KanexPro MXHD1616A, Руководство пользователя

Страница: 7 / 15

7
5
Operation of the EDID management
MXHD matrix series switchers are manufactured with full EDID management built-in the database
The EDID management can automatically handshake, or through manual exchange and factory restore
EDID Automatic Handshake:
• The MXDV matrix switcher has built-in EDID data, which can communicate with the displays
and video source automatically When the displays or video sources are connected to the
MXDV matrix switcher, they will share the EDID/DDC information with the matrix switcher
• The MXHD1616A EDID database includes most popular displaying data, but not all the dis
play data because of the capability and firmware limitation So, we can manually refresh the
EDID data to update the EDID database
EDID Handshake Priority:
• The EDID refresh ports have the priority grade, ranging from output 1 to output 8 in priority
order It means the output 1 is the most prior to exchange the EDID data, and then the output
2 is the second prior to exchange the EDID data And, the output 8 is the least prior
• When the user carries the EDID erase/refresh function, it will detect the output priority and
exchange the EDID data with the available most prior output port
• F5-3 5 bit 3 8mm Balanced/unbalanced connection on captive screw connector To select
which connection is up to the interface of the device When available, the balanced connection is the
first choice Before connection, please read the command or relevant demand in the user manual care-
fully In some cases, maybe there is balanced in source signal end but unbalanced in the destination
end If in a nonstandard case, it is done to connect balanced for the balanced end and unbalanced
for unbalanced end But if in a standard one, the converter must be used to switch the signals as the
same, balanced or unbalanced