Getting ready for a dive into hi-fi? Check our list of the best stereo receivers and integrated amplifiers, including models ...

3.5" x 3.5" x 4.5" each SYSTEM REQUIREMENTS - Any home audio receiver with raw speaker wire outputs, power from your amp should be no less than 20 and no more than 200 watts per channel ...

This guide covers affordable integrated amps and receivers priced under $300 ... While Fosi Audio’s claimed spec of 300 watts per channel into 4 ohms left us rolling our eyes, in our tests ...

power from your amp should be no less than 10 and no more than 250 watts per channel, CL3 rated in wall certified raw speaker wire to connect your receiver to the speakers WHAT'S IN THE BOX - 2 ...

An audio amplifier and switching device for a stereo system. The receiver contains inputs for all the audio sources and outputs to one or more sets of speakers. It may also include an AM/FM tuner.

Ty Pendlebury has worked at CNET since 2006. He lives in New York City where he writes about streaming and home audio. Expertise Ty has worked for radio, print, and online publications, and has ...

Starting at $399, the entry-level MA310 is a 5.2-channel receiver delivering 60 watts per channel RMS into 8 ohms. It ...

if you’re currently running a number of things at 1,200 watts, for instance, you know that you need to drop about 200 watts in order to use your 800-watt microwave. Most devices, tools ...

Description: Features Integrated receiver for receive power measurement Worldwide FM band support (76–108 MHz) for transmit Requires only two external components Frequency synthesizer with integrated ...

The SolarSaga 200 sets the high mark for efficiency among portable solar panels at 24.3%. It also has one of the highest watts-per-pound measures. (A 200-watt solar panel that weighs 30 pounds isn ...

[Linuxworks] has posted a writeup on how to build an IR module for the popcorn hour c-200. We weren’t familiar with the popcorn hour c-200, so we had to look it up. It seems to be a media center ...

At 2.2 grams per watt, the 268 GW used approximately 590,000 t of silicon, or 35 times more silicon than was used in 2004. To continue reading, please visit our pv magazine USA website.