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Intelligent Gateways

AWS Greengrass

With Microchip and Amazon Web Services (AWS), you can think globally, and act locally. By running Greengrass on one of our devices, you can link numerous edge nodes to Amazon’s cloud-based web services, for a cost-effective intelligent gateway solution. Our AWS gateway solution allows you to concentrate data and services at the edge devices, which reduces unnecessary data relays to the cloud, thereby lowering the overall solution cost. Your Microchip-powered gateway running AWS Greengrass core can provide local services whether it’s inside a building, a truck or a home and connects edge node sensors or devices within your environment.

  • Lowers AWS data cost
  • Enables local compute functions at the edge
  • Provides data resiliency with local repository
  • Delivers quicker response to local stimuli 
Explore MPU Options
Learn About Linux® Software
Learn About Hardware Security Interface

Simplifying Development with Our Comprehensive Kit

With our microprocessor (MPU) Greengrass gateway evaluation kit, you can see how easy it is to get your Greengrass gateway started. We walk you through the process of building the gateway software, setting up an AWS cloud account, creating a cloud application, and connecting the gateway to your cloud application. In this evaluation kit we show you how to create a temperature sensor AWS edge node with our PIC32MZ MCU-based platform running FreeRTOS and have the node register itself to your gateway. The kit will walk you through the creation and test of AWS Lambda functions which will allow data to be processed locally and acted upon (AI) locally without continuously sending data to the cloud.

Download Getting Started Guide

AWS Greengrass Hardware Security Interface (HSI)

When developing Linux® OS-based solutions for the IoT marketplace, securely protecting the device identity, or in other words the private key(s), continues to be a significant attack vector. AWS offers Greengrass Hardware Security Interface (HSI) to address security requirements related to secure key storage for IoT Linux solutions. Greengrass HSI is simply a link from AWS Greengrass core to the PKCS#11 library. When Greengrass HSI is combined with the ATECC608B secure element, the design benefits from very robust and scalable key storage solution which authenticates Greengrass-enabled solutions to the AWS IoT service as well as edge nodes connected to a Greengrass gateway.

Our Linux Offerings Simplify Your Software Implementation

Cloud connection implies connectivity. Network connectivity requires protocol stacks, security layers and potentially even a web browser, to exchange and forward information and communicate data. This is typically software that is readily available in the Linux platform without any additional licensing fees. With the Linux OS comes the largest selection of device drivers, which removes barriers to the choice of peripheral devices and their suppliers.

Unless you have experienced Linux developers within your organization, proper training and education of software engineers is a must for a successful MPU implementation. The big advantage in the Linux community is an abundance of qualified engineers and/or consultants who share their expertise with the community.

Simplify Your Gateway Design by Using a SiP or SOM

Our System On Module (SOM) and System in Package (SiP) options ease the design of a microprocessor (MPU)-based system and can be used for industrial-grade designs. They ensure signal integrity for the high-speed interfaces to DDR memory and, in the case of the SOM, the Ethernet Physical layer (PHY) while complying with Electromagnetic Compatibility (EMC) standards. You can solder the SOM on a motherboard and take it to production or use it as a reference design for your custom hardware, along with the free schematics, Gerber files and complete bill of materials, all available online. Our Linux development code will immediately run on the SOM, allowing you to get to production release even faster.

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Secure Elements Empowered by Greengrass HSI

Before a connection between a host and a client is completed, trust must be established based on a unique, trusted, protected identity. This identity is the private key that will be used to authenticate a cloud service, a gateway or an edge node. Security is only as strong as its weakest link and too often private keys are left accessible in processors memories. An attacker can easily obtain the key, even if it’s encrypted, and impersonate the Linux-based system. To address the issue, AWS Greengrass offers a feature called Greengrass HSI that is an interface to communicate between the Greengrass core and a secure element, like the ATECC608B, using the PKCS#S11 library. With its JIL “high“ rated security grade, the ATECC608B empowered by Greengrass HSI brings the capability to add hardware-based secure key storage to any Linux system. All the cryptographic functions involved with keys remain inside the secure boundaries of the ATECC608B where the private key is generated, stored and protected. Greengrass HSI sends a challenge to the secure element which will answer with a response containing a signature based on the stored private key. The authentication, one of the security pillars, relies now on an adequately protected root of trust. The ATECC608B is also part of the AWS Device Qualification Program supporting AWS Greengrass.

