High Speed A/D Converters >10 MSPS
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High Speed A/D Converters >10 MSPS

Analog Devices high speed A/D converters (ADCs) offer the best performance and highest sampling speed in the market. The product offerings include high IF ADCs (10 MSPS to 125 MSPS), low IF ADCs (125 MSPS to 1 GSPS), integrated receivers, and wideband ADCs (>1 GSPS). The High speed ADC portfolio offers solutions for all high speed conversion applications.
Analog Devices high speed A/D converters (ADCs) offer the best performance and highest sampling speed in the market. The product offerings include high IF ADCs (10 MSPS to 125 MSPS), low IF ADCs (125 MSPS to 1 GSPS), integrated receivers, and wideband ADCs (>1 GSPS). The High speed ADC portfolio offers solutions for all high speed conversion applications.

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IF/RF receivers are designed for communications infrastructure applications. Wide bandwidth and high sample rates allow implementing a software configurable design for digitizing close to the antenna. Various receiver architectures, such as zero-IF, IF sampling and direct RF sampling, are supported. IF/RF Receivers take advantage of smart partitioning by integrating configurable digital filtering allowing to offset resource demands in the FPGA or digital ASIC and easing of analog filtering.
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IF/RF receivers are designed for communications infrastructure applications. Wide bandwidth and high sample rates allow implementing a software configurable design for digitizing close to the antenna. Various receiver architectures, such as zero-IF, IF sampling and direct RF sampling, are supported. IF/RF Receivers take advantage of smart partitioning by integrating configurable digital filtering allowing to offset resource demands in the FPGA or digital ASIC and easing of analog filtering.

High Speed Signal Processing: Making Space in a Crowded Spectrum

The airwaves are getting crowded, and system designers are looking to untapped portions of the frequency spectrum to support higher bandwidths and millimeter wave (mmW) technologies. New capabilities and features become possible as system designers in aerospace and defense, communication infrastructure, and instrumentation learn to leverage more of the frequency spectrum and create a better user experience.
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High Speed Signal Processing: Making Space in a Crowded Spectrum

The airwaves are getting crowded, and system designers are looking to untapped portions of the frequency spectrum to support higher bandwidths and millimeter wave (mmW) technologies. New capabilities and features become possible as system designers in aerospace and defense, communication infrastructure, and instrumentation learn to leverage more of the frequency spectrum and create a better user experience.