Panasonic, the leading brand for which Matsushita Electric Industrial Co., Ltd. is known, announced it will launch the world's first 65-inch 1080p (progressive) high-definition (HD) plasma TV TH-65PX500 on November 1 and three new entry-level PX50 series HD plasma TVs with 50-, 42- and 37-inch displays on September 10 in Japan.
Mr. Shunzo Ushimaru, Director of Corporate Marketing Division for Panasonic Brand in Japan, said, "The TH-65PX500 marks a milestone in the development of plasma TVs. We capitalized on our expertise in developing and mass-producing the 65-inch plasma panels featuring 1920 horizontal × 1080 vertical resolution. We also added three basic HD plasma TVs. Now, our VIERA line includes nine plasma models ranging in screen size from 37 to 65 inches, offering more choice for consumers."
"Demand for plasma TVs is growing dramatically and plasma TV shipments in Japan exceeded 340000 units by the end of March 2005. The number is expected to almost triple to one million units in the next two years as digital terrestrial broadcasting reaches more than 10 percent of Japanese households by the end of December 2005. We expect the Winter Olympic Games in Turin next February to also drive the demand."
"We currently have a 70 percent share in the domestic plasma TV market for 37 inches and larger and about a 40 percent share of the overall flat-panel TV market," Mr. Ushimaru said.
The TH-65PX500 delivers spectacular true-to-life images with outstanding detail. The large 65-inch display highlights unique characteristics of plasma display panels such as excellent handling of fast-paced movement, dynamic contrast, bright crisp images and natural colors. The model incorporates the latest 1080p PEAKS (Picture Enhancement Accelerator with Kinetic System) panel drive circuit to optimize performance of the plasma display panel.
The high-end model of the VIERA TV line has two built-in digital and two built-in analog tuners. As it has an SD Memory Card slot, users can watch one digital channel while recording another onto the SD Memory Card (in MPEG4 format) without using a separate recording device. They can watch recorded programs on SD-compatible devices such as D-snap SD Multi Cameras and mobile phones.
While loaded with advanced features, the TH-65PX500 consumes 26 percent less power per year compared to the preceding 65-inch HD plasma display TH-65DX300.
The TH-65PX500 has an HDMI (High Definition Multimedia Interface) port for an easy single-wire digital audio and video connection.
Panasonic has also added a low-cost and energy-efficient VIERA PX50 digital HDTV series. The 50-inch TH-50PX50, 42-inch TH-42PX50 and 37-inch TH-37PX50 feature the same PEAKS System (a plasma panel, processor and driver) as the higher-models in the PX500 series to ensure superb picture quality. The new models use up to 43 percent less power per year on average as compared to the PX300 series. The new PX50 models have realized the compact design, reducing the width by 70 mm with speakers being placed below the PDP screen.
The models have an SD Memory Card slot, providing connectivity with other SD-compatible devices. Photos taken with LUMIX digital still cameras can be displayed in a slide show format on the large VIERA TVs.
All four models incorporate a Deep Black Filter on the surface of the protection glass to suppress external glare and reflection. Panasonic's own Real Black Drive System provides a contrast ratio of 3000:1 in dark areas, achieving exceptionally deep and rich blacks. The panels have a long life of about 60000 hours. All the models come with easy-to-use remote controllers and can access Panasonic's T-Navi portal service.
Mr. Masaaki Fujita, Director, PDP TV Business Unit, Panasonic AVC Networks Company, said, "We are striving to provide consumers with greater value at the lowest cost. Plasma TVs are becoming the global standard for large flat panel TVs. In fact, plasma displays account for over 90 percent of the global flat-panel TV market for 37 inches and larger."
Explore further: Mixing solids and liquids can dramatically change the extent to which optical devices scatter light