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Manual describes building a switcher system using MLS-X1 and control panels.
Explains how signal formats are denoted in the manual and in menus.
Lists principal components of the MLS-X1 system.
Explains that the MLS-X1 system uses one switcher and up to two control panels.
Describes the ICP-X7000 control panel modules and supported modules.
Describes the ICP-X1000 series compact control panel configurations.
Explains the MLS-X1 menu as a web-based application operated via touch panel or mouse.
Details recommended OS, browsers, and connection requirements for menu operation.
Explains the need to install a root certificate on the computer to use the menu.
Explains selecting signals using cross-point button rows in cross-point control blocks or AUX bus control blocks.
Describes the ICP-X7000 cross-point control block and button counts.
Describes the ICP-X1000 series cross-point control block and button counts.
Defines transition as switching from current to new image, configurable by type and fader lever.
Explains configuring independent transitions for each key.
Outlines the flow for changing the background and inserting/removing keys.
Defines a key as replacing a background portion with an image or text.
Explains how to set key fill signal and select key source signal using modes like self, auto select, or split.
Explains the key type sets the manner in which the key source is used to cut out the background.
Defines wipe as switching images using a pattern, allowing background switching and key insertion/removal.
Classifies wipe patterns into standard, enhanced, rotary, mosaic, and random/diamond dust groups.
Explains creating a new pattern by mixing two patterns (main and sub).
Defines DME wipe as using a DME effect to switch images, allowing background switching and key insertion/removal.
Classifies DME wipe patterns and explains execution modes.
Explains adding various modifiers to a DME wipe pattern.
Explains playing frame memory video content linked to background transitions like mix or wipe.
Lists restrictions for clip transitions, such as pattern limits and transition preview.
Describes clip transitions using frame memory output channels.
Defines frame memory as freezing and capturing a single input video frame for use as content.
Explains the two areas used for frame memory: work area and content storage.
Details the number of content resources that can be stored based on signal format.
Defines clip player as a function for recalling and playing video content.
Explains the two areas used by clip players: work area and content storage.
Details the length of content resources based on bit rate.
Defines DME as adding three-dimensional transforms and special effects to images.
Explains DME allows adding transforms like movement, rotation, and special effects.
Explains when an enhanced function DME may be required.
Explains control of operations on external devices like P-Bus, GPI, VTRs, and disk recorders.
Explains operating an external device using a GPI output port.
Explains operating external devices using serial or network ports.
Explains utility functions assign specific actions to buttons for recall.
Describes how this function divides a switcher bank into two for separate image creation.
Explains selecting AUX bus and edit preview bus signals.
Defines effect timeline as arranging keyframes on a time axis to create continuous image changes.
Explains creating effect timelines for various regions.
Explains how to recall target effect timeline registers and save edited timelines.
Defines snapshot as saving configured status for applying effects to images.
Explains creating snapshots for various regions.
Explains snapshots for specific function targets like keys, wipes, DME wipes.
Defines shotbox as saving control panel operations for recall.
Explains control panel operations and menu operations registered in a macro are called events.
Lists control panel operations that can be registered as macro events.
Defines macro as saving control panel and menu operations for recall.
Explains control panel operations and menu operations registered in a macro are called events.
Lists control panel operations that can be registered as macro events.
Explains saving and recalling setup and register data in switcher storage.
Classifies setup data and register data by setting and function.
Explains saving setup and register data files as packages.
Explains managing image and audio content used in frame memory, clip players, and SL keys.
Explains managing files imported from computer and created in frame memory.
Explains combining two still image or video content resources.
Explains selecting the settings status (startup mode) used at startup.
Explains changing switcher/control panel setup data and saving it to RAM or computer.
Explains setting the startup mode for switcher, frame memory/clip player/SL key, and control panel.
Explains assigning physical V/K pairs to logical V/K numbers to create a table.
Explains assigning physical V/K pairs to logical V/K numbers.
Explains setting the logical V/K pair name table for control panel display.
Explains configuring hardware blocks for use as switcher banks or multi viewers.
Explains setting which hardware block is handled logically as an M/E.
Explains configuring the number of keys assigned to each sub block when M/E split is enabled.
Explains configuring control panels by combining banks and assigning them to switchers.
Explains selecting control panel rows for M/E banks and AUX banks.
Explains how to inhibit operation of switcher banks assigned to an M/E bank.
Explains assigning parallel input ports based on priority sequence.
Explains assigning GPI inputs to parallel input ports.
Explains configuring the trigger type and action for each GPI input.
Explains copying router/tally setup data from control panel 1 to control panel 2.
Explains configuring routing settings using LSM interface via NS-Bus protocol.
Describes setting the switcher matrix size.
Explains setting bus link functions to link two buses within the switcher.
Explains assigning buses to cross-point button rows.