Development Tools

ATECC608a Click Board

The “Secure 4 click” embedding the ATECC608a from MikroElectronika along with the Raspberri Pi adapter are used along with any Greengrass enabled Raspberry pi hardware to leverage Greegrass HSI to your Linux based system. The ATECC608a secure element is a JIL "High" rated secure key storage device equipped with side attack channel and active anti-tamper protections to isolate keys and other secrets from being exposed during authentication between Greengrass and AWS IoT.

SAMA5D27-SOM1-EK1

Part Number: ATSAMA5D27-SOM1-EK1

The ATSAMA5D27-SOM1-EK1 is a fast prototyping and evaluation platform for the SAMA5D227C-D1G System in Package (SiP). Use this kit with the Linux distribution and software packages to jump-start the development of your IoT projects.

Third-Party Tools

ZYMKEY 4i

The ZYMKEY 4i is an IoT security module for use with a Raspberry Pi®  and AWS Greengrass. This add-on solution features an Arm® Cortex®-M0+ based SAM D21 MCU as the interface between the Linux machine and the secure element where the keys and other credentials are protected.

 

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Products

View All Parametrics
Product Status 5K Pricing Family Core FPU ARM Neon ARM Trust Zone Speed (MHz) Core Voltage Range (V) Vddbu for battery backup SRAM (KB) L1 Instruction Cache (KB) L1 Data Catche (KB) L2 Memory Cache (KB) Ext. DRAM Bus (Bits) Int. DRAM Type Int. DRAM (MB) NAND ECC (Bits) ECC Bits on NAND interface No of EBIs SDIO/SD-CARD/eMMC QSPI DMA Channels Max I/O Pins UART/SPI/I2C IrDA I2S/SSC ISO 7816 CAN CAN Type LIN USB Ethernet MAC Ethernet PTP & AVB Support Graphic LCD H/W Graphics Controller H/W Touch Peripheral H/W Video Decoder Camera Interface Integrity Check Monitor (ICM) Secure Bootloader H/W Crypto Engine External Memory Encrypt/Decrypt Anti-Tamper Pins Environmental Monitors Active Die Shield Secure Key Storage (Fuse bits) A/D Channels A/D Resolution (bits) A/D Sample Rate (ksps) Temp Sensor RTC Watch Dog Timer Timers Capture/Compare/PWM Peripherals Quadrature Encoder Interface (QEI) Temperature Range Pin Count Packages
ATSAMA5D21 In Production $4.86 32-bit MPU Cortex-A5 Yes Yes Yes 500 1.1V - 1.32V True 128 32 32 128 16 0 Yes 32 1 1 2 51 72 9 -UART 6 -SPI 6 -I2C Yes 2 -I2S 2 -SSC 9 0 None Yes 1 HS -Device and Host Ports 1 HS -Host Only 1 -10/100 Ethernet 0 -10/100/1000 Ethernet Ethernet PTP 24-bit Yes No Yes Yes Yes Yes No 6 No No 544 5 12 1000 Yes Yes Yes 4 x 16-bit 5 x 32-bit 13 -Std. PWM 5 -Input Capture 2 -40 to 85 196 196/TFBGA
