@Flux- Actually MPEG conversion might come with a reference design without additional cost. You should check out Xilinx and Altera. I think Lattice has a video reference design too, but I think its HD and probably a bit more expensive. Worth a quick look however.
@Huntwork- SoC is System on Chip. It losely is defined as a device that can implement an entire system. For example a device with a processor, peripherals, memory, etc that can operate stand alone. When I say SoC FPGA I also mean it has FPGA fabric on it. (Sorry for the late answer, I missed your question).
?? So something like getting raw video from 3 non HD cameras, and converting to MPEG....would that be concidered not to complex? I'm new to this idea of using FPGA so nit sure what they would concider complex.
@Flux- Many IP blocks (the less complex ones) are free. The more complicated blocks (like fancy video conversion or high-level communications) can require a flat fee. I don;t think any of them are royalty based now.
Target Design consists of 8 - 12 multiplexed A/D for pressure 5 A/D temperature measurement, 2 A/D for incoming line voltage and current, timing interfaces for minimum of 5 motors to determine motor load, timing circuits to interface to minimum of 4 turbine meters, Minimum of 4 pwm outputs, 16 - 24 Digital inputs, 16 - 24 digital outputs, high speed serial to interface to user interface and equipment status. Loop cycle time 100mS - 500mS. Cell phone interface. Remote software update.
Design requirements always drive the micro selection. Typically, the requirements are an incremental design effort so the design is based of existing technology we have in place. If the design is a total start up from scratch, research will be done to available devices to see which best meets the new requirements. Often it will be based on processor famillies we already use, sometimes its a totally new device. All is driven by the requirements.
Selection of MCU has typically been based on re-use of existing code. Occasionally there is no need to retain software compatibility and the hardware selection is free to choose based on cost and availablility.
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Festo's BionicKangaroo combines pneumatic and electrical drive technology, plus very precise controls and condition monitoring. Like a real kangaroo, the BionicKangaroo robot harvests the kinetic energy of each takeoff and immediately uses it to power the next jump.
Design News and Digi-Key presents: Creating & Testing Your First RTOS Application Using MQX, a crash course that will look at defining a project, selecting a target processor, blocking code, defining tasks, completing code, and debugging.
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