Explains setting a source that links to a V/K pair number for each matrix.
Explains checking status information of each LAN port of the 100G IP interface.
Explains setting the control communications protocol for ST 2110 transmission.
Explains setting the device name exposed to the controller for NMOS/NDCP(LSM).
Explains how to check the status of the switcher system using the menu.
Explains how to check errors and current status of the switcher system.
Explains how to check the status of a connected remote panel using the network AUX remote panel function.
Explains how to display network settings for boxes and control panels in a switcher.
Explains configuring a network AUX remote panel for simple connection to a switcher.
Explains selecting and setting a remote panel from the list of connected remote panels.
Defines MLS Manager as a high-level tool for managing system configuration and licenses.
Explains the MLS Manager menu is a web browser-based application.
Details OS, browser, and connection requirements for MLS Manager menu.
Details signing in with default admin account and EULA acceptance.
Explains accessing the MLS Manager menu via browser and signing in.
Explains how to change the password via MLS Manager settings.
Explains shutting down all switchers in an island.
Explains shutting down a selected switcher.
Explains menu hierarchy, numbers, and selection methods.
Describes six methods for selecting menus.
Explains selecting menus by navigating through levels 1 to 4.
Explains configuring the box running MLS Manager using the front panel display.
Explains configuring control panels by combining banks and assigning them to switchers.
Explains configuring control panels by combining banks and assigning them to switchers.
Explains configuring six types of network interfaces for each box.
Explains setting standard interface 1 network interface.
Explains setting network interfaces other than standard interface 1.
Explains entering a host name (up to 63 characters) for a box.
Explains setting the default gateway for IPv4 and IPv6.
Explains setting the DNS server mode and address.
Explains selecting a function license key file and installing a license.
Explains uninstalling all function licenses.
Explains exporting device information file containing unique device ID.
Explains selecting a software update license key file and installing a license.
Explains selecting a software update license and uninstalling it.
Explains configuring SNMP settings and enabling/disabling the function.
Explains refreshing the MIB product ID.
Explains configuring community and host when SNMP is enabled.
Explains checking version information of installed packages.
Explains how to repair the system if there is a version mismatch within an island.
Explains selecting and deleting package archive files.
Explains selecting and renaming package archive files.
Explains setting the time zone and date/time for MLS Manager.
Explains how to select a time zone.
Explains setting date/time automatically via NTP server or manually.
Manual describes building a switcher system using MLS-X1 and control panels.
Explains how signal formats are denoted in the manual and in menus.
Lists principal components of the MLS-X1 system.
Explains that the MLS-X1 system uses one switcher and up to two control panels.
Describes the ICP-X7000 control panel modules and supported modules.
Describes the ICP-X1000 series compact control panel configurations.
Explains the MLS-X1 menu as a web-based application operated via touch panel or mouse.
Details recommended OS, browsers, and connection requirements for menu operation.
Explains the need to install a root certificate on the computer to use the menu.
Explains selecting signals using cross-point button rows in cross-point control blocks or AUX bus control blocks.
Describes the ICP-X7000 cross-point control block and button counts.
Describes the ICP-X1000 series cross-point control block and button counts.
Defines transition as switching from current to new image, configurable by type and fader lever.
Explains configuring independent transitions for each key.
Outlines the flow for changing the background and inserting/removing keys.
Defines a key as replacing a background portion with an image or text.
Explains how to set key fill signal and select key source signal using modes like self, auto select, or split.
Explains the key type sets the manner in which the key source is used to cut out the background.
Defines wipe as switching images using a pattern, allowing background switching and key insertion/removal.
Classifies wipe patterns into standard, enhanced, rotary, mosaic, and random/diamond dust groups.
Explains creating a new pattern by mixing two patterns (main and sub).
Defines DME wipe as using a DME effect to switch images, allowing background switching and key insertion/removal.
Classifies DME wipe patterns and explains execution modes.
Explains adding various modifiers to a DME wipe pattern.
Explains playing frame memory video content linked to background transitions like mix or wipe.
Lists restrictions for clip transitions, such as pattern limits and transition preview.
Describes clip transitions using frame memory output channels.
Defines frame memory as freezing and capturing a single input video frame for use as content.
Explains the two areas used for frame memory: work area and content storage.
Details the number of content resources that can be stored based on signal format.
Defines clip player as a function for recalling and playing video content.
Explains the two areas used by clip players: work area and content storage.
Details the length of content resources based on bit rate.
Defines DME as adding three-dimensional transforms and special effects to images.
Explains DME allows adding transforms like movement, rotation, and special effects.
Explains when an enhanced function DME may be required.
Explains control of operations on external devices like P-Bus, GPI, VTRs, and disk recorders.
Explains operating an external device using a GPI output port.
Explains operating external devices using serial or network ports.
Explains utility functions assign specific actions to buttons for recall.
