www.xeport.com - Make sure that before you use this clip to test your earphones or loudspeakers, turn the volume of your system down and then gradually increase the setting to a comfortable level. When you listen to music or other audio signals, there are four major parts that are important to your listening experience; 1. The source - mainly the original recording either in analog or digital format. This sound clip is produced with 44.1kHz sampling rate and set to -16dB full scale in stereo PCM format. 2. The playing system - you could use portable music players or a CD players plus pre amplifiers. Most of time, the differences among the audio system are very minimal except poorly made products. 3. Earphone or loudspeaker - this part of the chain is very critical since a audio transducer is like a music instrument. variations in design and production could make a profound difference in sound quality. many people invest hundreds or thousands of dollars in music players and albums while use low quality earphones which in turn wastes the valuable investment all together. 4. Your ear - each individual has different hearing abilities. As people aging over time, most people would experience some degree of hearing loss in terms of sound level and sound frequency range. What to listen for: 1. Frequency Range - This audio clip is produced from 20Hz to 20kHz. You could test your hearing range in frequency domain. 2. Earphone balance - The sound image should be in the middle all ...
Showing posts with label Earphone. Show all posts
Showing posts with label Earphone. Show all posts
Monday, 4 March 2013
Earphone test - from bass to upper limit of human ear
Earphone test - from bass to upper limit of human ear Tube. Duration : 1.68 Mins.
www.xeport.com - Make sure that before you use this clip to test your earphones or loudspeakers, turn the volume of your system down and then gradually increase the setting to a comfortable level. When you listen to music or other audio signals, there are four major parts that are important to your listening experience; 1. The source - mainly the original recording either in analog or digital format. This sound clip is produced with 44.1kHz sampling rate and set to -16dB full scale in stereo PCM format. 2. The playing system - you could use portable music players or a CD players plus pre amplifiers. Most of time, the differences among the audio system are very minimal except poorly made products. 3. Earphone or loudspeaker - this part of the chain is very critical since a audio transducer is like a music instrument. variations in design and production could make a profound difference in sound quality. many people invest hundreds or thousands of dollars in music players and albums while use low quality earphones which in turn wastes the valuable investment all together. 4. Your ear - each individual has different hearing abilities. As people aging over time, most people would experience some degree of hearing loss in terms of sound level and sound frequency range. What to listen for: 1. Frequency Range - This audio clip is produced from 20Hz to 20kHz. You could test your hearing range in frequency domain. 2. Earphone balance - The sound image should be in the middle all ...
www.xeport.com - Make sure that before you use this clip to test your earphones or loudspeakers, turn the volume of your system down and then gradually increase the setting to a comfortable level. When you listen to music or other audio signals, there are four major parts that are important to your listening experience; 1. The source - mainly the original recording either in analog or digital format. This sound clip is produced with 44.1kHz sampling rate and set to -16dB full scale in stereo PCM format. 2. The playing system - you could use portable music players or a CD players plus pre amplifiers. Most of time, the differences among the audio system are very minimal except poorly made products. 3. Earphone or loudspeaker - this part of the chain is very critical since a audio transducer is like a music instrument. variations in design and production could make a profound difference in sound quality. many people invest hundreds or thousands of dollars in music players and albums while use low quality earphones which in turn wastes the valuable investment all together. 4. Your ear - each individual has different hearing abilities. As people aging over time, most people would experience some degree of hearing loss in terms of sound level and sound frequency range. What to listen for: 1. Frequency Range - This audio clip is produced from 20Hz to 20kHz. You could test your hearing range in frequency domain. 2. Earphone balance - The sound image should be in the middle all ...
Friday, 11 January 2013
How Balanced Armature Drivers Work - Earphone Solutions
How Balanced Armature Drivers Work - Earphone Solutions Tube. Duration : 4.07 Mins.
How Balanced Armature Drivers work inside high-end in-ear headphones. They don't move air like cheap dynamic drivers. Also because they are micro sized, we can pack a woofer, a mid range and a tweeter driver inside the tiny earpiece. That allows to a 3-way crossover with 3 drivers inside each earbud. The result is the best sound we have ever experienced and they will beat high-end full-size headphones by a long shot. Noise isolation is higher and of superior quality than Bose headphones because they isolate much more. Check it out.
How Balanced Armature Drivers work inside high-end in-ear headphones. They don't move air like cheap dynamic drivers. Also because they are micro sized, we can pack a woofer, a mid range and a tweeter driver inside the tiny earpiece. That allows to a 3-way crossover with 3 drivers inside each earbud. The result is the best sound we have ever experienced and they will beat high-end full-size headphones by a long shot. Noise isolation is higher and of superior quality than Bose headphones because they isolate much more. Check it out.
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