ATSAMA5D22 In Production $4.86 32-bit MPU Cortex-A5 Yes Yes Yes 500 1.1V - 1.32V True 128 32 32 128 16 0 Yes 32 1 1 2 51 72 9 -UART 6 -SPI 6 -I2C Yes 2 -I2S 2 -SSC 9 1 CAN Yes 1 HS -Device and Host Ports 1 HS -Host Only 1 -10/100 Ethernet 0 -10/100/1000 Ethernet Ethernet PTP 24-bit Yes PTC No Yes Yes Yes Yes Yes 6 No No 544 5 12 1000 Yes Yes Yes 4 x 16-bit 5 x 32-bit 13 -Std. PWM 5 -Input Capture 2 -40 to 105 196 196/TFBGA
ATSAMA5D225C-D1M In Production $7.35 32-bit MPU Cortex-A5 Yes Yes Yes 500 3.1V - 3.4V True 128 32 32 128 16 DDR2 16 Yes 32 1 2 2 51 90 9 -UART 7 -SPI 7 -I2C Yes 2 -I2S 2 -SSC 9 1 CAN Yes 1 HS -Device and Host Ports 1 HS -Host Only 1 -10/100 Ethernet 0 -10/100/1000 Ethernet Ethernet PTP 24-bit Yes PTC No Yes Yes Yes Yes Yes 7 No No 544 5 12 1000 Yes Yes Yes 4 x 16-bit 5 x 32-bit 13 -Std. PWM 5 -Input Capture 2 -40 to 85 196 196/TFBGA
ATSAMA5D23 In Production $7.09 32-bit MPU Cortex-A5 Yes Yes Yes 500 1.1V - 1.32V True 128 32 32 128 16 0 Yes 32 1 1 2 51 72 9 -UART 6 -SPI 6 -I2C Yes 2 -I2S 2 -SSC 9 1 CAN Yes 1 HS -Device and Host Ports 1 HS -Host Only 1 -10/100 Ethernet 0 -10/100/1000 Ethernet Ethernet PTP 24-bit Yes PTC No Yes Yes Yes Yes Yes 6 Yes Yes 544 5 12 1000 Yes Yes Yes 4 x 16-bit 5 x 32-bit 13 -Std. PWM 5 -Input Capture 2 -40 to 105 196 196/TFBGA
ATSAMA5D24 In Production $5.80 32-bit MPU Cortex-A5 Yes Yes Yes 500 1.1V - 1.32V True 128 32 32 128 32 0 Yes 32 1 2 2 51 105 10 -UART 7 -SPI 7 -I2C Yes 2 -I2S 2 -SSC 10 0 None Yes 1 HS -Device and Host Ports 1 HS & 1 HSIC -Host Only 1 -10/100 Ethernet 0 -10/100/1000 Ethernet Ethernet PTP 24-bit Yes PTC No Yes Yes Yes Yes Yes 2 No No 544 12 12 1000 Yes Yes Yes 4 x 16-bit 6 x 32-bit 14 -Std. PWM 6 -Input Capture 2 -40 to 85 256 256/TFBGA
ATSAMA5D26 In Production $5.60 32-bit MPU Cortex-A5 Yes Yes Yes 500 1.1V - 1.32V True 128 32 32 128 32 0 Yes 32 1 2 2 51 128 10 -UART 7 -SPI 7 -I2C Yes 2 -I2S 2 -SSC 10 0 None Yes 1 HS -Device and Host Ports 1 HS -Host Only 1 -10/100 Ethernet 0 -10/100/1000 Ethernet Ethernet PTP 24-bit Yes No Yes Yes Yes Yes No 8 No No 544 12 12 1000 Yes Yes Yes 4 x 16-bit 6 x 32-bit 14 -Std. PWM 6 -Input Capture 2 -40 to 105 289 289/LFBGA
ATSAMA5D27 In Production $6.18 32-bit MPU Cortex-A5 Yes Yes Yes 500 1.1V - 1.32V True 128 32 32 128 32 0 Yes 32 1 2 2 51 128 10 -UART 7 -SPI 7 -I2C Yes 2 -I2S 2 -SSC 10 2 CAN Yes 1 HS -Device and Host Ports 1 HS & 1 HSIC -Host Only 1 -10/100 Ethernet 0 -10/100/1000 Ethernet Ethernet PTP 24-bit Yes PTC No Yes Yes Yes Yes Yes 8 No No 544 12 12 1000 Yes Yes Yes 4 x 16-bit 6 x 32-bit 14 -Std. PWM 6 -Input Capture 2 -40 to 105 289 289/LFBGA
