TV tuner
Analog signal format system |
PAL B, PAL DK, PAL G, PAL H, PAL I, SECAM B/G, SECAM L |
Tuner type |
Analogue & Digital |
Teletext
Teletext function |
Y |
Teletext |
1000 pages |
Indication
Stand-by LED |
Y |
Power LED |
Y |
Audio
Built-in subwoofer |
Y |
Audio system |
Dolby Digital Plus / DolbyPulse / DTS 2.0+Digital Out |
Display
Comb filter |
2D/3D |
HD type |
Full HD |
High frequency rate |
2000 Hz |
Ports & interfaces
Composite video in |
1 |
AC (power) in |
Y |
PC in (D-Sub) |
N |
Common interface (CI) |
Y |
Headphone outputs |
1 |
Digital audio optical out |
1 |
Component video (YPbPr/YCbCr) in |
1 |
HDMI ports quantity |
3 |
Management features
Electronic Programme Guide (EPG) |
Y |
Storage
Compatible memory cards |
SD |
Card reader integrated |
Y |
File formats
Image formats supported |
JPG |
Power
Input frequency |
50/60 Hz |
Power consumption (max) |
450 W |
Annual energy consumption |
372 kWh |
Certificates
Digital Living Network Alliance (DLNA) certified |
Y |
Additionally
Ethernet LAN connection |
Y |
On/Off switch |
Y |
Ethernet LAN (RJ-45) ports quantity |
1 |
TX-P65ST50E - 65", Full-HD NeoPlasma, 0.001 msec, 2000 Hz, 3D, HDMI, USB, SD, LAN, Wi-Fi
Active Shutter Progressive 3D Method
The display alternately shows images for the left and right eyes. The left and right lenses of the eyewear open and close in sync with this display timing to show separate images to the left and right eyes. By repeating this action at high speed, the brain perceives 3D images. And because this method displays FULL HD 3D images just as they are, both eyes receive 3D images in high, full-HD quality.
* 3D Eyewear is required for viewing 3D images.
2,000Hz Focused Field Drive
This original Panasonic technology detects image movements like the human eye, and optimises the drive accordingly. By achieving instantaneously powerful light emission rather than finely divided emission, it reduces the afterimages that cause blurring. As a result, fast movement is reproduced with excellent clarity.
Infinite Black Pro
Enhancements to the panel and cells help reproduce images with smooth, natural gradation and deep, rich blacks - even when viewed in bright surroundings. In movies, the true, deep blacks faithfully convey the intent of the filmmakers, adding power and realism to the viewing experience.
Vivid Colour Creation
The brightness, saturation, contrast and sharpness of colours are finely compensated in each scene. Highly vivid colours are produced with hardly any mutual interference.
Web Smoother
The blurring that often happens in web images is eliminated to produce naturally smooth motion.
2D-3D Conversion
Unique Panasonic technology converts 2D images into high-quality 3D images in real-time. The image depth is analysed from the compositional, colour and brightness data of each scene, to convert 2D images into naturally beautiful 3D images. In addition to ordinary TV programmes, this method can be used to convert a variety of 2D images — such as web content, Blu-ray Disc™ media, and photos and movies saved onto SD Memory Cards — into 3D images with a high level of precision.
* When a 2D source is converted to 3D, the 3D effect is slightly less pronounced than with 3D sources.
3D 24p Smooth Film
VIERA incorporates technology that analyses picture information in both the preceding and succeeding frames, and creates a precise supplementary frame between them. This suppresses the jerky effect seen in films, so playback is smooth and natural-looking. The distinctive tonal qualities and atmosphere of the movie are preserved, and you enjoy extremely lifelike 3D images.
8-Train Speakers
Eight dome-type microspeakers with reflectors deliver wide-ranging, high-quality sound. Only about 8 mm thick, these compact units also contribute to the beauty of the narrow-edge design.
Super Slim Sub-Woofer
The sub-woofer, which is mounted to the rear surface of the panel, delivers robust bass sounds. Its super slim design, with a thickness of only 22 mm, helps to keep the entire display attractively thin.
Sound Lifting Driver
Original Panasonic acoustic-field compensation technology produces highly accurate sound imaging. Matched to human auditory characteristics, the frequency for the bandwidth in which the sound is located is adjusted and the optimal compensation is applied.
V-Audio Surround
Produces a depth-sound-image effect by early-reflection data based on actual room measurement, that is generated from the digital signal processor.