Presented by the TEC Foundation, the TEC Awards is the pro audio industry's most prestigious awards show honoring outstanding achievement in product innovation and sound production. The 28th Annual TEC Awards will be presented during the 2013 NAMM Show, to be held in Anaheim, Calif. in January 2013. The nominations, based on product entries by audio manufacturers, were made by a select panel of 130 professionals in numerous audio specialties. Products and projects released and in commercial use during the period of September 1, 2011 to August 31, 2012, were eligible for nomination.
Greg Beebe, president of Sennheiser USA, commented: "We are pleased that both Sennheiser and Neumann have once again been nominated for an Outstanding Technical Achievement Award by the TEC Foundation. Both the HD 700 headphone and the Neumann KK 200 Series capsules are best-in-class products, representing the pinnacle of premium sound and innovation."
HD 700: A Wide Sound Stage with an Ultra-Fast Response
The HD 700 open, dynamic stereo headphone joins Sennheiser’s series of acclaimed audiophile headphones. A patent-pending vented magnet system manages air movement beneath the diaphragm, providing clean, controlled dynamics with ultra-low total harmonic distortion. An angled transducer design and a vibration dampening chassis offer audiophiles and mastering engineers outstanding spatial imaging without artificial coloration.
KK 204/205: Uniform over the Entire Frequency Range
The Neumann KK 204/205 microphone capsules were designed to complement Sennheiser's renowned 2000 series wireless transmitters. The acoustic features of the KK 204 and KK 205 capsule heads are derived from the multiple award-winning wired Neumann stage microphones, the KMS 104 and KMS 105. The KK 204, with its cardioid pattern, ensures the best possible suppression of sound originating from 180 degrees to the rear, while the supercardioid KK 205 has greater directivity, and maximizes incident sound from the front as compared to sound from the rear. Due to the “single polar pattern design,” the polar patterns are very uniform over the entire frequency range and provide excellent resistance to feedback.