MC-2085 / MC-2086 are multi-video processors that can process 8K2K high resolution size in real-time. They serve as the core processors in the construction of various image display systems as they can be selectively used as enlargement/reduction devices, dividers, and multi-information batch display devices. Employing a slot type input / output interface boards, MC-2085 / MC-2086 will always function with the latest connectors. By connecting LAN, RS-232C, or a remote, it is also possible to control from various external control devices.
Original zoom algorithm (TERA) / motion adaptive IP conversion algorithm (astro snap) and adopted 10-bit arithmetic processing

Interface Board

Input

MC-1561-A　：VGA（Component）

Output

MC-1562-A：VGA（Component）

MC-1561-C　：Composite

MC-1561-D ：DVI-Single Link (DVI/HDMI Mode)

MC-1562-D　：DVI-Single Link (DVI/HDMI Mode)

MC-1561-S　：3G/HD/SD-SDI

MC-1562-S　：3G/HD/SD-SDI

MC-1561-H : DIGITAL 4K
* 1ch per one I/F board. (it needs 2 slots).

MC-1562-H : DIGITAL 4K
* 1ch per one I/F board. (it needs 2 slots).

Display Port I/F Board

MC-1561-P　：　DP1.2a Input

MC-1562-P　：　DP1.2a Output

 Features

[General]

• HDCP ON/OFF setting (MC-1561-D / MC-1562-D DVI only)
• Bus color setting
  By setting the color of the campus (bus), users can check if there are any mistakes in the display image settings.
• By selecting ON/OFF of Color bar/OSD all output display, users can easily check the connection of the output.
• ON/OFF setting of all input OSD display.
• Easy to check the input signal connection and layout.

[Output Signal Adjusting]

• Signal mode setting
  DVI mode and AUTO (HDMI) mode can be selected, according to the sink device.
• Scaling filter setting
  Use the appropriate mode according to the relationship between input and output resolution to use the best performance of display.
• Video level setting
  RGB individual output video level can be set.
• Output window test pattern display
  Display the test pattern in the selected display area instead of the whole signal area. Users can easily display window patterns in the four corners on the LED even if resolution is irregular..
• Freeze function
  By freezing at the output, the image of 4K (SQD) or multi-screen can be displayed as still image without frame shift.
• Monitoring mode
  Apart from the main output, users can set a different resolution for monitor out.

[Input Signal Adjusting]

• Signal mode setting
  It supports DVI mode and HDMI mode. Users can input the signal according to the source device.
• Input follow- setting
  Users can select “Auto” for switcher switching and “FIX” for fixed input.
• EDID setting
  In addition to the built-in EDID, users can copy the EDID of the sink device, or emulate or specify the EDID you want to use like an emulator.
• Scaling filter setting
  Use the appropriate mode according to the relationship between input and output resolution to use the best performance of content and display.
• Colorimetry setting
  Even if the input signal does not have color metadata, it can make appropriate settings.
• Key composition
  Supports key composition using self-keys and external keys. It can set see-through of telop and animations.
• OSD display
  Alphabet and number characters are displayed in the upper left of the window. Users can set the font color and background color.
• Other setting items
  Gamma (RGB each) / Video level (RGB each) / Contrast / Color / Brightness / Enhance / HUE / Analog filter, etc.

[Layout setting : Output]

• Position setting
  a) Users can set the position to take out from the campus (bus) in 1Dot units.
  b) Users can set the position to put the output destination in 1Dot units.
• Frame setting
  Users can set a color of a frame of each output window so that they can confirm the area.

[Layout setting : Input]

• Position setting
  a) Users can set the position to cut out from the input video in 1Dot units.
  b) Users can set the position to place the campus (bus) in 1Dot units.
• Frame setting
  Users can set a color of a frame of each input window so that they can confirm the area.
• Priority setting
  Users can set the priority of overlapping windows to make display layout easier.
• Aspect setting
  3 types: anamorphic, panel, and crop. Users can choose to keep the aspect.
• 4K input mode
  4K signals input by SQD can be treated as one 4K signal.

[Audio]

• Volume setting
  The audio volume for each input can be set. The output volume can be uniform within the setting range.

[System Control]

• User data
  8 data including startup data can be saved.
• Data management
  8 user data can be saved outside the main unit and used as a backup file.
  Two types of file formats: PC (WebUI) files and USB flash.
• Log
  Log is saved in a USB flash. It saves the history of input / output DDC, HDCP, external control commands, etc.

The post MC-2085/MC-2086
Multimedia Scan Converter first appeared on EgeRate Elektronik.

• Supports internal BUS video area【 8K × 2 screens】and can process 8K signal with Dot by Dot
• Utilizes original zoom algorithm / motion adaptive IP conversion algorithm (10-bit arithmetic processing)
• EOTF / OETF compatible
  SDR⇔HDR conversion for each input channel
  (Plan to support 3D LUT in the future) / ITU-R BT.709⇔ITU-R BT.2020 conversion
• Supports high frame rate signals such as 4K120p
• Input signal distribution function
• KEY composition / fade composition function
• Video rotation function (optional)
• Web browser setting (can be set independently without the MC itself)
• Simple monitoring image can be displayed on the front display
• Multiple connection control
• Case size: 4U / IF board: Up to 8 can be mounted
• Replaceable fan unite / power unit

Interface boards

• MC-2087-1S：12G/3G/HD-SDI Input board
• MC-2087-2S：12G/3G/HD-SDI Output board
• MC-2087-1H：HDMI2.1/2.0 Input board
• MC-2087-2H：HDMI2.1/2.0 Input board

The post MC-2087
Multimedia Scan Converter first appeared on EgeRate Elektronik.