ATSAMA5D27C-D1G In Production $10.69 32-bit MPU Cortex-A5 Yes Yes Yes 500 1.1V - 1.32V True 128 32 32 128 16 DDR2 128 Yes 32 1 2 2 51 128 10 -UART 7 -SPI 7 -I2C Yes 2 -I2S 2 -SSC 10 2 CAN Yes 1 HS -Device and Host Ports 1 HS & 1 HSIC -Host Only 1 -10/100 Ethernet 0 -10/100/1000 Ethernet Ethernet PTP 24-bit Yes PTC No Yes Yes Yes Yes Yes 8 No No 544 12 12 1000 Yes Yes Yes 4 x 16-bit 6 x 32-bit 14 -Std. PWM 6 -Input Capture 2 -40 to 85 289 289/TFBGA
ATSAMA5D27C-D5M In Production $9.17 32-bit MPU Cortex-A5 Yes Yes Yes 500 1.1V - 1.32V True 128 32 32 128 16 DDR2 64 Yes 32 1 2 2 51 128 10 -UART 7 -SPI 7 -I2C Yes 2 -I2S 2 -SSC 10 2 CAN Yes 1 HS -Device and Host Ports 1 HS & 1 HSIC -Host Only 1 -10/100 Ethernet 0 -10/100/1000 Ethernet Ethernet PTP 24-bit Yes PTC No Yes Yes Yes Yes Yes 8 No No 544 12 12 1000 Yes Yes Yes 4 x 16-bit 6 x 32-bit 14 -Std. PWM 6 -Input Capture 2 -40 to 85 289 289/TFBGA
ATSAMA5D27C-LD1G In Production $11.32 32-bit MPU Cortex-A5 Yes Yes Yes 500 1.1V - 1.32V True 128 32 32 128 16 LPDDR2 128 Yes 32 1 2 2 51 128 10 -UART 7 -SPI 7 -I2C Yes 2 -I2S 2 -SSC 10 2 CAN Yes 1 HS -Device and Host Ports 1 HS & 1 HSIC -Host Only 1 -10/100 Ethernet 0 -10/100/1000 Ethernet Ethernet PTP 24-bit Yes PTC No Yes Yes Yes Yes Yes 8 No No 544 12 12 1000 Yes Yes Yes 4 x 16-bit 6 x 32-bit 14 -Std. PWM 6 -Input Capture 2 -40 to 85 361 361/TFBGA
ATSAMA5D27C-LD2G In Production $13.46 32-bit MPU Cortex-A5 Yes Yes Yes 500 1.1V - 1.32V True 128 32 32 128 16 LPDDR2 256 Yes 32 1 2 2 51 128 10 -UART 7 -SPI 7 -I2C Yes 2 -I2S 2 -SSC 10 2 CAN Yes 1 HS -Device and Host Ports 1 HS & 1 HSIC -Host Only 1 -10/100 Ethernet 0 -10/100/1000 Ethernet Ethernet PTP 24-bit Yes PTC No Yes Yes Yes Yes Yes 8 No No 544 12 12 1000 Yes Yes Yes 4 x 16-bit 6 x 32-bit 14 -Std. PWM 6 -Input Capture 2 -40 to 85 361 361/TFBGA
ATSAMA5D27-SOM1 In Production $29.40 32-bit MPU Cortex-A5 Yes Yes Yes 500 3.1V - 3.4V True 128 32 32 128 16 DDR2 128 Yes 32 1 2 2 51 103 9 -UART 7 -SPI 7 -I2C Yes 2 -I2S 2 -SSC 9 2 CAN Yes 1 HS -Device Only 1 HS -Device and Host Ports 1 HS -Host Only 1 -10/100 Ethernet 0 -10/100/1000 Ethernet Ethernet PTP 24-bit Yes PTC No Yes Yes Yes Yes Yes 7 No No 544 5 12 1000 Yes Yes Yes 4 x 16-bit 5 x 32-bit 13 -Std. PWM 5 -Input Capture 2 -40 to 85 176 176/MODULE
ATSAMA5D27-WLSOM1 In Production $44.84 32-bit MPU Cortex-A5 Yes Yes Yes 500 3V - 5.5V True 128 32 32 128 32 LPDDR2 256 Yes 32 1 1 2 51 94 5 -UART 2 -SPI 1 -I2C Yes 2 -I2S 1 -SSC 5 2 CAN Yes 1 HS -Device Only 1 HS -Device and Host Ports 1 HS -Host Only 1 -10/100 Ethernet 0 -10/100/1000 Ethernet Ethernet PTP 18-bit Yes No Yes Yes Yes Yes Yes 7 No No 544 6 12 1000 Yes Yes Yes 4 x 16-bit 5 x 32-bit 13 -Std. PWM 5 -Input Capture 2 -40 to 85 188 188/Module
