needs of future applications and gain practical experience in IoT design. In addition, our MPLAB X integrated development environment and MPLAB Harmony integrated software framework will help students accelerate software integration and product The development cycle has a deeper understanding." Steve Johnson, General Manager of Digilent Inc., said: "At Digilent, our mission is to equip engineers and students with high-value, practical educational tools and courses that enable motor engineering and design technology to be understood and used by everyone. We are proud to partner with Imagination and Microchip to introduce a new curriculum to lead students into the exciting world of cloud-connected embedded devices. As an integral part of the connected MCU lab, the chipKIT Wi-FIRE development board can assist Students are more likely to embark on design projects and provide them with a variety of options during the development process to create challenging solutions." At present, 18 universities in Australia, China, Germany, Israel, Portugal, Russia and the United Kingdom have participated in the initial plan of connecting MCU laboratories. Industry voice: “The Networked MCU Lab is an exciting program that fits perfectly with the smart embedded systems courses we offer today. For students, hands-on learning to understand 32-bit microcontrollers and cloud connectivity technologies The potential is very important because it gives them insight into the technology of the existing industry and prepares them for their future career." ─ John Kneen, Associate Professor, Department of Engineering, RMIT University, Australia “My outstanding students' research areas include broadband access networks, computer communications, and monitoring. However, to develop students with skilled skills, we need a strong curriculum that covers the fundamentals of technology. The MCU Labs program is dedicated. We are very excited to be a member of this program for the best introductory courses designed for university students in electrical engineering and computer science." ─ Liu Jinghao, Associate Professor, Department of Electronic Information Engineering, Tianjin University “We are delighted to be the first users of the Connected MCU Labs program to assist our students in experimenting with different IoT designs and learning the essentials of microcontrollers and cloud connectivity technologies. This will help Students stepped out of the theoretical arena and benefited from the practical results of learning connected devices." ─ Frank Grimm, Professor, Department of Informatics, Zwickau University of Applied Sciences (WHZ), Germany “At Holon Institute of Technology (HIT), we are proud to teach students to learn innovative and advanced technology. This is why we are pleased to announce that we will be providing networked MCUs in our real-time systems lab from July 2016. Laboratory courses. We are convinced that this course will enable university students to correctly understand real-time embedded systems and train them to become future professional engineers." ─ Dr. Nonel Thirer, Senior Lecturer, School of Engineering, Holon Institute of Technology, Israel “MIET is already a member of Imagination's MIPSfpga and Networked MCU Labs initial testing program. Our students have benefited from MIPSfpga's hands-on training, so we look forward to further bringing connected MCU labs to our schools. Because this course provides an up-to-date, well-designed curriculum structure to teach future engineers to learn embedded solutions." ─ Alexey Pereverzev, Head of the Department of Computer Engineering, National Institute of Electronics and Electronics Research (MIET), Russia “In our EEE program, we hope to provide students with the greatest benefit of combining hardware and software tools in the course. This will help young engineers develop integrated products in a variety of different areas, including signal processing, image processing. , video processing and communication. With the rapid development of the Internet of Things (IoT), we are planning to include relevant technologies in our courses as early as possible. The networked MCU lab promoted by Imagination provides an excellent choice for engineering students. Provides a strong foundation for embedded systems and connected communication technologies, providing the complete end-to-end IoT solution we need." ─ Dr. Gordon Morison, Deputy Director, Department of Audio and Electronics, Glasgow Caledonian University, UK About the Imagination University Program The Imagination University Program (IUP) is designed to provide practical assistance to teachers around the world, enabling them to leverage Imagination's technology in their programs and student projects. The focus of this program is to provide the four important elements required for a course: a properly priced hardware platform, free software development tools, effective technical support, and excellent materials that truly meet the teaching needs. IUP will be open to all academic institutions. About Imagination Technologies Imagination is a global technology leader whose products are used by billions of consumers around the world. Imagination has a complete portfolio of silicon IP (silicon intellectual property) products, including the key multimedia, communications and general purpose processors needed to create SoCs (system-on-a-chip) that can be used to develop a wide range of mobile, consumer, and Automotive, enterprise, network infrastructure fabric, Internet of Things and embedded electronics. The company's unique software and cloud IP and system solutions complement these IP solutions to help its authorized customers and partners develop highly differentiated SoC platforms and bring products to market quickly. Imagination's authorized customers include leading semiconductor manufacturers, network vendors and OEM/ODM vendors that have developed the world's most iconic or disruptive innovations. About the University Program of Microchip Technology The Academic Program demonstrates Microchip's ongoing commitment to education and provides unique benefits and resources to teachers, researchers and students around the world. We can provide resources for the academic community to integrate Microchip products and technologies into their curriculum. About Microchip Technology Microchip Technology Inc. (Nasdaq: MCHP) is the world's leading provider of patented integrated microcontrollers, mixed-signal, analog devices and flash memory, providing low-risk products to thousands of consumer products worldwide. Development, lower total system cost and faster time to market. Headquartered in Chandler, Arizona, USA, Microchip offers outstanding technical support, reliable products and superior quality. About DIGILENT: As an independent wholly-owned subsidiary of National Instruments (NI), Digilent is a leading-edge design and manufacturing company in the field of FPGA and microprocessor technology. Since its inception in 2000, Digilent has continued to advance toward even greater goals, and so far you can find Digilent products in more than 2,000 universities in more than 70 countries around the world. As a multinational corporation with offices or offices in the US, China, Taiwan and Romania, Digilent is able to provide cost-effective, high-quality products and solutions to customers around the world. Digilent is also providing high-end OEM services to "leading" companies including Xilinx, Cypress Semiconductor, Microchip and National Instruments. About the DIGILENT Academy Program Founded in 2000, Digilent is the exclusive chip-board/system supplier for Xilinx Semiconductor's global education market, and a wholly-owned subsidiary of National Instruments (NI), dedicated to serving global teachers and students. Provide powerful and efficient Xilinx ALL Programmable digital system design hardware platform and software tools to effectively combine the teaching of the course with the practical application, and continuously improve the cross-type and system-level design education level of science and engineering in the world. With powerful tools such as Xilinx Vivado, the NI LabVIEW graphical system design development platform helps students learn from theory to implementation.
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