Expert-led webinars on RF Tx/Rx and adapting modules with Python code
[Partner Content] Quectel’s Masterclasses help innovators navigate key challenges in developing and launching IoT products. Each webinar is hosted by our in-house experts and often features a live demo and Q&A, ensuring all attendees get first-hand expert guidance.
Quectel’s Masterclasses help innovators navigate key challenges in developing and launching IoT products. Each webinar is hosted by our in-house experts and often features a live demo and Q&A, ensuring all attendees get first-hand expert guidance.
Our Masterclasses in April provide detailed insights on QuecPython, the programming environment for executing Python code directly on a cellular module’s CPU, and an in-depth guide to RF Tx/Rx theory. More information on each Masterclass in April can be found below.
RF Tx/Rx refers to the technical theory underpinning transmission and reception of RF (radio frequency) signals. The RF spectrum includes electromagnetic framework frequencies ranging from 30Hz to 300GHz and is commonly divided into several bands organized under low, medium and high frequency. Countless types of wireless device use RF signals for transmission and reception: cell phones, radio and television broadcast stations, Wi-Fi and Bluetooth devices, satellite communications systems and two-way radios for instance all operate in the RF spectrum.
RF Tx/Rx theory is highly complex, and independent study could take years to achieve mastery of all the details of how electromagnetic variables can affect different application scenarios. Fortunately, engineers using Quectel modules don’t need that sort of expertise to successfully design and implement RF circuits into their devices – our experts can guide you on how to use our modules to achieve your objectives increase efficiency. Join this Masterclass webinar for a concise overview of RF Tx/Rx theory fundamentals, helping you gain rapid understanding of how RF works and how to measure key variables, and thereby how to implement RF Tx/Rx into your system development.
Agenda
QuecPython is a programming environment enabling IoT solution designers to run their application code directly on a cellular module's CPU, without requiring an external MCU. This allows innovators to adapt our modules quickly with a low-code approach to suit their precise requirements in less time and at reduced cost. As technologists come under increasingly intense pressure to bring connected products to market quickly, QuecPython provides Quectel customers with a valuable route to simplifying and streamlining IoT development. More detail on how QuecPython can be used to adapt our IoT modules can be found here.
The session provides an overview, tutorial and live demo of QuecPython. The session covers QuecPython documentation, development and firmware; how to set up the programming environment; how to run scripts on a module; module GPIO pin assignment; and which Quectel modules and EVB kits can be used in conjunction with QuecPython.
Agenda
To view our Masterclass video archive, please visit:
https://www.quectel.com/masterclass
Übersetzung:
Our Masterclasses in April provide detailed insights on QuecPython, the programming environment for executing Python code directly on a cellular module’s CPU, and an in-depth guide to RF Tx/Rx theory. More information on each Masterclass in April can be found below.
RF Tx/Rx: how RF works and which factors affect its performance
24 April, 08:00 - 10:00 BST (London)RF Tx/Rx refers to the technical theory underpinning transmission and reception of RF (radio frequency) signals. The RF spectrum includes electromagnetic framework frequencies ranging from 30Hz to 300GHz and is commonly divided into several bands organized under low, medium and high frequency. Countless types of wireless device use RF signals for transmission and reception: cell phones, radio and television broadcast stations, Wi-Fi and Bluetooth devices, satellite communications systems and two-way radios for instance all operate in the RF spectrum.
RF Tx/Rx theory is highly complex, and independent study could take years to achieve mastery of all the details of how electromagnetic variables can affect different application scenarios. Fortunately, engineers using Quectel modules don’t need that sort of expertise to successfully design and implement RF circuits into their devices – our experts can guide you on how to use our modules to achieve your objectives increase efficiency. Join this Masterclass webinar for a concise overview of RF Tx/Rx theory fundamentals, helping you gain rapid understanding of how RF works and how to measure key variables, and thereby how to implement RF Tx/Rx into your system development.
Agenda
- RF transceiver architecture overview
- Introduction to relevant RF filters
- Relevant factors for RF Tx/Rx and how to measure them
QuecPython overview with live demo: develop IoT solutions quickly at reduced cost
25 April, 10:00 - 12:00 BST (London)QuecPython is a programming environment enabling IoT solution designers to run their application code directly on a cellular module's CPU, without requiring an external MCU. This allows innovators to adapt our modules quickly with a low-code approach to suit their precise requirements in less time and at reduced cost. As technologists come under increasingly intense pressure to bring connected products to market quickly, QuecPython provides Quectel customers with a valuable route to simplifying and streamlining IoT development. More detail on how QuecPython can be used to adapt our IoT modules can be found here.
The session provides an overview, tutorial and live demo of QuecPython. The session covers QuecPython documentation, development and firmware; how to set up the programming environment; how to run scripts on a module; module GPIO pin assignment; and which Quectel modules and EVB kits can be used in conjunction with QuecPython.
Agenda
- What is QuecPython?
- QuecPython documentation
- QuecPython development and firmware output flow
- Which modules and EVB kits support QuecPython
- Live demo
To view our Masterclass video archive, please visit:
https://www.quectel.com/masterclass
Übersetzung:
