AT42QT1060 - Microcontroller Microchip - Free user manual and instructions

USER MANUAL AT42QT1060 Microchip

Abstract collage of five circular icons: semiconductor, car, health, home, and industrial plant, set against a dotted background with colorful circles (no text or symbols)

Product Selection Guide

Volume 11

Atmel®

Table of Contents

Atmel Microcontroller Portfolio .... 4

AVR 8-bit Microcontroller Offering....6

Atmel | SMART 32-bit ARM Microcontroller Offering......10

Atmel Tools and Software......14

Capacitive Touch Interface Devices .... 16

Atmel Automotive Solutions..... 17

Atmel Wireless Platform......18

Atmel Smart Metering....24

Atmel Security Solutions......25

Atmel Memory Solutions......26

Inspiring Smart and Secure Connected Designs

Atmel at the Heart of the Connected World

Many electronics industry analysts predict The Internet of Things (IoT) will experience phenomenal growth in the next few years, with connected devices numbering in the tens of billions. Since its inception 30 years ago, Atmel® has provided innovations in the essential building blocks of IoT designs—from embedded processing and connectivity to sensors, security, and software. Atmel ties it all together with a rich ecosystem of design tools, including the free Atmel Studio IDE, making it simple to leverage these industry-leading technologies.

graph TD
    A["802.15.4 ZigBee 6LoWPAN LWMesh\n250kb/s Up to 300m range"] --> B["32-bit MPU\nHighly Secure Low Cost ARM9 &A5 Cores"]
    C["Bluetooth\nLow Energy & Dual Mode\n3Mb/s Up to 30m range"] --> B
    D["Narrowband\nFSK 2.4GHz & Sub GHz ~2-5Kb/s Up to 2Km range"] --> B
    E["Wi-Fi\n802.11a/b/g/n\n72Mb/s Up to 200m range"] --> B
    F["Crypto Authentication\nSHA AES ECC"] --> G["8-bit Flash MCU\nIndustry Leading 8-bit AVR Micros"]
    H["32-bit Flash MCU\nLowest Power ARM M0+, M4 & M7 Cores Event System, Sercom, & PTC"] --> G
    I["Automotive CAN / LIN Tx High Voltage"] --> G
    J["Memory\nSerial EEPROM MAC Address"] --> K["Atmel Companion Devices"]
    L["Analog\nAFE Metrology Temp Sensor"] --> K
    B --> M["Microcontrollers"]
    G --> M
    K --> M

Atmel®

Atmel Microcontroller Portfolio

AVR and ARM Cortex-M0+ Families

The world's widest and most successful 8-bit and 32-bit line card

High Performance ARM Cortex Families

High performance, low power, small footprint MPU and MCU

Atmel®

AVR® 8-bit Microcontroller Offering

World's Most Efficient 8-bit CPU

• Single cycle instructions
  • 32 working registers
  • Designed for high-level languages

Lowest Power Consumption

- picoPower™ technology

Improves efficiency

Reduces code size by 30–60%

Ease of Use

• Atmel development tools
• AVR ^® Freaks
• Arduino and Maker movement

Increase battery life

Reduced power supply requirements

Scalable Product Family

• \~2000 products available
  • Memory, pin and feature options

Faster product development

Reuse of SW and HW

more than

7 BILLION AVRs shipped

AVR 8-bit Product Families

tinyAVR—Small and Powerful

Part Number Pins		Flash (KB)	SRAM (B)	EEPROM (B)	I/O ADC Packages Comments
TINY 4 4/6 0.5	32 N/A 4	SOT23-6, UDFN-8	Low Cost
TINY 5 4/6 0.5	32 N/A 4	4 x 8bit	SOT23-6, UDFN-8	Low Cost				with ADC
TINY 9 4/6	1	32 N/A 4	SOT23-6, UDFN-8	Low Cost
TINY 10	4/6	1	32	N/A	4	4 x 8bit	SOT23-6, UDFN-8	Low Cost with ADC
TINY 13A	8/10/12	1	64	64	6	4 x 10bit	PDIP-8, SOIC-8, QFN-10, QFN-20	Picopower
TINY 20	14/15/20	2	128	N/A	10/12	8 x 10bit	SOIC-14, TSSOP-14, WCCSP-12, UFBGA-15, VQFN-20	Qtouch
TINY 24A	14/15/20	2	128	128	12	12 x 10bit	SOIC-14, PDIP-14, UFBGA-15, QFN-20, MLF-20, VQFN-20	Diff ADC Gain Stage
TINY 25	8/20	2	128	128	6	4 x 10bit	PDIP-8, SOIC-8, QFN-20, QFN-20	High Speed Diff ADC Gain Stage
TINY 40	20	4	256	N/A	18	8 x 10bit	SOIC-14, TSOP-20, VQFN-20	Qtouch
TINY 44A	14	4	256	256	12	8 x 10bit	SOIC-14, PDIP-14, UFBGA-15, QFN-20, MLF-20, VQFN-20	Qtouch Diff ADC Gain Stage
TINY 45	8/20	4	256	256	6	4 x 10bit	PDIP-8, SOIC-8, TSOP-8, QFN-20	High Speed Diff ADC Gain Stage
TINY 48	28/32	8	256	64	24/28	10bit	PDIP-28, QFN-28, QFP-32, QFN-32	Qtouch
TINY 84A	14	8	512	512	12	8 x 10bit	SOIC-14, PDIP-14, UFBGA-15, QFN-20, MLF-20, VQFN-20	Qtouch Diff ADC Gain Stage
TINY 85	8/20	8	512	512	6	4 x 10bit	PDIP-8, SOIC-8, QFN-20	High Speed Diff ADC Gain Stage
TINY 88	28/32	8	512	64	24/28	10 bit	PDIP-28, QFN-28, QFP-32, QFN-32	Qtouch
TINY 102	8	1	32	N/A	6	5 x 10bit	UDFN-8, SOIC-8	USART/SPI
TINY 104	14	1	32	N/A	12	8 x 10bit	SOIC-14	USART/SPI
TINY 261A	20/32	2	128	128	16	11 x 10bit	SOIC-20, PDIP-20, TSOP-20, QFN-32	High Speed PWM Diff ADC Gain Stage
TINY 441	14/20	4	256	128	12	12 x 10bit	SOIC-14, MLF-20, QFN-20	Acc VREF 2% osc Diff ADC Gain Stage
TINY 461A	20/32	4	256	256	16	11 x 10bit	SOIC-20, PDIP-20, TSOP-20, QFN-32	High Speed PWM Diff ADC Gain Stage
TINY 841	14	8	512	256	12	12 x 10bit	SOIC-14, MLF-20, QFN-20	Acc VREF 2% osc Diff ADC Gain Stage
TINY 861A	20/32	8	512	512	16	11 x 10bit	SOIC-20, PDIP-20, TSOP-20, QFN-32	High Speed PWM Diff ADC Gain Stage
TINY 1634	20	16	256	1	18	12 x 10bit	SOIC-20, QFN-20	2 x USART

Atmel®

AVR 8-bit Product Families (Continued)

megaAVR—Robust and Flexible

Part Number Pins		Flash (KB)	SRAM (KB)	EEPROM (KB)	I/O ADC Packages Comments
MEGA16A	40/44	16	1	0.5	32	8 x 10bit	PDIP-40, MLF-44, QFP-44	Low Cost QTouch
MEGA32A	40/44	32	2	1	32	8 x 10bit	PDIP-40, MLF-44, QFP-44	Low Cost QTouch
MEGA48PB	32	4	0.5	0.25	27	8 x 10bit	MLF-32, QFP-32
MEGA64A	64	64	2	N/A	53	8 x 10bit	MLF-64, QFP-64
MEGA88PB	32	8	1	0.5	23	8 x 10bit	MLF-32, QFP-32
MEGA162	40/44 16 1 0.5 35 N/A PDIP-40, MLF-44, QFP-44
MEGA164PA	40/44/49	16	1	0.5	32	8 x 10bit	PDIP-40, MLF-44, QFP-44
MEGA168PB	32	16	1	0.5	27	8 x 10bit	MLF-32, QFP-32
MEGA169PA	64	16	1	0.5	54	8 x 10bit	MLF-64, QFP-64, QFN-64
MEGA324PB	44	32	2	1	39	8 x 10bit	MLF-44, QFP-44
MEGA328PB	32	32	2	1	27	8 x 10bit	MLF-32, QFP-32
MEGA329PA	64	32	2	1	54	8 x 10bit	MLF-64, QFP-64
MEGA 640	100	64	8	4	86	16 x 10bit	BGA-100, QFP-100
MEGA 644PA	40/44	64	4	2	32	8 x 10bit	PDIP-40, MLF-44, QFP-44
MEGA 649P	64	64	4	2	54	8 x 10bit	MLF-64, QFP-64
MEGA 1280	100	128	8	4	86	16 x 10bit	BGA-100, QFP-100
MEGA 1281	64	128	8	4	54	16 x 10bit	MLF-64, QFP-64
MEGA 1284	40/44	128	16	4	32	8 x 10bit	PDIP-40, MLF-44, QFP-44
MEGA 2560	100	256	8	4	86	16 x 10bit	BGA-100, QFP-100
MEGA 2561	64	256	8	4	54	8 x 10bit	MLF-64, QFP-64
MEGA3290P	100	32	2	1	69	8 x 10bit	QFP-100	LCD PicoPower
MEGA6490P	100	64	4	2	69	8 x 10bit	QFP-100	LCD PicoPower
MEGA 8515	40/44	8	0.5	0.5	35	N/A	PDIP-40, MLF-44, QFP-44	External SRAM
MEGA 8535	40/44	8	0.5	0.5	32	8 x 10bit	PDIP-40, MLF-44, QFP-44

XMEGA—More Performance

Part Number	Pins Flash	(KB)	SRAM	(KB)	EEPROM (KB)	I/O ADC Packages	Comments
A1U 100	64/128	4/8	278	2 - 16 x 12bit			2msps	TQFP-100, BGA-100 VFBGA-100
A3U 64	64/128			4/8/16	2/4	50	2 - 16 x 12bit	TQFP-64, QFN-64
			192/256				2msps
A4U 44	16/32			2/4/8	1/2	34	12 x 12bit	QFP-44, QFN-44 VFBGA-49
			64/128				2msps
B1	100		64/128	4/8	2	53	2 - 8 x 12bit	TQFP-100, VFBGA-100
B3	64		64/128	4/8	2	36	1 - 8 x 12bit	TQFP-64, QFN-64 DRQFN-64
C3	64		32/64128/192256/384	2/4/8/16	4/8/16	50	1 - 16 x 12bit	TQFP-64, VQFN-64
C4	44		16/32	2/4	1	34	1 - 16 x 12bit	TQFP-44, QFN-44 VFBGA-49
D3	64		32/64128/192256/384	4/816/32	1/2/4	50	1 - 16 x 12bit	TQFP-64, QFN-64
D4	44		16/3264/128	1/2/4/8	1/2/4	34	1 - 12 x 12bit	TQFP-44, VFBGA-49
E5	32		8/16/32	1/2/4	0.5/1	26	1 - 16 x 12bit	QFP-44, QFN-44 UQFN-44

Atmel®

Atmel | SMART 32-bit ARM Microcontroller Offering

Broad ARM Cortex M0+ Offerings

SAM D, SAM L and SAM C Series

Series Descriptions

• SAM D09 – The smallest member of the SAM D family in terms of memory, pin count, and features. Compatible with the SAM D10, SAM D11, SAMD20, and SAM D21.
• SAM D10/11 – Feature upgrade from the SAM D09 with additional serial interfaces, timers, Analog Comparator, DAC, and Peripheral Touch Controller.

• SAM D20/21 – Offers a rich set of peripherals, flexibility, and ease-of-use with low power consumption Full Speed USB, DMA, high-end timers/counters

• SAM DA1 – Automotive qualified microcontrollers, embedding Peripheral Touch Controller (PTC) enabling efficient Button/Slider/Wheel and Proximity detection solutions for automotive HMI applications

• SAM L21/22 - Ultra Low Power version featuring 35uA/MHz in active mode, 1Msps ADC and DAC, Custom Configurable Logic, PTC and more
• SAM C20/21 – 5V version for Industrial applications that need to interface with higher powered devices. Features CAN, RS485, 16-bit Sigma Delta ADC and QTouch

Atmel ARM Cortex-M4 Summary

SAM4 & SAM G

SAM 4/G Family Features	SAM4N SAM4S SAM4E SAM4L SAM G
Cortex M4/M4F	100 MHz 120 MHz 120 MHz 48 MHz 120 MHz
Up to 2MB Dual Bank Flash	512KB-1MB Single Bank -	128KB-2MB Single/Dual Bank Cache	512KB-1MB Single Bank Cache	128-512KB Single Bank -	256-512KB Single Bank Cache
High I/O Pin DMA	48, 64 and 100 pins 100, 144 pins			48, 64 and 100 pins	49 and 64 pins
Communication (USB, CAN, Ethernet) CMOS Interface			DMA DMA DMA
Safety and Security I2S		FS USB Device - -	FS USB Device 2x CAN 1x Ethernet	FS USB H&D - -
		CMOS Interface
		CRC - -	CRC AES 256 -	CRC AES 256 RNG	CRC - -
		I2S		I2S	I2S

Series Descriptions

• SAM4N – Ideal for a wide range of applications in industrial automation, consumer and appliance, and energy metering markets. Pin compatible with SAM3S, SAM3N and SAM7S,
• SAM4S – Features a multi-layer bus matrix, multi-channel direct memory access (DMA) and distributed memory to support high data rate communication.

• SAM4E – Offers a rich set of connectivity peripherals including 10/100Mbps Ethernet MAC supporting IEEE1588 and dual CAN as well as single-precision FPU.

• SAM4L – Ideal for power sensitive designs delivering down to 90uA/MHz in active mode as well as sleep mode with full RAM retention of 1.5uA and wake-up time of 1.5us.

• SAM G – Optimized for ultra-low power and high performance. Small form factor bundled with FPU, DMA and good SRAM to flash ratio in a very tiny 3x3mm package

Atmel®

Atmel | SMART ARM Cortex-M7 MCU Family

Perfectly matching the increasing application requirements

	SAM S70	SAM E70	SAM V70	SAM V71
Frequency 300MHz
Flash 512KB/1MB/2MB
SRAM 256KB/384KB/384KB
Backup SRAM 1KB
Ext Bus Interface 16-bit (SDRAM, SRAM)
Ethernet 1588 (MAC)	-	10/100 Mbps	-	10/100 Mbps
CAN-FD - 2 2 2
Media LB - Yes
Automotive qualified - Yes
Camera interface 1
QSPI	1
HSMCI/SDIO/eMMC 1
USB 1x HS (Host/Device)
USART or SPI/UART	5/3
SPI/I2C/SSC	2/3/1
12-bit ADC	2x 12-ch 2Mbps
12-bit DAC	2-ch 2 Mbps
Timers/PWM	12/8
Crypto	TRNG, AES256, SHA1/256
Pin count	64–100–144
Package	QFP, BGA

High Performance

• ARM Cortex-M7 – 300MHz, 1500 CoreMark
• 16kB+16kB of I&D cache with ECC
• Execution in place from on-chip flash, NVM connected to QSPI and EBI
• Multi-port SRAM minimizing latency
- User configurable SRAM and TCM size

Features

• HS USB host/device with integrated PHY
• Memory integrity check monitor
• CMOS camera interface
- Ethernet and dual CAN on SAM E70
- Sleepwalking on UART and I ^2 C
- Event system

Advanced Analog Front-end (AFE)

• Dual S&H, 12-bit ADC, 16-bit HW averaging
• Differential input, programmable gain
• Automatic gain and offset error correction
• DMA support, HW & SW trigger

Extended Industrial Temperature

-40 to 105°C

Atmel eMPU Product Portfolio

Offers rich, peripheral set, low power and ease of use

	SAMA5D2	SAMA5D3	SAMA5D4
Max CPU/DDR speed (MHz) 500/166 536/166 600/200
Neon	√		--	√
L2 cache (KB) 128 -- 128
DDR3 & Quad SPI	√		-- --
USB HSIC	√		-- --
EMAC 1x 10/100 1x Gbit 1x 10/100 2x 10/100
CAN	√		√	--
LCD Interface	√ √ √
Video -- -- Yes (720p)
Thrust Zone	√		--	√
On-the-fly memory encryption/Tamper detection	√		--	√
Temperature range up to 105°	√		√	--

SAMA5D2 series:

The Atmel | SMART SAMA5D2 series extends the SAMA5 family by offering great features integrated into lower pin count packages, making it ideal for applications where security, power consumption or space constraints are key considerations.

SAMA5D3 series:

Operating at 850DMIPS at under 150mW, the Atmel | SMART SAMA5D3 MPU is ideal for any high-performance, low-power and cost-sensitive industrial application.

SAMA5D4 series:

The Atmel | SMART SAMA5D4 MPU operates at 945DMIPS, includes a 720p hardware video decoder and high level of security making it ideal for any high-performance, secure and cost-sensitive industrial application requiring video playback. Updated A5D4 speed from 528Mhz to 600Mhz.

Atmel®

Atmel Tools and Software

graph TD
    A["COMMERCIAL SOFTWARE"] --> B["PROTOTYPE"]
    B --> C["EVALUATION"]
    C --> D["MASS PRODUCTION"]
    D --> E["POWER MANAGEMENT SOLUTION"]
    E --> F["CONNECTIVITY SOLUTION"]
    F --> G["SYSTEM ON MODULE"]
    G --> H["DEBUGGER / IDE / COMPILER"]
    H --> I["GRAPHICS / UI SOLUTION"]
    I --> J["Atmel"]

ATMEL STUDIO 7

700,000+

Studio downloads since 2012

93%

Users ratings excellent, very good, good

Atmel Studio 7

Available for free at atmel.com

Powerful

• Based on Visual Studio 2015 frontend
  • Supports 8/32-bit AVR and ARM development and debugging for Atmel MCU targets
  • Supports project migration from earlier Studio versions

Easy to Use

• Extensive embedded software library
• Integrated training modules and examples

Extensible

• Rich 3rd-party ecosystem of plugins
• Configuration tools for Atmel Touch and Wireless technologies
  • Supports data and power visualization

Atmel START

Web-based Software Configuration & Deployment Engine

• Automatic software integration engine, lets developers focus on their application instead of integrating off-the-shelf software.
• Intuitive graphical Software configuration
• Deploy software to Atmel board, or users own custom board
  • Supports "top down" evaluation of Atmel technology

Atmel | START

Atmel Data Visualizer

View MCU Data at Runtime

• MCU Data streamed from power debugger to Data Visualizer
• Viewed in configurable UI Objects
- Oscilloscope view, text terminal, buttons, checkboxes, gauges, textbox...
- Can run as Studio 7 plug-in, or stand alone

Power Analysis (Xplained Pro kits w/ XPM and Power Debugger Probe)

• Power and Battery estimation between currsors over duty cycle
• Correlation between current consumption and code location

Atmel Power Debugger

Combined Debugger and Power Measurement Probe

• Simultaneous debugging and power measuring
• Two independent channels for power measurement
  • CDC virtual COM port
  • DGI for streaming application & power data
• Provides target power, 1.6 – 5.5V, up to 100mA
  • Status LEDs for debugging and target supply

Blue printed circuit board with various traces and connectors (no visible text or symbols)

Light Sense Example Light Sensor Value Night Light Hydthereis Values: Low High LED Control Toggle LED Auto-ctrl Automatically W F Legend: Auto-ctrl

Circuit Waveform Current: 4.625V, Current: 3.00V Capacitor: 4.227V, 4.239mA, 4.133mA, 4d 5b 48m Ach (current) (Dial) (current) (Dial) (current) (Dial) (current) (Dial) (current) Signal Voltage: 0.00000000000 Ground: 0.00000000000 Ground: 0.00000000000 Ground: 0.00000000000 Ground: 0.00000000000 Ground: 0.00000000000 Ground: 0.0000000000

Atmel®

Capacitive Touch Interface Devices

Touching the Connected Car

Opportunities for capacitive touch technologies

Mirror Buttons and proximity Overhead panel Proximity, buttons, slider Anti pinch sensor Proximity Electronic pedal Proximity and buttons Centerstack Touchscreen, proximity, buttons, sliders, wheels Door panel Proximity, buttons, sliders, wheels Middle console Touchpad, BSW

Peripheral Touch Controller — PTC

HW Module for Capacitive Touch Sensing

• Buttons, Sliders, and Wheels

• Mutual- and self-capacitive touch

• Can run both at the same time
  • Self-(re)calibrating, no tuning needed
  • No external components needed

• Excellent conducted immunity (CI)

• Built-in hardware filtering
- Passes 10V Cl*

- Low standby power consumption

• 4μ stand with wake-up touch

- Low CPU utilization

• Autonomous operation
• Non blocking interrupt behavior

• High channel count

• Up to 256 mutual cap channels
• Up to 32 self cap channels

* 100K series resistor might be needed in some designs

graph TD
    CPU["CPU"] -->|PORT A| Memory["Memory"]
    CPU -->|PORT B| Memory
    CPU -->|PORT C| Memory
    CPU -->|PORT D| Memory
    CPU -->|PORT E| Memory
    CPU -->|PORT F| Memory
    CPU -->|PORT G| Memory
    CPU -->|PORT H| Memory
    CPU -->|PORT I| Memory
    CPU -->|PORT J| Memory
    CPU -->|PORT K| Memory
    CPU -->|PORT L| Memory
    CPU -->|PORT M| Memory
    CPU -->|PORT N| Memory
    CPU -->|PORT O| Memory
    CPU -->|PORT P| Memory
    CPU -->|PORT Q| Memory
    CPU -->|PORT R| Memory
    CPU -->|PORT S| Memory
    CPU -->|PORT T| Memory
    CPU -->|PORT U| Memory
    CPU -->|PORT V| Memory
    CPU -->|PORT W| Memory
    CPU -->|PORT X| Memory
    CPU -->|PORT Y| Memory
    CPU -->|PORT Z| Memory
    CPU -->|PORT AA| Memory
    CPU -->|PORT AB| Memory
    CPU -->|PORT AC| Memory
    CPU -->|PORT AD| Memory
    CPU -->|PORT AE| Memory
    CPU -->|PORT AF| Memory
    CPU -->|PORT AG| Memory
    CPU -->|PORT AH| Memory
    CPU -->|PORT AI| Memory
    CPU -->|PORT AJ| Memory
    CPU -->|PORT AK| Memory
    CPU -->|PORT AL | Memory
    CPU -->|PORT AM | Memory
    CPU -->|PORT AN | Memory
    CPU -->|PORT AO | Memory
    CPU -->|PORT AP | Memory
    CPU -->|PORT AQ | Memory
    CPU -->|PORT AR | Memory

Atmel Automotive Solutions

You can rely on Atmel with over 30 years of design experience and expertise in the automotive field. You can also depend on us to support you with extensive demonstration and evaluation kits, reference boards, software, detailed documentation, and our expert staff of application engineers.

Automotive Microcontrollers

Our wide range of cost-effective, top-quality products with fully functional design kits support your designs, whether they are large, complex electronic systems for automotive safety or body control, or smaller, independent applications.

Automotive Serial EEPROMs

We offer a complete line of automotive temperature grade Serial EEPROMs supporting I^2C , SPI and Microwire protocols. These products are ideal for high-speed designs in robust and noisy environments.

Automotive Touch

The maXTouch ^® family — known for its superior performance and rich feature set — is now qualified for automotive applications such as automotive touchscreens and touchpads used in center stack displays, navigation systems, radio human-machine interfaces (HMIs) and rear-seat entertainment systems.

Broadcast Radio

Backed by more than 30 years' experience in designing broadcast radio solutions, as well as support for industry standards (ISO9001 and ISO16949), our solutions are ideal for the quality and performance requirements of the car radio market.

CAN/VAN Networking

Controller Area Network (CAN) networking is widely used in electronic architectures for today's modern vehicles. Atmel offers a wide range of solutions for CAN networking, including AVR 8-bit RISC microcontrollers and transceivers ready to go with data-rates up to 5Mbit/s supporting the new CAN Flexible Data-rate standard (CAN FD).

Black and white photo of a car driving on a road with motion blur, sun rays visible (no text or symbols)

Car Access

Our devices support access applications including remote keyless entry (RKE) and passive entry/go (PEG) systems, so you can deliver the convenience as well as security that drivers expect.

Drivers/High-Temperature ICs

With our devices, you can meet the stringent requirements of “under the hood” systems. We understand that high temperatures, strong mechanical vibration and fluctuating electromagnetic fields require products based on decades of good architecture, meticulous manufacturing and robust testing.

Battery Management

Lithium-Ion (Li-Ion) batteries tend to overheat when overcharged or during deep discharge, so our devices are equipped to provide protection and safety features that are critical in high cell count Li-Ion battery applications.

LIN Networking

Our devices support the low-cost local interconnect networking (LIN) systems that are used throughout automobiles for comfort, powertrain, sensor and actuator applications.

Atmel®

Atmel Wireless SmartConnect IoT Platform

Enabling Connectivity Solutions

graph LR
    A["Cloud Partners"] --> B["Internet"]
    B --> C["Wi-Fi"]
    C --> D["802.15.4"]
    D --> E["BLE Node to GW Authentication/Security"]
    E --> F["ZigBee 6LowPan"]
    subgraph Cloud Partners
        B
        C
        D
        E
    end
    subgraph Wi-Fi
        B
        C
        D
        E
    end
    subgraph BLE Node to GW Authentication/Security
        E
        F
    end
    style Cloud Partners fill:#f9f,stroke:#333
    style Wi-Fi fill:#ccf,stroke:#333
    style BLE Node to GW Authentication/Security fill:#cfc,stroke:#333
    note right of E: Thread 6LowPan
    note left of F: Pre-Packaged Solutions
    note right of O: Solution Pending

* Customer Sampling

WILC1000 Network Controllers Series

Ordering Codes Description
ATWILC1000B-MU-T/Y	Single 802.11 b/g/n chip, 5X5 QFN (Tape & Reel / Tray)
ATWILC1000B-UU-T/Y	Single 802.11 b/g/n chip, 3x3 CSP PKG (Tape & Reel / Tray)
ATWILC1000-MR110PB	Certified WILC1000B Module W/ PCB Antenna
ATWILC1000-MR110UB	Certified WILC1000B Module W/ uFL connector
ATWILC1000-SDPRO	ATWILC1000-SDRO extension board to connect over SD/MMC (SDIO) to peer host

Key Features:

• IEEE 802.11 b/g/n (1x1) for up to 72 Mbps
• Integrated PA and T/R switch
• Superior sensitivity and range via advanced PHY signal processing
  • Wi-Fi Direct, station mode and Soft-AP support
  • Supports IEEE 802.11 WEP, WPA
• On-chip memory management engine to reduce host load
  • SPI, SDIO, UART and I²C as host interfaces
  • WSC (wireless simple configuration WPS)

graph TD
    A["App + Linux"] --> B["SDIO Driver"]
    C["Host MCU/MPU"] --> D["SDIO Driver"]
    C --> E["SDIO Driver"]
    C --> F["API"]
    C --> G["WiFi Stack"]
    D --> H["22mm"]
    E --> H
    F --> H
    G --> H
    H --> I["15mm"]

Atmel®

WINC1500 Network Controllers Series

	WINC1500MR210PB/UB	WINC1510MR210PB/UB
Wi-Fi SoC	WINC1500B WINC1510B
External Host Type	MCU MCU
External Host Interface	UART, SPI UART, SPI
Single Band 802.11n	√	√
WPS,WPA/WPA2 Supplicant	√	√
TCP/UPD, DNS, HTTP/ HTTPS, TLS	√	√
Stacked Flash	4M 8M
Antenna Design	PCB/uFL PCB/uFL
OTA Upgrade	√	√
Dimensions	22 x15mm
Pin Out	28x castellation
Certification	FCC, IC, ETSI
Availability (MP)	NOW

Certified module used as a turn key add-on module adding Wi-Fi connectivity to an existing system.

Key Features:

• IEEE 802.11 b/g/n (1x1) for up to 72 Mbps
• Integrated PA and T/R switch
• Superior sensitivity and range via advanced PHY signal processing
  • Wi-Fi Direct, station mode and Soft-AP support
  • Supports IEEE 802.11 WEP, WPA
• On-chip memory management engine to reduce host load
• 4/8 Mbit stacked Flash memory with OTA firmware upgrade
  • SPI, UART and I2C as host interfaces
• TCP/IP protocol stack (client/server) sockets applications
  • Network protocols (DHCP/DNS), including secure TLS stack
  • WSC (wireless simple configuration WPS)

graph TD
    A["Host Application"] --> B["Socket API"]
    B --> C["SPI Driver"]
    C --> D["4KB Flash 1KB RAM"]
    D --> E["SPI Driver"]
    E --> F["API"]
    F --> G["TCP/IP TLS"]
    G --> H["Wi-Fi Stack"]
    I["Host MCU"] --> J["SPI, UART"]
    J --> K["22mm"]
    L["Microchip with ATWINC1500-MR210PA, FCC ID:W4W4TWINC1500, MAC:FBF00620AA2D, DIC:1438"] --> M["15mm"]

Atmel | SMART SAM W25

Standalone Applications Wi-Fi Module

Key Features:

• IEEE 802.11 b/g/n (1x1) for up to 72 Mbps
• Integrated PA and T/R switch can operate completely host-less in most applications
• Superior sensitivity and range via advanced PHY signal processing
  • Wi-Fi Direct, station mode and Soft-AP support
  • Supports IEEE 802.11 WEP, WPA
• On-chip memory management engine to reduce host load
• 4 Mbit internal Flash memory with OTA firmware upgrade
• SPI, UART and I²C as host interfaces
• TCP/IP protocol stack (client/server) sockets applications
  • Network protocols (DHCP/DNS), including secure TLS stack
  • WSC (wireless simple configuration WPS)

	SAMW25H18-MR210PB	SAMW25H18-MR510PB
Wi-Fi SoC	WINC1510B WINC1510B
Embedded Host MCU	SAM D21 SAM D21
Single Band 802.11n	√	√
WPS,WPA/WPA2 Supplicant	√	√
TCP/UPD, DNS, HTTP/HTTPS, TLS	√	√
CryptoAuthentication (ECC508A)	-	√
Antenna Design	PCB PCB
OTA Upgrade	√	√
Dimensions	34 x15mm
Pin Out	51 castellations
Certification	FCC, IC, ETSI, TELEC
Availability (MP)	NOW

graph TD
    A["Host Application"] --> B["Socket API"]
    A --> C["SPI Driver"]
    B --> D["SPI Driver"]
    C --> D
    D --> E["API"]
    E --> F["TCP/IP TLS"]
    F --> G["Wi-Fi Stack"]
    H["4KB Flash 1KB RAM"] --> I["SPI"]
    I --> D
    J["ATMEL CORP © 2014"] --> K["34mm"]
    L["15mm"] --> M["Data Block"]

