Instructions and manual for Panasonic VIERA TX-LR32E5 in Russian

Playback from digital media

Panasonic Viera is a TV that supports playback from third-party media. Models in the series have slots for SD cards and USB inputs. In this case, some formats may not open, but most popular formats can be played.

Remote control

The remote controls that come with Panasonic Viera Plasma are distinguished by their ergonomics and functionality. The main control buttons are large, making them easy to use. The color of the remote control is different for different models, but the configuration remains the same.

Power supply

Panasonic plasma 42″ Viera operates from an input voltage of 220-240 V. In operating condition, power consumption is 350 W, in standby mode the average is 0.4 W. If standby mode with recording is enabled, the consumption will be 16 W.

Models of this series and their differences

Panasonic Viera Plasma 50 inches are also available on the market, but the 42″ models are more popular. The most common options for Panasonic Viera Plasma are:

• TX-P42X60B;
• TX-P42S30B;
• TX-P42S10B;
• TX-P42G15;
• TX-P42ST50B.

Series X is more suitable for family viewing of standard television. Devices marked S will appeal to gamers, and G-series TVs will help you experience all the delights of a home theater. The instructions, which describe in detail the technical parameters of the model, will tell you in more detail about each Panasonic Viera TV.

Review of Panasonic Viera TV

The Panasonic Viera 42″ plasma attracts users with its combination of reasonable cost and high technical characteristics.

The Panasonic Viera 42″ plasma attracts users with its combination of reasonable cost and high technical characteristics. Having studied the device parameters in detail, you will be able to understand the advantages of TV over its competitors.

Appearance

The Panasonic Viera TV is distinguished by its laconicism and aesthetics. The appearance is discreet, allowing you to install the TV in a room with any interior.

Color, sizes and weight

All Panasonic Viera 42″ plasma models are black, with silver inserts possible. The frame is quite massive, but this does not have a negative impact on viewing. The size of the devices also varies slightly between models. The average is as follows:

• without stand: 102x64x6.9 cm;
• with stand: 102x67.5x32 cm.

The weight of the device is small: without the stand it is 19.5 kg. With the stand, the weight reaches 23.5 kg.

Plasma TVPanasonic VIERA TX-PR42S10

In a series of articles devoted to the current line of VIERA TVs from Panasonic, we have already reviewed two representatives of the V series (see TX-LR32V10 and TX-PR50V10) and one model of the G series (see TX-LR37G10). Now it’s the turn of the S series, whose slogan is “Maximum gaming pleasure!” means positioning for gaming use. For testing, we received a TV with a 42-inch screen Panasonic VIERA TX-P42S10E, which is almost a complete analogue of the TX-PR42S10 model intended for sale in Russia. There is only one significant difference - the Russian version does not have a digital TV tuner.

Content:

• Delivery set, technical specifications and price
• Appearance
• Remote controller
• Switching
• Menu and localization
• Additional features
• Sound
• TV tuner
• Image Settings
• VIERA TOOLS
• Working with video sources
• Determining response time and output latency
• Assessment of brightness and color rendering quality
• Measuring the uniformity of black and white fields
• Test in games
• conclusions

Delivery set, technical specifications and price

Placed on a separate page.

Appearance

The narrow frame around the screen is made of black plastic with a mirror-smooth coating that is not very scratch-resistant. The delivery package thoughtfully includes a special cloth for safe cleaning of glossy surfaces. A narrow plastic insert with a silver coating emphasizes the blackness of the frame. The plasma panel is slightly recessed and covered on top with a glass plate (perhaps not glass at all, but made of plastic with a hard surface). One memorable demonstration involves hitting the screen of a Panasonic plasma TV with a heavy steel ball mounted on a lever. Despite the obviously strong blow, the screen does not break and even from numerous impacts there are no marks left on the outer surface. Therefore, there is a possibility that an accelerometric manipulator flying out of a gamer’s hands will not damage the screen. The outer surface of the screen glares a little, but the plasma panel itself has a dark gray color and absorbs light quite effectively, which has a positive effect on image contrast even in a brightly lit room. At the bottom of the front frame there is a power switch, an IR receiver, a light sensor and a status indicator (dimming, glowing red in standby mode and green during operation).

