SECAUCUS, N.J., April 4, 2013 /PRNewswire/ -- Panasonic Consumer Marketing Company of North America today introduced three new DECT 6.0 Plus telephone models for the 2013 lineup of consumer telephones. Designed for ease-of-use, the KX-TG684x , KX-TG787x and KX-TG422x series of models offer an array of new features including enhanced Link2Cell® functions, simplified handset and base layouts, noise reduction capabilities, advanced answering machine options and a USB port for charging function.
The new 2013 KX-TG787x series of consumer telephones has added enhanced functions related to Panasonic's popular Link2Cell feature which links up to two cell phones to a Panasonic Cordless Telephone, allowing consumers to make and receive cell calls anywhere in the home using the DECT 6.0 Plus cordless phone handsets. When the cell phone is placed in an area where reception is generally the best, users can exchange clear communication with others throughout the home using the cordless handset. A user can even enjoy long telephone conversations while charging their cell phone with the base unit's new, convenient USB port, eliminating the worry of the cell phone battery running out mid-conversation. The enhanced Link2Cell feature also includes SMS alert, which allows a DECT handset to audibly alert users when they receive SMS text messages on their cell phone. Users can also easily transfer phonebook entries and ringtone settings from their cell phones.
Both the new Panasonic KX-TG787x and KX-TG684x series of models include a new noise reduction function that detects and reduces background noise of the other party, producing crisp, clear voice communication. An advanced answering machine function on both models alerts users in the home with an alarming sound and sends audible messages to a pre-registered cell phone when a new message is being recorded onto the answering machine. Lastly, to ensure long-lasting conversations, both models' cordless handsets feature Panasonic's Power Back Up feature which allows up to three hours of usage even when electricity has been lost.