Optimized specifically for the AVR architecture, offering features like bit-level access to I/O registers and direct EEPROM/FLASH memory access. CodeVision 📊 Technical Specifications Supported OS Windows XP, Vista, 7 (32-bit and 64-bit versions) Data Types bit, bool, char, int, long, 64-bit long, and float Output Formats HEX, BIN, ROM, COFF (for debugging), and OBJ Memory Models
: A highly efficient compiler tailored for the AVR architecture, supporting most standard C features while optimizing for the limited resources of microcontrollers. In-System Programmer : Built-in support for popular programmers like the Atmel STK500
Full C source-level debugging with COFF file generation for external debuggers.
Allows direct placement of variables into specific memory spaces using keywords like flash , eeprom , and sram . CodeVision AVR 2.05.0 Professional
With CodeWizard, you produce this code without writing a single line manually—just click the timer options.
Efficiently manage dynamic variables and registers for real-time application processing.
Real-time error tracking that jumps directly to the offending line of code upon compilation failure. Allows direct placement of variables into specific memory
Direct access to microcontroller registers using clear, intuitive C syntax.
Connect your hardware programmer to the target chip and your PC's USB port.
The software supports an extensive range of hardware interfaces, including: Atmel AVR ISP MkII AVRISP and STK500 boards JTAGICE (MkI and MkII) Various parallel and serial port low-cost DIY programmers Chip Configuration and Fuse Bits Real-time error tracking that jumps directly to the
– When using the peripheral initialization wizard, you can save your configuration as a draft .cwp file before generating final C code.
Optimized utilization of flash memory, EEPROM, and internal/external SRAM.
Starting a new project using the automated CodeWizard saves hours of referencing datasheets. Step 1: Create a New Project Open CodeVisionAVR. Navigate to > New > Project . Choose Yes when prompted to use the CodeWizardAVR . Step 2: Configure the Target Microcontroller
Go to the LCD tab. Enable it, select the characters per line (e.g., 2x16), and map the control/data pins to your desired microcontroller port. Step 4: Generating the Code
For advanced debugging (stepping through code line-by-line), CodeVision 2.05.0 can be configured to work with AVR Studio 4 or Microchip Studio by setting the path in Settings -> Debugger .