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VHS-ADC
High-performance multichannel analog-to-digital conversion platform
Key features and benefits
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External clock and external trigger inputs (multiple in-phase platform can be used with the external clock). |
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Programmable sampling clock. |
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External GPIO header. |
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Language-based and model-based drivers well tailored to each development approach. |
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Simulink blocks include control tools for the GPIOs, trigger, programmable gain, SDRAM, and sampling clock. |
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Communications interface to modify VHS-ADC parameters without interrupting the DSP application. |
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Comes complete with Help, examples, and documentation. |
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Help files, tutorials, demos and documentation for quick start. |
Overview
The VHS-ADC is ideal for smart antenna applications and MIMO development. With eight channels at 480 MSPS
(VHS-ADC Virtex-4) and 85 MSPS (VHS-ADC Virtex-II), a large FPGA for high-speed processing, SDRAM for signal storage/playback, and system-level support through System Generator for DSP from Xilinx, the VHS-ADC offers developers
advanced hardware and ease of development.
When the VHS-ADC is combined with other DSP/FPGA platforms such as the SignalMaster or SignalMaster Quad cPCI platforms, it becomes a complete and very-high-performance IF/baseband solution.
The VHS-ADC can also be combined with the VHS-DAC to provide an end-to-end chain of 16 high-speed acquisition/transmission channel processing. Further, the VHS-ADC is equipped with an expansion connector that allows directly adding a ADC module (8 A/D channels) or DAC module (8 D/A channels).
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