Panasonic Announces 60 and 65-Inch TH-PF50 3D, Full HD Displays with Wireless Connectivity
Panasonic Visual System Solutions has announced the new TH-60PF50 60 inch and TH-65PF50 65 inch displays completing its PF50 series, together with 42 inch and 50 inch. Available from Autumn 2012 and ideal for presentations, the PF50 range offers wireless display of content from a PC, iPad™ or iPhone®, faithful colour reproduction over a wide viewing angle for crisp, natural image quality and a rugged crack-resistant front glass that offers 100,000 hour3 operation for ultimate durability.
Easy, Versatile Wireless Transmission from A PC or Tablet Device
The PF50 series enables easy wireless transmission from a PC or iOS device and Multiple Transmission Mode allows presentation data and still images from multiple PCs to be displayed on a single screen at once, eliminating the need to switch between cables or screens. Data from one PC can also be shown on up to 8 displays simultaneously.
Crisp, Natural Picture Quality Over A Wide Viewing Angle
Natural, faithful colours and a 5,000,000:14 contrast ratio paired with a wide viewing angle produce crisp, detailed images from any perspective. The PF50 series feature an Eco Mode and brightness sensor that adjusts brightness to match ambient light for eco-friendly and cost-effective low power consumption at the touch of a button.
Rugged Durability
PF50 is built with a long life panel and durable front glass, designed to resist damage from external impact and operate for approximately 100,000 hours. It is ideal for installation in boardrooms, classrooms, hallways and other public spaces.
Notes
1 An optional 3D IR Transmitter (TY-3D30TRW) and 3D eyewear are required for viewing 3D images.
2 Panasonic wireless module (ET-WM200E), sold separately, is required.
3 Guideline operating hours before the panel brightness is reduced to half when the panel is used to display motion pictures in standard mode.
4 The dark-room contrast ratio of the panel unit that can be displayed simultaneously on the same screen. Measured in “Dynamic” picture mode using a white signal in a 4% window