TDK Reveals Kleer Wireless Headphones
The Japanese media device company TDK has released a new set of wireless headphones that uses the Kleer wireless technology for a higher fidelity wireless connection. The TDK TH-WR700 Wireless Headphones use a dongle connection to transmit a wireless signal from any 3.5mm headphone jack.

With their new TH-WR700 wireless headphones, TDK is suggesting that the Bluetooth protocol isn’t capable of handling high fidelity audio transmission on a wireless spectrum. These headphones use a hardware dongle that connects to a 3.5mm headphone jack to transmit the Kleer wireless tech, a protocol that provides up to 40dB less noise than standard Bluetooth. For those following along at home, 40dB is quite a significant and noticeable upgrade.
The TDK TH-WR700 Wireless Headphones will begin shipping in Japan this March for $200. Our only knock on the new TDK device is that it is clearly marketed for the iPhone and other smartphones, but doesn’t add additional value to the telephony side of these devices. While the 3.5mm jack is prohibitive for two-way transmission, maybe opting for a ported connection and an included microphone would allow for talking when receiving a call? These wireless headphones are a great value as is, but a mic and a ported connection could make them a hit.
Credit: Source.HTC Reportedly Decided Not to Offer Beats Headphones with Android Smartphones Purchases Following Poor Q1 Financial Performance
Huawei Mercury Smartphone Now Supports Muve Music Subscriptions With Cricket Wireless, Brings Unlimited Music Listening For An Additional Monthly Cost
Solus Headphones Offer Good Utility For Audiophiles With Plenty Of Options, Will Make Landfall At The CES 2012 Event
LTE Rocket Stick Now Available With Rogers, Brings The Promise Of LTE Speeds Up To 40Mbps
Samsung Exec Reveals CPU & LTE Details for Upcoming Galaxy S III, Wireless Charging Also Hinted
Electronic Arts' Financial Filings Reveals That We'll See Their Popular Racing & Sci-Fi Franchises Get A New Installment This Year
