Kramer VW-4, User Manual

Page: 33 / 40

Kramer Electronics Ltd.
VW-4
– Protocol 3000
31
Protocol 3000 Commands
Function Description Syntax Parameters/Attributes Example
# Protocol handshaking.
Validates the Protocol
3000 connection and gets
the machine number.
Step-in master products
use this command to
identify the availability of
a device.
COMMAND
# <CR>
FEEDBACK
~nn@

ok <CR><LF>
# <CR>
BEZEL
Set bezel On/Off, H/V
correction. COMMAND
#BEZEL

out_index , hv_value , switch , h_value , v_value <CR>
FEEDBACK
~nn@BEZEL

out_index , hv_value , switch , h_value , v_value <CR><LF
>
out_index
– 0
hv_value
–
0
– current H/V value
1
– max. H/V value
switch
– Enable/Disable bezel
correction
0
– Off
1
– On
h_value – Horizontal correction
values
v_value
– Vertical correction values
Set bezel On with H/V
correction:
#BEZEL

1
,
0
,
1
,
12
,
24
<CR>
BEZEL?
Get bezel switch, H/V
correction status. COMMAND
#BEZEL?  <CR>
FEEDBACK
~nn@BEZEL

out_index , hv_value , switch , h_value , v_value <CR><LF
>
out_index – 0
hv_value
–
0
– current H/V value
1
– max. H/V value
switch
– Enable/Disable bezel
correction
0
– Off
1
– On
h_value
– Horizontal correction
values
v_value – Vertical correction values
Get bezel switch, H/V
correction status:
#BEZEL?

1
<CR>
BUILD-DATE? Get device build date. COMMAND
#BUILD-DATE?

<CR>
FEEDBACK
~nn@BUILD-DATE

date , time <CR><LF>
date
– Format: YYYY/MM/DD where
YYYY = Year
MM = Month
DD = Day
time
– Format: hh:mm:ss where
hh = hours
mm = minutes
ss = seconds
Get the device build date:
#BUILD-DATE?
<CR>
CPEDID
Copy EDID data from the
output to the input
EEPROM.
Destination bitmap
size depends on device
properties (for 64 inputs it
is a 64-bit word).
Example: bitmap 0x0013
means inputs 1,2 and 5
are loaded with the new
EDID.
In certain products
Safe_mode is an optional
parameter. See the HELP
command for its
availability.
COMMAND
#CPEDID

edid_io , src_id , edid_io , dest_bitmap <CR>
or
#CPEDID

edid_io , src_id , edid_io , dest_bitmap <CR>
FEEDBACK
~nn@CPEDID

edid_io , src_id , edid_io , dest_bitmap <CR><LF>
~nn@CPEDID

edid_io , src_id , edid_io , dest_bitmap <CR><LF>
edid_io
–
EDID source type
1
– Output
src_id
– Number of chosen source
stage
0
– Default EDID source
1
– HDMI OUT 1
2
– HDMI OUT 2
3
– HDMI OUT 3
4
– HDMI OUT 4
edid_io –
EDID destination type
(usually input)
0
– Input
dest_bitmap
– 1
Copy the EDID data from the
Output 1 (EDID source) to the
Input:
#CPEDID

1 , 1 , 0 , 1 <CR>
CPEDID? GET EDID data from the
output to the input
EEPROM.
COMMAND
#CPEDID?

<CR>
FEEDBACK
~nn@CPEDID  edid_io , src_id , edid_io , dest_bitmap <CR><LF>
edid_io –
EDID source type
1
– Output
src_id – Number of chosen source
stage
0
– Default EDID source
1
– HDMI OUT 1
2
– HDMI OUT 2
3
– HDMI OUT 3
4
– HDMI OUT 4
edid_io
–
EDID destination type
(usually input)
0
– Input
dest_bitmap – 1
Get the EDID data from the
Output 1 (EDID source) to the
Input:
#CPEDID?

<CR>
DISPLAY? Get output HPD status. COMMAND
#DISPLAY?

out_index <CR>
FEEDBACK
~nn@DISPLAY  out_index , status <CR><LF>
out_index – Number that indicates
the specific output:
1-4
status
– HPD status according to
signal validation
0
– Signal or sink is not valid
1
– Signal or sink is valid
2
– Sink and EDID is
valid
Get the output HPD status of
Output 1:
#DISPLAY?

1
<CR>
DPSW-
STATUS?
Get the DIP-switch state. COMMAND
#DPSW-STATUS?

dip_id <CR>
FEEDBACK
~nn@DPSW-STATUS

dip_id , status <CR><LF>
dip_id
– 1 to 4 (number of DIP
switches)
status
– Up/down
0
– Up
1
– Down
get the DIP-switch 2 status:
#DPSW-STATUS?

2 <CR>
ETH-PORT Set Ethernet port
protocol.
If the port number you
enter is already in use, an
error is returned.
The port number must be
within the following range:
0-(2^16-1).
COMMAND
#ETH-PORT

port_type , port_id <CR>
FEEDBACK
~nn@ETH-PORT

port_type , port_id <CR><LF>
port_type – TCP/UDP
port_id – TCP/UDP port number
(0
– 65535)
Set the Ethernet port protocol
for TCP to port 12457:
#ETH-PORT

0
,
12457
<CR>