Maxim Integrated Enables Software-Defined Radio (SDR) Through RF to Bits Architecture

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Maxim Integrated Enables Software-Defined Radio (SDR) Through RF to Bits Architecture

Apr 15, 2013 8:21 AM, By Doug Irwin, CPBE DRB

San Jose, CA - Apr 10, 2013 - Maxim Integrated Products announced the MAX2173 RF to Bits tuner for digital audio broadcast (DAB) applications in automobiles and other mobile DAB/FM products. The first RF to Bits DAB/FM tuner integrates a radio tuner, analog-to-digital converter (ADC), and digital filtering, and uses a digital I2S output to interface directly to digital signal processors (DSPs). RF to Bits radios will enable system designers to implement baseband processing using off-the-shelf DSPs. This architectural partition will facilitate faster development times and software based upgradability. This level of integration eliminates numerous external components associated with traditional RF tuners to reduce cost, BOM count, and space.

By integrating ADCs with digital filtering, the MAX2173 reduces the output data rate and eases the processing load on the back-end DSP. The clear separation between the radio's front-end and the DSP simplifies system design. The DSP's processing capacity is freed to support other functions or future upgrades. The MAX2173's high performance and flexible RF front-end supports DAB, FM, and Terrestrial Digital Multimedia Broadcast (T-DMB) applications in the FM, VHF band-III, and L-band frequency bands.

The MAX2173 has a wide frequency range: DAB and T-DMB for VHF band-III (168MHz to 240MHz), L-band (1452MHz to 1492MHz), and FM band (76MHz to 108MHz).

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