With the successful deployment of first generation SDRs based on the JTRS SCA, radio developers are now working on the challenges confronting next-generation SDRs: How do we deploy this technology in smaller and smaller form factors? This webinar will focus on these challenges and show how the combined solution of LynxOS-SE real-time operating system from LynuxWorks along with ORBexpress from OIS and the SCARI SCA-SDR Core Framework Software Suite from CRC provide a robust, highly integrated solution. This webinar will describe how through close engineering collaboration these companies have forged a COTS solution that enables radio developers to move their applications to extremely small form factors that have highly constrained SWAP requirements while maintaining full performance and complete backwards compatibility for their existing applications.

What if the innovation, competitive advantage and profitability of your products were limited only by your imagination instead of your companys engineering capacity and processes? Despite the growth of embedded software and systems, most companies still have a fragmented and siloed approach to the delivery of software-based products teams are centered around products and projects instead of product lines, tools are often disconnected from the workforce, processes lack automation, and theres sporadic communication between teams across the systems and software development lifecycle. Its a recipe that stifles growth, limits productivity, and slows down development.

Solar energy is the world's fastest growing business in the renewable energy market place. With the concerns of utilizing solar energy more efficiently, solar energy monitoring has become the most promising technology in this market place.

MontaVista provides a Linux-based programming environment that can scale from high-performance bare metal dedicated spaces, to an RTOS-like multi-threaded run-time, up to a fully virtualized Linux SMP process model. Application developers can now deploy a single operating system, Linux, across all of the cores on a multi-core processor and avoid the complexity of multiple run-times (e.

Communications system architects have applied Orthogonal Frequency-Division Multiplexing (OFDM) to achieve real-world robustness and spectral efficiency for a variety of emerging standards. This webcast explores OFDM-based standards, in order to apply their resource configurations and insights toward new and custom OFDM formats.

In the aerospace and defense industry there is a growing demand to support highs levels of security (Common Criteria EAL4 through EAL7) on critical systems while reducing size, weight, and power (SWaP). To address this demand, there are now commercial-off-the-shelf (COTS) operating system foundations that enable both single level secure (SLS) and multi-level secure (MLS) solutions, that speed time-to-market and enable the support of multiple security domains on a single silicon platform.

Transitioning current aerospace and defense (A&D) designs into more powerful and robust systems for integration into next generation systems is a global challenge for suppliers. System and component developers need to create standards-based, open platforms that can accommodate both legacy and new applications, while increasing re-usability and driving down size, weight, and power (SWaP).

From wireless infrastructure equipment to web switches to enterprise routers, today Deep Packet Inspection (DPI) is popping up as a requirement in a variety of platforms and functions such as anti-malware, intrusion prevention, protocol parsing, application recognition, URL filtering, and subscriber billing. Multi-core software technology makes the addition of wire-speed DPI a plausible proposition.

FOUNTAIN HILLS, Ariz. , January 11, 2011 — OpenSystems Media (OSM), LLC today announced its upcoming E-cast, Developing Security-Critical Applications for Multi-Level Secure (MLS) Platforms.

FOUNTAIN HILLS, Ariz. , January 11, 2011 — OpenSystems Media (OSM), LLC today announced its upcoming E-cast, Custom Orthogonal Frequency Division Multiplexing (OFDM) Modeling and Verification.

Ensuring the reliability of high-availability systems requires full forensic data on the root causes of faults and failures, but much of this information must be extracted from a system processorand/or chipset. .

The market shift towards ARM based MCUs is happening all over the embedded design world. Freescale delivers with the first broad-market mixed-signal microcontroller family based on the latest ARM Cortex-M4 core and innovative 90nm thin-film storage (TFS) flash memory technology.

As the first Intel architecture (IA) processor designed specifically for embedded, the Intel Atom processor E6xx series brings the benefits of IA to a whole new set of applications. Now you can take advantage of the rich IA hardware and software ecosystem at lower price point, bill of materials (BOM), and hardware footprintall while leveraging the newly customizable embedded I/O.

FOUNTAIN HILLS, Ariz. , December 9, 2010 — OpenSystems Media (OSM), LLC today announced its upcoming E-cast on Designing with ARM-based microcontrollers.

FOUNTAIN HILLS, Ariz. , December 9, 2010 — OpenSystems Media (OSM), LLC today announced its upcoming E-cast, Take Your Design to the Next Level with Intel® Atom™.