DAC improves television viewing experience

11th July 2016
Posted By : Nat Bowers
DAC improves television viewing experience

 

Analog Devices has announced a DAC that brings the future of TV to today's home viewers, enabling them to enjoy UHD and 4K television across more channels at unprecedented streaming and download speeds.

The AD9162 represents a breakthrough for the industry because it provides broadband and wireless service operators with the industry’s highest bandwidth and dynamic range to satisfy rising consumer demand for higher quality, always-on data and video streaming without requiring expensive, large-scale architecture or converter design changes.

The 16-bit, 12-GSPS AD9162 converter’s best-in-class 2.5GHz bandwidth exceeds the 1.794GHz optional future requirement specified by the cable industry’s DOCSIS 3.1 standard by nearly 40%. The wider bandwidth affords cable operators the ability to plan next-gen network upgrades and capacity expansions without changing converter designs, which reduces product development time and engineering resources.

The AD9162 converter’s industry-best dynamic range (-82dBc SFDR at -167dBm/Hz NSD) allows designers to synthesise signals across a wide frequency spectrum from direct-to-RF up to 6GHz. In wireless applications, this eliminates an IF-to-RF up-conversion stage and local oscillator generation, reducing base station component count, size and power consumption. The AD9162 supports all wireless communications infrastructure protocols (WCDMA, LTE, LTE-A & point-to-point), enabling advanced multiband and multi-standard radio designs.

The AD9162 converter features a 2x interpolator (FIR85) that enables configurations for lower data rates and converter clocking to reduce overall system power and ease filtering requirements. In mix-mode operation, the RF DACs can be configured to reconstruct RF carriers in the 2nd and 3rd Nyquist zones up to 7.5GHz while maintaining exceptional dynamic range.

Offered in 8x8mm and 11x11mm CSP-BGAs, the AD9162 is available now for sampling and in production quantities for £150 each in 1,000 unit quantities.

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