Legacy Tools

This product is no longer available for sale. 

This kit includes a WIZnet TCP/IP hardwired chip, a W3100A, and an AT89C51. It is no longer supported. It is still available from Wiznet www.wiznet.co.kr

• FSK Anticollision demo reader
• Contactless Programmer
• Power Suppy
• 2 RS232 cables
• RF-Lab 125 user interface software
• Source Code
• Samples in DIP and tag form
• 125 kHz RFID System Design Guide

• VDD/2 Filter Section – One PCB designed to provide mid-supply biasing to the other Printed Circuit Boards (PCB); it provides test points for connecting a lab power supply and a lab signal generator
• Active Filter Sections – Four PCBs that support active filter designs with filter order between n = 1 and 8; each board supports a first or second order filter section, and provides an output test point for lab equipment
• Accessory Bag – Contains op amps and zero ohm jumpers that can be used to help build filters; it also contains resistors and capacitors needed to build a 5th order, Bessel low-pass filter.

This product is no longer available for sale. 

A JTAG in-system programming (ISP) development/programmer kit that supports the AT18F family of 1.8-V FPGA configuration memory. The kit includes a DK3 base board with a 20-pin TSSOP socket adapter, ISP programming cable for USB port connection, and AT18Fxx samples.

This product is no longer available for sale. 

The AT21CSMK100 Single-Wire Serial Electrically Erasable and Programmable Read-Only Memory (EEPROM) Evaluation Kit is an easy-to-use interactive user tool to demonstrate the best in class features, functionality, and low-power operation of the Single-Wire 1Kbit Serial EEPROM devices. The kit is developed for engineers, developers, and decision makers to allow fast system prototyping using the Single-Wire Interface products. The easy to use click through utility is required to setup the Graphical User Interface (GUI) firmware, hardware, and its functions.

The Kit is a Single-Wire Module USB base board attached to a Single-Wire personality board.

This product is no longer available for sale. 

The AT30TK175STK is a development tool for applications that require accurate, real-time temperature monitoring to improve product safety and reliability, improve system performance, and reduce the risk of system overheating..

The AT30TK175 daughterboard interfaces to the AT88Microbase board (included in the kit) to provide communication to a PC via a USB interface allowing designers to learn and experiment with the temperature sensor demonstration utility. In addition, this kit supports a modular approach, enabling the AT30TK175 daughterboard to connect directly to an STK series AVR development platform to easily add temperature monitoring to applications.

This product is no longer available for sale. 

This design kit lets designers evaluate and prototype applications using the AT40KEL040 Rad Hard FPGA.The kit contains a motherboard, a daughterboard for the MQFPF160 or the MQFPF256 packages, connecting cables, integrated development software, and related documentation.

This product is no longer available for sale. 

This evaluation kit lets designers try out the AT697 SPARC V8 processor using demonstration software. The kit offers an open development platform and includes on-board flash, SRAM, and SDRAM plus all necessary connectors. It comes in evaluation and demonstration versions.

This product is no longer available for sale. 

A general-purpose evaluation platform that demonstrates the features of the AT73C209 and permits easier circuit changes. This kit is intended to give designers a quick start in evaluating highly integrated three-channel power supplies and high-quality audio interfaces that can be supplied by a single power source, such as single cell alkaline/NiMh batteries.

This product is no longer available for sale. 

A general-purpose evaluation platform that demonstrates the features of the AT73C224. The board is connected to the PC and is used with software to quickly evaluate the performance of its highly integrated 4-channel power supply (2 x DCDCs and 2 x LDOs in a small 5x5 mm QFN32 package). The kit includes an ultra-low power real-time clock (RTC) and backup battery management. The kit can be supplied by one single source, such as a single cell Li-Ion battery or any power supply between 3-5 volts.

This product is no longer available for sale. 

The evaluation kit lets designers quickly evaluate the power supplies and audio capability of the AT73C246, and prototype and test new designs. The standalone board is designed to allow an easy evaluation of the products using demonstration software. To increase its demonstration capabilities, the board has two serial interfaces: TWI for PMU and audio controls, and I2S master/slave protocol support for audio streaming. The evaluation kit contains a AT73C246-EK1 evaluation board, on-board power enable, hard reset and wakeup sequence buttons, RTC 32KHz output for host support, reset and interrupt generation, USB-to-TWI interface card (with USB cable and CD-ROM with development software, GUI and technical documentation.

This product is no longer available for sale. 

Development tool for applications that protect confidential files, encrypt downloads, perform two-factor logons, authenticate products, and prevent software piracy. The starter kit includes an AVR base board (ATMicrobase) with a USB interface that lets designers learn and experiment on their PCs.

The kit also includes a daughterboard that interfaces to the AVR base board via a 10-pin header. The daughterboard has a single 8-pin SOIC socket which can support an ATECC108, ATSHA204, or an ATAES132 device. Using the ACES software, small quantities of parts can be inserted into this socket for programming and then connected to the system board under development. Software developed on the PC can also serve as the base for code to be ported to an embedded microcontroller. Source code can also be edited to integrate with ARM or other platforms. This kit uses a modular approach, enabling the daughterboard to connect directly to an STK series AVR development platform to easily add security to applications. An optional adapter kit is also available when the 10-pin header on the daughterboard requires a different pin out. ACES allows developers to demonstrate the functionality of the CryptoAuthentication device.

Availability

This kit is available for purchase from distributors. Check distributor inventory.

This product is no longer available for sale. 

Development tool for applications that protect confidential files, encrypt downloads, perform two-factor logons, authenticate products, and prevent software piracy. The kit includes an AVR base board (ATMicrobase) with a USB interface to connect to a PC, and daughterboard that interfaces to the AVR base board via a 10-pin header or via a 20-pin header (not populated) for the Xplained Pro series. The daughterboard has two 8-pin SOIC sockets for either client or client-host development which can support an Atmel ATECC108, an ATSHA204, or an ATAES132 device. Software developed on the PC can also serve as the base for code ported to an embedded microcontroller. Source code can also be edited for integration with ARM or other platforms. This kit uses a modular approach, enabling the daughterboard to connect directly to an STK series AVR development platform to easily add security to applications. An optional adapter kit is also available if the 10-pin header on the daughterboard requires a different pin out. ACES allows developers to demonstrate the functionality of the Atmel CryptoAuthentication™ device.

This product is no longer available for sale. 

Not Recommended for New Design. Replaced by AT88CK101SK-SSH-XPRO

Development tool for applications that protect confidential files, encrypt downloads, perform two-factor logons, authenticate products, and prevent software piracy. The kit includes an AVR base board (ATMicrobase) with a USB interface to connect to a PC, and daughterboard that interfaces to the AVR base board via a 10-pin header or via a 20-pin header (not populated) for the Xplained Pro series. The daughterboard has two 8-pin SOIC sockets for either client or client-host development which can support an ATECC108, an ATSHA204, or an ATAES132 device. Software developed on the PC can also serve as the base for code ported to an embedded microcontroller. Source code can also be edited for integration with ARM or other platforms. This kit uses a modular approach, enabling the daughterboard to connect directly to an STK series AVR development platform to easily add security to applications. An optional adapter kit is also available if the 10-pin header on the daughterboard requires a different pin out. ACES allows developers to demonstrate the functionality of the CryptoAuthentication device.

This product is no longer available for sale. 

Not Recommended for New Design. Replaced by AT88CK101SK-SSH-XPRO

Development tool for applications that protect confidential files, encrypt downloads, perform two-factor logons, authenticate products, and prevent software piracy. The kit includes an AVR base board (ATMicrobase) with a USB interface to connect to a PC, and daughterboard that interfaces to the AVR base board via a 10-pin header or via a 20-pin header (not populated) for the Xplained Pro series. The daughterboard has two 8-pin SOIC sockets for either client or client-host development which can support an ATECC108, an ATSHA204, or an ATAES132 device. Software developed on the PC can also serve as the base for code ported to an embedded microcontroller. Source code can also be edited for integration with ARM or other platforms. This kit uses a modular approach, enabling the daughterboard to connect directly to an STK series AVR development platform to easily add security to applications. An optional adapter kit is also available if the 10-pin header on the daughterboard requires a different pin out. ACES allows developers to demonstrate the functionality of the CryptoAuthentication device.

