Embedded E-cast
Summary: An E-cast is a live, single or multiple sponsor event used to educate engineers, programmers, and other industry professionals about a particular product, service, or technology. Each podcast consists of a 45-minute presentation and 15-minute interactive Q&A session. E-casts are moderated by a member of the OpenSystems Media editorial staff or a industry recognized guest moderator. Our E-casts are moderated to keep the event interesting, informative, and technically relevant.
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Podcasts:
Historically when embedded platforms needed improved performance they moved to processors with higher clock speeds. This approach was always accompanied with power and thermal challenges for bladed environments such as CompactPCI.
Its a given that defense systems are getting more complex and increasingly relying on software to add new capabilities through technology insertion. However, with software complexity also comes an acute requirement for operating systems often real-time operating systems plus dramatically improved military development environments.
Until recently, the vast majority of embedded systems employed uniprocessor designs. The situation is changing quickly, with many systems migrating to multiprocessor designs.
The mythical 5 nines are the benchmark to which network equipment providers and communications carriers aspire - requiring great expense and risk - attaining varying degrees of success. Up until now, the focus of commercial middleware providers has been on meeting this goal through improved fault management.
In this webinar, youll learn how to disentangle all the information out there; Emerson Network Power will show how new multicore processor boards differ from the uniprocessors, using as an example the newest multicore Power Architecture VME processor board. Wind River Systems will discuss how taking advantage of multicore environments with SMP (symmetric multiprocessing) or AMP (asymmetric multiprocessing) capabilities can significantly reduce the scope and complexity of multicore device software development, while taking advantage of the performance benefits of multicore processors.
Real-time computing for sophisticated industrial equipment must deal with hard, deterministic real-time constraints. Breaking the input-to-output latency can result in machine failure, unacceptable performance, and down-time.
What are the best strategies for using Serial RapidIO and Gigabit Ethernet with maximum ability to mix and match modules? How can multicore and middleware performance be fully realized? During this ecast you will learn how the converged network meshes with reduced time to market, more capability per watt, and lower equipment cost goals. .
Telelogic, AdaCore, and LynuxWorks are utilizing the power of the open Eclipse framework to help integrate and streamline the process from design to deployment. Hear Telelogic, AdaCore, LynuxSys explain how they are using Eclipse tools for development.
FPGAs are increasingly replacing standalone DSP devices. This E-cast looks at the pros, cons, and development tools needed to implement digital signal processing using FPGAs.
Wind River offers Lab Diagnostics to streamline workflows during system integration, software verification and product validation for Linux. Sensorpoints enable engineers to dynamically instrument running applications without modification to the application source code, rebuilding the application binary, re-flashing boards or rebooting the device.
RapidIO is one of the premiere choices for systems interconnect fabrics. Join this E-cast to learn about the latest in RapidIO technology and how it can be used in your embedded applications.
Join us to learn more about this exciting new open platform standard that is creating opportunities in markets including telecom, defenses, Homeland Security and Industrial control. .
