Award-winning live broadcast | Typical application in the era of the Internet of Things

Latest update time：2020-01-06

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In the current development situation, IoT devices serve as an important support for building smart terminals, providing computing, communication and sensing technologies for smart applications of IoT. This live broadcast invited experts from Maxim and Avnet to share low-power processor solutions for IoT, wearables and industrial fields, and 5G accelerated IoT applications and digital transformation solutions. Sign up for the live broadcast to win exquisite gifts!

Registration time: From now until January 9, 2020

Live broadcast time: 9:55-11:35 am, January 9, 2020 (Thursday)

Live Topic: It’s coming, it’s already coming, typical applications in the era of the Internet of Things

Registration method: Scan the QR code below via WeChat, fill in and submit the registration information. Pre-registration, watching the live broadcast, and asking questions will have a chance to win the following exquisite gifts (70 in total).

Live Schedule

09:55-10:00 Opening Moderator

10:00-10:45 A Simple Introduction to Low-Power MCU Duan Wei, Senior Application Engineer at Maxim

10:45-11:30 5G accelerates IoT applications and digital transformation Li Weichang, Deputy Director of Solution Development, Avnet

11:30-11:35 End Moderator

Live Topic 1: Low-power MCU in simple terms

brief introduction:

o Low-power processor solutions for IoT, wearable and industrial fields

o Performance and application of Maxim low-power processors

o Rich design and support resources

Keynote Speakers:

Duan Wei

Senior Application Engineer at Maxim

Mainly responsible for Maxim's low-power MCU, including application, technical support and marketing of consumer and industrial products.

Live Topic 2: 5G accelerates IoT applications and digital transformation

brief introduction:

o Relationship between 5G development and the Internet of Things

o Edge computing and artificial intelligence applications emerge

o Opportunities for digital transformation

Keynote Speakers:

Gary Lai

Associate Director of Solution Development at Avnet, based in Hong Kong.

With more than 20 years of experience in the semiconductor and electronics industry, Lai is familiar with software engineering and technical marketing, and is primarily responsible for wireless communication design for consumer products. Currently, Lai is responsible for developing marketing plans to enhance Avnet's influence in the Internet of Things (IoT) industry in China. Prior to joining Avnet, Lai was responsible for engineering management and was used in a variety of application areas, including wireless video, surveillance, and end-to-end communications using ZigBee, Bluetooth and WiFi. Lai holds a master's and bachelor's degree in electronic engineering from City University of Hong Kong.

Prize setting:

15 Xiaomi backpacks, 10 ROMOSS 20000mAh power banks, 15 Xiaomi Bluetooth headsets, 30 50-yuan JD.com cards (exchangeable for E-coins)

Company Profile:

Maxim Integrated is a global leader in semiconductor design and manufacturing, committed to developing innovative analog and mixed-signal products and technologies to make systems smaller and smarter while enhancing their safety and energy efficiency. We help customers innovate in the fields of automotive, industrial, health, mobile consumption, and cloud data centers, providing industry-leading solutions to make the world a better place.

From ideation to design, from prototyping to mass production, Avnet supports customers at every stage of the product lifecycle. With comprehensive design and supply chain services, we guide innovators who set the pace of technological change. For nearly a century, Avnet has helped global customers and suppliers continuously turn technological achievements into reality.

contact us:

Add WeChat friend: helloeeworld1 (Note: To participate in IoT live broadcast , we will add you to the group, and all activity questions can be asked in the group)

Activity administrator QQ: 454909423

Contact number: 86-10-82350740

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