Command/Response Table for SIS Commands (continued)

Command Function

ASCII Command

Response

Additional description

 

(Host to Unit)

(Unit to Host)

 

 

 

 

 

 

 

 

 

RGB mute commands

 

 

 

RGB mute

X@*1B

VmtX@*1]

Mute output X@ RGB (video off).

RGB unmute

X@*0B

VmtX@*0]

Unmute output X@ RGB (video on).

Read RGB mute

X@B

X#]

1 = mute on, 0 = mute off.

Global RGB mute

1*B

Vmt1]

Mute all RGB outputs.

Global RGB unmute

0*B

Vmt0]

Unmute all RGB outputs.

IR 501 mute command responses

NOTE: An IR 501 user can mute video, audio, or both with a string of IR commands that cannot be duplicated by a computer or control system sending SIS commands. The switcher sends the following responses shown in the entries below.

IR 501

RGB and audio mute

{none}

MutX@*1]

 

 

 

VmtX@*1]

IR 501

RGB mute

{none}

 

 

 

Zpz]

IR 501

RGB and audio unmute

{none}

The RGB and audio from output X@ are muted.

The RGB from X@ output is muted.

The RGB and audio from output X@ are unmuted.

Audio input gain and attenuation

NOTE: The set gain (G) and set attenuation (g) commands are case sensitive.

Set audio input gain to +dB value Example:

Set audio input attenuation to -dB value

Increment gain

Example:

X$*X%G

1*2G

X$*X&g

X$+G

5+G

InX$•AudX^]

 

In1Aud+02]

Set input 1 audio gain to +2 dB.

InX$•AudX^]

 

InX$•AudX^]

Increase gain by 1 dB.

In5Aud+03]

Increase audio input 5 level from +2 dB

 

to +3 dB.

Decrement gain

X$-G

InX$•AudX^]

Decrease gain by 1 dB.

Example:

7-G

In7Aud-09]

Decrease audio input 7 level from -8 dB

 

 

 

to -9 dB.

Read input gain

X$G

X^]

 

Example:

3G

-06]

Audio input 3 level is at -6 dB.

Audio output level

Set audio output to the consumer level (-10 dBV)

Set audio output to the professional level (+4 dBu)

Read output level

Example:

X@*0*40#

X@*1*40#

X@+40# 3*40#

OutX@•Lvl0]

Set output X@ level to consumer (-10

 

dBV).

OutX@•Lvl1]

Set output X@ level to pro (+4 dBu)

 

(default).

X*]

 

1]

Output 3 audio level is pro (+4 dBu).

Audio mute commands

Audio mute

X@*1Z

AmtX@*1]

Mute output X@ audio (audio off).

Audio unmute

X@*0Z

AmtX@*0]

Unmute output X@ audio (audio on).

Read audio mute

X@Z

X#]

 

1 = mute on, 0 = mute off.

Global audio mute

1*Z

Amt1]

 

Mute all audio outputs.

Global audio unmute

0*Z

Amt0]

 

Unmute all audio outputs.

NOTE: X@ = Output number

 

1 through 4 (MVX 44, MVX 84) or 1 through 8 (MVX 48, MVX 88)

X# = Mute status

 

1 = on

0 = off

 

X$ = Input number

 

1 through 4 (MVX 44, MVX 48) or 1 through 8 (MVX 84, MVX 88)

X% = Input audio gain

 

0 through 10 (1 dB per step)

 

 

X^ = Numeric dB value

 

–18 to +10 (29 steps [dB] of audio attenuation and gain)

X& = Input audio attenuation

1 through 18 (1 dB per step)

 

 

X* = Output gain

 

0 = consumer level (–10 dBV)

1 = pro level (+4 dBu)

MVX 44 / 48 / 84 / 88 VGA Matrix Switchers • Remote Operation 40

Page 46
Image 46
Extron electronic MVX 84, MVX 88, MVX 44, 48 manual Command/Response Table for SIS Commands

48, MVX 84, MVX 44, MVX 88 specifications

Extron Electronics is a prominent leader in high-quality AV technology solutions, renowned for its innovative product lines designed to address diverse connectivity and distribution needs. Among their array of offerings, the MVX series stands out, particularly the MVX 44, MVX 84, and MVX 88 models, which cater to various AV signal routing needs within educational institutions, corporate environments, and large spaces.

The Extron MVX 44 is a 4x4 matrix switcher designed for routing HDMI, VGA, and audio signals. One of its key features is its ability to deliver high-resolution video up to 1080p, making it ideal for modern multimedia presentations. The MVX 44 supports EDID management, ensures compatibility with a range of source devices, and features automatic switching capabilities. It also includes a user-friendly interface for seamless operation, allowing simultaneous switching of multiple input sources to multiple outputs.

Expanding on the capabilities of the MVX 44, the MVX 84 and MVX 88 models provide enhanced functionality with additional inputs and outputs. The MVX 84 offers support for up to 8 input sources and 4 output destinations, while the MVX 88 offers 8x8 routing of signals. Both models maintain superior video quality and high-performance signal processing, accommodating more extensive AV systems. They also share features such as HDCP compliance to secure content protection, ensuring that the highest quality video signals are transmitted without degradation.

Technologically advanced, these switchers incorporate Extron's exclusive technologies, such as the Advanced Color Processing for superior color fidelity and signal reliability. Additionally, the Series comes equipped with optional control and integration capabilities, enabling connection to various AV control systems for centralized management.

The Extron MVX series matrices are built with the robustness expected from Extron products, ensuring long-term reliability in demanding environments. The integration of state-of-the-art support for audio signals allows not only video but also audio distribution, making them versatile for any AV setup. In summary, with their rich feature set, impressive scalability, and superior video processing capabilities, the Extron MVX 44, MVX 84, and MVX 88 present compelling solutions for anyone looking to streamline AV signal management in professional setups.