 
Introducing the FireCracker!
Based on Analog Devices popular
Blackfin
embedded processor, Silica has developed the FireCracker Development and Reference Design Platform for audio and video applications.
FireCracker is a unique concept of a hybrid between a development board and a reference design that enables design engineers to bring embedded computing solutions from concept to production in record time.
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Free White Paper: Selecting a Bus Analyzer
As avionics buses on military and commercial aircraft become more varied and complex, it becomes even more important that a bus analyzer be used during the design, deployment, and maintenance of avionics systems.
Today, aircraft may contain MIL-STD-1553, ARINC 429, CAN, and ARINC 664 (AFDX) buses as part of the overall system.
Choosing an analyzer needs to be a part of the overall system design from the earliest part of the project.
preview:
http://www.gefanucembedded.com
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A Comparison of CAN and TTP
This paper compares the principles of operation, the services, the dependability mechanisms and the system level properties of distributed real-time systems that are based on the Controller Area Network (CAN) protocol and the Time-Triggered protocol (TTP). The paper comes to the conclusion that CAN is well suited for soft real-time systems where flexibility is important, while TTP is most appropriate for the design of composable...
preview:
http://www.tttech.com
date: 1/1/1998
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An Introduction to CAN
This tutorial will give the brief idea about CAN bus protocol, its functionality and different features of it. This tutorial is divided into mainly five sections as listed below.
1. Introduction to CAN 2. CAN layers 3. CAN Properties 4. Types of CAN 5. CAN messages Introduction to CAN: - The Controller Area Network (CAN) is a serial communications protocol....
preview:
http://www.electrosofts.com
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An Overview of the Controller Area Network
The Controller Area Network (CAN) is a communication bus for message transaction in small-scale distributed environments.
Introduced for automotive applications plays nowadays a relevant role in the control and automation arena.
This paper provides an overview ofCAN by addressing the fundamental issues concerning its physical and data-link layers.
preview:
http://www.bath.ac.uk
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CAN - Networking for Real-Time Systems
The Controller Area Network (CAN) was developed in the late 80's by Robert Bosch[1] as a solution for networking in distributed real-time systems.
CAN supplies a high level safety, even when working in a harsh environment, and also relatively high level of data exchange (up to 1 Mbit/s).
preview:
http://www2.rad.com
date: 1/1/1997
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