Golioth’s Post

The pinctrl (Pin Control) system is a standardized way of assigning peripheral functions to pins. Zephyr Project's Pin Control allows you to define which pins will be used for special functions (SPI/i2c/UART) and how those pins will be configured (pull up/down resistors, slew rate). Learn More: https://glth.io/3vYapFx #IoT #tech #IoTsecurity #technews #cloud #software #hardware #firmware #data #Golioth #5G #4G #Cellular #internet #technology #Ethernet #embedded #fleet

The pinctrl (Pin Control) system is a standardized way of assigning peripheral functions to pins. The Zephyr Project's Pin Control allows you to define which pins will be used for special functions (SPI/i2c/UART) and how those pins will be configured (pull up/down resistors, slew rate). Learn More: https://glth.io/3upYGi6 #IoT #tech #IoTsecurity #technews #cloud #software #hardware #firmware #ZephyrRTOS #data #Golioth #5G #4G #Cellular #internet #technology #Ethernet #embedded #fleet

The pinctrl (Pin Control) system is a standardized way of assigning peripheral functions to pins. The Zephyr Project's Pin Control allows you to define which pins will be used for special functions (SPI/i2c/UART) and how those pins will be configured (pull up/down resistors, slew rate). Learn More: https://glth.io/47XPAXZ #IoT #tech #IoTsecurity #technews #cloud #software #hardware #firmware #data #Golioth #5G #4G #Cellular #internet #technology #Ethernet #embedded #fleet

Do you have a board with Arduino Uno headers or Click headers on it? Make it super simple to reference those interfaces from your #zephyrrtos application

Controlling power regulators is one of the many things you can do with The Zephyr Project shell. This can be done entirely with the configuration code, without needing to dive in to any of the C files, and Zephyr even includes interactive shell for working with regulators! Learn More: https://glth.io/3J8Ugjw #IoT #tech #IoTsecurity #technews #cloud #software #hardware #firmware #ZephyrRTOS #data #Golioth #5G #4G #Cellular #internet #technology #Ethernet #embedded #fleet

You've probably seen abstract hardware interfaces implemented on popular development boards that provide a standardized connector interface. A defining characteristic of these interfaces is the ability to plug in a range of peripheral boards that do different things, but still all use the same signals. Using abstract interfaces can enable writing more portable devicetree definitions that can be reused across multiple boards. Learn more about abstracting hardware interfaces in The Zephyr Project: https://glth.io/3wiVXYT #IoT #tech #IoTsecurity #technews #cloud #software #hardware #firmware #data #Golioth #5G #4G #Cellular #internet #technology #Ethernet #embedded #fleet

Controlling power regulators is one of the many things you can do with The Zephyr Project shell. This can be done entirely with the configuration code, without needing to dive in to any of the C files, and Zephyr even includes interactive shell for working with regulators! Learn More: https://glth.io/3Si9WVF #IoT #tech #IoTsecurity #technews #cloud #software #hardware #firmware #ZephyrRTOS #data #Golioth #5G #4G #Cellular #internet #technology #Ethernet #embedded #fleet

The pinctrl (Pin Control) system is a standardized way of assigning peripheral functions to pins. Pin Controlallows you to define which pins will be used for special functions (SPI/i2c/UART) and how those pins will be configured (pull up/down resistors, slew rate). Learn More: https://glth.io/45frlDi #IoT #tech #IoTsecurity #technews #cloud #software #hardware #firmware #data #Golioth #5G #4G #Cellular #internet #technology #Ethernet #embedded #fleet

You can use the Golioth Console to confirm the firmware version was correct or to check the remaining battery level. The Golioth Console makes it easy to monitor these values, but it would be helpful to display this info immediately on the ePaper display when the device boots up. See how you can easily display firmware version and battery state with The Zephyr Project: https://glth.io/3S7Rxw3 #IoT #tech #IoTsecurity #technews #cloud #software #hardware #firmware #ZephyrRTOS #data #Golioth #5G #4G #Cellular #internet #technology #Ethernet #embedded #fleet

The Zephyr Project is a Real-Time Operating System (RTOS), which means that it is built to let you do multiple things simultaneously using only one or a limited number of processing cores. The trick with an RTOS is to design your applications to utilize the real-time-ness, and you don’t miss reacting to real-time events like receiving data from a network, taking sensor readings, or responding to user input. What is the difference between Zephyr threads and work queues, and why should you use one versus the other? Find out here: https://glth.io/47AXUgY #IoT #tech #IoTsecurity #technews #cloud #software #hardware #firmware #ZephyrRTOS #data #Golioth #5G #4G #Cellular #internet #technology #Ethernet #embedded #fleet