ADI ADC meets 5G spectral efficiency demands
- Author:Ella Cai
- Release on:2017-05-02
ADI has launched an ADC to meet the spectral efficiency demands of 4G/5G base-stations.
It also meets the reduced run-time targets of multi-standard production instrumentation and provides a detection range and sensitivity suitable for defense electronics.
Made on a 28nm CMOS process, the AD9208 delivers bandwidth and dynamic range to cover the largest number of signal bands.
It has low-noise spectral density for diversity radio and I/Q demodulation systems, while consuming half of the power, when compared to alternative solutions.
With sampling speeds up to 3.0 GSPS, the chip facilitates direct RF signal processing architectures and provides high oversampling.
This simplifies front-end filtering, thereby reducing receiver design complexity and overall system cost.
The AD9208 enables direct RF sampling of wideband signals beyond 6 GHz, allowing more flexibility and the ability to eliminate mixer stages and simplifies system design with an internal clock divider and optional RF clock output.
It is complemented by the AD9172, a 28nm CMOS DAC.
It also meets the reduced run-time targets of multi-standard production instrumentation and provides a detection range and sensitivity suitable for defense electronics.
Made on a 28nm CMOS process, the AD9208 delivers bandwidth and dynamic range to cover the largest number of signal bands.
It has low-noise spectral density for diversity radio and I/Q demodulation systems, while consuming half of the power, when compared to alternative solutions.
With sampling speeds up to 3.0 GSPS, the chip facilitates direct RF signal processing architectures and provides high oversampling.
This simplifies front-end filtering, thereby reducing receiver design complexity and overall system cost.
The AD9208 enables direct RF sampling of wideband signals beyond 6 GHz, allowing more flexibility and the ability to eliminate mixer stages and simplifies system design with an internal clock divider and optional RF clock output.
It is complemented by the AD9172, a 28nm CMOS DAC.
