SY MFT62 User manual

MFT62
SY Electronics Ltd., 7 Worrall Street, Salford, Greater Manchester, M5 4TH
Tel: [phone] – Fax: [phone]
Web: www.sy.uk
Installation Guide
MFT62
6 Input / 2 Output Multi-Format Switcher
4 HDMI, DisplayPort and VGA inputs with independent
HDMI and HDBaseT outputs
4K UHD

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The MTF62 is a 4K 6-input to 2 output Mutli-Format Switcher and HDBaseT Transmitter that
provides the following features:
4x HDMI inputs (4K UHD)
1x DisplayPort input
1x VGA input
Local HDMI output
Remote HDBaseT output
2x RS232 ports – For control and data pass through
Bi-directional IR input/output
External pushbutton interface
EDID Management
The inputs can be independently selected for either of the outputs using the front panel
buttons, RS232 commands, IR commands or external contact closures.
Front Panel
Name
Description
Service
Mini USB for firmware upgrades only
Remote Link
Indicates a link has been established with the remote receiver
Remote HDCP
Indicates the HDCP status for the remote receiver
HD1, HD2, HD3, HD4,
DP and VGA
These blue LEDs indicate the current input selection for the
Remote or Local outputs
Auto
These LEDs light up when the auto detection mode is active for
either the Local or Remote outputs
Local button
Selects the input for the Local HDMI output
Remote button
Selects the input for the Remote HDBaseT output

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Rear Panel
Name
Description
VGA IN
VGA input connector
Audio In
Analogue audio input for VGA IN
DP In
DisplayPort input connector
HDMI1 to HDMI4
HDMI Input connectors
HDMI Out
Local HDMI Output connector
HDBT Out
HDBaseT Output connector (PoC)
Audio Out
De-embedded analogue stereo audio output from HDBT OUT
Input Select
External pushbutton (push-to-make) interface for the Local
Output
IR In
IR input from IR eye to control devices at the remote location
IR Out
IR output to control local devices from the remote location
RS232
Pass-through RS232 for HDBaseT output
RS232-CTL
RS232 for controlling the MFT62
48V
48V DC power input
Using the MFT62
1. Connect the video inputs as required.
2. Connect the video outputs as required.
3. Power up the MFT62.
4. Press the LOCAL button to select an input to the local display.
5. Press the REMOTE button to select an input to the remote display.
6. To use Auto input detection, press and hold either the LOCAL or the REMOTE buttons
until its respective AUTO LED is lit. Auto Input detection is cancelled when the
respective LOCAL or the REMOTE button is pressed and held until its AUTO LED has
gone out.
7. An external pushbutton interface to the INPUT SELECT connector may also be used to
select any input to the outputs either separately or simultaneously.

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Front Panel Controls
The two front panel buttons allow for video input selection to the two outputs, enabling or
disabling the auto input detection mode as well as changing the EDID setting for each input.
Local Button
The LOCAL button selects the signal source to send to the HDMI output of the MFT62. When the
Local AUTO mode is off, repeated presses of the LOCAL button will switch sequentially through
all the inputs, even if there is no signal present. When the Local AUTO mode is ON, only inputs
with video signal present are selectable.
To enable or disable the Local AUTO mode, press and hold the LOCAL button until the LOCAL
AUTO LED changes state (~ 3s).
Remote Button
The REMOTE button selects the signal source to send to the HDBaseT output of the MFT62.
When the Remote AUTO mode is off, repeated presses of the REMOTE button will switch
sequentially through all the inputs, even if there is no signal present. When the Local AUTO mode
is ON, only inputs with video signal present are selectable.
To enable or disable the Local AUTO mode, press and hold the REMOTE button until the REMOTE
AUTO LED changes state (~ 3s).
AUTO Detection Mode
With the Auto Mode enabled for either the LOCAL or REMOTE outputs, the MFT62 will only
switch between inputs that have an active input signal. If a new input source is detected, the
MFT62 will immediately switch to that input.
Should the currently selected input signal go off or become disconnected, then the MFT62 will
automatically switch to the next available input signal. The direction in which this switching can
be set using an RS232 command.
Input LED Modes
The Input LEDs provide visual feedback as to the selected input for both the LOCAL and REMOTE
outputs. An OFF LED indicates input is not selected.
They also provide information about the input signal status as detailed in the following table:
Input Selection LED State
Input Signal State
ON
Selected - Input signal present / Active
Flashing
Selected - Input signal missing / Off
Off
Not Selected
De-embedded Audio output
The Remote HDBaseT output is de-embedded and presented on the phoenix L/R Stereo output.
Only PCM stereo audio streams are extracted in this way.

