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General| Brand | Atmel |
|---|---|
| Model | Atmel-ICE |
| Category | Microcontrollers |
| Language | English |
Describes the key features of the Atmel-ICE development tool, including compatibility and supported interfaces.
Lists the items included in the Atmel-ICE full kit, essential for initial setup and operation.
Provides instructions on how to connect cables and prepare the Atmel-ICE unit for use.
Explains how to connect the Atmel-ICE to various target microcontroller devices.
Details the procedure for connecting the Atmel-ICE to target devices using the JTAG interface.
Introduces the concept of on-chip debugging and its role in development.
Explains how to integrate and use the Atmel-ICE with the Atmel Studio IDE.
Covers specific techniques and considerations for debugging with the debugWIRE interface.
Lists past firmware versions and their associated changes and improvements.
Information regarding the product's compliance with RoHS, WEEE, CE, and FCC regulations.
Outlines the necessary software and hardware requirements for using the Atmel-ICE.
Provides a diagrammatic overview of the different Atmel-ICE kit options and their components.
Details the procedure for safely opening the Atmel-ICE unit.
Explains how to connect the Atmel-ICE to various target microcontroller devices.
Details the procedure for connecting the Atmel-ICE to target devices using the JTAG interface.
Explains how to connect the Atmel-ICE to target devices using the SWD interface.
Introduces the concept of on-chip debugging and its role in development.
Details on-chip debugging for SAM devices using JTAG and SWD interfaces.
Describes the CoreSight components used in Atmel ARM Cortex-M microcontrollers.
Explains the on-chip debug system for Atmel AVR UC3 microcontrollers.
Details the physical JTAG interface for AVR UC3 devices.
Describes the JTAG physical interface for tinyAVR, megaAVR, and XMEGA devices.
Guides on connecting the Atmel-ICE to JTAG targets for these device families.
Explains how to connect the Atmel-ICE to target devices using the SPI interface.
Discusses limitations and usage of software breakpoints for megaAVR devices.
Details clock frequency considerations for JTAG debugging of megaAVR devices.
Explains OCD clocking behavior for XMEGA devices during stopped mode.
Details the hardware breakpoint capabilities and restrictions for XMEGA devices.
Details the importance and usage of the DWEN fuse for enabling debugwire functionality.
Provides a block diagram and explanation of the Atmel-ICE's internal architecture.
Explains how to integrate and use the Atmel-ICE with the Atmel Studio IDE.
Details the configuration options for programming Atmel AVR and SAM devices.
Covers important configuration options for debugging within Atmel Studio.
Discusses advanced debugging techniques applicable to Atmel AVR UC3 targets.
Covers specific techniques and considerations for debugging with the debugwire interface.
Lists past firmware versions and their associated changes and improvements.
Details known issues and limitations with the Atmel-ICE hardware and firmware.
Information regarding the product's compliance with RoHS and WEEE directives.
Details the product's compliance with CE and FCC regulations for electromagnetic emissions.
