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Wizlogix flyer for a course on Architecture and System Design of NB-IoT Transceivers, detailing the focus on Narrow Band IoT technology, defined by 3GPP, and its application in connecting devices via cellular networks. The flyer features an IoT-themed background and outlines the course benefits including software-defined radio technology." Second Image SEO Alt Text: "Target audience and preliminary course outline for Wizlogix's NB-IoT Transceiver design course, tailored for RFIC and analog circuit design engineers, technical managers, and marketing professionals interested in IoT transceiver design and system architecture.
Target audience and preliminary course outline for Wizlogix's NB-IoT Transceiver design course, tailored for RFIC and analog circuit design engineers, technical managers, and marketing professionals interested in IoT transceiver design and system architecture
Detailed course schedule for the five-day training on NB-IoT transceivers, covering topics from transceiver architecture, receiver and transmitter specifications, to RF front-end design, and synthesizer specifications. The outline emphasizes hands-on labs using tools like AWR and Octave.
Learning outcomes and competencies expected from participants of the NB-IoT transceiver architecture course, highlighting key areas such as 3GPP specifications, transceiver and front-end architectures, and synthesizer specifications for cellular RF design.
Profile of Dr. Malcolm H. Smith, course facilitator with over 25 years in RF and RF system solutions, detailing his extensive experience and contributions to cellular and GPS systems modules, and his affiliations with institutions like IEEE and IET