This product is no longer available for sale. 

Replaced by the AT88CK490 Evaluation Kit.

The evaluation kit for the CryptoAuthentication ATAES132 device includes an AT90USB162 microcontroller and a convenient USB interface that lets designers learn about and experiment with CryptoAuthentication on their PCs. This kit gives engineers, developers, and decision makers a tool to understand the device architecture and its uses for product authentication, confidential file protection, perform two-factor logons, or prevent software piracy. Complete source code for the AVR is available, along with a schematic, Gerber files, and a bill of materials.

This product is no longer available for sale. 

The AT88CK490* evaluation kit for the CryptoAuthentication Family includes the ATSHA204, ATAES132, and ATECC108 devices. This kit uses an AT90USB1287 microcontroller and a convenient USB interface which allows designers to learn and experiment with the CryptoAuthentication Family on their PCs. This kit gives engineers, developers, and decision makers a tool to understand the device architecture and its uses for product authentication, confidential file protection, perform two-factor logons, or prevent software piracy. The complete source code for the AVR is available, along with a schematic, a bill of materials, and Gerber files.

The AT88CK490 evaluation kit has been designed to work with the ACES configuration environment GUI. The kit includes a USB dongle populated with the ATSHA204, ATEAS132, and ATECC108 devices. To get started, please download the latest ACES setup software below.

* Replaces the AT88CK460WHITE, AT88CK454BLACK, and AT88CK427GREEN evaluation kits.

The kit includes a multi-socketed programmer board that enables secure personalization of up to 10 devices at a time. The board is powered by the ARM and AVR processors and includes a display to provide valuable user feedback. Other kit contents include a USB cable and a multi-voltage power adaptor.

This product is no longer available for sale. 

Generic AT88SA10x CryptoAuthentication™ source code with the physical layer functions stubbed out. Prior to using this template, each of the physical layer functions in the SA physical template file will have to be implemented to work on the desired hardware platform.

This product is no longer available for sale. 

A low-cost starter kit for prototyping, designing, and code development for CryptoMemory and CryptoCompanion chips on AVR-based flash microcontroller platforms. It features Crypto Evaluation Studio and the Crypto Core Development Library to let designers easily apply CryptoMemory security to their host and client-side applications. The library architecture permits code porting to other microcontroller platforms. The kit connects to the PC and power to the AT88SC-ADK2 board using a USB interface.

This product is no longer available for sale. 

This software provides an intuitive PC interface for in-system programming (ISP) of AT89S/LP devices.

This product is no longer available for sale. 

The AT89OCD-01 (also called ATOCD51) emulator software requires the following pre-installed software: KEIL uVision 2 or 3, Java Run-time Environment (version 1.5 or above), and FLIP revision 3.0.5 or above. To be notified about software updates, please register for 8051 notification at our support center

This product is no longer available for sale. 

The non-dimmable fluorescent ballast kit uses the AT89EB5114 microcontroller to operate both PFC and lamp inverter control. Complete C code can be updated to implement advanced control and protection algorithms in the micro memory. The kit includes two type T8, 18W lamps operating at universal input voltage of 90-256VA. PFC operates at a high power factor >0.95, and a low harmonic distortion of <10%.

This product is no longer available for sale. 

A starter kit for the AT89C5131 USB Flash microcontroller. The kit includes an evaluation board, the FLIP (Flexible In-System Programming) tool, and a HID (Human Interface Device) keyboard demonstration program.

This product is no longer available for sale. 

The starter kit for the AT89C51CC01/CC02 and AT89C51CC03 CAN microcontrollers allows easy evaluation of the product using demonstration software. The kit can also be used with AT89C51AC3, AT89C51AC2, and AT89C5115 (flash microcontroller with ADC). It replaces the CAN-DEMOBOARD1. An optional CANADAPT28 adaptor is required for AT89C51CC02 & AT89C5115 microcontrollers.

This product is no longer available for sale. 

Starter kit for ISP-standard Flash C51 microcontrolers for easy product evaluation. This kit replaces the discontinued AT89STK-08.

This product is no longer available for sale. 

These OS development solutions incorporate demos and references for both open source and COTS commercial solutions.
Android4SAM
Get started with Android on SAMA5 and SAM9 products. Your one-stop-shop for resources on implementing Android on Cortex®?-A5 and ARM926EJ-S core-based microprocessors. It contains demo packages, evaluation guides, code patches and more.
Linux4SAM
Provides entry points to open source solutions. Includes binaries to run the Linux-based demos on SAMA5 and SAM9boards with deployment instructions. Includes reference sources and build instructions to set up a Linux system for embedded MPUproducts.
Windows4SAM
Download free Windows Embedded CE BSP sources and applications with Windows Embedded CE and AT91SAM. Includes demonstrative CE image running on SAM9 products.

This product is no longer available for sale. 

The CAN bootloader lets designers program the different memories and registers of any AT91SAM product with CAN without removing them from the system and without the need for preprogrammed applications.

The development board for the ATA6560 enables users to rapidly carry out prototyping and testing of new CAN designs with the ATA6560 high-speed CAN transceivers.

The ATA6560 is a high-speed CAN transceiver that provides an interface between a controller area network (CAN) protocol controller and the physical two-wire CAN bus. The transceiver is designed for high-speed (up to 5Mbit/s) automotive CAN applica- tions delivering differential transmit and receive capability to (a microcontroller with) a CAN protocol controller. It offers superior electromagnetic compatibility (EMC) and electrostatic discharge (ESD) performance, as well as features such as Ideal passive behavior to the CAN bus when the supply voltage is off.

This product is no longer available for sale. 

The evaluation kit consists of two PC boards with a ATA542x transceiver, a custom LCD display, an external antenna, ISP and UART headers, a miniature joystick, and two AA batteries. Communication links can be established within seconds using the two transceiver boards to demonstrate functions such as RSSI links, frequency hopping, and temperature and light sensoring.The kit features an example design with the ATmega88 flash microcontroller and includes powerful adaptive frequency-hopping firmware. The kit is available in five different versions.

The development board ATAB657xA is a hardware platform to evaluate the new ATA657x CAN device family and enables users rapidly prototyping and testing of new CAN designs with the ATA657x ICs.

The ATA657x device family includes three high-speed CAN transceiver, which interface a controller area network (CAN) protocol controller and the physical two wire CAN bus designed for high speed CAN applications (up to 5Mbit/s) in the automotive environment. Two of them also support partial networking. All offer improved electromagnetic compatibility (EMC) and electrostatic discharge (ESD) performance and very low power consumption in Standby and Sleep mode.

The development board ATAB658xA is a hardware platform to evaluate the new ATA658x CAN device family and enables users rapidly prototyping and testing of new CAN designs with the ATA658x ICs.

The ATA658x device family includes 8 products:
• ATA6580/85 A CAN system basis chip (SBC): one CAN transceiver without or with CAN Partial Networking combined with a 5V, 150mA low drop voltage regulator and a 5V/3.3V 30mA sensor supply;
• ATA6581/86 A CAN-LIN system basis chip (SBC): one LIN transceiver, one CAN transceiver without or with Partial Networking, a 5V, 150mA low drop voltage regulator and a 5V/3.3V 30mA sensor supply;
• ATA6582/87 A CAN-LIN-LIN system basis chip (SBC): one CAN transceiver without or with Partial Networking, a 5V, 150mA low drop voltage regulator, a second 5V, 85mA low drop voltage regulator, a 5V/3.3V 30mA sensor supply, 2 LIN- transceivers;
• ATA6583/88 A CAN-LIN-LIN system basis chip (SBC): one CAN transceiver without or with Partial Networking, a 5V, 150mA low drop voltage regulator, a second 3.3V, 85mA low drop voltage regulator, a 5V/3.3V 30mA sensor supply, 2 LIN- transceivers;

This product is no longer available for sale. 

