ORION XC CATx and Fiber DVI Matrix Switch 10707 Stancliff Road Houston, Texas 77099 Phone: (281) 933-7673 www.rose.
LIMITED WARRANTY Rose Electronics warrants the Orion™ XC to be in good working order for one year from the date of purchase from Rose Electronics or an authorized dealer. Should this product fail to be in good working order at any time during this one-year warranty period, Rose Electronics will, at its option, repair or replace the Unit as set forth below. Repair parts and replacement units will be either reconditioned or new. All replaced parts become the property of Rose Electronics.
DECLARATIONS OF CONFORMITY This is to certify that, when installed and used according to the instructions in this manual, together with the specified cables and the maximum CPU- cable length <3m, the Units listed in Appendix B are shielded against the generation of radio interferences in accordance with the application of Council Directive 2004/108/EG as well as these standards: EN 55022:2006 + A1:2007 (Class A) EN 55024:1998 + A1:2001 + A2:2003 This equipment has been found to comply with the limits for a
TABLE OF CONTENTS Contents Page # Disclaimer................................................................................................................................................... 1 Introduction................................................................................................................................................. 1 About This Manual......................................................................................................................................
Active Configuration ........................................................................................................................... 66 Saving of Configurations (internal) ..................................................................................................... 66 Loading of Configurations (internal).................................................................................................... 68 Saving of Configurations (External) ...............................................
Power Supply Unit Malfunction............................................................................................................ 116 Network Error ...................................................................................................................................... 116 Failure at the matrix............................................................................................................................. 116 Blank Screen......................................................
Figure 51. Modifying CPU Settings through the OSD................................................................................ 49 Figure 52. Modifying CPU Settings through the Java Tool........................................................................ 50 Figure 53. Setting Up CON Devices through the OSD .............................................................................. 52 Figure 54. Setting Up CON Devices through the Java Tool ............................................................
Figure 107. Syslog Monitoring with the Java Tool................................................................................... 109 Figure 108. SNMP Monitoring through the OSD ..................................................................................... 111 Figure 109. SNMP Monitoring through the Java Tool ............................................................................. 112 Figure 110. System Check through the Java Tool ...............................................................
INTRODUCTION Disclaimer While every precaution has been taken in the preparation of this manual, the manufacturer assumes no responsibility for errors or omissions. Neither does the manufacturer assume any liability for damages resulting from the use of the information contained herein. The manufacturer reserves the right to change the specifications, functions, circuitry of the product, and manual content at any time without notice.
About This Manual This manual covers the installation, configuration, and operation of the Orion XC System. The System consists of three components; the Orion XC switch, the CPU device(s), and the CON device(s). This manual only covers the Orion XC switch. The Installation section explains how the three components are interconnected to form a seamless switching network. The Operations section describes how to operate the system and the features available to make switching and maintenance simple and easy.
Compatibility Video DVI-I (VGA or DVI) input, DVI-D Single Link output; Maximum Resolution: 1920 x 1200 @ 60 Hz / 24-bit Keyboard Compatible with all standard PS/2 and USB keyboards Mouse Compatible with all standard PS/2 and USB 2-button, 3-button and wheel mice USB 2.0 Supports signals from USB 2.
OVERVIEW System Overview An Orion XC matrix system consists of an Orion XC matrix, one or more CPU Units, and one or more CON Units. The Orion XC matrix is connected to the CPU Units / CON Units by CATx or fiber interconnect cables. The CPU units are connected to the computers’ video, keyboard and mouse ports using standard video and USB or PS/2 cables. CON Units are connected to console display, keyboard, mouse and USB peripherals.
MODELS Orion XC Model Description The Orion XC is available in models with 8, 16, 32, 48, 64 or 80 ports. All these models are available with all CATx or all fiber ports. In addition, the 64 port and 80 port models can also have mixed CATx and Fiber ports. The following views of the Orion XC matrix illustrate the available chassis types. Orion XC 8-Port Models Figure 2. 8-Port Model with All CATx Ports Figure 3.
Orion XC 32-Port Models Figure 6. Orion XC 32-port Model with All CATx Ports Figure 7. Orion XC 32-Port Model with All Fiber Ports 1 – I/O Ports numbered 1 through 16 3 – RJ45 Port for Serial Connection 2 – I/O Ports numbered 17 through 32 4 – RJ45 Port for connection to a network Orion XC 48-Port Models Figure 8. Orion XC 48 Port Model with All CATx Ports Figure 9.
Orion XC 64-Port Models Figure 10. Orion XC 64-Port Model with All CATx Ports Figure 11. Orion XC 64-Port Model with All Fiber Ports Figure 12.
Orion XC 80-Port Models Figure 13. Orion XC 80-port Model with All CATx Ports Figure 14, Orion XC 80-port Model with All Fiber Ports Figure 15.