The casing covering the rear panel is stamped from a thin sheet of tin and has a matte dark gray finish.

When viewed from below, on the lower edge of the casing you can find groups of holes that form two grilles of built-in speakers. On the left side there are several audio/video inputs, to which it is convenient to connect mobile equipment (a video camera, for example), and there is also an SD card slot and a headphone output.

Control buttons are on the right side.

Connectors for permanent connection to equipment are located in a shallow niche on the rear panel.

These connectors are oriented backwards, perpendicular to the screen. The power connector faces down and back. The proprietary power cable is equipped with a special plastic latch. On the rear panel there are 4 round plugs (covering the holes for mounting on a wall bracket) and numerous ventilation grilles. Cooling is passive. The base of the stand is covered on top with a plastic cover made of black plastic with a mirror-smooth surface.

The supporting element of the stand and the stand on which the screen unit is mounted are cast from metal, which gives the structure high rigidity. The TV stands on the stand stably and strictly vertically.

At the back of the stand there is a hole for attaching a strap to prevent the TV from tipping over (the other end of the strap is attached to a table or stand). In comparison with the already reviewed representatives of the V and G series, this TV shows a tendency to reduce costs, of course, not at the expense of quality, but by simplifying the design and slightly reducing functionality. For example, the stand does not have a swivel base.

Remote controller

The shape of the case is ergonomic, the number buttons and the two most important rocker buttons are very large, there is a convenient four-way navigation button with an OK in the center, the labels for the buttons are contrasting and quite large. (The Russian version of the TV is equipped with a remote control on which the MENU is larger and more conveniently located).

The switch determines the operating mode of a group of buttons designed to control equipment connected to the TV. In the TV , signals from the remote control are transmitted to the TV and from it via SCART or HDMI interfaces (Q-Link and VIERA Link functions) to the connected equipment, and in the DVD/VCR , this remote control can directly control Panasonic equipment (VCR, DVD- player, etc.). The remote control is equipped with two IR emitters: one is directed forward, the other is forward and downward, which allows you to keep the remote control directed slightly upward - this is more convenient, and the button labels are better visible.

Switching

The TV is equipped with a typical set of interfaces. The functionality of the interfaces is described briefly here, in detail - in the manual. You can assign a name to the input by selecting from the list of preset ones or entering your own, and you can also mark the input as unused.

Menu and localization

The menu is large, the font is readable, navigation is convenient and economical. When adjusting the image, the menu disappears from the screen, leaving only one line with the parameter, which allows you to evaluate the changes being made without interference. Parameters with multi-stage adjustment are assigned numerical values ​​(except for settings unique to the VGA connection). There is a short (1-3 items) context menu called up by the OPTION (when the VIERA Link function is active, this button calls up the menu of the HDMI-connected device, if it is compatible with this function). The Russian model has a Russian version of the graphical interface. Judging by the user manual, the Russian translation of both the interface and the manual itself is of high quality.

Additional features

Selected TV channels and inputs (all at once or individually) can be locked with a PIN code (child lock). The shutdown timer has a range of 15-90 minutes. In the Game mode , you can enable the display of the time of continuous operation in this mode at intervals of 30 minutes.

Sound

The TV has adjustments for the level of high and low frequencies, stereo balance, headphone volume, and additional volume level correction separately for each source and TV channel.

Two surround sound modes can enhance the sound. speaker-wall distance setting affects the transmission of low frequencies. There are only two preset but editable profiles - Music and Speech . The speakers do not turn off when you connect headphones. To turn off the speakers, you need to use the button on the remote control or simply reduce their volume to zero.

