#Segger embedded studio nordic license how to#
#Segger embedded studio nordic license code#
#Segger embedded studio nordic license download#

#Segger embedded studio nordic license code#

(Sorry Segger/Arm!) I’ll be focusing on using Visual Code and the command line for the rest of this tutorial. As long as you follow the instructions you’ll be golden!Īfter navigating the interface though, all I wanted to do was barf on my keyboard.

#Segger embedded studio nordic license how to#

Then navigate to it and and run SEGGER Embedded Studio for Arm. The instructions have some more info about how to handle the warning below. Once downloaded, you can unzip and then copy arm_segger_embedded_studio_v452_macos_圆4_nordic (or similar) to your Applications folder.

#Segger embedded studio nordic license download#

You can download from the link they provide in the Getting Started Assistant: I’m big on Visual Studio Code and use it for all the coding I do whether it’s C/C++/Rust/Go/Javascript etc. It locks you into yet another development environment you need to learn etc. I’m not a big fan of these types of IDEs. Installing the IDE (Don’t hurt your eyes)Īs a getting started step, Nordic states that Segger Embedded Studio is “required”. In many cases if you’re an active firmware dev you’ll have these tools installed already. So the original Nordic SDK still wins in that department for sure! You’ll likely need it since there are a ton of 3rd party tools to install. The advantage of the Getting Started Assistant is that it’s more interactive. To get started, Nordic has documentation located here. I’m on OSX so Nordic recommends to use the “Getting Started Assistant” in nRF Connect for Desktop. More info about nrfjprog and other Nordic Command Line tools is here. I’ve been using Nordic stuff for a while so I already had nrfjprog installed. Running nrfjprog -r in a terminal should show this result: (the picture above was before I jumped it with my trusty soldering iron)Īfter hooking things up, It’s time to do a quick smoke test. If you still plan on using the onboard chip, then don’t short this jumper! Considering i’m using mine only as a programmer, so I bridged this jumper.

On this board the jumper is SB47. I’ve highlighted it below: This forces the debugger to think an external devices is permanently connected. I highly recommend you jump your debug connector power so it’s permanently “on”. There’s one important thing to know about any nRF Development Kit. Remember you can do this with any nRF9160 or nRF53 based board using the nRF53-PDK. Then, connect the spring finger portion to the other side. Simply connect the rectangular Cortex-M style connector to one end. Using the Debug connector on the nRF53-PDK we can make a programming connection to the nRF9160 Featherwing.

A nRF9160 Board! As you may or may not know, the nRF9160 Feather is happening in collaboration with GroupGets and Hackster. I can’t wait to get them in your hands! You can sign up for the mailing list so you know when they’re available.

A Nordic nRF53-PDK or nRF9160-DK. I recommend the nRF53-PDK as it’s significantly cheaper! Plus, if you’re only using it as a programmer you don’t need all the extra functionality the nRF9160 board has.Ī nRF9160 Board! As you may or may not know, the nRF9160 Feather is happening in collaboration with GroupGets and Hackster. I can’t wait to get them in your hands! You can sign up for the mailing list so you know when they’re available.

I ordered mine from Symmetry and it took about a week to arrive via First Class Mail. Digikey hands down will ship the fastest but they’re usually the most expensive! Here’s a list of all the places you can get one from.ĭigikey, Mouser and Symmetry are good choices if you’re in the USA. (The nRF9160 Feather onlysupports the ‘No Legs’ version)Ī Nordic nRF53-PDK or nRF9160-DK. I recommend the nRF53-PDK as it’s significantly cheaper! Plus, if you’re only using it as a programmer you don’t need all the extra functionality the nRF9160 board has.

An Arm Cortex Tag Connect connector. I’ve been using the ‘No Legs’ variety for a while now with great success.

In order to directly communicate and program the nRF9160 Feather you’ll need some ingredients: So join me and let’s get rolling! What’s involved? If you’ve been thinking about playing with Zephyr then this post is a great first step. I’ll run though the setup all the way to programming the device with some somewhat useful code. It brings things like threads to tiny little processors so that your real time tasks can be handled efficiently! If you’re not familiar, Zephyr is an up and coming RTOS for embedded devices. In this post, I’ll be outlining my first experiences with Zephyr and nRF Connect SDK.