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Development Tools for obsolete AVR Microcontrollers

PICE-AVR In-Circuit Emulator


PICE-AVR is a true real-time in-circuit emulator that supports only obsolete Classic and Tiny families of the AVR® microcontrollers produced by Atmel Corporation. It does not support the ATmega and ATtiny microcontrollers.

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The image above displays fully assembled emulator. This is a "sandwich-style" palm-size header formed by three stacked-up boards: main board, pod, and adapter (from top to bottom).

    • Real-time non-intrusive emulation of the Classic and selected Tiny microcontrollers up to 8 MHz
    • Uses Atmel AVR emulation bond-out chips for accurate emulation
    • Up to 256K of 16-bit words of program memory (varies for particular AVR derivatives)
    • Up to 256K of data memory (varies for particular AVR derivatives)
    • Up to 256K true hardware breakpoints on code memory address access
    • Up to 256K true hardware breakpoints on external data memory access (read, write, or both read and write)
    • Four complex breakpoints and triggers
    • 16K frames x 120-bit real-time tracer with programmable filters
    • Several modes of trace recording: synchronies, forward, reverse and dynamic
    • "On-the-fly" access to the code memory, shadow memory, breakpoints, tracer and timer
    • 48-bit timer provides timing and clock frequency measurement with 0.1% accuracy
    • Software programmable clock generator - from 1 KHz to max. frequency with 0.5% accuracy
    • Programmable regulator precisely auto-adjusts to the target's voltage level (1.2 V to 5.5 V) and allows working alone at 1.2 V to 5.5 V settable with +/-20 mV accuracy
    • 8 probe inputs and 4 trigger outputs
    • Host link via 115 KBPS serial PC port opto-isolated for extra protection
    • Palm size 3-1/2" x 2-1/2" x 2" (95 x 65 x 50 mm), "sandwich-style" emulator header enclosed into a light plastic case
    • Source level debugging and project-level support for the embedded MCA-AVR assembler and C compilers IAR Systems, ImageCrafts, HP InfoTech
    • Embedded C-like script language for automated testing and custom commands
    • ChipProg universal programmers controlled from the Project IDE can be supplied optionally

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