The built-in speaker systems convey well low frequencies (except for the lowest, audible from 100 Hz), medium and high frequencies (somewhere up to 12 kHz). There is a stereo effect. The volume is sufficient for an average-sized room, even with a small margin. There is a pronounced rattle around 120 Hz, but it does not appear when listening to real material. Overall, this TV's built-in speakers are very impressive. If you don’t chase multi-channel sound, then for some time you can get by with the built-in acoustics when playing games, as well as when watching movies and TV shows.

The sound in the headphones is clear, all frequencies are reproduced well, and the volume reserve is huge. At the volume level at which, at the peak of the signal, the sound volume approaches the pain threshold, the level of background noise remains below audible.

TV tuner

Traditionally for Panasonic TVs, the analogue TV tuner demonstrates high reception quality. When receiving with an indoor antenna in our test room, the TV found 17 stations: 7 were shown very well, 8 were acceptable (sometimes fine-tuning of the antenna was required) and 2 were bad. The result is above average. The list of channels obtained as a result of auto-search can be sorted manually. In the channel properties you can edit: sound system, color system, name and skip flag. In addition, you can adjust the frequency manually and start searching from the current channel. The TV shows teletext (for Russian you need to select Vostok 1 in the settings) and decodes stereo sound (NICAM/A2).

Since we got a European model, we were able to try out the digital tuner. At the time of testing, we found 3 digital TV channels and one radio channel on air in Moscow. Not much, no additional information is transmitted, and the quality of image encoding is at a very low level. So we can say that there is no digital TV broadcasting in Moscow yet.

Image Settings

Standard settings - Contrast , Brightness , Color , Sharpness - are supplemented with a list of Color Balance (three color temperature profiles) and the functions Color Management (usually no visible effect), xvColour (color gamut control), Noise Reduction (video noise suppression) and 3D-COMB Filter ( elimination of color artifacts in the case of a composite signal). In case of NTSC signal, hue adjustment ( Raster background ) is available.

Only with a VGA connection you can adjust the color balance by adjusting the intensity of red and blue colors and their offset, and also select a gamma curve profile (4 values).

Enabling Eco Mode activates the light sensor on the front panel - in bright ambient light conditions, the TV will automatically increase the brightness of the image. Enable the Energy Saving function. slightly reduces brightness and, accordingly, energy consumption. There are four preset profiles. Changes made to the settings are automatically saved for each source; you can reset them to the ones originally corresponding to the selected profile using the menu, or simply by pressing the N on the remote control.

Geometric transformation modes 8: 16:9 - suitable for viewing 16:9 pictures and anamorphic films, 14:9 - for LetterBox in 14:9 format, Panoramic - uneven magnification (stretching from the center horizontally), option for viewing 4:3 pictures on widescreen TV screen, 4:3 - 4:3 picture in the center of the screen, on the sides - black bars, Magnification 1 - for LetterBox, Magnification 2 - for viewing anamorphic or widescreen films 2.35:1 without black bars at the top and bottom, Magnification 3 for LetterBox 2.35:1 without black bars. For HD signals with a 4:3 picture in the center, you can select 4:3 full screen . In Auto , the TV itself tries to select the most optimal type of transformation, using special flags/signals in the video signal or in the connector and analyzing the picture for the presence of black fields. In the case of plasma TVs, the correct choice of transformation is important both for the efficient use of screen area and for preventing the occurrence of image retention. For example, when watching Full HD video with a 2.35:1 picture format, it is advisable to select the Zoom 2 , in which the image will occupy the entire screen, but part of the picture on the right and left will go beyond the boundaries of the screen. If the selected mode still implies the presence of unused side bars, then it is recommended to slightly increase their brightness by setting the Sidebar to Medium or even High .

When Overscan Mode = On. The image is enlarged slightly so that possible perimeter interference extends beyond the display area.

HOLD button on the remote control “freezes” the picture.

VIERA TOOLS

When you press the button with the same name, a menu of 5 icons is displayed on the screen.

