Philips SHE9555 - headphones for portable players

Saturday, April 25, 2009

The company Philips recently introduced in the Russian market, new headphones, which are said to combine good ergonomics and high-quality sound. Front acoustic headphone valve regulates the low frequencies, creating a deep and clean bass. Bent acoustic channel, just send the sound in the ear canal, and elongated soft rubber lining ensures comfortable wearing.

New headphones Philips SHE9555 should please fans of stylish things: smooth, rounded forms of the speakers will satisfy the aesthetic demands sophisticated and comfortable ear cushions to enhance comfort and improve the characteristics of bass playing.

New headphones very comfortable to wear and use. Quick neck strap, made of supersoft material, makes the connection to any MP3-player fast and rolling through the clip to be the player can be conveniently and quickly disconnect it when needed.

Headphones Audio-Technica A1000X and A2000X for audio philes

The range of the Japanese company Audio-Technica introduced two models of monitor headphones - A1000X and A2000X. They have similar technical specifications, design and engineering indicators, but have some differences and peculiarities.

New A1000X and A2000X positioned as headphones for audio philes and professionals. They provide a realistic sound in a very wide frequency range (5-42000 Hz - at A1000X, 5-45000 Hz - at A2000X). Both new products are proprietary fastening system that regulates the situation of structural elements in three dimensions. Despite the impressive size of the headphones (emitters with a membrane diameter - 53 cm) and weight about 300 g, and A1000X, and A2000X remain imperceptible to the head throughout the day, providing the owner an easy comfortable to wear.

New items are different between them is not only a frequency range, and design features. The point is that the corpus A1000X is made from aluminum, while the corpus A2000X is made from titanium. Thanks to this feature, allegedly A2000X headphones provide a more accurate sound.