诺瓦科技LED3D外置式发射器EMT200规格书用户手册英文版
长春汽车工业高等专科学校-职业道德心得体会
EMT200
3D Emitter
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Quick Start Guide
V1.0.0
NS110100634
Product
Version:
Document Number:
Copyright
© 2018 Xi’an NovaStar Tech Co., Ltd. All Rights
Reserved.
No part of this document may be
copied, reproduced, extracted or transmitted in
any form or by any means
without the prior
written consent of Xi’an NovaStar Tech Co., Ltd.
Trademark
is a trademark of Xi’an
NovaStar Tech Co., Ltd.
Statement
You
are welcome to use the product of Xi’an NovaStar
Tech Co., Ltd. (hereinafter referred to as
NovaStar).
This document is intended to help
you understand and use the product. For accuracy
and reliability,
NovaStar may make
improvements andor changes to this document at any
time and without notice. Any
problem in use or
any good suggestion, please contact us through
ways provided in the document. We will
do our
utmost to solve the problems and adopt the
suggestions after evaluation as soon as possible.
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3D Emitter EMT200
Quick Start Guide
Change History
Change History
Version
V1.0.0
Release Date
2018-08-16
Description
First release
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3D Emitter EMT200
Quick Start Guide
1 Overview
1
Features
Overview
The EMT200 is a 3D signal emitter
from NovaStar designed for LED displays. The
emitter enables 3D display effect by working
with 3D glasses and the controllers that
support 3D function.
Obtains the 3D
synchronization signal through Ethernet cables and
can be
connected to receiving cards.
Supports a VESA 3D signal output connector
connecting to a third-party external
emitter.
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1
3D Emitter EMT200
Quick Start Guide
2 Appearance
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Appearance
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Connector Description
Gigabit Ethernet port used for signal input or
output.
Gigabit Ethernet port used for signal
input or output.
Complies with VESA standard
and connects to a third-party
external 3D
emitter.
Always on: The power supply is
normal.
Working statuses of the indicator:
Flashing every 1s: The EMT200 works
normally.
Flashing every 3s: The EMT200
has no signal input.
Always on: A third-
party external 3D emitter is connected.
Ethernet port 1
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Ethernet port 2
3D signal
output
connector
Power indicator
3D
signal indicator
O
Power connector Connects
to the provided power adapter to provide 5V DC
power supply.
2
3D
Emitter EMT200
Quick Start Guide
3
Applications
3
Note:
Applications
The EMT200 can be connected
between the controller and receiving card, or
connected behind any of the receiving cards,
making cabling flexible.
The controller in the
application scenarios must support 3D function.
Only one EMT200 unit can be used in each
application scenario.
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3D Emitter EMT200
Quick Start Guide
3 Applications
Application 1: EMT200
connected behind any of receiving cards
Application 2: EMT200 connected between
controller and receiving card
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3D Emitter EMT200
Quick Start Guide
4 3D Function Settings
4
3D
Function Settings
Step 1 Connect hardware
devices according to the corresponding application
described in
chapter 3 Applications.
Application 1 is recommended.
Step 2 Enable 3D
function by using any of the following methods and
set 3D parameters.
Method 1: On LCD menu
On the LCD menu of the controller, choose
Advanced Settings > 3D Settings
to enable the
3D function and set the video source format and
eye priority.
Method 1: On NovaLCT
1. Start NovaLCT, choose Screen Configuration
> Sending Card, select
Enable in 3D function
area and click Settings to enter the 3D parameter
settings page.
2. Set 3D function
parameters. Then, click Save to File to save the
parameters you set as a file. Or, you can
click Load from File to load an
existing 3D
configuration file.
3. On the screen
configuration page, click Save to save current
configuration
parameters to the controller.
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3D Emitter EMT200
Quick Start Guide
4 3D Function Settings
Step 3 Wear the
provided 3D glasses and watch the images.
Step
4 (Optional) Enable the third-party external
emitter.
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Note:
On NovaLCT,
select Enable third-party emitter and set Signal
Delay Time.
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If the third-party
emitter is enabled, please wear the 3D glasses
provided by the third
party and set Signal
Delay Time to make sure that the signal of 3D
glasses is in
sync with the display signal.
The final 3D effect depends on the third-party
emitter.
6
3D Emitter
EMT200
Quick Start Guide
5 Firmware Update
and Readback
5
Update
Readback
Firmware Update and Readback
EMT200
firmware update and readback must be operated on
NovaLCT.
Step 1 Start NovaLCT and choose
Advanced Synchronous System User Login to log in
to the advanced user page.
Step 2 Type the
secret code Program loading page.
Step 3 Click
Browse to choose the program path, and then click
Update.
Under Hardware Program Version
Information, select Refresh All and click
Refresh.
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3D Emitter EMT200
Quick Start Guide
6 Instructions for Provided 3D Glasses
6
Instructions for Provided 3D Glasses
Set
the switch of the 3D glasses to ON to turn on the
3D glasses. The red and
blue indicators will
flash alternately.
When the 3D glasses detect
3D signal, the red and blue indicators go off.
After turned on, the 3D glasses can detect and
connect to 3D signals within 30
meters of the
EMT200 emitter.
After connected to the 3D
signal, the 3D glasses can work morally within 50
meters of the EMT200 emitter.
After fully
charged for 3.5 hours, the 3D glasses can provide
up to 48 hours of
continuous use.
The DC
5V900mA USB charger is recommended for the
provided 3D glasses.
You can also buy Optoma
ZF2300 active shutter VESA 3D glasses to use.
When you use a third-party emitter and its 3D
glasses, refer to the
corresponding
instructions.
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3D Emitter EMT200
Quick Start Guide
7 Dimensions
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Dimensions
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Unit: mm
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3D Emitter EMT200
Quick Start Guide
8 Specifications
8
Input voltage
Rated current
DC 5V
0.2 A
Rated power consumption 1 W
Dimensions
Net weight
Packing
information
Specifications
119.2 mm ×
119.2 mm × 29.5 mm
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170.3 g
Packing box: 380 mm ×
200 mm × 100 mm
Outer container: 390 mm × 210
mm × 110 mm
1 × RJ45 Ethernet cable (1.5 m)
1 × DC power adapter (5V2A)
5 × pairs of
3D glasses
2 × sleeve anchors
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