Changing the input level/peaking, Toggling output pre-peaking on and off, Changing the skew – Extron Electronics MTPX Plus Series User Guide User Manual

Page 145

Advertising
background image

Changing the input level/peaking

Users can set the level/peaking value (from 000 through 255) for each input from the Picture
Settings page. Level/peaking can be adjusted to compensate for longer cable runs on the
inputs. Change the level/peaking setting for an input in any of the following three ways:

Use the auto calibration function as follows:

1.

Disconnect the power and RJ-45 cables at the MTP transmitter connected to input
to be calibrated.

2.

Connect the two cables to the MTP signal generator (included with most models,
optional for the MTPX Plus 128).

3.

If the input cable is longer than 300 feet (91.4 m), place the Pre-Peak switch on the
MTP signal generator to on (up when the RJ-45 connector on the signal generator is
to the right [see figure 86]). If the cable is shorter than 300 feet (91.4 m), place the
switch down.

Pre-Peak on (up) (shown)

Pre-Peak off (down)

Power LED

Figure 86.

MTP signal generator

NOTE: The MTP signal generator does not work on cable lengths over

400 feet (120 m). Set the level/peaking to its maximum value of 255.

4.

Click the

Auto

button.

Click the Level/Peaking up button or down button for the

desired input.

Directly enter a value into the Level/Peaking field.

HINT:

Watch a display as you make adjustments.

Toggling output pre-peaking on and off

Users can toggle the pre-peaking value for each output on and off from

the Picture Settings page. Click in the

Pre-Peaking

check box for the

desire output to toggle the pre-peaking feature on and off for that output.
Pre-peak alters the TP signal output to correct for long cable runs (see

table 1

on page 5 for recommended maximum transmission lengths).

Changing the skew

Users can individually set the red, green, and blue skew setting for each input and output
from the Picture Settings page. The skew settings

correct skew delay (misconvergence) problems

commonly encountered when using Category (CAT) 5, 5e, or 6 twisted pair (TP) cables for RGB or
component video transmission

.

MTPX Plus Series • HTML Operation 139

Advertising