ATSAMA5D28 In Production Call for pricing 32-bit MPU Cortex-A5 Yes Yes Yes 500 1.1V - 1.32V True 128 32 32 128 32 0 Yes 32 1 2 2 51 128 10 -UART 7 -SPI 7 -I2C Yes 2 -I2S 2 -SSC 10 2 CAN Yes 1 HS -Device and Host Ports 1 HS & 1 HSIC -Host Only 1 -10/100 Ethernet 0 -10/100/1000 Ethernet Ethernet PTP 24-bit Yes PTC No Yes Yes Yes Yes Yes 8 Yes Yes 544 12 12 1000 Yes Yes Yes 4 x 16-bit 6 x 32-bit 14 -Std. PWM 6 -Input Capture 2 -40 to 105 289 289/LFBGA
ATSAMA5D28C-D1G In Production $17.13 32-bit MPU Cortex-A5 Yes Yes Yes 500 1.1V - 1.32V True 128 32 32 128 16 DDR2 128 Yes 32 1 2 2 51 128 10 -UART 7 -SPI 7 -I2C Yes 2 -I2S 2 -SSC 10 2 CAN Yes 1 HS -Device and Host Ports 1 HS & 1 HSIC -Host Only 1 -10/100 Ethernet 0 -10/100/1000 Ethernet Ethernet PTP 24-bit Yes PTC No Yes Yes Yes Yes Yes 8 Yes Yes 544 12 12 1000 Yes Yes Yes 4 x 16-bit 6 x 32-bit 14 -Std. PWM 6 -Input Capture 2 -40 to 85 289 289/TFBGA
ATSAMA5D28C-LD1G In Production Call for pricing 32-bit MPU Cortex-A5 Yes Yes Yes 500 1.1V - 1.32V True 128 32 32 128 16 LPDDR2 128 Yes 32 1 2 2 51 128 10 -UART 7 -SPI 7 -I2C Yes 2 -I2S 2 -SSC 10 2 CAN Yes 1 HS -Device and Host Ports 1 HS & 1 HSIC -Host Only 1 -10/100 Ethernet 0 -10/100/1000 Ethernet Ethernet PTP 24-bit Yes PTC No Yes Yes Yes Yes Yes 8 Yes Yes 544 12 12 1000 Yes Yes Yes 4 x 16-bit 6 x 32-bit 14 -Std. PWM 6 -Input Capture 2 -40 to 85 361 361/TFBGA
ATSAMA5D28C-LD2G In Production Call for pricing 32-bit MPU Cortex-A5 Yes Yes Yes 500 1.1V - 1.32V True 128 32 32 128 16 LPDDR2 256 Yes 32 1 2 2 51 128 10 -UART 7 -SPI 7 -I2C Yes 2 -I2S 2 -SSC 10 2 CAN Yes 1 HS -Device and Host Ports 1 HS & 1 HSIC -Host Only 1 -10/100 Ethernet 0 -10/100/1000 Ethernet Ethernet PTP 24-bit Yes PTC No Yes Yes Yes Yes Yes 8 Yes Yes 544 12 12 1000 Yes Yes Yes 4 x 16-bit 6 x 32-bit 14 -Std. PWM 6 -Input Capture 2 -40 to 85 361 361/TFBGA
ATSAMA5D31 In Production $7.22 32-bit MPU Cortex-A5 Yes No No 536 1.08V - 1.32V True 128 32 32 0 32 0 Yes 24 1 3 0 39 160 6 -UART 6 -SPI 3 -I2C Yes 0 -I2S 2 -SSC 4 2 CAN No 1 HS -Device and Host Ports 2 HS -Host Only 1 -10/100 Ethernet 0 -10/100/1000 Ethernet 24-bit Yes No Yes No Yes Yes No 0 No No 0 12 12 1000 No Yes Yes 4 x 16-bit 5 x 32-bit 13 -Std. PWM 5 -Input Capture 0 -40 to 85 324 324/LFBGA, 324/TFBGA
ATSAMA5D33 In Production $7.58 32-bit MPU Cortex-A5 Yes No No 536 1.08V - 1.32V True 128 32 32 0 32 0 Yes 24 1 2 0 39 160 4 -UART 6 -SPI 3 -I2C Yes 0 -I2S 2 -SSC 4 2 CAN No 1 HS -Device and Host Ports 2 HS -Host Only 0 -10/100 Ethernet 1 -10/100/1000 Ethernet Ethernet PTP 24-bit Yes No Yes No Yes Yes No 0 No No 0 12 12 1000 No Yes Yes 4 x 16-bit 5 x 32-bit 13 -Std. PWM 5 -Input Capture 0 -40 to 85 324 324/LFBGA
