Jul 24, 2018 No, Atmel Studio won't run on Mac. I have it working 'fine' in a Virtual Box VM, though. Microchip is adding AVR suport to their MPLAB-X IDE, and that DOES run on Macs.
for AVR® Development
CrossPack is a development environment for Atmel’s AVR® microcontrollers running on Apple’s Mac OS X, similar to AVR Studio on Windows. It consists of the GNU compiler suite, a C library for the AVR, the AVRDUDE uploader and several other useful tools.
Features
- Does not depend on Xcode for building AVR code.
- Runs on Mac OS X 10.6 and higher.
- Supports 8 bit AVR microcontrollers including XMEGA devices.
- Includes patches to gcc for new devices not yet supported by gcc's main distribution.
- Includes gdb for debugging with simulavr and avarice.
- You can create your own version of CrossPack AVR based on the build script available on github.com.
For a list of included software packages and versions see the Release Notes.
Getting Started
Since CrossPack consists of command line tools only (except the HTML manual which is linked to your Applications folder), you need to know some basic command names. So let’s demonstrate CrossPack with a trivial project, a blinking LED implemented on an ATMega8. This project is described in more detail in CrossPack’s manual.
The command avr-project creates a minimum firmware project which is configured for an ATMega8 with internal RC oscillator at 8 MHz. Now we have something to start with. We edit main.c and implement the blinking loop:
Now we compile the code and send it to the device:
That’s it. The LED should now blink. For a real project you should also edit Makefile to configure your uploader hardware (e.g. STK500, USBasp, AVR-Doper or similar), other source code modules, fuse options etc.
Latest Version:
Atmel Studio 7.0.1931 LATEST
Requirements:
Windows Vista / Windows 7 / Windows 8 / Windows 10 / Vista64 / Windows 7 64 / Windows 8 64 / Windows 10 64
Author / Product:
Microchip Technology Inc. / Atmel Studio
Old Versions:
Filename:
as-installer-7.0.1931-full.exe
Details:
Atmel Studio 2020 full offline installer setup for PC 32bit/64bit
Software Building, Designing and Testing
It allows you to build applications which contain Atmel AVR microcontroller technology and Atmel ARM Cortex-M technology. There are several tasks which you can perform with this software.
You can use the software to build projects from scratch, test the software for errors, and then verify it. Within the package building process, the editor can add suggestions to make writing code easier. These suggestions are done immediately after certain letters are placed on the canvas. There are several premade samples you can choose to start your work with as well.
Expanded Possibilities with Built-in Simulator
You can increase the speed of app building by using the dedicated C++ compiler that is available. There is also an assembler and simulator which can be used simultaneously to ensure that you properly test your final products. A strong debugger with several useful functions is used to examine the code and locate all possible errors that may be in it.
The environment has an extension integrated into it called “The Visual Assist X.” This extension is designed to enhance efficiency of writing code and refactoring it. There is also a simulator which provides central processing unit emulation and input and output module emulation. Overall, the Atmel Studio has so many tools built into it which work together to making the app designing process a much more stress-free experience.
Professional Software Development Tools
Atmel Studio is designed for professional developers and programmers to use. You must have advanced knowledge of coding to achieve maximum results
Features and Highlights
- Support for 500+ AVR and SAM devices
- Vast source code library, including drivers, communication stacks, 1,600+ project examples with source code, graphic services and touch functionality through Advanced Software Framework (ASF)
- IDE extensions through Atmel Gallery, the online apps store, for development tools and embedded software from Microchip and third parties
- Tune capacitive touch designs, validate system performance, monitor power consumption, and real-time data and trace graphing with Atmel QTouch Composer
- Configure and test the performance of wireless designs with the Wireless Composer running on the target
- Write and debug C/C++ and assembly code with the integrated compiler
- Advanced debugging features include complex data breakpoints, nonintrusive trace support (SAM3 and SAM4 devices), statistical code profiling, interrupt trace/monitoring, polled data tracing (Cortex-M0+ devices), real-time variable tracking with optional timestamping.
