Accell's New Locking HDMI Cable Offers Trouble Free Connectivity And Enhanced Performance
Universal design for ease of use and a reliable audio and visual experience [The following is a release from Accell]
December 19, 2008
Accell announces the debut of their patent pending Locking HDMI cable. This exclusive design was created for anyone purchasing an HDMI cable that wants to ensure a trouble free installation. The Locking HDMI cable will be showcased at International CES, from January 8-11, 2009 in the Las Vegas Convention Center South Hall 1, Booth #20425. "Accell listened to the needs of the market and in response we developed this new interconnect technology," said Tenny Sin, Vice President of Sales and Marketing for Accell. "After an installation, the installer will often receive a call that their customer's system is no longer working, only to find that an HDMI cable had come loose or fallen out of a device. Since the Locking HDMI cable stays connected this will no longer be a problem, thus eliminating service calls, saving time and money." Due to the lack of a substantial locking mechanism in the original HDMI connector specification, HDMI cables can come loose or fall out. Accell's locking HDMI connector has a hold on the HDMI port many times greater than a conventional HDMI connector. Able to lock into any HDMI device, it ensures that the HDMI cable stays put for a trouble free audio and video experience. Accell's new connector design embraces the way that a cable is normally used. "We explored many locking and release configurations before deciding on our final design," said Michael Weizer, Director of Marketing for Accell. "When our connector is inserted into the HDMI port, it automatically locks into place. To release, simply pull back on the cable's connector casing to unlock and remove the cable. We dismissed a push button release design since we found that a surrounding cable will often blocks its access. Accell's innovative design provides a process of locking and unlocking that is natural while avoiding access problems."