Atmel®

Atmel | SMART SAMR21 ARM Cortex-M0+

with 2.4 GHz 802.15.4 Transceiver

Memories

• 64/128/256/768 (256+512) flash
• 8K/16K/32KB SRAM

Peripherals

• 4-SERCOM interfaces
- I²C, SPI, and USART
- 4x16 bit timers
• 4-Ch 12-bit ADC
- Analog comparator

Sleep Power Consumption

• <150μA/MHz active (CoreMark®)
• <4μA with RTC and Full RAM retention

Key features

• HW AES
• Automatic external FEM control, antenna diversity
• Capacitive touch HW engine (PTC)
• Integrated 32KHz crystal
- Ranging engine

Package Options

• 32pin 5x5mm, 48pin 7x7mm

Link Controller SAM R21
CPU Core	ARM Cortex-M0+ @ 48MHz
Max PHY Rate	2Mbit
Frequency	2.4GHz
Stacks	Bitcloud, Contiki, OpenWSNComing:mBED, Thread, iControl
Applications	Lighting, Sensor Networks, Home Automation, ESL
Interfaces	SPI, UART
Tx/Rx Peak	13.8mA/11.8mA @ 3.0V
Tx Pout	+4dBrn
Rx Sensitivity	-99dBrn
Sleep Mode	<4uA (RTC+RAM)
Package	6x6 QFN485x5 QFN32
Power Supply	1.8V-3.6V
Temp Range	-40 to +125°C

ATSAMR21B18-MZ210PA A09-2450 15mm 20mm 19mm 20mm

	SAMR21B18-MZ210PA	SAMR21G18-MR210UA
Target Market	Lighting General Purpose
Form Factor	15 x 20mm 19 x 20mm
Microcontroller	SAMR21E18 SAMR21G18
RF Output Power	+4dBm +3.5dBm
Rx Sensitivity	-99dBm -98dBm
Antenna	PCB trace 2 x UFL
Available I/O	5	17
Encryption		ECC508A
Temperature Range	-40C - +125C	-40C - +85C

SAM R21 Module SAM R21 Lighting Module

Atmel Bluetooth SMART® Solutions

The Lowest Power, Smallest Size Bluetooth® Smart Solution in the Industry.

• Small size enables new ultra small product forms
• Goes the longest without a charge or battery change
• Simplify your design with the Atmel® Studio and Xplained PRO ecosystem
• Easily combine Atmel® | SMART 8- and 32-bit MCUs with BLE connectivity

BLE. World's Love Wireless st Size Wireless size: 2.2 x 2.1 mm

BLE Soc BTLC1000 SAMB11
CPU Core	Cortex-M0 @ 26MHz	Cortex-M0 w/256KB stacked Flash
Max PHY Rate	1Mbps 1Mbps
Frequency	2.4GHz 2.4GHz
Stacks	Self Contained GATT and GATT-based profiles BLE 4.1	Self Contained GATT and GATT-based profiles BLE 4.1
Applications	Wearable, IoT Wearable, IoT
Interfaces	SPI, UART, I2C, 13/15 GPIO	SPI, UART, I2C, 30 GPIO
Tx/Rx Peak (mA)	<3/4mA @ 3.6V <3/4mA @ 3.6V
Tx Pout	-30dBm to +4dBm -30dBm to +4dBm
Rx Sensitivity	<-95dBm <-95dBm
Sleep Mode	<1uA <1uA
Package	4x4mm QFN 32L 2.25 x 2.15mm WLCSP	6x6mm QFN 48L
Power Supply	(*) 1.8V-4.3V 2.3-3.6V
Temp Range	-40 to +85° c -40 to +85° c

• Smallest, certified modules available on the market
• 4.5x5.5mm ultra small form factor LGA package
  • Integrates all BOM components except 32kHz optional Xtal
  • Available with integrated antenna on package or with hookup for external antenna

Atmel®

Atmel Smart Metering

graph TD
    A["Best-in-class Metrology"] --> B["Sensing Signal Processing"]
    C["Highest Integration and Flexibility"] --> D["Application Processor"]
    E["Leading-edge Connectivity"] --> F["MCU"]
    E --> G["MCU/MPU"]
    E --> H["PRIME/G3"]
    B --> I["Energy Measurement AFE 1ph/2ph/3ph M90Exx"]
    D --> J["MCU SAM4, SAMD"]
    F --> K["MCU/MPU SAM4, SAMA5 SAM9"]
    H --> L["ATPL230, ATPL250"]
    I --> M["Analog Sensor 1ph/2ph/3ph ATSENSE"]
    J --> N["Application & Communications Secure ASSP, Dual Cortex - M4, PRIME / G3 SAM4CP16"]
    K --> O["Metrology & Application Secure ASSP Dual Core Cortex-M4 SAM4C4/8/16/32"]
    L --> P["Sub-1GHz IEEE 802.15.4 AT86RF212B AT86RF215M"]
    M --> Q["Sensors & Metrology & Application Secure ASSP Dual Core Cortex-M4 1ph/3ph SAM4CMS4/8/16/32 SAM4CMP8/16/32"]
    N --> R["Sub-1GHz IEEE 802.15.4 AT86RF215M"]
    O --> S["2.4GHz IEEE 802.15.4 AT86RF233"]
    P --> T["Dual-Band IEEE 802.15.4g AT86RF215"]

graph TD
    A["UTILITY"] --> B["WAN"]
    B --> C["HAN GATEWAY"]
    C --> D["Appliance"]
    D --> E["Local Wind Solar"]
    E --> F["HVAC"]
    F --> G["IN HOME DISPLAY"]
    G --> C
    C --> H["HAN or Neighborhood IEEE 802.15.4(g), ZigBee"]
    H --> I["H2O METER"]
    I --> J["GAS METER"]
    J --> K["ELECTRICITY METER"]
    K --> L["Neighborhood/Metro IEEE 802.15.4g, PRIME,G3-PLC"]
    L --> B