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Using an External Switches
The MFT62 has an interface for Input selection, using simple external Push Button switches, as
shown in the following schematic:
For each connector, pin 1 is left-most when viewed from the rear of the MFT62.
An LED can be used in parallel with each switch, mirroring the input selection status as per
front panel (FP). Any input selection (from FP, external PB switches, RS232) is accordingly
reflected on all FP LEDs, External PB switches/LEDs, and the RS232.
The output that is controlled by the external switch can be set using an RS232 command. The
available settings are: Both outputs together; the Local output only or the Remote output only.
An additional feature provided by this external keypad is that an input can be selected for
preview on the Local output before setting the Remote output to that same input by pressing
the DP and VG buttons at the same time.
Cascade Mode
Cascade mode can be enabled/disabled via RS232 commands (SET CAD EN, SET CAD DIS), using
RS232-CTL port. This may speed up the overall system switching speed when several devices
are cascaded together (such as MFT62 to MSUHD88 to Apollo 4K to…….).
EDID Setting
Each of the 6 inputs can have its own comprehensive EDID management, using RS232
commands (RS232-CTL) or manually from the front panel.
Manual EDID Setting: To access this mode, press and hold both the Local & Remote buttons
together (~3s) until the LEDs flash briefly.

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Remote LEDs indicate the input being set. Use the Remote button to select the desired input.
Local LEDs show the EDID setting for the selected input. Use the Local button to change the
EDID setting to another value.
Press and hold the Local button to accept the new setting. The MFT62 drops out of the manual
EDID setting mode when a new setting is accepted or if there is no activity for about 10
seconds, at which time the MFT62 will revert to the previously stored settings.
The following EDID table applies only to the HD1, HD2, HD3, HD4 and DP inputs:
HD1
HD2
HD3
HD4
DP
VG
EDID Setting
○
○
○
○
○
○
1080P 2CH (PCM)
●
○
○
○
○
○
1080P 6CH
○
●
○
○
○
○
1080P 8CH
●
●
○
○
○
○
1080P 3D 2CH (PCM)
○
○
●
○
○
○
1080P 3D 6CH
●
○
●
○
○
○
1080P 3D 8CH
○
●
●
○
○
○
4K30Hz 3D 2CH (PCM)
●
●
●
○
○
○
4K30HZ 3D 6CH
○
○
○
●
○
○
4K30HZ 3D 8CH
●
○
○
●
○
○
4K60Hz (Y420) 3D 2CH (PCM)
○
●
○
●
○
○
4K60Hz (Y420) 3D 6CH
●
●
○
●
○
○
4K60Hz (Y420) 3D 8CH
○
○
●
●
○
○
1080P 2CH (PCM) HDR
●
○
●
●
○
○
1080P 6CH HDR
○
●
●
●
○
○
1080P 8CH HDR
●
●
●
●
○
○
1080P 3D 2CH (PCM) HDR
○
○
○
○
●
○
1080P 3D 6CH HDR
●
○
○
○
●
○
1080P 3D 8CH HDR
○
●
○
○
●
○
4K30Hz 3D 2CH (PCM) HDR
●
●
○
○
●
○
4K30Hz 3D 6CH HDR
○
○
●
○
●
○
4K30Hz 3D 8CH HDR
●
○
●
○
●
○
4K60Hz (Y420) 3D 2CH (PCM) HDR
○
●
●
○
●
○
4K60Hz (Y420) 3D 6CH HDR
●
●
●
○
●
○
4K60Hz (Y420) 3D 8CH HDR
○
○
○
●
●
○
USER1 EDID
●
○
○
●
●
○
USER2 EDID
○
●
○
●
●
○
USER3 EDID

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The following EDID table applies only to the VGA input:
HD1
HD2
HD3
HD4
DP
VG
EDID Setting
○
○
○
○
○
○
VGA 1080P
●
○
○
○
○
○
USER1 EDID
○
●
○
○
○
○
USER2 EDID
●
●
○
○
○
○
USER3 EDID
The USER1 EDID, USER2 EDID and USER3 EDID memory locations on each input can only be
programmed by using RS232 commands, and must contain valid EDID data before being used.
Connecting the MFT62

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RS232-CTL Commands
All commands are sent at 57600 baud, 8 data bits, no parity and one stop bit.
Commands are not case sensitive, but must always be followed by a carriage-return (0x0d). All
spaces are optional, but are shown in the command tables for clarification.
All response messages are in uppercase and provide an acknowledgement of the command or
reply with the requested data. All responses are terminated with a carriage-return & line-feed
sequence (0x0d 0x0a).
System Commands
H
Help – list all available commands
STA
Show Global System Status
SET RST
Reset to Factory Defaults
SET ADDR xx
Set System Address to xx, where xx is in the range [00~99]. The
factory default is 00
GET ADDR
Get System Address
SET CAS DIS
Turn Cascade mode OFF for both outputs
SET CAS EN
Turn Cascade mode ON for both outputs
GET CAS
Get Cascade Mode Status
GET STA
Get System Status
Output Setup Commands
SET OUTx VS INy
Set Output x To Input y
Output x is:
0 = Both outputs (HDMI & HDBaseT)
1 = Local HDMI output
2 = Remote HDBaseT output
Input y is:
1-4 = HDMI inputs 1 to 4
5 = DisplayPort input
6 = VGA input
SET OUT EXA DIS
Disable Extracted Audio Output
SET OUT EXA EN
Enable Extracted Audio Output
GET OUTx VS
Get Output x Video Routing
Output x is:
0 = Both outputs (HDMI & HDBaseT)
1 = Local HDMI output
2 = Remote HDBaseT output
GET OUT EXA
Get Ex-Audio Output Enable/Disable Status
Back Panel PB Input Selection
SET BP SEL BUTx
Set “INPUT SELECT” Push buttons to operate output
x is: 0 = Both outputs, 1 = Local HDMI, 2 = Remote HDBT
GET BP SEL BUT
Get “INPUT SELECT” push buttons function setting

