The Pentek's 7141-420 and 7141-430, transform the 7141 into two distinct and highly integrated products addressing a diverse range of applications. The new 7141-420 and 7141-430 are available in conduction-cooled versions to handle rugged applications in aircraft, UAVs, torpedoes and other severe environments of temperature, shock, vibration, and altitude. The 7141-420 is best suited for general-purpose transceiver functions - such as military radio and signal intelligence transceivers, where engineers need to transmit and receive in a very flexible arrangement of different bandwidths and frequencies for a limited number of channels. The 7141-430 core provides a huge number of relatively narrowband channels. This is of immense value to customers who need a high-density receiver in an unusually small space. The 7141-430 is far more physically dense than any competitive product currently on the market...
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The C8051F50x family of mixed-signal MCUs is the first to integrate an ultra high-performance internal precision oscillator to support both CAN and LIN communication networks without an external crystal or resonator. The C8051F50x family provides the highest functional density for automotive applications by integrating a 50 MIPS core, up to 64 kB of high-endurance Flash, four kB of RAM, 32-message buffer CAN 2.0B hardware controller and a hardware LIN 2.0 controller in a 5 x 5 mm2 package, providing customers with the memory and computational resources for real-time applications requiring CAN and LIN software stacks...
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The VMDRIVE include rotating media options as well as several larger capacity solid-state storage options. Designed to meet demanding military and aerospace applications, the VMDRIVE enables deployment of recording applications in rugged conduction-cooled or commercial air-cooled environments. The rotating media VMDRIVE offers 300GB or 450GB storage capacity. This dual-slot VME or cPCI alternative is available in commercial air-cooled models. The VMDRIVE rotating media version stores data at 100 MB/s via dual channels of 2Gbps Fibre Channel...
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The ARM compiler helped the i.MX31 achieve up to a 2x increase in performance with one benchmark, and a 43 per cent increase in overall performance with all four benchmarks over an earlier version of the GCC compiler. These new benchmark scores demonstrate the benefits of ensuring that developers take advantage of the latest in compiler optimizations and technologies. Freescale's i.MX31 processor, with a vector floating point coprocessor and L2 cache, is designed for wireless devices, such as portable media players and portable navigation devices, running computationally intensive multimedia applications...
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