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→Device architecture: add img |
→Basic families: updated DD-series and EA-series, since they are in production now |
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* Peripherals equal to or exceed megaAVR 0-series
* Event System
* Improved AVRxt instruction set (improved timing of calls), hardware multiply
'''megaAVR''' – the ATmega series
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* Event system
* New peripherals with enhanced functionality
* Improved AVRxt instruction set (improved timing of calls)
'''AVR Dx''' – The AVR Dx family is featuring multiple microcontroller series, focused on [[human–computer interaction|HCI]], analog signal conditioning and functional safety.
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* '''AVR DA-series''' (early 2020) – The high memory density makes these MCUs well suited for both wired and wireless communication-stack-intensive functions.
** integrated sensors for capacitative touch measurement ([[Human–computer interaction|HCI]])
**
** no external high frequency crystal
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** Supports external HF crystal
* '''AVR DD-series'''
** 16-64 KiB Flash
** MVIO support on 3 or 4 pins▼
** 2-8 KiB SRAM
** 14-32 pin package
** internal 20 MHz oscillator
** 7-23-channel 130 kS/s 12-bit differential Analog-to-Digital Converter (ADC),
** no amplifiers
** 1 analog comparator
** Two USARTs, one SPI, one dual-mode TWI
▲** Multi-Voltage Input/Output (MVIO) support on 3 or 4 pins on Port C
** 4 Configurable Custom Logic (CCL) cells, 6 Event System channels
* '''AVR EA-series'''
** 8–64k flash
** 28–48-pin package
** internal 20 MHz oscillator
** 24-32-channel 130 kS/s 12-bit differential Analog-to-Digital Converter (ADC)
** Programmable Gain Amplifier (PGA) with up to 16x gain
** 2 analog comparators
** Three USARTs, one SPI, one dual-mode TWI
** no Multi-Voltage Input/Output (MVIO)
** 4 Configurable Custom Logic (CCL) cells, 6 Event System channels
'''XMEGA'''
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