SL-881 6G Handheld HDMI/MHL Audio and Video Generator/Analyzer
User Guide
Simplay-UG-02001-E
© 2016-2017 Simplay Labs, LLC.,
7
All rights reserved. CONFIDENTIAL
Item
Label
Description
1
+5 V DC
DC power receptacle, 5 V 3 A.
2
Power Switch
Powers On/Off switch.
3
USB
USB mini-B port. Connects to test computer before running SCDC CTS test.
4
SPDIF OUT
SPDIF output port.
5
SPDIF IN
SPDIF input port.
6
HDMI OUT2 (3G)
HDMI 2.0a 3G signal generator port 2.
7
HDMI OUT1 (6G)
HDMI 2.0a 6G signal generator port 1.
8
HDMI INPUT
HDMI 2.0a signal receiver port.
9
MHL OUT
MHL signal output port.
10
I2C Monitor
Test connector for SCDC CTS test and DDC monitor function.
11
UPG
Push-button switch for firmware upgrade.
12
SD Card
SD card slot, only for updating firmware, and supplying audio and EDID contents from an
up to 32 GB SD card.
13
Reset
Reset button
14
LED Charger
Battery charging indicator: when green, the
SL-881
battery is charging. Turns off when the
battery charge is complete.
15
LED Power
DC power indicator: when red, the power adapter is connected and the
SL-881
is powered
on.
16
LCD Touch Screen
Enables
SL-881
operation in standard test mode. See
Section 1.3.1.2
for a description of
the touch screen icons and their functions
.
SL-881 Test Modes
The SL-881 AVG is designed to offer two distinct modes of operation:
•
Standard Test Mode, see
Section 1.3.1
•
Enhanced Test Mode, adding to the standard mode functionality. See
Section 1.3.2.
1.3.1.
Standard Test Mode
In its standard test configuration, the SL-881 offers audio and video test features to enable compliance testing to HDMI
2.0a and MHL 3.x specifications.
1.3.1.1.
Available Standard Tests
The SL-881 AVG is ready for use in standard test mode immediately upon delivery. These are the operations that are
available in standard test mode:
1.
Analyze input signal using HDMI IN port
2.
Generate output signal using HDMI OUT ports
3.
Perform Factory timing test using HDMI OUT ports
4.
Read EDID contents from devices connecting to HDMI OUT ports
5.
Load EDID data to HDMI IN port
For details of the above operations, refer to
Section 2.