Atmel Security Solutions

More than a simple password

• Trusted and Secure Communication
- Secure updates for FW and SW
• Establish and manage Trusted Keys
- Manage and track production builds
• Authentication and verification
- Secure Boot
- Maintain Platform Integrity
• Product Lifecycle Management
- Stored Protection of Data

graph TD
    A["Atmel Software Solutions"] --> B["Application"]
    B --> C["IoT Comm. Stacks + Third Party Cloud"]
    C --> D["Ultra Low Power Hardware Integration"]
    E["Atmel Security Solutions"] --> F["Security"]

Part Number ATSHA204A ATAES132A ATECC508A
Description	Secure authentication and validation device	High-Security, serial EEPROM providing authentication and confidential nonvolatile storage	High speed PKI crypto engine with secure key storage. FIPS186-3 Elliptic Curve Digital Signature Algorithm (ECDSA) for ECC Sign-Verify
ECDH			Runs FIPS SP800-56A ECDH Algorithm
Function(s)	Authentication Encryption/Authentication Authentication and key exchange for confidentiality and data integrity

Security Threats for IoT are Everywhere

graph TD
    A["Through the server or cloud with fake updates or commands"] --> B((Cloud))
    B <--> C["We constantly hear about folks &quot;listening into networks&quot; for confidential information and data."]
    C --> D["Security"]
    D --> E["MCUs MPUs"]
    D --> F["Energy"]
    D --> G["Sensing"]
    D --> H["Connectivity"]
    E --> I["Through a fake device tracking back to the gateway and cloud."]
    F --> I
    G --> I
    H --> I
    style A fill:#cce5ff,stroke:#333
    style B fill:#cce5ff,stroke:#333
    style C fill:#cce5ff,stroke:#333
    style D fill:#e6f2ff,stroke:#333
    style E fill:#e6f2ff,stroke:#333
    style F fill:#e6f2ff,stroke:#333
    style G fill:#e6f2ff,stroke:#333
    style H fill:#e6f2ff,stroke:#333

Atmel®

Atmel Memory Solutions

Atmel AT21CS Serial EEPROMs

Powerful Capabilities in a Tiny Package

graph TD
    A["AT21CS"] --> B["打印机"]
    A --> C["Smartwatch"]
    A --> D["USB"]
    A --> E["Laptop"]

Serial EEPROM

Flexible memory devices for a variety of applications to store personal preference data, system calibration and configuration data, and high endurance data logging.

Parallel EEPROM

Byte alterable, parallel access memory devices with high endurance, long term data retention, and advanced features that ensure high quality and manufacturability of systems.

OTP EPROM

One-time Programmable (OTP) memory devices with fast parallel access times to provide secure, unalterable direct code execution memory.

In addition, Atmel offers a family of secure memory solutions that are specifically designed to prevent product counterfeiting and intellectual property theft.

CryptoMemory® EEPROMs

Memory solutions with a 64-bit embedded hardware encryption engine, four sets of non-readable, 64-bit authentication keys, and four sets of non-readable, 64-bit session encryption keys.

	I2C SPI μWire Single Wire
Device Family	AT24C/34Cxxx AT25xxx AT93Cxxx AT21Cxxx
Densities	1-Kbit to 2-Mbit 1-Kbit to 2-Mbit 1-Kbit to 16-Kbit 1-Kbit
Voltage Range	1.7V to 5.5V	1.8V to 5.5V(Will migrate to 1.7V)	1.7V to 5.5V 1.7V to 4.5V
Clock Frequency	Up to 1MHz Up to 20MHz Up to 2MHz n/a (up to 125 kbps)
Automotive Grade	Available Available Available Available
Package Options	PDIP, SOIC, TSSOP,SOT-23, DFN, BGA,WLCSP	PDIP, SOIC, TSSOP,DFN, BGA, WLCSP	PDIP, SOIC, TSSOP,DFN, BGA, WLCSP	SOIC, SOT-23, WLCSP

48-bit MAC/EUI and 64-bit EUI Series

The 2Kb, ^1 C-compatible Atmel AT24MAC402 and AT24MAC602 Serial EEPROM devices are application-specific products that contain unique IEEE-provided 48-bit or 64-bit pre-programmed MAC/EUI addresses to enable connected devices to connect to the Internet or local network. The devices also contain a unique read-only 128-bit serial number and 2Kb of user-accessible EEPROM non-volatile memory (NVM) storage.

128-bit Serial Number Devices.

The Atmel AT24CS Series devices are general-purpose I²C-compatible Serial EEPROM devices that contain an Atmel-provided pre-programmed unique read-only 128-bit serial number with 1Kb to 32Kb of user-accessible EEPROM NVM storage.