ATSAMA5D34 In Production $8.00 32-bit MPU Cortex-A5 Yes No No 536 1.08V - 1.32V True 128 32 32 0 32 0 Yes 24 1 3 0 39 160 4 -UART 6 -SPI 3 -I2C Yes 0 -I2S 2 -SSC 4 2 CAN No 1 HS -Device and Host Ports 2 HS -Host Only 0 -10/100 Ethernet 1 -10/100/1000 Ethernet Ethernet PTP 24-bit Yes No Yes No Yes Yes No 0 No No 0 12 12 1000 No Yes Yes 4 x 16-bit 5 x 32-bit 13 -Std. PWM 5 -Input Capture 0 -40 to 85 324 324/LFBGA
ATSAMA5D35 In Production $8.00 32-bit MPU Cortex-A5 Yes No No 536 1.08V - 1.32V True 128 32 32 0 32 0 Yes 24 1 3 0 39 160 6 -UART 6 -SPI 3 -I2C Yes 0 -I2S 2 -SSC 4 2 CAN No 1 HS -Device and Host Ports 2 HS -Host Only 1 -10/100 Ethernet 1 -10/100/1000 Ethernet Ethernet PTP No No No Yes No Yes Yes No 0 No No 0 12 12 1000 No Yes Yes 4 x 16-bit 6 x 32-bit 14 -Std. PWM 6 -Input Capture 2 -40 to 105 324 324/LFBGA
ATSAMA5D36 In Production $8.21 32-bit MPU Cortex-A5 Yes No No 536 1.08V - 1.32V True 128 32 32 0 32 0 Yes 24 1 3 0 39 160 6 -UART 6 -SPI 3 -I2C Yes 0 -I2S 2 -SSC 4 2 CAN No 1 HS -Device and Host Ports 2 HS -Host Only 1 -10/100 Ethernet 1 -10/100/1000 Ethernet Ethernet PTP 24-bit Yes No Yes No Yes Yes No 0 No No 0 12 12 1000 No Yes Yes 4 x 16-bit 6 x 32-bit 14 -Std. PWM 6 -Input Capture 0 -40 to 105 324 324/LFBGA
ATSAMA5D41 In Production $7.61 32-bit MPU Cortex-A5 Yes Yes Yes 600 1.62V - 1.98V True 128 32 32 128 16 0 Yes 24 1 2 0 38 152 7 -UART 8 -SPI 4 -I2C Yes 0 -I2S 2 -SSC 5 0 None No 1 HS -Device and Host Ports 2 HS -Host Only 2 -10/100 Ethernet 0 -10/100/1000 Ethernet Ethernet PTP 24-bit Yes No Yes Yes Yes Yes Yes 6 No No 512 5 12 320 No Yes Yes 4 x 16-bit 9 x 32-bit 16 -Std. PWM 9 -Input Capture 3 -40 to 85 289 289/LFBGA
ATSAMA5D42 In Production $8.44 32-bit MPU Cortex-A5 Yes Yes Yes 600 1.62V - 1.98V True 128 32 32 128 32 0 Yes 24 1 2 0 38 152 7 -UART 8 -SPI 4 -I2C Yes 0 -I2S 2 -SSC 5 0 None No 1 HS -Device and Host Ports 2 HS -Host Only 2 -10/100 Ethernet 0 -10/100/1000 Ethernet Ethernet PTP 24-bit Yes No Yes Yes Yes Yes Yes 6 No No 512 5 12 320 No Yes Yes 4 x 16-bit 9 x 32-bit 16 -Std. PWM 9 -Input Capture 3 -40 to 85 361 361/TFBGA
ATSAMA5D43 In Production $7.91 32-bit MPU Cortex-A5 Yes Yes Yes 600 1.62V - 1.98V True 128 32 32 128 16 0 Yes 24 1 2 0 38 152 7 -UART 8 -SPI 4 -I2C Yes 0 -I2S 2 -SSC 5 0 None No 1 HS -Device and Host Ports 2 HS -Host Only 2 -10/100 Ethernet 0 -10/100/1000 Ethernet Ethernet PTP 24-bit Yes Yes Yes Yes Yes Yes Yes 6 No No 512 5 12 320 No Yes Yes 4 x 16-bit 9 x 32-bit 16 -Std. PWM 9 -Input Capture 3 -40 to 85 289 289/LFBGA