Application board that allows loads to be easily adapted via its row connector pins. Design software controls its SPI interface via the PC parallel port. The board contains everything needed to start operation, including a link cable to PC 25-lead 1:1, application note and datasheet.

This product is no longer available for sale. 

Application board that allows loads to be easily adapted via its row connector pins. Design software controls its SPI interface via the PC parallel port. The board contains everything needed to start operation, including a link cable to PC 25-lead 1:1, application note and datasheet.

This product is no longer available for sale. 

Application board that allows loads to be easily adapted via its row connector pins. Design software controls its SPI interface via the PC parallel port. The board contains everything needed to start operation, including a link cable to PC 25-lead 1:1, application note and datasheet.

This product is no longer available for sale. 

Application board that allows loads to be easily adapted via its row connector pins. Design software controls its SPI interface via the PC parallel port. The board contains everything needed to start operation, including a link cable to PC 25-lead 1:1, application note and datasheet.

This product is no longer available for sale. 

The ATAK42001-V1 evaluation kit includes the LIN System Basis Chip ATA6641 with high-voltage switch interface. This low-cost, single-wire serial communication system for distributed electronics in vehicles is designed for body control applications, including power windows, mirrors, smart wipers, door locks, seat/roof/lighting control, lamps and indicators, dashboard instruments, steering wheels, climate and air-conditioning (HVAC) systems, motors, switch panels and sensors. The ATA6641 System Basis Chip (SBC) with an eight-channel high-voltage switch interface, a LIN2.1 and SAEJ2602-2-compliant LIN transceiver, low-drop voltage regulator and an adjustable window watchdog enables the development of inexpensive, low-end, but also powerful slave and master nodes for LIN bus systems meeting the latest OEM requirements. The kit supports flexible configuration of different I/O types (digital switch, rotary switch, LED) and is controlled by a PC-based user interface.

This product is no longer available for sale. 

This product is no longer available for sale. 

ATAK51004-V1 provides a complete system showing an all solution for Remote Keyless Entry (RKE), Passive Entry Passive Start (PEPS), and Immobilizer (IMM) applications. This system uses AES-128 encryption to protect the realistic multi-channel RF and LF communication protocols and supports 1-way RF communication for PEPS. These open-source protocols are documented and published within the ?Documents? tab.

Several Learn modes have been implemented to demonstrate pairing of a key fob to a vehicle. The status of the system is displayed on both the hardware LEDs and a comprehensive PC GUI. Combined with 's advanced devices, multi-channel RF messaging provides exceptional performance even in the presence of interference. The system provides the basic hardware needed for the vehicle side and introduces the NEW ATA5291 integrated immobilizer Basestation and 4-channel (expandable to 8) PEPS coil driver as well as ATA5782 RF RX along with a microcontroller. The key fob side includes 2 variants; A)The ATA5795C provides a single chip solution for RKE and Immobilizer key fob and B)The ATA5791 (not recommended for new designs) incorporates the RKE, Immobilizer, & the 3-D LF wake up for PEPS with 1-way RF into a single IC device. Through this tool, has made it very easy to implement a complete car access and security system using high-performance devices.

This kit is supported by all standard AVR® development tools such as Studio 6.2, STK600, JTAGICE3, AVR Dragon, etc.

This product is no longer available for sale. 

These starter kits let designers evaluate complete RF links in 315MHz, 433MHz, and 868MHz operating frequencies. The kits include an ATA8741/42/43 transmitter, a receiver board equipped with an ATA8203/04/05, and an ATmega88 AVR microcontroller. A secure rolling code transmission algorithm uses AES, particularly useful for security applications such as alarm systems.

This product is no longer available for sale.

The evaluation kit is a complete, ready to use CAN/LIN network that lets designers quickly start and evaluate automotive network solutions. The kit includes one CAN-LIN gateway (AUTO100) and two LIN slave nodes; one node is used for joystick control (AUTO300) and one node for DC motor control (AUTO200).A CAN/LIN network debugger (AUTO102) connects to a PC via USB for monitoring and transmission on both networks using Warwick Technology PC software. A programming interface (AUTO900) for standard AVR tools (AVR ISP or JTAGICE) is also included.

This product is no longer available for sale.

A reference design that demonstrates charging and discharging of two batteries/battery packs with a programmable charge voltage up to 40V. It also demonstrates how to design a battery back-up, also known as an uninterruptible power supply, where the charged batteries are used to power the system if the external voltage supply is lost.

This product is no longer available for sale. 

The dimmable fluorescent ballast kit demonstrates the ability of the AT90PWM2 to control the main functions of a DALI fluorescent ballast. C code is provided to speed development time. The kit also includes dimming controls for two type T8 and 18W lamps operating at universal input voltage of 90-256VA. PFC operates at a high power factor >0.95, and a low harmonic distortion of <10%.

This product is no longer available for sale. 

With this kit, designers can write complex uC/OS-II based code and debug within the AVR Studio framework.The kit contains complete source code for the Micrium uC/OS-II real-time OS, kernel-aware plug-ins for AVR Studio- and Micrium-supported versions for ATmega128/2561, documentation, and CD-ROM with software. The kit supports STK500/501/503 and JTAGICE mkII. The AVR Studio online-help contains the most current information and a complete list of supported devices. Find more information here.

 This product is no longer available for sale.

Mature tool; no longer supported.

This product is no longer available for sale. 

Mature tool; no longer supported.

This product is no longer available for sale. 

The development kit for the ATmega16HVA for battery packs with either one or two cells in series. The kit features autonomous battery protection, as well as very accurate voltage, current and temperature monitoring capabilities to protect the battery pack and surroundings from hazardous conditions and derive the most energy from the battery cells.

This product is no longer available for sale. 

The ATAVRUSBRF01 kit is based on an Atmel AT90USB162 microcontroller, which connects a PC through USB, and the nRF24L01 transceiver from Nordic VLSI. It contains two identical AVR USB RF modules to connect to two different USB ports to establish wireless communication and evaluate the solution. The RF modules can also communicate with wireless peripherals derived from this reference design. To help with evaluation and development, the modules include two push buttons for hardware reset, in-system programming and extra functions, two LED's for monitoring activity, and a 6 pin header to connect development tools or other peripheral functions. The PCB size is 3.8x1.6cm2, small enough to be used without change for many applications. If necessary, the size can be further reduced by removing the extra features provided for evaluation and development. This kit contains two dongles. These dongles are factory programmed with a CDC_RF application.

This product is no longer available for sale. 

The ATF15xx CPLD LPT-based JTAG ISP Download Cable connects to a standard parallel port of a PCand to a 10-pin JTAG header on the target board. It transfers the JTAG instructions and data generated by the ATMISP software running on a PC to the ATF15xx series CPLDs on the target circuit board. With this In-System Programming (ISP) download cable, design changes can easily be downloaded directly to the ATF15xx JTAG devices, resulting in easy prototyping of designs.

This product is no longer available for sale. 

AT17 series FPGA configuration memory programming board and in-system programming system (ISP).

This product is no longer available for sale. 

The ATDH40M prototyping system allows designers to quickly and economically evaluate Atmel’s family of AT40K/AT40KAL FPGA and AT94K Field Programmable System Level Integrated Circuit (FPSLIC™) devices and Atmel’s AT17 FPGA configuration memory devices. The ATDH40M board connects to any x86 PC via parallel port through a 10-pin header cable to program the AT40K/AT40KAL FPGA/AT94K FPSLIC, or through a parallel port cable to program the AT17 FPGA Configuration EEPROMs.

This product is no longer available for sale. 

Supports evaluation and demonstration firmware for the AVR USB4-series. The kit includes an ATmega32U4 32KB flash USB device, buttons and LEDs to support Human Interface Device I/O, PWM controlled DC/DC converter for battery charging, microphone for audio input, PWM D/A for audio output, DataFlash, and SD/MMC connector for mass storage devices, and RS232 interface.

This product is no longer available for sale. 

The ATmega128RFA1 evaluation kit accelerates development, debugging, and demonstration of IEEE 802.15.4-compliant wireless applications. The kit contains two evaluation boards for the ATmega128RFA1 device, which covers the 2.4GHz ISM bands for use with the STK600 Starter Kit.

 This product is no longer available for sale.

The ATmega168 Xplained Mini evalutation kit is a hardware platform for evaluating the ATmega168 microcontroller. The evaluation kit comes with a fully integrated debugger that provides seamless integration with Studio 6.2 or later. The kit provides access to the features of the ATmega168 enabling easy integration of the device in a custom design

 This product is no longer available for sale.

The ATmega256RFR2 evaluation kit demonstrates the unique performance of the latest 2.4GHz System-on-chip solution, ATmega256RFR2. The kit is the hardware platform for evaluating complete wireless system solutions including wireless stacks such as IPv6/6LoWPAN, ZigBee RF4CE and ZigBee PRO. The kit is also an ideal platform evaluation and development of various proprietary sytems using low level drivers or the new Lightweight Mesh Stack.

!!! LEGACY SOFTWARE TOOL - NO LONGER BEING SUPPORTED !!!

The ACES package is a suite of software tools to configure and demonstrate the CryptoAuthentication Family of devices using various evaluation kits.

ACES was designed to minimize the learning curve for using the CryptoAuthentication Family of devices in your application. The package includes the ACES Configuration Environment (ACES CE) and a comprehensive help system.

The ACES package also includes support for the AT88CK9000 programmer board.

!!! LEGACY SOFTWARE TOOL - NO LONGER BEING SUPPORTED !!!

ACES Software:

ACES Ver6.0.3 - Provides support for ATECC608A and CryptoAuth-XSTK(DM320109)
SHA256: 9BC82B13C22098054338A53C5D2B33302E00609DF4AD2E8773CE1AF9014AD9B8

ACES Ver5.0
SHA256: 2E34F1B728CDBC47B497E69E9F6A5AAF33035A97DA5F868A847A3EFFBB41A16A

This item is discontinued and there is no replacement product.

A gadget designed to inspire people to play with development kits and have fun.

This kit can be combined with a number of kits to form a basic robot.

(This kit contains the basic mechanical parts - an additional kit is required for the control unit)

It is easy to add sensors and other stuff to the basic Abot to form more advanced robots.

A common protocol enables communication between all future Abot combinations.

You can meet Mr. Abot at Spaces where you will find projects using Abot in combination with development kits.

http://spaces.atmel.com/gf/project/abot/

This product is no longer available for sale. 

Complete pre-configured evaluation kit to demonstrate and test RF-capability of the Atmel ATR2406. The kit consists of two ATR2406/Atmega88 boards, two battery packs, AAA batteries, and a CD-ROM with firmware and manufacturing data (Gerber files). It also features an example design with the ATmega88 flash microcontroller and includes powerful adaptive frequency-hopping firmware.

This product is no longer available for sale. 

Socket and adapter board for PDIP devices. It is also an expansion module for STK600 (purchased separately).  See the Device Support Table to identify the correct socket and routing card combination for a given device.

This product is no longer available for sale. 

This socket board and expansion module for the STK600 Starter Kit (purchased separately) supports AT32UC3A 144-pins TQFP devices. See the STK600 Socket Package selection guide for the right revision of the socket package to support your device.

This product is no longer available for sale.

The audio development board for dsPIC33E (DM330016) provides developers a flexible platform for 24-bit audio record and playback, USB digital audio and sample rate conversion.

This product is no longer available for sale. 

A mid-range development tool for 8-bit and 32-bit AVR devices with on-chip debugging for source level symbolic debugging, NanoTrace (if supported by the device) and device programming. It supports SP, JTAG, PDI, and aWire modes and interface debugging. The tool is firmware upgradeable to support future AVR devices.

This product is no longer available for sale. 

The evaluation kit integrates a 2.4GHz transceiver, on-board picoPower AVR application processors, and LCD display. The included ATmega1284PV runs the communication while the ATmega3290PV handles the LCD. With best-in-class sensitivity, the AT86RF230 transceiver ensures the longest range for wireless products.

The board accelerates development, debugging, and demonstration for a wide range of low power IEEE802.15.4, 6LoWPAN, and ZigBee wireless network applications.

This product is no longer available for sale. 

The debugger for one CAN and two LIN networks monitors network traffic and sends CAN or LIN messages through its USB PC interface (cable included). It can also be used as a fast programmable CAN/LIN gateway. The kit includes Warwick Technology PC software and a programming interface (AUTO900) for standard AVR tools (AVR ISP or JTAGICE). The debugger is Windows XP- and Vista-compatible and requires no drivers.

This product is no longer available for sale. For a replacement, see the Atmel-ICE: ATATMEL-ICE

This tool is used for field upgrades of 8-bit AVR microcontrollers with ISP or PDI interfaces. Using the included AVR Studio software, designers can program tinyAVR and megaAVR devices using the ISP Interface, tinyAVR devices using the TPI interface, and AVR XMEGA devices using the PDI Interface.

For more information, please visit the Online User Guide.

This product is no longer available for sale. 

Mature tool; no longer supported.

This product is no longer available for sale. 

The Inertial One Sensor Board delivers a full 9 degree of freedom sensor platform, combining an accelerometer, a compass and a gyroscope, and is ideal for developing motion sensing or user interface applications.

The Inertial One Sensor board contains the following sensor components, all interfaced via the I2C Serial Digital Interface.

This board is compatible with all of the AVR Xplain Series of controller boards offering a wide choice of AVR controllers for your solution.

Software
Sensors Xplained software support is available for all the supported sensor devices. The drivers work in conjunction with AVR Studio 5 and the Software Framework versions 2.5 and higher.

• Accelerate your product development with driver support for a wide range of sensor solutions integrated to the Studio 5 development environment
• Provides a hardware independent C language interface to enable easy, flexible pairing of the ideal AVR microcontroller and your required sensor functions
• Drivers include support for calibration and scaling of data - providing you standard unit output from sensors, along with easy configuration and initialization
• Demonstration projects that quickly integrate software libraries and hardware definitions to accelerate your application development

This product is no longer available for sale. 

The Inertial Two Sensor Board delivers a full 9 degree of freedom sensor platform, combining an accelerometer, a compass and a gyroscope, and is ideal for developing motion sensing or user interface applications.

The Inertial Two Sensor board contains the following sensor components, all interfaced via the I2C Serial Digital Interface.

This board is compatible with all of the AVR Xplained Series of controller boards offering a wide choice of AVR controllers for your solution.

Software
Sensors Xplained software support is available for all the supported sensor devices. The drivers work in conjunction with AVR Studio 5 and the Software Framework versions 2.5 and higher.

• Accelerate your product development with driver support for a wide range of sensor solutions integrated to the Studio 5 development environment
• Provides a hardware independent C language interface to enable easy, flexible pairing of the ideal AVR microcontroller and your required sensor functions
• Drivers include support for calibration and scaling of data - providing you standard unit output from sensors, along with easy configuration and initialization
• Demonstration projects that quickly integrate software libraries and hardware definitions to accelerate your application development

This product is no longer available for sale. 

The Light and Proximity delivers a compete optical sensing solution combining an Ambient Light Sensor for adjusting system settings based on ambient conditions, such as backlight strength to optimize power consumption, with three IR based emitters for use in proximity detection. The Osram ALS product drives the IR emitters directly with modulated patterns, so that it is easy to combine the multiple inputs and determine basic up / down, and left / right type gestures up to a range of several centimeters above the board.

This board is compatible with all of the AVR Xplain Series of controller boards offering a wide choice of AVR controllers for your solution.

