MultiTouch MT553UTBL Specifications

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Display Specifications

MT553UTBL MultiTaction Cell 55" Ultra Thin Bezel Embedded Linux
Display Specifications
Display Technology
Display Size
Native Resolution
Display Colors
Display Active Area
Mullion
Pixel Pitch
Pixel Response Time
Brightness
Contrast Ratio
Picture Frame Rate
Backlight
Viewing Angle
Touch Sensing Hardware
Touch technology
Tracking Speed
IR Source & camera
IR Wavelength
Touch Surface
Display Safety Glass
Embedded Computer Specifications
CPU
RAM
Hard disk
Graphics
Operating system
Interfaces
Video Input
Control Input
Auxiliary input for keyboard,
mouse, and extra memory
Power Connector
*
disabled, reserved for future use
Electrical Specifications
Power Supply
Power Consumption
Touch Sensing Details
Tracking Software
Interaction Methods
Hand Recognition
Object Recognition Infrared pen
Number of Simultaneous Touch Inputs Unlimited
Number of Simultaneous Users
Positional accuracy
Relative accuracy
Touch Latency
Tracking Data Outputs/APIs
MT553UTB
TFT LCD Ultra Thin Bezel
55'' 16:9 Wide
Full HD 1920 x 1080
16.7 million
1209.6 x 680.4 mm
5.7 mm from pixel to pixel
0.63 x 0.63 mm
8ms grey to grey
400 cd/m2
4000 :1 typical
60 Hz
White LED Matrix Array
178
Computer Vision Through Screen
Up to 200 fps
Integrated Backlight Emitter Camera modules
850 nm
Tempered 4mm Optiwhite Glass covering
whole front surface
Intel® Core™ i7 Quad Core
8 GB
128 GB SSD
NVIDIA GTS450 1GB
Linux
DVI-D, DisplayPort*
Ethernet, USB B*
3 x USB A
IEC C14
100-240 VAC 50/60 Hz
500 W
Embedded MultiTaction
Extensible Hybrid Tracking Engine
Single finger, multiple fingers, single hand,
multiple hands and users, objects with optical
markers, basic shapes, infrared pen. Click,
hold and drag
Each finger orientation recognized and
fingers identified to certain hand
Supported with 2D fiducial markers. Some
basic shapes. Unlimited simultaneous pen
and touch input.
(1
Unlimited (separate hands)
(1
2mm, directional compensation
Sub-pixel accuracy
10 ms typical
(2
Multi-Format Tracking Output: Low level C++,
TUIO, XML stream, Windows 7 Touch
Operating System Support
Development Environment Support
Software Development Kit
Stackability
Environment Specifications
Operating Temperature
Storage Temperature
Relative Humidity
Dimensions and Weight
Physical Dimensions
Bezel width
Weight
Color
Shipping Dimensions
Shipping Weight
Display Mounting
VESA Mount
Mounting positions
Cooling
Cooling system
Convection method
Noise Level
Miscellaneous
Agency Approvals
RoHS Compliant
Expected Life-time
Warranty
Sales Package Contents
Display Unit
Power Cords
Digital Video Cable
USB A-B Cable
Cat5e Ethernet Cable
Display stand
Protective/autocalibration sheet
Mounting rail bits
Warranty Card
Quick Start Guide
Product Manual
1) Practically limited by how many people can fit next to display array.
2) Measured from touch to processed tracking data output. Overall latency is more and
depends on the computer, operating system and application used.
3) See Cornerstone data sheet for more details.
4) Allow at least two hours for temperature normalization before switching on.
Specifications subject to change without notice.
* Not operational. Reserved for future use.
Windows 7, Linux and Mac OS X
Most major programming languages and
environments (e.g. MS Surface 2 SDK,
Win 7 tools, TUIO-compatible systems)
Cornerstone SDK available for
C++/OpenGL (Windows 7, Linux, Mac OS X)
Up to 24 Cells can be connected
to run a single Multi-touch application
with external computer
0 to +35 degrees C
-10 to +60 degrees C
(4
Non-condensing max. 80%
1215 x 686 x 200 mm
1.9 mm (bottom and left side),
3.8 mm (top and right side)
40 kg (+5kg for two legs)
Black
1350 x 500 x 950 mm
70 kg
800 x 400 mm, M8 screws
Vertical
Horizontal
Forced Air
Low Noise Variable Speed Internal Fans
15 - 25 dBA
CE
Yes
Over 60,000 h
1 Year
1
5 m, EUR, US, GB
DVI-D 5 m
5 m
5 m
Table stand for landscape/portrait use
1
2 pcs
English version
(3