Selecting an icon activates the corresponding function from the VIERA TOOLS , however, most of them can be reached in an alternative way - through the menu, from the remote control or simply by inserting an SD card. The first two - VIERA Link and Pause Live TV - relate to managing Panasonic equipment connected to the TV, the remaining three are viewing the contents of the SD card.

The TV can display JPG pictures from SD memory cards (it claims to support cards with a capacity of up to 32 GB inclusive). There is a thumbnail mode and a slide show with a customizable image changing interval (5-120 s), transition effects (3 effects and random selection), the ability to turn on background music (3 types) and auto-repeat.

When viewing images, you can rotate them in 90-degree increments. Images can be grouped by folders, by date, by month, or simply display thumbnails of all files in one list. JPG pictures are displayed perfectly - they fit tightly into the screen, the proportions are maintained, the clarity and color rendition are excellent.

The ability to play video from SD cards is also stated: recorded on Panasonic video cameras in MPEG2 format (tested, everything is fine) and AVCHD (tested on video from a LUMIX DMC-GF1 camera).

Working with video sources

With a VGA connection, several modes are supported (up to 1360 by 768 pixels), but a resolution of 1920 by 1080 pixels is not supported.

In the case of a DVI connection (using a simple adapter cable from HDMI to DVI), the 1920 by 1080 mode is supported, and there is no interpolation; the picture is displayed pixel by pixel. Black-and-white grids of pixels through 1 are displayed clearly and without artifacts. The output quality of thin color lines is good, but for vertical lines one pixel thick, brightness clarity is slightly increased at the expense of color clarity.

The HDMI connection was tested when connected to a Blu-ray player. The TV supports 480i, 480p, 576i, 576p, 720p, 1080i and [email protected] /50/60 Hz modes. The picture is clear, the colors are correct, a slight blockage in the shadows does not go beyond safe boundaries, overscan is disabled, there is real support for 1080p mode at 24 fps. Brightness and color clarity are always very high.

When connected to analog video sources, picture clarity approaches the limit of the capabilities of the corresponding interfaces. The colors are correct, there are no artifacts. Subtle gradations of shades are displayed in both highlights and shadows (a slight rollover in the shadows does not exceed the boundaries of the safe range). The TV converts interlaced video signals into progressive images using a simple algorithm: changing areas of the image are displayed in fields, with trembling horizontal boundaries and reduced vertical clarity, stationary areas are composed of adjacent fields. If possible, it is better to connect your TV to a progressive signal source. The video noise suppression function works softly, the noise becomes a little less, but there is no tail of unresolved noise behind moving objects.

Intelligent Frame Creation enhances motion clarity. The result of its work can only be seen on test worlds in motion, on real fragments of TV shows and films, as well as on dynamic images from a computer; there is no visible effect from this function.

Note that the image on a plasma TV, unlike, for example, an LCD TV, is distinguished by very specific dynamics: the actual image on the screen depends in a complex way on the signal being supplied at the moment and on the immediate history of its change. At a minimum distance from the screen and especially on dark objects, you can notice a periodic change in the brightness of individual pixels, caused by the use of dynamic color mixing (dithering) to convey all shades. The movement of white objects on a dark background is accompanied by a short trail of a greenish tint. Prolonged exposure of a still image can cause an afterimage effect that is noticeable against a monotonous dark or light background and disappears after a couple of minutes. At the same time, as the manufacturer assures, irreversible degradation occurs very slowly - 100 thousand hours of operation are promised, which corresponds to 30 years of work 8 hours a day. The smaller the white area, the brighter it is, this effect is especially evident in the Dynamic . Also in this mode, the black field across the entire screen looks absolutely black, but the appearance of any visible object immediately removes the absolute blackness.