Software
Sensors Xplained software support is available for all the supported sensor devices. The drivers work in conjunction with AVR Studio 5 and the Software Framework versions 2.5 and higher.

• Accelerate your product development with driver support for a wide range of sensor solutions integrated to the Studio 5 development environment
• Provides a hardware independent C language interface to enable easy, flexible pairing of the ideal AVR microcontroller and your required sensor functions
• Drivers include support for calibration and scaling of data - providing you standard unit output from sensors, along with easy configuration and initialization
• Demonstration projects that quickly integrate software libraries and hardware definitions to accelerate your application development

Partners
has worked with a number of industry leading sensors companies to make easily available to you a range of best in class examples of popular types of sensors. Our current list of partners includes AKM, Bosch Sensortec, Honeywell Aerospace, InvenSense, Kionix and Osram Opto Semiconductors. Details and links to additional information can be found on Sensor Partners Page.

This product is no longer available for sale. 

The Pressure One Sensor Board delivers a platform comprising a high precision Barometric Pressure sensor from Bosch (BMP085).

The Pressure One Sensor board contains the following sensor components, all interfaced via the I2C Serial Digital Interface.

This board is compatible with all of the AVR Xplained Series of controller boards offering a wide choice of AVR controllers for your solution.

Software
Sensors Xplained software support is available for all the supported sensor devices. The drivers work in conjunction with AVR Studio 5 and the Software Framework versions 2.5 and higher.

• Accelerate your product development with driver support for a wide range of sensor solutions integrated to the Studio 5 development environment
• Provides a hardware independent C language interface to enable easy, flexible pairing of the ideal AVR microcontroller and your required sensor functions
• Drivers include support for calibration and scaling of data - providing you standard unit output from sensors, along with easy configuration and initialization
• Demonstration projects that quickly integrate software libraries and hardware definitions to accelerate your application development

This product is no longer available for sale.
The RN Bluetooth modules support many different profiles including SPP, DUN, iAP and HID.  HID, or Human Interface Device, refers to the device providing the service of human data input and output to and from the host.

• Presenter mode: Enables the control of presentation software such as Microsoft® Powerpoint
• Music mode: Enables the control of music functions such as pause, play, volume controls and switching tracks on devices such as iPhones® and iPods®
• Custom mode: Enables programming of each button to send a sequence of keys

• Digital control loop performance of power conversion 
• Dynamic load performance 
• Multiphase buck and synchronous buck converter
• Parallel operation of two buck converters
• Multiple output control with single dsPIC33F GS SMPS device

This product is no longer available for sale. 

Replaced by theCryptoAuthXplained Kit.

CryptoAuthentication Xplained kit is an add-on board to the AVR Xplained development platform to support the ATSHA204 and/or ATAES132 in embedded design applications. The CryptoAuthentication Xplained has been developed to allow fast system prototyping within the AVR Xplained development environment.

This product is no longer available for sale. 

Mature tool; replaced with AT88CK440RED.

This product is no longer available for sale.
The zip file in the download section for this page includes source code for three of Microchip’s encryption libraries.

• Corresponds with AN1044, includes TDES and AES implementations for PIC24 and dsPIC devices
• Corresponds with AN953, includes AES, XTEA, SKIPJACK® and a simple encryption algorithm using a pseudo-random binary sequence generator for PIC18 devices
• A patch for the Microchip TCP/IP Stack which enables SSL support by providing RSA and ARCFOUR implementations for PIC18, PIC24, dsPIC, and PIC32 devices

The software in this section is subject to the U.S. Export Administration Regulations and other U.S. law, and may not be exported or re-exported to certain countries or to persons or entities prohibited from receiving U.S. exports (including Denied Parties, entities on the Bureau of Export Administration Entity List, and Specially Designated Nationals).

• Reduced System Cost via higher integration
• Higher Efficiency using digital-control techniques
• Flexible and reusable designs
• Advanced features implemented in software

This product is no longer available for sale. See alternative part: DM164136. 

Summary
The PICDEM™ Lab II Development Board is a development and teaching platform for use with 8-bit PIC® microcontrollers (MCUs). At its center, a large prototyping breadboard enables users to easily "experiment" with different values and configurations of analog components for system optimization. Several external connectors allow for user-customizable expansion, while our library of labs and application notes enrich the development experience. The PICDEM Lab II Development Board is also fully compatible with our latest software development environment.

Embedded Development Powerhouse
The original PICDEM Lab Development Board has remained one of the most popular development tools for PIC MCUs since its introduction. Microchip has taken this concept and expanded it for 21st century embedded development. The PICDEM Lab II Development Board supports any 8-bit PIC microcontroller (6-, 8-, 14-, 18-, 20-, 28- and 40-pin footprints), and provides an expansive array of connections for programming, I/O, analog and communications interfaces. The PICDEM Lab II Development Board will be a valuable resource to engineers across a broad spectrum of specialties, from analog designers looking to explore the power and flexibility of MCU-based systems to engineering professors seeking a flexible and relevant teaching tool that they can add to their curricula.

Hardware Flexibility Enables Experimentation
In keeping with the original, the PICDEM Lab II Development Board was designed to give you a simple development experience without the hassle of and expense of building a custom PCB in the early stages of your project. You can design a system with one or several PIC MCUs, since power and programming connections are replicated across all of the available sockets. Off- chip connections can be made in any manner, and the expansive breadboard provides a convenient area to add analog signal conditioning and drive components to a design. Three separate power supplies give the capability to provide fixed or variable voltage to a system. With several industry-standard interfaces in addition to a system of configurable conntectors, the off-board expansion possibilities are abundant.


Please visit our PICDEM Lab II Design Center for more information

The dsPIC30F6014A Plus-In Module is designed to demonstrate the capabilities of the dsPIC30F6014A family of devices using an 80-pin PIM interface. This PIM plugs into the dsPICDEM 80-Pin Starter Development Board (DM300019). 

This PIM can be used to evaluate the following MCUs:
dsPIC30F6011A
dsPIC30F6012A
dsPIC30F6013A
dsPIC30F6014A

This product is no longer available for sale. 

Evaluation kit and development system for 32-bit AVR UC3A microcontrollers. The kit is equipped with a rich set of peripherals and memory to make it easy to access the full potential of 32-bit AVR UC3A devices.

This product is no longer available for sale. 

Evaluation kit and development system for the AVR UC3B microcontrollers. The kit is equipped with a rich set of peripherals and memory to make it easy to assess the full potential of 32-bit AVR UC3B devices.

This product is no longer available for sale. 

The evaluation kit combines an 32-bit AVR UC3 microcontroller with a wide selection of communication interfaces, including On-The-Go, SDcard, NAND flash with ECC, and stereo 16-bit DAC.

This product is no longer available for sale. 

The kit demonstrates 32-bit AVR microcontroller in Hi-Fi audio decoding and streaming applications. The kit contains reference hardware and software for generic MP3 player docking stations.

This product is no longer available for sale. 

An add-on to the STK525 AVR USB Starter Kit (required), this kit offers initial mass storage support based on DataFlash. (STK525 is required for the EVK525.) The kit is designed to run on AVR AT90USBxxx microcontroller and can be ported to other hardware platforms. It allows designers to evaluate alternative mass storage media with a complete host and device firmware suite. It includes a NAND flash of 256MB and the possibility to add other flash circuits. It also has a receptacle for SD/MMC cards.

This product is no longer available for sale. 

A complete IEEE802.11b+g WLAN evaluation and development kit for 32-bit AVR UC3 microcontrollers. The kit contains the HDG104 WLAN module from H&D Wireless AB, which offer the low power consumption, high communication speed, and long range.

The Wi-Fi extension board has an SD card form factor, and connects easily to any 32-bit AVR UC3 evaluation kit with a SD card socke. The Wi-Fi TCP/IP stack is included in the AVR UC3 Software Framework, and supports both SPI and SDIO communication to the board.

