Yamaha R-S202 Stereo Receiver with Bluetooth Bundle with Speaker Zip Wire 100-foot Spool, 2 Pack H&A RCA Male to 2 RCA Male Stereo Audio Cable 10-Foot

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Yamaha R-S202 Stereo Receiver with Bluetooth Bundle Features

• Yamaha R-S202 Stereo Receiver- Remote Control - FM Antenna - AM Antenna - 2x AA Batteries - Yamaha 2 Year Limited Warranty - H&A 16 AWG Speaker Wire Cable (100' Spool) - 2 Pack H&A 2 RCA Male to 2 RCA Male Stereo Audio Cable 10'

• Rated Output Power: 100 W + 100 W at 8 Ohms, 40 Hz-20 kHz, 0.2% THD

• Maximum Power: 140 W + 140 W at 8 Ohms, 1 kHz, 10% THD

• High Dynamic Power per Channel: 125 W at 8 Ohms150 W at 6 Ohms165 W at 4 Ohms180 W at 2 Ohms

• Frequency Response: 10 Hz - 100 kHz (0 +/- 0.5 dB / 0 +/- 3.0 dB)

About Yamaha R-S202 Stereo Receiver With Bluetooth Bundle

Description Yamaha, the most trusted brand in home audio, adds Bluetooth compatibility in this Hi-Fi receiver for easy wireless access to streaming music services and music on your smartphone or other devices. Enjoy the connectivity and the outstanding and legendary quality of Yamaha natural sound. Advanced circuitry design Bluetooth to your favorite streaming music services 40 station FM/AM preset tuning Brushed aluminum finish and simplistic design Speaker selector for two systems Simple remote control layout Headphone terminal Heritage of Technical Expertise Rooted in technology and expertise. The R-S202 was created from years of experience and technological expertise in receiver design. With a music heritage that runs over 125 years deep, Yamaha passion and reputation for Hi-Fi was born from the music side and extended into electronics. The concept of natural sound is based on reproducing music as it would be experienced live. Built with scrupulous care from the circuit design to basic sound reproduction, the R-S202 reproduces high-quality, musically-rich sound for the entry level consumer. High-Power Output Never peak. The R-S202, with two channels of 100 W high-power output that are above its class, has a high-quality sound design that minimizes the length of signal routes and optimizes the circuit layout. Positioning the power transformer near the amp circuit reduces power loss while improving pe