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Input EDID Setup Commands
SET INx EDID y
Set Input x EDID to the built-in EDID y
Input y is
1- 4 = HDMI inputs 1 to 4
5 = DisplayPort input
EDID y is one of the following (0-26):
0: 1080P_2CH(PCM)
1: 1080P_6CH
2: 1080P_8CH
3: 1080P_3D_2CH(PCM)
4: 1080P_3D_6CH
5: 1080P_3D_8CH
6: 4K30Hz_3D_2CH(PCM)
7: 4K30HZ_3D_6CH
8: 4K30HZ_3D_8CH
9: 4K60Hz(Y420)_3D_2CH(PCM)
10: 4K60Hz(Y420)_3D_6CH
11: 4K60Hz(Y420)_3D_8CH
12: 1080P_2CH(PCM)_HDR
13: 1080P_6CH_HDR
14: 1080P_8CH_HDR
15: 1080P_3D_2CH(PCM)_HDR
16: 1080P_3D_6CH_HDR
17: 1080P_3D_8CH_HDR
18: 4K30Hz_3D_2CH(PCM)_HDR
19: 4K30Hz_3D_6CH_HDR
20: 4K30Hz_3D_8CH_HDR
21: 4K60Hz(Y420)_3D_2CH(PCM)_HDR
22: 4K60Hz(Y420)_3D_6CH_HDR
23: 4K60Hz(Y420)_3D_8CH_HDR
24: USER1_EDID
25: USER2_EDID
26: USER3_EDID
SET IN6 EDID y
Set Input 6 (VGA) EDID where y is in the range 0~3.
Where y is:
0 = VGA1080P
1 = USER1_EDID
2 - USER2_EDID
3 = USER3_EDID
SET INx EDID CY OUTy
Copy Output y EDID To Input x(USER1 BUF) {x[1~6], y[1~2]}
Input x is:
1-4 = HDMI inputs 1 to 4
5 = DisplayPort input
6 = VGA input
Output y is:
1 = Local HDMI output
2 = Remote HDBaseT output

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SET INx EDID Uy DATAz
Write EDID To User y Buffer of Input x {x[1~6], y[1~3], z[EDID Data]
GET INx EDID
Get Input x EDID Index {x[0~6](0All)}
GET INx EDID y DATA
Get Input x EDID y Data {x[1~5],y[0~26]}
GET IN6 EDID y DATA
Get VGA input EDID y Data {y[0~3]}
GET OUTx EDID DATA
Get Output x EDID Data
x is: 1 = Local HDMI output, 2 = Remote HDBaseT output
IR Code Setup
SET IR SYS xx yy
Set IR System Code
Where xx and yy define a 16-bit address, each in the range [00-
FF] (Factory default is 00 FF)
SET IR OUTx INy CODE
zz
Set IR Data Code {x[1~2], y[1~6], zz[00~FF]}
Define the IR data code to select the inputs and outputs:
Output x is:
1 = Local HDMI output
2 = Remote HDBaseT output
Input y is:
1 - 4 = HDMI inputs 1 to 4
5 = DisplayPort input
6 = VGA input
Data value zz is for the given input and output combination.
Each value must be unique.
Default IR values are: Local Remote
HDMI 1 to Output 0x80 0x90
HDMI 2 to Output 0x82 0x92
HDMI 3 to Output 0x84 0x94
HDMI 4 to Output 0x86 0x96
DisplayPort to Output 0x88 0x98
VGA to Output 0x8a 0x9a
GET IR SYS
Get IR System Code
GET IR OUTx INy CODE
Get IR Data Code for {x[0~2], y[1~6]}
x[0~2] 0 = Both outputs, 1 = Local HDMI, 2 = Remote HDBaseT
y[1~6] 1 - 4 = inputs HDMI 1 to 4, 5 = DP, 6 = VGA
Auto Mode Commands
SET HDx AUTO EN
Enable Auto Mode. x is: 0=Both, 1= Local HDMI, 2= Remote HDBT
SET HDx AUTO DIS
Disable Auto Mode. x is: 0=Both, 1= Local HDMI, 2= Remote HDBT
SET HDx ACRCN
Switch to the next available input port, for output x
x is: 0 = Both outputs, 1 = Local HDMI, 2 = Remote HDBT
SET AUTO DETECT L
Auto mode fall back to the LEFT (6, 5, 4, …..)
SET AUTO DETECT R
Auto mode fall back to the RIGHT (1, 2, 3, …..)
GET HDx AUTO
Get output Auto mode status. x is: 1 = Local HDMI, 2= Remote HDBT
GET AUTO DETECT
Get Auto Mode direction status