This product is no longer available for sale.
FreeRTOS+Trace for PIC32 Professional is an MPLAB X Plug-in that provides visualization of the run-time behavior of your FreeRTOS software. Now you can see the “big picture” while debugging, through more than 20 high-level, interconnected views that are intuitive to use. The types of views provided in the Professional version are listed in the feature list below. Note that The Standard version (TSW1009) contains a subset of these views.

FreeRTOS+Trace for PIC32 consists of three parts, all included in the installation package:
-A trace recorder library that integrates with FreeRTOS, provided in C source code
-The Trace Export plugin for MPLAB X IDE, which reads the recorder RAM buffer and outputs a trace file
-The PC application for visualizing the trace files. It runs on Microsoft Windows and Linux

For additional information, visit Percepio's FreeRTOS+Trace for PIC32 page or watch the FreeRTOS+Trace for PIC32 video.

This product is no longer available for sale.
FreeRTOS+Trace for PIC32 Standard is an MPLAB X Plug-in that provides visualization of the run-time behavior of your FreeRTOS software. Now you can see the “big picture” while debugging, through several high-level, interconnected views that are intuitive to use. The types of views provided in the Standard version are listed in the feature list below. Note that The Professional version (TSW1010) contains many additional views.

FreeRTOS+Trace for PIC32 consists of three parts, all included in the installation package
-A trace recorder library that integrates with FreeRTOS, provided in C source code
-The Trace Export plugin for MPLAB X IDE, which reads the recorder RAM buffer and outputs a trace file
-The PC application for visualizing the trace files. It runs on Microsoft Windows and Linux

For additional information, visit Percepio's FreeRTOS+Trace for PIC32 page or watch the FreeRTOS+Trace for PIC32 video.

• PIC24FJ256DA210 Development Board (DM240312)
• 3.2” Truly 240x320 TFT Display Board (AC164127-4)
• Graphics Display Prototype Boards - 3x (AC164139)
• MPLAB ICD-3 Emulator and Debugger with USB Cable (DV164035)
• 9V Power Supply (AC162039)
• USB A-miniB Cable
• Serial Cable

This product is no longer available for sale.

The Graphics Display Truly 3.2” 240x320 Board is a demonstration board for evaluating Microchip’s graphic display solution and graphics library for 16- and 32-bit microcontrollers. It is an expansion board compatible with the PIC24FJ256DA210 Development Board (DM240312), and Graphics LCD Controller PICtail™ Plus SSD1926 Board (AC164127-5).

• PIC32MZ EC Starter Kit 
• PIC32MZ EC Starter Kit with Crypto Engine 
• PIC32 Ethernet Starter Kit II 

To download PHY daughter board software drivers, please visit MPLAB HARMONY SOFTWARE FRAMEWORK

This product is no longer available for sale. 

Mid-range development tool for AVR and SAM D ARM® Cortex®-M0+ based microcontrollers with on-chip debugging for source level symbolic debugging, NanoTrace (if supported by the device) and device programming.

For more information, please visit the Online User Guide.

• nanoWatt features to reduce power consumption,
• improving system power consumption and
• improving board performance.

• SMPS Blocks are added
• Added dsPIC33fxxxxxA device support
• Enhanced Port configuration
• Implemented Port detail crosscheck as mask callback
• Bug fixes

Microchip MATLAB Forum

This product is no longer available for sale. 

Mature product; not recommended for new designs.

This product is no longer available for sale. 

An evaluation tool and development board for the ATmega406 single-chip smart battery device, acommodating designs incorporating from 2 to 4 Lithium-ion cells.

This product is no longer available for sale. 

The ISP is designed for field upgrades of existing products using the AVR architecture and based on STK500 hardware and software. The tool supports all ISP AVR devices. The AVR Studio online-help contains the most current information and a complete list of supported devices.

This product is no longer available for sale. 

The NGW100 kit uses the AT32AP7000 which combines the AVR32 digital signal processor CPU with an unrivalled selection of communication interfaces. The NGW100 has two ethernet ports, SD and MMC card reader, and connectors for USB and JTAG.

The NGW100 is also an ideal development board for the AT32AP7000. All resources are available, and it supports communication on any of the device's communication interfaces. The board is preloaded with Linux and shipped with I/O interface drivers that can be called from your own code.

For documentation and resources, visit AVRfreaks wiki

NGW100 is no longer available for sale and is replaced by NGW100 mkII.

This product is no longer available for sale. 

A complete AT32AP7000 development environment with two Ethernet ports, a high quality QVGA LCD, loudspeaker, and connectors for USART, PS/2, VGA, and USB. A expansion header can be used for prototyping. A pre-installed Linux image on the enclosed 256 MB SD card ensures that the user can boot Linux and start program development directly after power up. STK1000 is also supported by AVR JTAGICE mkII. With either GNU GCC or the IAR compiler, the JTAGICE mkII supports basic runtime control and a limited trace. The Vitra and the Opella products from Ashling supports provide high-end debugging capabilities as e.g. sustained trace and SQA (software quality assurance). An extensive white paper is available at www.ashling.com (PDF).

This product is no longer available for sale. 

Mature product; not recommended for new designs.

This product is no longer available for sale. 

Mature product; not recommended for new designs.

This product is no longer available for sale. 

Mature product; not recommended for new designs.

This product is no longer available for sale. 

Mature product; not recommended for new designs.

This product is no longer available for sale. 

Mature product; not recommended for new designs.

This product is no longer available for sale. 

Mature product; not recommended for new designs.

This product is no longer available for sale. See alternative part: MCP1603EV

The MCP1603 Tiny Reference Design demonstrates the use of Microchip's MCP1603 device in a step-down application. The evaluation board is a fully functional platform to evaluate the MCP1603 buck regulator over the input voltage, output voltage and current range of the device. The evaluation board is designed to show off one of the main advantages of the MCP1603 - it's small size.

This product is no longer available for sale.

The MCP1630 Automotive Input Triple Output Converter Demo Board demonstrates Microchip's high speed pulse width modulator (PWM) used for Automotive application. When used in conjunction with a microcontroller, the MCP1630 will control the power system duty cycle to provide three regulated output voltages of 3.3V at 1.2A, 1.2V at 600mA and 4.7V at 150 mA. The PIC12F683 microcontroller is used to provide reference voltage, ON/OFF of Converter using push button SW1 and oscillator pulses at switching frequency of 250 kHz. The MCP1630 generates duty cycle based on various external inputs. External signals include the input oscillator pulses, reference voltage from PIC12F683 device, and the feedback voltage.

The PIC12F683 microcontroller is programmable, allowing the user to modify or develop their own firmware routines to further evaluate the MCP1630 device in this application

This product is no longer available for sale. For a direct replacement, please use the following evaluation board: MCP37X1X-200 12-bit 200 Evaluation Board (ADM00707)

 
The MCP37X1X-200, 12-bit 200 Msps ADC VTLA Evaluation Board (ADM00619) provides the opportunity to evaluate the performance of the MCP37X1X-200 Device Family. With the MCP37D11-200, 12-bit 200 Msps pipelined A/D converter on-board, the user can evaluate the functionality of the 12-bit 200 Msps A/D converters and the digital signal processing features. With the help of a compatible data capture card, the evaluation board can provide the user with performance analysis features through the PC GUI.

For proper operation, this evaluation board must be used with the following compatible data capture card:
MCP37XXX High-Speed Pipeline ADC Data Capture Card (ADM00506)

This product is no longer available for sale.
The MCP37X3X-200 16-bit 200 Msps ADC VTLA Evaluation Board (ADM00505) provides the opportunity to evaluate the performance of the MCP37X3X-200 Device Family. With the MCP37D31-200 16-bit 200 Msps pipelined A/D converter on-board, the user can evaluate the functionality of the 16-bit 200 Msps A/D converters and the digital signal processing features. With the help of a compatible data capture card, the evaluation board can provide the user with performance analysis features through the PC GUI.