INSTALLATION Installation The installation section of this manual explains the basic System Setup. It then describes in detail how to set up the Orion XC as a KVM Matrix, how to stack Orion XC matrices or make a grid of matrices. System Setup First time users are recommended to first connect all of the system components in the same room as a test setup. This will facilitate correcting any cabling problems, and simplify the system configuration process.
KVM Matrix In single-head mode, up to 80 ports can be used either as input or as output ports depending on the components and equipment. Non-blocking access is available to all users, i.e. user access is not limited by the activities of another user. Figure 16.
Parallel Operation (Stacking) For some installations, such as those with multiple monitors per workstation, or those with the need to connect USB 2.0 devices, the number of connectable CPUs and consoles can be increased by the parallel operation (stacking) of several Orion XC devices. One of the Orion XC matrices is configured as the master matrix. All the others are configured as Sub Matrices, with the IP address of the master matrix entered in the Master IP Address field.
Matrix Grid A Matrix Grid is a multiple matrix configuration which increases the total number of ports accessible beyond those in a single Orion XC. It is also useful when important connections need to be redundantly connected to several different matrix units. A Matrix Grid consists of a master matrix and at least one slave matrix. Up to 16 matrices can be interconnected in a matrix grid installation. Orion units in a Matrix Grid are connected to each other by “Grid Lines”.
CONFIGURATION Configuration The Orion XC switch is easy to configure. This can be done through keyboard commands in Command Mode, invoking the On-Screen Display, or using the Java Tool. These options are described below. Command Mode The Orion XC has a Command Mode that allows users to perform several functions through keyboard commands during normal use. To enter Command Mode use a 'Hot Key' sequence, and to exit Command Mode, press .
Set user-defined 'Hot Key' When setting a user-defined 'Hot Key' (e.g. 2x), ‘Hot Key’ Code 0 is used. For example, to set as the ‘Hot Key’, the following keyboard sequence will be used: , , <0>, , . Set ‘Hot Key’ for direct OSD access Besides using the ‘Hot Key’ for standard functions, a ‘Hot Key’ can be set up to directly access the OSD.
Menu Structure Figure 19. OSD Main Menu The general layout of the OSD is structured into three areas: Upper status area (topmost two text lines) Working area Lower status area (lowest two text lines) OSD Keyboard controls The following keyboard commands are available.
Sorting and Searching Functions When dealing with lists and tables in the OSD, keyboard commands can be used to quickly sort, search, and refresh the items displayed. The following keyboard commands are available for lists and tables: Function Sort by ID numbers in descending order by pressing the keyboard command once. Sort by ID numbers in ascending order by pressing the keyboard command twice (ID). Sort by ID names in descending order by pressing the keyboard command once.
Control through the Java Tool Requirements The following requirements have to be met to use the Java Tool: Computer with an installed Java Environment (JRE, version 1.6 or higher) Java Tool software Available network connection between the Java Tool and the matrix Contact the system administrator concerning JRE and the network connection. Installation of the Java Tool The Java Tool is available as a single executable program file that does not require a separate installation.
` Figure 21. Java Tool Connect Screen Up to twelve connections between the matrix and Java tool software can be established at the same time. Java Tool Screen structure Figure 22.
The Java Tool screen is subdivided into various sections: Menu bar (top line) Toolbar (second line) Tab bar (third line) Task area (left menu section) Working area (right menu section) Status bar (bottom section) Operating Instructions The operation of the Java Tool is intuitive, and is compatible with the user interfaces of the most commonly used operating systems. The integrated help texts in the working area of the Java Tool can be activated or deactivated by the checkbox in the upper right corner.
Reload Options The information shown in the Java Tool can be reloaded in different ways. By pressing on the keyboard By clicking Edit > Reload in the menu bar By clicking the "Reload" symbol in the symbol bar Context Function The Java Tool offers several context-specific functions that support a user friendly and effective operation. The individual context specific functions are described in their respective chapters.
Online Configuration Configurations and system settings can be also edited when the Java tool is in online mode with an active connection between matrix and Java tool. Figure 23. Java Tool Online Configuration To edit a configuration in online mode, proceed as follows: 1. Select the Matrix > Activate Online Configuration Mode menu item. This activation of this setting will be shown in the title bar of the working area. 2.
Report The Java tool is equipped with a report function that exports the current switching status and all relevant parts of the matrix configuration to a PDF file. The report function can be used in both online or offline mode of the Java tool. To create a report, proceed as follows: 1. Select File > Report... in the menu bar. A selection assistant will be opened. 2.
Assignment CPU specific or console specific assignments can be made on the Orion XC. CPU specific assignments can be made by attaching virtual CPUs to real CPUs. Console specific assignments can be made by attaching virtual consoles to real consoles. Virtual CPU Virtual CPUs can be assigned to real CPUs in this menu. This simplifies the process of switching several consoles to the same CPU.