Hardware testing

Determining response time and output latency

The shades of all colors in a plasma panel are formed using pulse-width modulation, so determining the response time makes no sense. However, the decline in luminosity after pulses does not occur instantly—hence the short trail behind bright objects on a black background. The panel of this TV belongs to the 12th generation, but not to the NeoPDP modification. In practice, this means that the cable has become shorter than, for example, the previous generation TH-R50PY800 TV, but remains greenish. However, the trail is visible only in the test picture with white rectangles moving on a black background; there is no trail in fragments of real films and in games.

With VGA and HDMI connections, the image output delay relative to the CRT monitor was approximately 23 ms. This delay value is not critical. However, in Game the delay does not decrease at all. Enabling Intelligent Frame Creation does not increase latency.

Assessment of brightness and color rendering quality

To assess the quality of color rendering, a GretagMacbeth Eye-One Display LT colorimeter was used. Target gamma curve parameters: Gamma = 2.2, Whitepoint = 6500 K. Connection – HDMI.

The color temperature in the case of the Normal is slightly higher than 6500 K, and our calibrator also detected a slight lack of green. You can fine-tune the color balance only with a VGA connection (we don’t touch the service menu!), however, the colors are subjective and so are normal. This is what the correction lines looked like for the Normal :

The color gamut is slightly larger than sRGB, but not so much that the colors look oversaturated.

The brightness of the white field in the center of the screen was determined using an Argus-02 brightness meter. By reducing the area of ​​the white field in favor of the black field, the brightness of the white field increases and power consumption decreases. The graph below illustrates exactly how.

Power consumption depends on the selected mode and the nature of the image. For example, we were able to achieve a maximum power consumption of 380 W when displaying a red-white grid in Dynamic . the average power with the economy mode turned off and the Eco at about 300 W for the Dynamic and 240 W for the Normal . When automatic brightness adjustment is turned on ( Eco Mode ), when watching movies and playing games, even in a lit room, there is no lack of brightness; on the contrary, in complete darkness the brightness is reduced to a comfortable level.

Measuring the uniformity of black and white fields

The brightness measurements of a small area of ​​the screen were carried out with a highly sensitive sensor. When measuring the uniformity of the white and black fields, the sensor was sequentially placed at 25 points on the screen, located in increments of 1/6 of the screen width and height (screen borders are not included). The table shows the average values ​​and the minimum and maximum deviations from the average values.

The brightness uniformity of the white field is good. The brightness of the black field is so low that it could not be reliably determined. Subjectively, a black field that fills the entire screen looks completely black. To characterize the achieved contrast within the frame, we measured the contrast when outputting a checkerboard, something like ANSI, but applied to a TV. This ANSI contrast turned out to be 1730:1 , which is very good.

Test in games

Unfortunately, the author’s gaming development irrevocably stopped at the “Quake III Arena” stage in the single-player version. Therefore, this particular game was used to evaluate the gaming capabilities of this TV. The comparison was made with a CRT monitor. As a result, no significant differences were revealed; high clarity in dynamics allowed us to achieve approximately the same results as when playing on a CRT monitor.

conclusions

We cannot claim that the Panasonic VIERA TX-PR42S10 plasma TV has any properties that give it a significant advantage in games compared, for example, with the previously tested TX-PR50V10 TV. Except that the output delay time is a little less. S series models and the TX-PR42S10 in particular belong to the mid-price range, which is achieved by unprincipled simplification of the design and reduction of functions that are not useful in games. Thus, the S have an advantage at least in price. In conclusion, we note which features of plasma technology and specifically the TX-PR42S10 model play a positive role in the case of gaming use:

• high dynamic clarity;
• slight output delay;
• durable protective panel;
• good quality built-in acoustics.

We also list the advantages and disadvantages that are not directly related to games:

Advantages:

• excellent image quality (clarity, contrast, color rendition);
• excellent analog TV tuner;
• viewing JPG pictures and videos in MPEG2 and AVCHD formats from SD cards;
• easy-to-use remote control and menu;
• strict design;
• excellent Russification.

Flaws:

• 1920 by 1080 resolution is not supported with a VGA connection.