For proper operation, this evaluation board must be used with the following compatible data capture card:
-MCP37XXX High-Speed Pipeline ADC Data Capture Card (ADM00506)

This board has been obsoleted. For a direct replacement, please use the following evaluation board:
-MCP37X3X-200 16-bit 200 Evaluation Board (ADM00700)

This product is no longer available for sale and has been replaced by MCP9800DM-DL2.

The MCP9800 Temp Sensor SEEVAL® 32 Data Logger board is a PCB assembly that uses a PIC10F202 to read Temperature Data using I2C communication from a Microchip MCP9800 Temperature Sensor, and stores that data, also using I2C communication, to a 24LC16B Serial EEPROM. The board can then be placed into a SEEVAL®32 Serial EEPROM Evaluation tool and the content can be read and stored into a .hex file. We have also provided an Excel Spreadsheet that can be used to import the .hex file so that the data may be graphed on your computer screen.

• A PIC16F684 14-pin Flash-based 8-bit CMOS microcontroller that can be used with PICkit™ 1 Flash Starter Kit
• Firmware that provides the I2C™ interface and temperature conversion routines to communicate with the MCP9800 and convert serial data to temperature data

• Contact Programmer
• Power Supply
• 2 RS232 cables
• RF-Lab 125 user interface software

The MPLAB XC32 PRO license is no longer available. The replacement product is the MPLAB XC32++ PRO license, which provides support for both C and C++ languages at the same price. If you currently own an MPLAB XC32 PRO license, you can get C++ support for it by upgrading to version 2.10. The download for this version is expected to go live in April, 2018 here: www.microchip.com/mplabxc

If your HPA has expired, you will need to renew it in order to use your PRO license with version 2.10 and its support for C++

The MPLAB XC32 C Compiler is a full-featured, highly-optimized ANSI C compiler for the PIC32 Microcontroller families. This compiler integrates into Microchip’s MPLAB® X IDE, is compatible with all Microchip debuggers and emulators, and runs on Windows, Linux and Mac OS X. The MPLAB XC32 PRO Workstation License unlocks the full potential and performance of all possible optimizations.

The MPLAB XC32 Workstation License also comes with 12 months of High Priority Access, a maintenance subscription, providing web access to new version releases, priority technical support for the compiler and free shipping for development tool orders on Microchip Direct.

Network Server Licenses are also available: SW006023-2N
For more information and documentation, go to: www.microchip.com/mplabxc

This product is no longer available for sale. This compiler and its license is supported only by 32-bit operating systems. For compilers and licenses that are compatible with 64-bit operating systems, see our MPLAB XC C compiler products.

 
Microchip highly recommends the MPLAB XC16 PRO Compiler (SW006022-2) for new designs.

The MPLAB® C Compiler for dsPIC DSCs is a full-featured ANSI compliant C compiler for the Microchip 16-bit devices: dsPIC30F and dsPIC33F. MPLAB C is a 32-bit Windows® console application as well as a fully integrated component of Microchip’s MPLAB Integrated Development Environment (IDE), allowing source level debugging with the MPLAB REAL ICE™ Emulator, MPLAB ICD 2 In-Circuit Debugger and MPLAB SIM Simulator.

16-Bit Language Tools Libraries
Included in the download of the MPLAB compiler are support libraries including Standard C library, DSP Library and math functions in the Fixed Point Math Library and Floating Point Math Library.

This compiler and its license is supported only by 32-bit operating systems. For compilers and licenses that are compatible with 64-bit operating systems, see our MPLAB XC C compiler products.

 
The MPLAB® C Compiler for PIC18 MCUs (also known as MPLAB C18) is a full-featured ANSI compliant C compiler for the PIC18 family of PICmicro® 8-bit MCUs. MPLAB C is a 32-bit Windows® console application as well as a fully integrated component of Microchip’s MPLAB Integrated Development Environment (IDE), allowing source level debugging with MPLAB’s software and hardware debug engines.

Projects, compiler switches and linker customizations can be controlled completely within MPLAB IDE to provide a full graphical front end for this powerful compiler. Text errors in source code and breakpoints instantly switch to corresponding lines in the proper file, and watch windows show data structures with defined data types, including floating point, arrays and structures.

This product is no longer available for sale. See alternative: DM320005-5

The Multimedia Expansion Board (MEB) provides PIC32 Starter Kit,dsPIC33E USB Starter Kit or PIC24E USB Starter Kit users with an integrated-yet flexible-solution for the development of high-impact user interfaces. The board comes with a 3.2 color TFT touch-screen QVGA display, an onboard FCC-certified W-iFi^® module, a 24-bit stereo audio code, a three-axis accelerometer, a joystick and a microSD®®™ memory card slot. Simply connect any DM320001, DM320003-2, DM320004, DM330012 and DM240012 Starter Kit to the MEB and you're ready to develop, program and debug code for the user interface features. Demo software for the MEB can be downloaded using the links below and is also contained within the Microchip Application Library, including software for the joystick, accelerometer, CPLD and more.

This product is no longer available for sale.
The PIC32 Ethernet Starter Kit provides the easiest and lowest cost method to experience 10/100 Ethernet development with PIC32. Combined with Microchip's free TCP/IP software, your project will be running in no time. The PIC32 has an available CAN 2.0b peripheral and USB host/device/OTG.

The Ethernet Starter Kit has a form factor and expansion connector that are compatible with other PIC32 Starter Kits.

The PIC32 Ethernet Starter Kit runs on Microsoft Windows 2000, Windows XP, Windows Vista, and Windows 7.

This product is no longer available for sale. 

A QTouch Library-supported add-on board for the Xplain kit that adds capacitive touch functionality. The kit demonstrates how QTouch solutions require very simple circuit design and few external components. The kit features one slider, one wheel, and two buttons, and has eight through-holes to allow the LEDs on the board to remain visible from the front. The Xplain kit must be bought separately.

NOTE:
The QTouch Xplained is only available as a bundle consisting of AVR Xplain, Display Xplained and QTouch Xplained.

This product is no longer available for sale. 

The REB212BSMA-EK demonstrates the unique performance and rich feature set of the 700/800/900MHz RF transceiver AT86RF212B combined with the leading edge ATxmega256A3 microcontroller. The REB212BSMA-EK contains two sets of Radio Extender Board (REB), Controller Base Board (REB-CBB) and USB cables to enable PC connectivity.

The REB is assembled with an AT86RF212B and one SMA antenna, demonstrating the unrivaled RF performance of the AT86RF212B in the sub-1GHz regional frequency bands. The REB connected to the REB-CBB forms a fully functional, battery powered wireless node.

This product is no longer available for sale. 

The REB231ED-EK demonstrates the unique performance and rich feature set of the 2.4GHz RF transceiver AT86RF231 combined with the leading edge ATxmega256A3 microcontroller. The REB231ED-EK contains two sets of Radio Extender Board(REB), Controller Base Board (REB-CBB) and RS232 cable to enable PC connectivity.

The REB is assembled with an AT86RF231 and two ceramic antennas, demonstrating the unrivaled hardware based Antenna Diversity feature to improve radio link robustness in adverse RF environments. The REB connected to the REB-CBB forms a fully functional, battery powered wireless node.

The kit is supported by BitCloud stack - a ZigBee PRO certified platform - and BitCloud Profile Suite - a certified testing and development solution for public application profiles like ZigBee Smart Energy and Home Automation. The kit is thus an ideal platform for design and prototyping of ZigBee-compliant wireless applications. The REB-CBB boards are also equipped with serial DataFlash, which enables seamless evaluation of over-the-air upgrade functionality provided by BitCloud.

This product is no longer available for sale. 

The REB231FE2-EK demonstrates the unique performance and rich feature set of the 2.4GHz radio transceiver AT86RF231 combined with the leading edge ATxmega256A3 microcontroller. The reference design utilizes the SE2431L RF front end module to demonstrate industry leading link budget of more than 125dB.