- Integrated editor with visual assist
- Project wizard allowing projects created from scratch or from a large library of design examples
- In-system programming and debugging provides interface to all Atmel in-circuit programmers and debuggers
- Create transparent debug views into CPU and peripherals for easy code development and debugging
- Full chip simulation for an accurate model of CPU, interrupts, peripherals, and external stimuli
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- Category: Category
Jul 24, 2018 No, Atmel Studio won't run on Mac. I have it working 'fine' in a Virtual Box VM, though. Microchip is adding AVR suport to their MPLAB-X IDE, and that DOES run on Macs.
for AVR® Development
CrossPack is a development environment for Atmel’s AVR® microcontrollers running on Apple’s Mac OS X, similar to AVR Studio on Windows. It consists of the GNU compiler suite, a C library for the AVR, the AVRDUDE uploader and several other useful tools.
Features
- Does not depend on Xcode for building AVR code.
- Runs on Mac OS X 10.6 and higher.
- Supports 8 bit AVR microcontrollers including XMEGA devices.
- Includes patches to gcc for new devices not yet supported by gcc's main distribution.
- Includes gdb for debugging with simulavr and avarice.
- You can create your own version of CrossPack AVR based on the build script available on github.com.
For a list of included software packages and versions see the Release Notes.
Getting Started
Since CrossPack consists of command line tools only (except the HTML manual which is linked to your Applications folder), you need to know some basic command names. So let’s demonstrate CrossPack with a trivial project, a blinking LED implemented on an ATMega8. This project is described in more detail in CrossPack’s manual.
The command avr-project creates a minimum firmware project which is configured for an ATMega8 with internal RC oscillator at 8 MHz. Now we have something to start with. We edit main.c and implement the blinking loop:
Now we compile the code and send it to the device:
That’s it. The LED should now blink. For a real project you should also edit Makefile to configure your uploader hardware (e.g. STK500, USBasp, AVR-Doper or similar), other source code modules, fuse options etc.
Latest Version:
Atmel Studio 7.0.1931 LATEST
Requirements:
Windows Vista / Windows 7 / Windows 8 / Windows 10 / Vista64 / Windows 7 64 / Windows 8 64 / Windows 10 64
Author / Product:
Microchip Technology Inc. / Atmel Studio
Old Versions:
Filename:
as-installer-7.0.1931-full.exe
Details:
Atmel Studio 2020 full offline installer setup for PC 32bit/64bit
Software Building, Designing and Testing
It allows you to build applications which contain Atmel AVR microcontroller technology and Atmel ARM Cortex-M technology. There are several tasks which you can perform with this software.
You can use the software to build projects from scratch, test the software for errors, and then verify it. Within the package building process, the editor can add suggestions to make writing code easier. These suggestions are done immediately after certain letters are placed on the canvas. There are several premade samples you can choose to start your work with as well.
Expanded Possibilities with Built-in Simulator
You can increase the speed of app building by using the dedicated C++ compiler that is available. There is also an assembler and simulator which can be used simultaneously to ensure that you properly test your final products. A strong debugger with several useful functions is used to examine the code and locate all possible errors that may be in it.
The environment has an extension integrated into it called “The Visual Assist X.” This extension is designed to enhance efficiency of writing code and refactoring it. There is also a simulator which provides central processing unit emulation and input and output module emulation. Overall, the Atmel Studio has so many tools built into it which work together to making the app designing process a much more stress-free experience.
Professional Software Development Tools
Atmel Studio is designed for professional developers and programmers to use. You must have advanced knowledge of coding to achieve maximum results
Features and Highlights
- Support for 500+ AVR and SAM devices
- Vast source code library, including drivers, communication stacks, 1,600+ project examples with source code, graphic services and touch functionality through Advanced Software Framework (ASF)
- IDE extensions through Atmel Gallery, the online apps store, for development tools and embedded software from Microchip and third parties
- Tune capacitive touch designs, validate system performance, monitor power consumption, and real-time data and trace graphing with Atmel QTouch Composer
- Configure and test the performance of wireless designs with the Wireless Composer running on the target
- Write and debug C/C++ and assembly code with the integrated compiler
- Advanced debugging features include complex data breakpoints, nonintrusive trace support (SAM3 and SAM4 devices), statistical code profiling, interrupt trace/monitoring, polled data tracing (Cortex-M0+ devices), real-time variable tracking with optional timestamping.
- Integrated editor with visual assist
- Project wizard allowing projects created from scratch or from a large library of design examples
- In-system programming and debugging provides interface to all Atmel in-circuit programmers and debuggers
- Create transparent debug views into CPU and peripherals for easy code development and debugging
- Full chip simulation for an accurate model of CPU, interrupts, peripherals, and external stimuli