ARM Cortex-M0 for Analog Mixed-Signal Designs
The demand for increased integration, device flexibility and programmability (both in-field and by the designed) is driving a move towards incorporating a microcontroller into mixed-signal designs. The 8-bit microprocessors suffer from out-dated programming models, primitive development tools and poor code-density, leading to the requirement for large on-chip memories. This webinar introduces the 32-bit ARM® Cortex-M0. As the world's smallest 32-bit processor, the Cortex-M0 enables replacement of state machines or 8-bit microcontrollers with a modern, energy-efficient processor supported by professional-quality tools and with very high code-density, minimizing on-chip memory costs. When designing for low power, the physical implementation is of great importance and we will describe how the ARM physical design libraries enable ultra-low power design. In this talk you will gain an understanding of the Cortex-M0 hardware architecture, implementation configurability and debug capabilities. We anticipate this to be a popular webinar so we recommend that you register now.
Walk away points:
- Gain technical knowledge of ARM Cortex-M0
- Integrating an ARM processor is easier than you think
- Find out how the ARM Cortex-M0 minimizes on-chip memory cost in mixed-signal designs
- Learn why using ARM physical IP delivers greater value by significantly reducing area and power
Solutions Marketing Manager
Bryan currently runs a team of Solutions Architects who demonstrate and promote the integration of ARM IP into large SOC devices required by an application. For the past two years he has had a particular focus on microcontroller applications and the use of 32bit processing in this market. He has worked for ARM for 8 years and was the product manager for the system level design product ; PrimeXsys and was a system design consultant within ARM working with silicon partners who were designing ARM based ASICs.
Before joining ARM Bryan was a project manager with VLSI Technology designing ARM processors into mobile phone devices.
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