The future of Television is here...
don't stay in the past!
Replace your old TV with the Syntax Olevia a slim, high quality
30" HDTV ready LCD TV! Syntax's Entertainment line introduces the
30" digital wide screen LCD TV. Displaying WXGA resolution (16:9
wide-screen format) with an outstanding 750:1 contrast ratio and
170 degree wide viewing angles, the Syntax TV is equipped with all
the bells and whistles. Due to a speedy 16ms response time, the
LCD's ability to display real-time graphics with smooth transitions
will amaze viewers.
Additionally 2 x 10W stereo speakers play great surround sound.
Included is a TV Tuner equipped with a multiple video / audio inputs
and outputs, including VGA and DVI input, S-video input, component
inputs, and a much more. Now you have it all with Syntax Olevia
LCD TV.
Features
Progressive Scan
The primary intent of progressive scan is to refresh the screen
more often. Up until the late 1980's, flicker on computer screens
was very noticeable since single scan line details made up a much
larger portion of screen content. Also with memory as a limiting
factor, consumer PC's only had about 240 scan lines of picture information
which incidentally hid most of the flicker. The "regular VGA" standard
was based on NTSC, exactly twice the scan rate using the same 525
scan lines per frame and progressive scan, with 480 scan lines holding
the picture and with up to 640 details on a scan line..
As larger TV screens were developed, more viewers started noticing
the flicker due to the fading phosphors when the electron beam visited
any given spot on the screen only once every 1/30'th of a second.
When you "see the scan lines" you are really seeing the even gaps
between the odd scan lines or vice versa, as the phosphors fade
between refreshes. On small screens in the early days of TV, the
electron beam was thicker than 1/480'th the screen height so these
gaps were not as noticeable.
2:2 / 3:2 Pull Down
3:2 Pull-Down - An approach to recording NTSC video (30 Frames
per Second) from film footage shot at 24 FPS. Every 5 video frames
comes from 4 frames of the original film, by alternately recording
2 video fields from one film frame, then 3 video fields from the
next film frame.
Method used to map the 24 fps of motion
picture film onto the 30 fps (60 fields) of 525-line TV, so that
one film frame occupies three TV fields, the next two, etc. It
means the two fields of every otherTV frame come from different
film frames making operations such as rotoscoping impossible,
and requiring care in editing. Quantel equipment can unravel the
3:2 sequence to allow frame-by-frame treatment and subsequently
re-compose 3:2.
The 3:2 sequence repeats every 1/6
of a second, i.e. every five TV frames or four film frames, the
latter identified as A-D. Only film frame A is fully on a TV frame
and so exists at one timecode only, making it the only editable
point of the video sequence.
Noise Reduction
Digital noise reduction (DNR) in the context of DVD mastering
and film to digital video transfers (including High Definition)
is a process which uses a digital filtering algorithm on the digital
image data to reduce the amount of random noise (like film grain,
electronic noise of the teleciné, comb filter artifacts in composite
video sources, film speckles, dirt, scratches etc.). Why is this
desirable, if at all?
To reduce the visibility of the random noise during playback of
the video.
Obvious film grain, scratches, dirt particles and the like are
usually considered unwanted for aesthetic reasons if not annoying,
hence the wish to get rid of it. Pleasing customers and avoiding
complaints is the purpose here.
To reduce entropy (information content) in the images which allows
for more efficient compression at a lower bit rate without unwanted
and distracting compression artifacts. Here cost and bit saving
is the desired goal. (Entropy can also be removed with a low pass
filter that removes all fine detail beyond a certain frequency.
This creates no noise reduction artifacts but also removes no
noise, just blurrs it like the rest of the image.) To restore
a film on video to a state closer to its original state on film
before degradation happened. Film restoration is the goal
MTS
MTS TV gives you full programming and features on all the
TVs in your home, without any extra fees or equipment:
- Over 20 different channel package
options, plus individual channels to choose from.
- One touch access to an advanced
interactive program guide, so you can search by program themes
or titles.
- TV Call Display that shows the name
and number of callers on your TV screen.
- An MTS TV Portal with access to
Environment Canada weather and channel information.
- Clearer picture and sound from digital
signals on every channel.
- CD quality, commercial free music
channels.
- A parental lock-out feature for
channels and/or content such as offensive language or violence.
V-chip
The V-chip is essentially electronic filtering technology
built into newer television sets. The "V" stands for "viewer control".
It is a Canadian invention, designed by Professor Tim Collings
of Simon Fraser University in British Columbia. This tool gives
parents, guardians and caregivers a greater degree of control
over programming accessed by children. It allows them to select
programs which they believe are appropriate for their children,
while blocking out programming which they would rather not let
them watch. And it does all this automatically, once the V-chip
feature is activated in the television set.
The process begins with the broadcasters. Each station and network
reviews the content of their programming against the appropriate
Canadian program classification, either English or French. The
classification system focuses primarily on violent content, but
also includes language, nudity and sexuality. The rating systems
are explained fully in other sections of this site.
Once the broadcaster has assigned a rating to a program, a special
electronic code is inserted into that program when it is telecast.
It is invisible to viewers, but when the signal arrives at the
television set, it triggers the V-chip, if that feature of the
set has been activated.
De-interlacer
De-interlacing is a technique to remove artifacts from images
that are generated from digital camera's, webcams or video-camera's.
Many of these camera's first record the even-lines and than the
odd-lines of the image. So between the even/odd lines a time-gap
is present leading to artifacts.
The images on the left shows a the
result of normal stacking and processing. The nature of the interlacing
is clearly visible (moon-edge). On the right de-interlacing was
used. Notice that especially near the high-contrast areas interlacing
artifacts were removed. Every image is split into two sub-frames
and both of these subframes are registered and stacked. This also
reduces part of the noise in the images as you can clearly see
on the right.
More Great Features
- Resoluton Scan VGA, SVGA, XGA, SXGA
- TV / Video Switch
- Channel Return
- Aspect Ration Adjustment 16:9, 4:3,
aspect ratio
- Clock
- Alarm
- Sleep Timer
- Favorite Channel Setting
- Close Caption
A Closer Look
Specification
- Screen Size: 30" LCD
- Aspect Ratio: 16:9
- Contrast Ratio: 750:1
- Resolution: 1280 x 768
- View Angle: 170/170
- Filter: 3D Comb Filter
- Speakers: 4.25"
2 x 10W
Surround
Auto Voice Correction
- I/O Ports:
HDTV Input
S-Video
DVI-D Input
VGA Input
TV System
- Wall Mounted: Optional
- Horizontal Frequency: 15KHz
/ 30 ~ 80KHz
- Vertical Frequency: 50 ~
80KHz support PC 1280 x 10204 @ 75Hz
- Separated Tuner Box: Removable
- Power Consumption: 180W (max)
- TV System: NTSC
- Earphone Output: 1 Mini jack
type
- Sub-woofer Out: 1 RCA typ
- Language's: English, French,
German, Italian, Spanish, Portuguese, Swedish, Simplified Chinese
and Traditional Chinese
- Dimensions: 21.5" (H) x 34.5"
(W) x 4.25" (D)
- Weight: 39.6 lbs.
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