
2 3
Format Converters/Scalers
HDBaseT TransmittersVideo Matrix
Audio Matrix
Video Processor
Audio Processor
Remote Controller
Analog and digital audio and video converted
and distributed to digital outputs
Analog and digital audio and video converted
and distributed to digital outputs
*iPad not included.
8 in x 2 out Matrix Sw
itcher8 in x 3 out Matrix Switcher
8 in x 4 out Matrix Switcher
4
OUT
3
OUT
2
OUT
Integrated Video and Audio Environment High-quality Video Processing
The XS series offers an integrated environment for routing and
switching HDMI and analog sources and digital displays. The series
enables high-speed switching for HDMI, RGB, component, S-video,
and composite video, as well as routing for up to four outputs.
The series features EDID emulation for HDMI and RGB signals,
managing EDID information between the display and HDMI source
to ensure a stable system environment for HDMI.
The HDCP key master feature maintains authentication information
for each HDMI source enabling high speed switching under 5
frames.
The powerful DSP enables the switching and mixing of audio input
as well. Up to four audio mixes can be created from both analog
audio inputs as well as embedded HDMI audio inputs. The resultant
mix can be embedded back into the HDMI/HDBaseT output as well
as analog audio outputs.
The XS series has up to four internal scalers provided with
compositing functions (*). It can scale individual inputs of HDMI,
RGB, component, S-video, or composite video and output the
results in a format suited to the system. Scaling can be adjusted in
single-pixel increments enabling display of video that fits any
screen exactly.
*When compositing functions, all outputs are fixed to the same format.
Resolutions up to WUXGA/1080p are supported for both input and
output. Deinterlacing interlaced video for output as a progressive
signal is also possible.
Video signals can be flipped vertically and horizontally, or rotated
90 degrees. Using this in combination with scaling makes
split-picture output possible.
The Preview Out function enables the user to check a video source
before sending it to an output. The Presentation mode enables the
operator to view guides lines indicating the main screen output size.
Roland WNA1100-RL
*sold separately.
Integrated Video and Audio Environment
Integrated Video and Audio Environment
XS Remote
Controllable functions
Preset change
Video switching
Audio level control
Change of Mode
The XS series achieves sophisticated sound processing thanks to
the built-in audio DSP technology from Roland. Along with eight
HDMI audio inputs, the series can accept eight stereo analog audio
inputs as well. For audio-level adjustment, in addition to using the
unit's knob, detailed settings can be configured by remote control
from an iPad or external controller. Monitoring volume levels is
convenient with the level meter display on each output.
The XS series accommodates mic-level audio input on two
channels. A built-in ducking function enables lowering the volume of
other audio during microphone input.
The audio inputs are each provided with an internal high-pass filter,
4-band equalizer, noise gate/expander, and compressor.
The audio outputs are each provided with a 4-band equalizer, noise
gate/compressor, and delay.
Using the Roland WNA1100-RL wireless USB adapter enables
direct control from an Apple iPad installed with Roland XS Remote.
Along with operating the unit, Roland XS Remote can be used to
change settings instantly with its memory-recall function.
Product OverviewProduct Overview
Inputs: 8 HDMI and 8 RGB/Component/S-video/Composite analog video
Outputs: 2,3,or 4 HDMI and 2,3, or 4 HDBaseT (*Switchable HDMI or HDBaseT per output)
Support for maximum resolution of WUXGA and 1080p, with built-in scalers
8 stereo line inputs (2 mic compatible with 48V phantom) with built-in AD/DA conversion and
embedded/de-embedded HDMI audio
16 channel digital audio mixer with audio digital effects (HPF, 4 Band EQ, noise gate/expander,
and compressor) and outputs delay.
Support for RS-232C, network, and iPad control
Integrating Many Functions into One Unit
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