• Bill of Materials
• Schematics
• Reference Code

The Wireless Remote Control Utility (WRCU) and the Source code for graphics, mTouch and USB, are available in the Microchip Applications Library.  Please contact your nearest Microchip sales office to obtain the RF4CE source code.

This product is no longer available for sale. 

The RF4CE-EK Evaluation Kit demonstrates the unique performance of the 2.4GHz System-on-Chip solution ATmega128RFA1. The RF4CE-EK contains two Radio Controller Boards (RCB) assembled with the ATmega128RFA1 and a SMA connector at the RF port. The RCB is powered by two AAA batteries and forms a full functional and portable wireless node.

This product is no longer available for sale. 

The evaluation kit speeds development, debugging, and demonstration for IEEE 802.15.4-compliant wireless applications.

This FCC-certified kit contains evaluation boards for AT86RF212 and the AT86RF23x families of RF transceivers, which cover the regional 700/800/900MHz and worldwide 2.4GHz ISM bands for use with the STK600. The kit includes two USB adapters equipped with 32-bit AVR UC3A microcontrollers for standalone point-to-point or packet sniffer operation.

This product is no longer available for sale. 

Atmel 2.4GHz evaluation and starter kit speeds development, debugging, and demonstration of a wide range of low-power IEEE 802.15.4, 6LoWPAN, and ZigBee wireless network applications.

The kit includes two AVR Raven boards with a 2.4GHz transceiver, on-board picoPower AVR application processors with LCD display, and one USB stick with a 2.4GHz transceiver to allow USB connections to a PC. It also includes a PC software package for wireless network setup, control, analysis, and over-the-air programming.

This product is no longer available for sale. 

The SAM G53 Xplained Pro evaluation kit is ideal for evaluation and prototyping with the SAM G53 Cortex®?-M4 processor-based microcontrollers. Extension boards to the SAM G53 Xplained Pro can be purchased individually.

The ATSAMG53-XPRO evaluation kit does not include extension boards.

For compatible Xplained Pro extension board please see the Related Tools tab.

 This product is no longer available for sale.

This kit lets designers quickly evaluate and develop code for applications running on SAM3X and SAM3A microcontrollers.

This product is no longer available for sale. 

The SAM4L Xplained Pro evaluation kit is ideal for evaluation and prototyping with the SAM4L Cortex®?-M4 processor-based microcontroller. The SAM4L Xplained Pro board is available as an evaluation kit or starter kit. Extension boards can also be individually purchased.

The ATSAM4L-XPRO evaluation kit does not include extension boards.

For a complete and ready to go package, the ATSAM4L-XSTK starter kit includes the I/O1 Xplained Pro, OLED1 Xplained Pro, PROTO1 Xplained Pro, and SLCD1 Xplained Pro extension boards.

This product is no longer available for sale. 

The SAM4L Xplained Pro starter kit is ideal for evaluation and prototyping with the SAM4L Cortex®?-M4 processor-based microcontroller. The SAM4L Xplained Pro board is available as anevaluation kit or starter kit. Extension boards can also be individually purchased.

The ATSAM4L-XSTK starter kit includes the I/O1 Xplained Pro, OLED1 Xplained Pro, PROTO1 Xplained Pro, and SLCD1 Xplained Proextension boards.

If the MCU evaluation board is all you need, the ATSAM4L-XPRO evaluation kit is available and does not include extension boards.

This product is no longer available for sale. 

This kit lets designers quickly evaluate and develop code for applications running on SAM4S with the ARM®-based Cortex®-M4 core.

This product is no longer available for sale. 

This kit lets designers quickly evaluate and develop code for applications running on an SAM7L microcontroller. The user guide uses the SAM7L-STK Rev. B board as an evaluation platform.

This product is no longer available for sale. 

The CAN bootloader lets designers program the different memories and registers of any AT91SAM product with CAN without removing them from the system and without the need for pre-programmed applications.

This product is no longer available for sale. 

This kit lets designers quickly evaluate and develop code for applications running on an SAM7SE microcontroller.

This product is no longer available for sale. 

This kit lets designers quickly evaluate and develop code for applications running on an SAM7S microcontroller.

This product is no longer available for sale. 

This kit lets designers quickly evaluate and develop code for applications running on the SAM9261.

This product is no longer available for sale. 

The SAMA5D35-EK is a full-featured evaluation platform for the SAMA5D35 embedded microprocessor. The kit consists of a main board and a computer module equipped with a SAMA5D35 processor. It is supported by the SAMA5D3 Softpack, a free set of bare metal C examples, and is delivered with on-board demos for Linux and Qt-based GUI. The SAMA5D35-EK allows users to extensively evaluate, prototype and create applications that require audio, mass storage, networking, connectivity and more.  Note that this board is no longer being manufactured and has been replaced by the ATSAMA5D3-XPLD.

 This product is no longer available for sale. 

The SAMA5D36-EK is a full-featured evaluation platform for the SAMA5D36, SAMA5D31, SAMA5D33 and SAMA5D34 embedded microprocessors. The kit consists of a main board, a computer module equipped with a SAMA5D36 processor, and a display module. It is supported by the SAMA5D3 Softpack, a free set of bare metal C examples, and is delivered with on-board demos for Linux and Qt-based GUI. The SAMA5D36-EK allows users to extensively evaluate, prototype and create applications that require graphics, audio, mass storage, networking, connectivity and more.  Note that this board is no longer being manufactured and has been replaced by the ATSAMA5D3-XPLD.

No longer available. Use SAMA5D4 Xplained Ultra or contact Local Sales Representative.

The SAMA5D4-EK is a full-featured evaluation platform for the SAMA5D4 embedded microprocessor. The kit is based on the SAMA5D44 and covers all product derivatives. The kit consists of a main board and a display module featuring a 7-inch (17.8 cm) capacitive touch screen. It is supported by the SAMA5D4 software package, a free set of bare-metal C programming examples, and is delivered with on-board demonstrations for Linux and a Qt-based GUI. The SAMA5D4-EK allows users to extensively evaluate, prototype, and create applications that require graphics, video, audio, mass storage, networking, connectivity and more.

This product is no longer available for sale. See alternative: DM990013

The SecureIoT1702 Demo board is a Microsoft Azure Certified for IoT device.

Contact security_help@microchip.com for more information on Microchip’s CEC1702 enabled products.
 

 The SecureIoT1702 Demo board is a small form factor evaluation board that can be used for development, evaluation and demos. The SecureIoT1702 Demo board is designed to utilize the processing and the hardware capabilities of the CEC1702 cryptography enabled ARM® Cortex®-M4-based microcontroller. For additional information visit: http://www.microchip.com/CEC1702

The CEC1702 provides a robust hardware cryptography cypher suite for encryption and decryption, authentication and private and public key management in addition to secure boot. Algorithms include AES256, SHA-512, RSA-4096, ECDSA, EC-KCDSA, Ed25519, true random number generator and 2.5K bits of One Time Programmable (OTP) memory.

CEC1702 secure boot provides a HW-based root of trust in IoT applications.  Secure boot allows equipment manufactures to establish a hardware-based root of trust. This is a critical feature for customers concerned about authenticating system-critical commands such as power plants or online server databases. It is also vital for customers that want to protect their brand and revenue stream from the adverse effects of a security breach.

Protecting system integrity has never been more important. Whether it’s being used as a security coprocessor or a standalone microcontroller, the CEC1702 delivers a multi-dimensional defense against attacks, including: 
o Pre-boot authentication of system firmware: Providing an immutable identity and a root of trust to ensure that the firmware is untouched and hasn’t been corrupted
o Firmware update authentication: Verifying that the firmware update has not been corrupted and is from a trusted source
o Authentication of system critical commands: Attesting that any system-critical command is from a known source with authorization to make the given change, preventing potentially devastating actions
o Protection of secrets with encryption: Safeguarding code and data to prevent theft or malicious activities

Click here for Web Version of the: SecureIoT1702 Demo Board User’s Guide or the PDF version from Documentation Section below.