Specifications, Part Numbers, and Templates

Specifications

Video

Gain

Unity, (0.725V p-p) 50% peaking, (0.75V

 

p-p) 100% peaking

Bandwidth

300 MHz (-3dB)

Video input

Number/signal type

1 analog RGBHV, RGBS, RGsB, RsGsBs

Connectors

RGB 130xi, RGB 134xi

1 9-pin D

 

male

 

 

 

RGB 160xi, RGB 164xi

1 15-pin HD

 

female

 

 

Minimum/maximum levels

Analog

0.3V to 1.5V p-p with no

 

 

offset at unity gain

Impedance

RGB 130xi, RGB 134xi

75 ohms or

 

 

 

Hi Z,

 

 

 

switchable

 

 

 

(set to 75

 

 

 

ohms if no

 

 

 

local

 

 

 

monitor is

 

 

 

connected)

 

RGB 160xi, RGB 164xi

75 ohms

Horizontal frequency

Autoscan 15 kHz to 130 kHz

 

Vertical frequency

Autoscan 30 Hz to 120 Hz

 

Return loss

-30dB @ 5 MHz

 

Maximum DC offset

4.0V

 

 

Video output

Number/signal type

RGB 130xi, RGB 160xi

1 analog

 

RGBHV, RGBS, RGsB

 

 

RGB 134xi, RGB 164xi

2 analog

 

RGBHV, RGBS, RGsB

 

Connectors

RGB 130xi, RGB 160xi

6 BNC

 

female

 

 

 

RGB 134xi, RGB 164xi

2 x 6 BNC

 

female

 

 

 

RGB 160xi, RGB 164xi

1 15-pin HD

 

female local monitor buffered output

Minimum/maximum levels

Analog

0.7V to 0.75V p-p with 0.70V

 

 

p-p input

 

Impedance

75 ohms

 

 

A-2 RGB 130xi, 134xi, 160xi, 164xi • Specifications, Part Numbers, and Templates

Return loss .................................... -30dB @ 5 MHz

Sync

Input type

RGBHV TTL (±), RGBS TTL (±), RGsB

 

0.3V (-), RsGsBs 1.3V (-)

Output type

RGBHV (±), RGBS(±), RGsB (-)

Input level

2V to 5.5V p-p with ±0.2VDC offset (max.)

Output level

4V to 5V p-p

 

Input impedance

510 kohms

 

Output impedance

75 ohms

 

Max. propagation delay

48 nS

 

Max. rise/fall time

3.5 nS

 

Polarity

RGBHV

when RGBHV is

 

 

input, polarity

 

 

follows input;

 

 

otherwise negative

 

RGBS, RGsB

negative

Audio

Gain

Unbalanced 0dB, balanced +6dB

Frequency response

20 Hz to 20 kHz, ±0.05dB

THD + Noise

0.03% @ 1 kHz, 0.3% @ 20 kHz at rated

 

maximum output drive

S/N

>90dB, at the rated maximum output

 

(14dBu), balanced

Stereo channel separation

>95dB @ 1 kHz to 20 kHz

Audio input

Number/signal type

1 PC level stereo, unbalanced

Connectors

1 3.5 mm stereo jack, 2 channel; tip (L),

 

ring (R), sleeve (ground)

Impedance

>10 kohms, DC coupled

Maximum level

+8.5dBu,(unbalanced) at stated %THD+N

Audio output

Number/signal type

1 stereo (2 channel), balanced/unbalanced

Connectors

1 3.5 mm captive screw connector, 5 pole

Impedance

50 ohms unbalanced, 100 ohms balanced

Gain error

±0.1dB channel to channel

Maximum level (600 ohm)

>+14dBm, balanced at stated %THD+N

RGB 130xi, 134xi, 160xi, 164xi • Specifications, Part Numbers,

A-3

and Templates

 

Page 13
Image 13
Extron electronic RGB 160XI, RGB 164XI user manual Specifications, Part Numbers, and Templates

RGB 160XI, RGB 164XI specifications

Extron Electronics has long been renowned for its innovative solutions in the realm of audio-visual technology. Among its portfolio, the RGB 160XI and RGB 164XI matrix switchers stand out for their exceptional performance in routing high-quality RGBHV signals, catering primarily to the needs of professional AV environments.

The RGB 160XI is a 16-input, 1-output matrix switcher designed to handle various resolutions, making it ideal for applications requiring flexibility in signal management. With a capability to switch between different video sources seamlessly, it ensures that users can transition smoothly during presentations or events. On the other hand, the RGB 164XI builds upon these features by offering an additional output, providing greater versatility. This model serves as an ideal solution for setups that require multiple outputs, such as simultaneous displays in both large venues and control rooms.

One of the standout features of both the RGB 160XI and RGB 164XI is their superior signal integrity. These matrix switchers utilize advanced circuitry and high-performance components that minimize signal degradation, ensuring that video quality remains pristine even over long cable runs. Additionally, they support a range of resolutions up to 1900x1200, accommodating the demands of high-definition content.

Both models incorporate Extron’s proprietary technologies, including the exclusive Global Configured Video Switching. This technology allows for effortless integration into existing systems while providing intuitive control capabilities through standard AV control systems. Users can also benefit from the built-in diagnostic tools, which simplify troubleshooting processes by offering real-time status updates and signal path verification.

Further enhancing their practicality, these switchers feature a compact design that facilitates easy installation into equipment racks or wall-mounted configurations. Both the RGB 160XI and RGB 164XI come equipped with front-panel controls and indicators, catering to environments where direct user interaction is common.

Moreover, Extron has ensured that these devices comply with industry standards for reliability and durability, making them suitable for continuous use in demanding settings such as auditoriums, lecture halls, and broadcasting studios. With features like range-extending cables and optional remote control interfaces, the RGB 160XI and RGB 164XI matrix switchers are exemplary tools for professionals seeking to elevate their AV capabilities.

In conclusion, the RGB 160XI and RGB 164XI from Extron Electronics excel in flexibility, reliability, and high-performance video routing, making them invaluable assets for any professional AV setup. Their combination of advanced technology and user-friendly features positions them as leaders in the field of matrix switching solutions.