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Articles & Papers

Should you buy an embedded module or build your own integrated design?

New product features, certification, increased performance and quicker design cycles are pressuring device manufacturers to reduce costs and still meet time-to-market requirements. Considerations like balancing increased performance and demands for lower design, manufacturing costs, freeing up engineering resources, or selecting the right OS and BSPs complicate the decision-making process. Sign up now for an innovative webinar using an on-line tool that calculates when and if you should buy or build.


Beagle I2C/SPI Analyzer & KatySat - Debugging on an educational satellite

The Space and Systems Development Laboratory (SSDL) develops innovative technologies for robust distributed systems, with special interest in space environments. The current satellite mission under development at the SSDL is the KatySat satellite, which provides a powerful educational outreach tool for K-12 students that can be readily expanded for future missions. To facilitate the KatySat mission, SSDL partnered with Total Phase, to provide students the tools necessary for embedded system development.


Prototyping the IoT with mbed from ARM

Developing smart connected products for the IoT creates a unique set of challenges for product development. Simultaneously, time-to-market pressures make switching to a modern 32-bit architecture challenging. More powerful devices and new tools must be mastered and this can work against timely execution of a product development cycle. This is a common scenario that mbed™ can address. mbed represents a paradigm shift for developers, allowing seamless transitions in the product development lifecycle.


The Internet of Things: Are You Ready?

When the news broke in January that Google was buying Nest Labs, Inc. for $3.2 billion, the eye-popping valuation indicated the acquisition was about more than just pretty thermostats and smoke detectors. While speculation about Google's intentions has run rampant since then, in my mind it's a clear sign: the Internet of Things (IoT) is finally upon us.


Atmel's New Modem Gets Grid Devices Talking

Since 1882, when Thomas Edison fired up the world’s first commercial generator, the networks that carry electricity from the power source to the consumer have been confined to a one-way path. In recent years, pressure to cut labor costs and address evolving environmental concerns and regulations have forced utility providers to rethink this aging infrastructure.


Designing Embedded Systems for the IoT

What does the phrase Internet of Things mean? It depends a lot on where you stand in the supply chain. Many have tried to define it, but the definitions are often colored by the needs of their own industries and their own agendas. As a hardware or software engineer, you already understand the essential element: to build products that are interconnected. As such, embedded systems will play—and are playing—a crucial role in the development of the IoT.


Neutralizing Some Inherent Dangers of C

We take a look at the issues involved in using C in the development of systems with safety-critical functionality. Despite the fact that the language is full of undefined behavior, hardware dependencies and other pitfalls, it is still widely used in safety-critical development. With some planning you can turn a potential problem into an advantage.


Micro Digital smx Philosphy

There are many factors which influence the design of an RTOS kernel. This paper explains what factors have influenced the recent evolution of smx® and discusses their relative importance. Since many factors are conflicting, designing a good RTOS kernel requires achieving a good balance for targeted applications. In the case of smx, these are hard real-time embedded systems.


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Tool News

Development Tool Showcase

deRFgateway for ARM

_deRFgateway for ARMCompact and powerful development board with Ethernet for all deRFarm7 radio modules

RF4CE Compliant Protocol Stack

_RF4CE Compliant Protocol StackRemoTI™ is the industry leading RF4CE-compliant software architecture. Built on TI´s well proven IEEE 802.15.4 compliant TIMAC, RemoTI™ offers a simple, easy-to-use, intuitive softwa

DR7003-DK 303.825 MHz ASH Transceiver Developer Kit

_DR7003-DK 303.825 MHz ASH Transceiver Developer KitThe DR7003-DK kit allows for full demonstration or development of the third-generation (3G) TR7003 Virtual Wire device. The kit provides “Out of the box” operation with or without the a

RF Calculator App For Android

_RF Calculator App For AndroidWe are proud to announce that we launched the RF mobile calculator app for Android to the Market,

Si1020 915 MHz Software Development Kit

_Si1020 915 MHz Software Development KitDevelopment Kit for Si1020, Si1021, Si1022, Si1023, Si1024, Si1025, Si1026, Si1027, Si1030, Si1031, Si1032, Si1033, Si1034, Si1035, Si1036 and Si1037 low power wireless microcontrollers

WIT2411SDK 2.4 GHz FHSS Developer Kit

_WIT2411SDK 2.4 GHz FHSS Developer KitEach WIT OEM Module Developer’s Kits contain two selfcontained wireless modems built around specific OEM modules. Additionally, two OEM modules are included in the kit. The self-contained units

Radio Controller Board RCB128RFA1 V6.3.1

_Radio Controller Board RCB128RFA1 V6.3.12.4 GHz RF module with Atmel’s IEEE 802.15.4 TM compliant single chip ATmega128RFA1 for wireless solutions (with SMA coaxial jack)

