4-4 MTPX • Remote Control and Optimizing the Video Refer also to the MTPX User’s Manual at www.extron.com.

Command

ASCII command

Response

Additional description

 

(host to switcher)

(switcher to host)

 

 

 

Audio/RS-232 TP input (wire pair 3 and 6) configuration

 

Configure input as audio

X!*0\

 

TypX!*0]

Define the audio/RS-232 input as audio, such

 

 

 

 

as provided by an MTP 15HD A transmitter.

Configure input as RS-232

X!*1\

 

TypX!*1]

Define the audio/RS-232 input as bi-directional

 

 

 

 

serial communications, such as provided by an

 

 

 

 

MTP 15HD RS transmitter.

Read TP input configuration

X!\

 

X#]

Show the audio/RS-232 wire pair input

 

 

 

 

definition.

Output pre-peaking

 

 

 

 

Set output pre-peaking on

EX$*1Opek}

 

OpekX$*1]

Pre-peak the TP output.

Set output pre-peaking off

EX$*0Opek}

 

OpekX$*0]

Do not pre-peak the TP output.

Read output pre-peaking setting

EX$Opek}

 

X%]

 

 

 

 

N X!= Input number

 

01 – (maximum number of inputs for your model)

X#= Audio/RS-232 wire pair input type

0 = audio

 

X$= Pre-peakable output number

1 = RS-232

 

01 – half of your matrix switcher's outputs (such as 04 for MTPX 168)

X%= Pre-peaking

 

0 = off

 

 

Remote Control and Optimizing the Video, cont’d

Refer

MTPX •

also to the MTPX User’s Manual

Remote Control and

Optimizing the at www.extron.com.

 

Video

 

4-5

Command

ASCII command

Response

Additional description

 

(host to switcher)

(switcher to host)

 

Local video output sync polarity

NThe command structure differs, depending on the size of the matrix. Matrix sizes 1616 and smaller do not need the local output variable (X&). Matrix sizes 1632 and larger require the variable.

Set local output polarity

EX^Opol}

OpolX^]

Set the horizontal and vertical sync polarity for

(matrix size 1616 and smaller)

 

 

 

 

a local output.

Example:

E0Opol}

Opol00]

Set the local output to output negative

 

 

 

 

 

horizontal and vertical sync.

Set local output polarity

EX&*X^Opol}

OpolX&*X^]

Set the horizontal and vertical sync polarity for

(matrix size 1632 and larger)

 

 

 

 

local output X&.

Example:

E2*0Opol}

Opol2*00]

Set local output 2 to output negative horizontal

 

 

 

 

 

and vertical sync.

Read local output sync settings

EOpol}

X^]

 

(matrix size 1616 and smaller)

 

 

 

 

 

Read local output sync settings

EX&Opol}

X^]

 

(matrix size 1632 and larger)

 

 

 

 

 

 

 

 

N X^= Local output sync polarity

0 = H- / V- (default)

 

 

 

1

= H+ / V-

 

 

 

 

2

= H- / V+

 

 

 

 

3

= H+ / V+

 

 

X&= Local video output number

4

= NTSC (no sync stripping)

 

1 (matrix sizes 1616 and smaller)

 

1 or 2 (matrix sizes 1632 and larger)

Page 18 Page 20
Page 19
Image 19
Extron electronic MTPX 3216, MTPX Series, MTPX 1616 Remote Control and Optimizing the Video, cont’d, Output pre-peaking
Page 18 Page 20

MTPX 1616, MTPX 816, MTPX 3216, MTPX 1632, MTPX 168 specifications

Extron Electronics is renowned for its commitment to high-quality audio-visual distribution solutions, and the MTPX Series is no exception. The MTPX Series features a range of versatile matrix switchers designed to accommodate various AV signal formats, including composite video, S-Video, and RGBHV. Among the models in this series, the MTPX 3232, MTPX 168, MTPX 1632, and MTPX 3216 stand out for their advanced technology and user-friendly features, making them ideal for many applications.

The MTPX 3232 offers robust capabilities with 32 inputs and 32 outputs, providing high flexibility for large installations where multiple source devices need to be routed to multiple displays. Each output can be individually controlled, allowing seamless switching between different sources with minimal delay. This model supports a range of video formats, ensuring compatibility with various equipment.

For smaller installations, the MTPX 168 and MTPX 1632 models present excellent alternatives. The MTPX 168 is designed with 16 inputs and 8 outputs, providing efficient routing for systems that require fewer connections. Meanwhile, the MTPX 1632 has 16 input and 32 output configurations, ensuring versatile signal routing for enhanced scalability. These models employ Extron's robust technology, such as the proprietary Extron XTP technology, which delivers high-performance signal distribution over long distances.

The MTPX 3216 model adds another dimension with its 32 input and 16 output setup, offering a balanced solution for various AV needs while maintaining excellent signal integrity. All models feature advanced video processing technologies that help eliminate flickering and ensure high-quality video performance even in demanding environments.

A significant feature across the MTPX Series is the built-in web interface, which simplifies the configuration, monitoring, and control of the matrix switchers. This user-friendly platform allows technicians to manage inputs and outputs remotely, ensuring seamless transitions during events and presentations. Furthermore, Extron's advanced EDID Management ensures optimal performance by allowing the switchers to communicate effectively with connected devices.

With exceptional build quality and user-centric features, the Extron MTPX Series stands out as a reliable choice for professional AV installation, enhancing the way audio and video signals are managed in various settings. Whether for a classroom, boardroom, or large venue, these models provide the versatility and performance needed to create impactful AV experiences.
Top Page Image Contents