Describes how this function divides a switcher bank into two for separate image creation.
Explains selecting AUX bus and edit preview bus signals.
Defines effect timeline as arranging keyframes on a time axis to create continuous image changes.
Explains creating effect timelines for various regions.
Explains how to recall target effect timeline registers and save edited timelines.
Defines snapshot as saving configured status for applying effects to images.
Explains creating snapshots for various regions.
Explains snapshots for specific function targets like keys, wipes, DME wipes.
Defines shotbox as saving control panel operations for recall.
Explains control panel operations and menu operations registered in a macro are called events.
Lists control panel operations that can be registered as macro events.
Defines macro as saving control panel and menu operations for recall.
Explains control panel operations and menu operations registered in a macro are called events.
Lists control panel operations that can be registered as macro events.
Explains saving and recalling setup and register data in switcher storage.
Classifies setup data and register data by setting and function.
Explains saving setup and register data files as packages.
Explains managing image and audio content used in frame memory, clip players, and SL keys.
Explains managing files imported from computer and created in frame memory.
Explains combining two still image or video content resources.
Explains selecting the settings status (startup mode) used at startup.
Explains changing switcher/control panel setup data and saving it to RAM or computer.
Explains setting the startup mode for switcher, frame memory/clip player/SL key, and control panel.
Explains assigning physical V/K pairs to logical V/K numbers to create a table.
Explains assigning physical V/K pairs to logical V/K numbers.
Explains setting the logical V/K pair name table for control panel display.
Explains configuring hardware blocks for use as switcher banks or multi viewers.
Explains setting which hardware block is handled logically as an M/E.
Explains configuring the number of keys assigned to each sub block when M/E split is enabled.
Explains configuring control panels by combining banks and assigning them to switchers.
Explains selecting control panel rows for M/E banks and AUX banks.
Explains how to inhibit operation of switcher banks assigned to an M/E bank.
Explains assigning parallel input ports based on priority sequence.
Explains assigning GPI inputs to parallel input ports.
Explains configuring the trigger type and action for each GPI input.
Explains copying router/tally setup data from control panel 1 to control panel 2.
Explains configuring routing settings using LSM interface via NS-Bus protocol.
Describes setting the switcher matrix size.
Explains setting bus link functions to link two buses within the switcher.
Explains assigning buses to cross-point button rows.
Explains setting a source that links to a V/K pair number for each matrix.
Explains checking status information of each LAN port of the 100G IP interface.
Explains setting the control communications protocol for ST 2110 transmission.
Explains setting the device name exposed to the controller for NMOS/NDCP(LSM).
Explains how to check the status of the switcher system using the menu.
Explains how to check errors and current status of the switcher system.
Explains how to check the status of a connected remote panel using the network AUX remote panel function.
Explains how to display network settings for boxes and control panels in a switcher.
Explains configuring a network AUX remote panel for simple connection to a switcher.
Explains selecting and setting a remote panel from the list of connected remote panels.
Defines MLS Manager as a high-level tool for managing system configuration and licenses.
Explains the MLS Manager menu is a web browser-based application.
Details OS, browser, and connection requirements for MLS Manager menu.
Details signing in with default admin account and EULA acceptance.
Explains accessing the MLS Manager menu via browser and signing in.
Explains how to change the password via MLS Manager settings.
Explains shutting down all switchers in an island.
Explains shutting down a selected switcher.
Explains menu hierarchy, numbers, and selection methods.
Describes six methods for selecting menus.
Explains selecting menus by navigating through levels 1 to 4.
Explains configuring the box running MLS Manager using the front panel display.
Explains configuring control panels by combining banks and assigning them to switchers.
Explains configuring control panels by combining banks and assigning them to switchers.
Explains configuring six types of network interfaces for each box.
Explains setting standard interface 1 network interface.
Explains setting network interfaces other than standard interface 1.
Explains entering a host name (up to 63 characters) for a box.
Explains setting the default gateway for IPv4 and IPv6.
Explains setting the DNS server mode and address.
Explains selecting a function license key file and installing a license.
Explains uninstalling all function licenses.
Explains exporting device information file containing unique device ID.
Explains selecting a software update license key file and installing a license.
Explains selecting a software update license and uninstalling it.
Explains configuring SNMP settings and enabling/disabling the function.
Explains refreshing the MIB product ID.
Explains configuring community and host when SNMP is enabled.
Explains checking version information of installed packages.
Explains how to repair the system if there is a version mismatch within an island.
Explains selecting and deleting package archive files.
Explains selecting and renaming package archive files.
Explains setting the time zone and date/time for MLS Manager.
Explains how to select a time zone.
Explains setting date/time automatically via NTP server or manually.
General| Brand | Sony |
|---|---|
| Model | MKS-X1115 |
| Category | Computer Hardware |
| Language | English |