CC2530 Mini ZNP Kit

_CC2530 Mini ZNP KitThe CC2530 ZigBee Network Processor Mini Development Kit is the perfect introduction to ZigBee wireless sensor networks! The CC2530ZNP Mini Development Kit is designed for engineers who want to get fa

Wi-Fi PICtail Development Board

_Wi-Fi PICtail Development BoardBased on Roving Networks ultra-low-power RN131 WiFi module, this WiFi PICtail daughter board allows Microchip customers to develop WiFi applications using Microchip 8-, 16-, and 32-bit microcontroller

NFC Adapter - Programmable

_NFC Adapter - ProgrammableThis is a NFC development adapter especially designed for contactless general purpose Near-Field-Communications (NFC) applications. It is based on the contactless RFID 13.56MHz technology and supports

DR7000-DK 433.92 MHz ASH Transceiver Developer Kit

_DR7000-DK 433.92 MHz ASH Transceiver Developer KitThe DR7000-DK kit allows for full demonstration or development of the third-generation (3G) TR7000 Virtual Wire device. The kit provides “Out of the box” operation with or without the a

Radio Extender Board REB230 V2.3

_Radio Extender Board REB230 V2.3RF transceiver module in accordance with the IEEE 802.15.4 standard for ISM and ZigBee ® / 6LoWPAN / RF4CE / WirelessHART TM applications based on the Atmel IC family

DR1300A-DK 433.92 MHz ASH Transceiver Developer Kit

_DR1300A-DK 433.92 MHz ASH Transceiver Developer KitRFM´s "A" series ASH Transceiver Development Kits demonstrate operation at an "air" data rate of 2 kbps, using a packet data link layer (MAC) protocol implemented in an 80

DR-TRC103-950-DK 950 MHz RFIC Transceiver Developer Kit

_DR-TRC103-950-DK 950 MHz RFIC Transceiver Developer KitThe TRC103 Development kits allow for complete evaluation and application development of RFM’s SRR (Short Range Radio) line of RFIC’s. A communication link or Range Test can be executed

Si1024 868 MHz Software Development Kit

_Si1024 868 MHz Software Development KitDevelopment Kit for Si1020, Si1021, Si1022, Si1023, Si1024, Si1025, Si1026, Si1027, Si1030, Si1031, Si1032, Si1033, Si1034, Si1035, Si1036 and Si1037 low power wireless microcontrollers

deRFmega128-22C02

_deRFmega128-22C02SMD 2.4 GHz radio module with U.FL coaxial jack based on Atmel´s single chip microcontroller ATmega128RFA1

ZigBee Pro Development Kits

_ZigBee Pro Development KitsRFM Zigbee (2.4 GHz) Developer Kit include the technology hardware and software to support the development and integration of RFM RF Modules into any machine-to-machine (M2M) application.

Value Line Evaluation Modules 433MHz

_Value Line Evaluation Modules 433MHzThe CC11xLEMK-433 evaluation module kit for 433MHz is used in conjunction with CC11xLDK-868-915 development kit to evaluate 433MHz operation using Value Line RF-ICs. The CC11xLDK-868-915 is required f

DR-TRC105-450-DK 450 MHz RFIC Transceiver Developer Kit

_DR-TRC105-450-DK 450 MHz RFIC Transceiver Developer KitThe TRC105 Development kits allow for complete evaluation and application development of RFM’s SRR (Short Range Radio) line of RFIC’s. A communication link or Range Test can be executed

SAM-ICE Adapter

_SAM-ICE AdapterProgramming adapter for deRF USB radio sticks Interface adapter for JTAG and RS232 for easy programming and debugging of deRF USB radio sticks

DR7001-DK 315 MHz ASH Transceiver Developer Kit

_DR7001-DK 315 MHz ASH Transceiver Developer KitThe DR7001-DK kit allows for full demonstration or development of the third-generation (3G) TR7001 Virtual Wire device. The kit provides “Out of the box” operation with or without the a

WL1271 Wi-Fi and Bluetooth daughter card for EVMs with a COM Connector

_WL1271 Wi-Fi and Bluetooth daughter card for EVMs with a COM ConnectorThe Wi-Fi and BlueTooth ® daughter card for the AM335x EVM (TMDXEVM3358) is a combo wireless connectivity add-on card, based on the Murata Type-TN Module with Texas Instruments WiLink 6.0 solution.

DNT900DK 900 MHz FHSS Developer Kit

_DNT900DK 900 MHz FHSS Developer KitThe DNT900 FHSS transceiver module is a low cost, high-power solution for point-to- I/O point and point-to-multipoint wireless systems in the 900 MHz ISM band. The RF output power of the DNT900 can be

WIT2450DK 2.4 GHz FHSS Developer Kit

_WIT2450DK 2.4 GHz FHSS Developer KitEach WIT OEM Module Developer’s Kits contain two selfcontained wireless modems built around specific OEM modules. Additionally, two OEM modules are included in the kit. The self-contained units