ATSAMA5D44 In Production $9.63 32-bit MPU Cortex-A5 Yes Yes Yes 600 1.62V - 1.98V True 128 32 32 128 32 0 Yes 24 1 2 0 38 152 7 -UART 8 -SPI 4 -I2C Yes 0 -I2S 2 -SSC 5 0 None No 1 HS -Device and Host Ports 2 HS -Host Only 2 -10/100 Ethernet 0 -10/100/1000 Ethernet Ethernet PTP 24-bit Yes Yes Yes Yes Yes Yes Yes 6 No No 512 5 12 320 No Yes Yes 4 x 16-bit 9 x 32-bit 16 -Std. PWM 9 -Input Capture 3 -40 to 85 361 361/TFBGA
View All Parametrics
Product Status 5K Pricing Algorithm Type Zones Key Size Density Configuration RNG Unique ID Interface Type TempNo Range Min (deg C) TempNo Range Max (deg C) Operating Current Typical (mA) Operating Voltage Min (Vcc) Operating Voltage Max (Vcc) Secure Provisioning Service Standby Typical (uA) Packages
ATECC608A Not Recommended for new designs Consider: ATECC608B $0.50 ECC P256 (ECDH and ECDSA), SHA256, AES-GCM 16 256 10.5Kb Standard FIPS 72 bit serial number Single-wire; I2C -40 85 1 2 5.5 Yes 0.04 8/UDFN, 8/SOIC
ATECC608A-TCSM Not Recommended for new designs Consider: ATECC608B-TCSM $0.84 ECC P256 (ECDH and ECDSA), SHA256, AES-GCM 16 256 10.5Kb Standard FIPS 72 bit serial number Single-wire; I2C -40 85 1 2 5.5 Yes 0.04 8/UDFN, 8/SOIC
ATECC608A-TFLXLORA Not Recommended for new designs Consider: ATECC608B-TNGLORA Call for pricing ECC P256 (ECDH and ECDSA), SHA256, AES-GCM 16 256 10.5Kb Pre-configured FIPS 72 bit serial number Single-wire; I2C -40 85 1 2 5.5 Yes 0.04 Please call for package information
ATECC608A-TFLXTLS Not Recommended for new designs Consider: ATECC608B-TFLXTLS $0.79 ECC P256 (ECDH and ECDSA), SHA256, AES-GCM 16 256 10.5Kb Pre-configured FIPS 72 bit serial number Single-wire; I2C -40 0 1 2 5.5 Yes 0.04 8/UDFN, 8/SOIC
ATECC608A-TNGACT Not Recommended for new designs Consider: ATECC608B-TNGACT $0.88 ECC P256 (ECDH and ECDSA), SHA256, AES-GCM 16 256 10.5Kb Pre-provisioned FIPS 72 bit serial number Single-wire; I2C -40 85 1 2 5.5 Yes 0.04 Please call for package information
ATECC608A-TNGLORA Not Recommended for new designs Consider: ATECC608B-TNGLORA $0.88 ECC P256 (ECDH and ECDSA), SHA256, AES-GCM 16 256 10.5Kb Pre-provisioned FIPS 72 bit serial number Single-wire; I2C -40 0 1 2 5.5 Yes 0.04 Please call for package information
ATECC608A-TNGTLS Not Recommended for new designs Consider: ATECC608B-TNGTLS $0.75 ECC P256 (ECDH and ECDSA), SHA256, AES-GCM 16 256 10.5Kb Pre-provisioned FIPS 72 bit serial number Single-wire; I2C -40 85 1 2 5.5 Yes 0.04 8/UDFN, 8/SOIC
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