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| 2012-04-20 | Protect embedded devices through virtual closed networks Discover how a virtual closed network can offer protection when a truly closed network is not an option. |
| 2011-12-21 | Implement MCU CAN protocol using on-chip oscillator Implement MCU CAN protocol using on-chip oscillator |
| 2011-12-14 | How to configure CAN node on Hercules MCUs How to configure CAN node on Hercules MCUs |
| 2011-10-24 | Implement transceiver with minimal protocol Implement transceiver with minimal protocol |
| 2010-06-15 | iCoupler isolation in CAN bus applications iCoupler isolation in CAN bus applications |
| 2009-08-04 | Understand CAN comms constraints, cable length trade-offs Understand CAN comms constraints, cable length trade-offs |
| 2009-06-10 | Optimising ECU parameters with XCP XCP supports the CAN as well as other comm interfaces namely Ethernet, FlexRay, USB, RS232 and SPI/SCI. |
| 2009-03-04 | Interface mid-range PIC MCUs with UNI/O serial EEPROMs Read about a source code that can help in the implementation of UNI/O protocol. |
| 2009-02-27 | Verify if a device can stand protocol variations Verify if a device can stand protocol variations |
| 2008-12-23 | RapidIO protocol: A technical overview RapidIO protocol: A technical overview |
| 2008-11-27 | CiA integrates safety protocol into MCU CiA integrates safety protocol into MCU |
| 2008-10-24 | CAN transceiver aims automotive IVN apps CAN transceiver aims automotive IVN apps |
| 2008-10-03 | Combining G35 with WaveJudge for deep-level R1 protocol analysis Combining G35 with WaveJudge for deep-level R1 protocol analysis |
| 2008-09-08 | Get the low down on IEEE 1588 clock synchronisation The precision time protocol (PTP) defined in IEEE 1588 is designed to synchronise clocks in devices in a distributed system. PTP is a distributed protocol. Every device in the system that implements IEEE 1588 executes exactly the same protocol. This article gives the low down on everything there is to know about IEEE 1588 clock synchronisation. |
| 2008-09-08 | Get the low down on IEEE 1588 clock synchronisation The precision time protocol (PTP) defined in IEEE 1588 is designed to synchronise clocks in devices in a distributed system. PTP is a distributed protocol. Every device in the system that implements IEEE 1588 executes exactly the same protocol. This article gives the low down on everything there is to know about IEEE 1588 clock synchronisation. |
| 2008-08-06 | Uncovering serial protocol problems with dynamic triggering Uncovering serial protocol problems with dynamic triggering |
| 2006-07-01 | Avoiding interference in the 2.4-GHz ISM band Automotive infotainment design engineers can create frequency-agile designs using procedures provided by standards bodies or by building their own protocol. |
| 2006-09-20 | Efficiently code communications protocols in C++ Using object oriented programming in C++ can improve the developer's efficiency in implementing communications protocols. With careful use, C++ does not add intolerable overhead to executing communications protocol software. |
| 2006-09-20 | Efficiently code communications protocols in C++ Using object oriented programming in C++ can improve the developer's efficiency in implementing communications protocols. With careful use, C++ does not add intolerable overhead to executing communications protocol software. |
| 2007-08-23 | VoIP platforms for the evolving residential gateway Residential VoIP gateways are becoming responsible for video and cellular traffic, security processing, and more. Here's how to design a platform that can handle these roles. |
| 2008-03-17 | Storage controllers improves system performance PMC-Sierra introduces a new family of Tachyon storage protocol controllers that can deliver 400,000 IOPS performance per channel. |
| 2008-02-26 | Exceeding the standard for wireless sensor networks ZigBee has the advantage of built-in compatibility but it is just one solution for wireless sensor networking applications. Other alternatives, such as ANT's Practical Wireless Network protocol, can be easier-to-implement, more compact and use less power. |
| 1997-09-01 | The pitfalls of embedded communication networks Should you build or buy a communications protocol to support your application? Here are some key issues to consider, with CAN, LonTalk, and IEEE-1394 (FireWire) used as examples. |
| 2000-01-03 | An introduction to the JetSend protocol An introduction to the JetSend protocol |
| 2000-10-07 | Working with WAP You can't run a desktop Web browser on a cell phone or PDA, but the Wireless Application Protocol can give you Web-like access to data, even when resources are limited. |
| 2003-09-02 | Approximating CANopen The CAN standard, popular in automotive applications, defines a simple broadcast serial network that works well for real-time short range communications. But there are few rules at the upper layers. Here's an easy way to keep proprietary application-layer CAN protocols compatible with an open standard. |
| 2004-09-03 | Implementing SSL on 8-bit micros The Secure Sockets Layer protocol is used on every web browser and web server to encrypt secure transactions. But SSL is not just the province of 32-bit microprocessors. It can be used on low-cost 8-bitters as well. |
| 2007-09-20 | Wireless solution overcomes 802.11n interference Cypress has upgraded its wireless protocol to overcome interference from 802.11n networks, which, along with devices in the 2.4GHz band, can severely hamper the performance of wireless peripherals. |
| 2007-04-13 | Introduction to CAN Introduction to CAN |
| 2007-03-16 | Implement MCU-based software UART With communications peripherals implemented in software, any aspect of the protocols can be updated. |
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