Assignment through Java Tool Select Assignment > Virtual CPU Devices in the task area. Figure 26. Virtual CPU Devices Assignment through Java Tool To make an assignment, proceed as follows: 1. Select a virtual CPU in the Virtual CPU list. 2. Double click in the Real CPU column to get a list of all available real CPUs. 3. Select a real CPU.
Virtual Console Real consoles can be assigned to virtual consoles in this menu. This simplifies the process of setting and changing access permissions, by changing the permissions of the virtual console and then applying them to all real consoles assigned to the virtual console. Virtual consoles can be switched in exactly the same way as real consoles. If a virtual console is switched to a CPU, all real consoles assigned to the virtual console will receive the video signal.
Assignment through Java Tool Select Assignment > Virtual CON Devices in the task area. Figure 28. Virtual to Real Console Assignment through Java Tool To make an assignment, proceed as follows: 1. Select the desired real console in the Real Console table. 2. Double click in the Virtual Console column to get a list of all available virtual consoles. 3. Select the desired virtual console.
System Settings Several system settings can be set up and modified on the Orion XC. The configuration of the system settings can only be done by users with administrator rights. System Data The system configuration is set up here. This can be done through either the OSD or the Java Tool. The following settings can be modified.
Field Selection Activated Invalid IO-Boards Deactivated Hor. Mouse Speed 1/x Ver. Mouse Speed 1/x 1-9 1-9 Double Click Time 100-800 Keyboard layout Region Description Keep I/O boards with incorrect or invalid firmware online in the matrix. Shut down I/O boards with incorrect or invalid firmware automatically (default).
Modifying System Data through the Java Tool Select the General tab in System > System Data. Figure 30. Modifying System Settings through the Java Tool Automatic ID The settings for automatic creation of CPU and CON devices when a new extender unit is connected are handled in this menu. It can be accessed in the OSD and the Java Tool. The following settings can be modified.
Modifying Automatic ID Settings through the OSD Select Configuration > System in the main menu. Figure 31, Modifying Automatic ID Settings through the OSD Select between the following buttons: Button Function Cancel Reject changes Okay Save changes Modifying Automatic ID Settings through the Java Tool Select the Automatic ID tab in System > System Data. Figure 32.
Access Control The access control configuration is set in this screen. The screen can be accessed in the OSD and the Java Tool. The following settings can be modified.
Modifying Access Control through the OSD Select Configuration > Access in the main menu. Figure 33. Modifying Access Control through the OSD Select between the following buttons: Button Cancel Save Function Reject changes Save changes Modifying Access Control through the Java Tool Select System > Access in the task area. Figure 34.
Switch Settings The configuration of the switching parameters is set in this menu. This menu can be accessed in the OSD and the Java Tool. The following settings can be modified.
Modifying Switch Settings through the OSD Select Configuration > Switch in the main menu. Figure 35. Modifying Switch Settings through the OSD Select between the following buttons: Button Function Cancel Reject changes Save Save changes Modifying Switch Settings through the Java Tool Select System > Switch in the task area. Figure 36.
Network This menu contains the network configuration settings. It can be accessed in the OSD and the Java Tool. The following Network settings can be modified.
Modifying Network Settings through the OSD Select Configuration > Network in the main menu. Figure 37. Modifying Network Settings through the OSD Select between the following buttons: Button Function Cancel Reject changes Okay Save changes Modifying Network Settings through the Java Tool Select System > Network in the task area. Figure 38.
Date and Time This menu allows changes to the Date and Time, based on Simple Network Time Protocol (SNTP). This menu can be accessed in the OSD and the Java Tool. The following settings can be modified. Field SNTP Client SNTP Server Time Zone Month Date Year Day of the week Hours Minutes Seconds Selection Activated Deactivated Byte Region 1-12 1-31 1-99 1-7 0-23 0-59 0-59 Description Enable network time server synchronization Function not active (default) Enter the SNTP server’s IP address (default: 000.
To set the real time clock without using SNTP, proceed as follows: 1. Set the current date in the Date field. 2. Set the current day of the week in the Day field (Monday = 1). 3. Enter the current time (international standard notation) in the Time field. 4. Click the Set RTC button to confirm the settings. Modifying Date and Time Settings through the Java Tool Select System > Date and Time in the main menu. Figure 40.
User Settings User identities and their privilege levels can be created and modified on the Orion XC. User This menu is used to create and modify user identities their privileges. It can be accessed with the OSD and the Java Tool. The following settings can be modified.
Select between the following buttons: Button New Edit Delete Cancel Okay Function Create a new user Edit an existing user Delete an existing user Reject changes Save Changes Modifying User Settings through the Java Tool Select Definition > User in the task area. Figure 42.
To configure user’s access rights to CPUs, proceed as follows: 1. Select a user in the User list. 2. Three access lists (Full Access, Video Access and No Access) are displayed, with the available CPUs displayed in the assigned access lists. 3. To move a CPU to a different access list, right click on it, and from the popup window select the access list to which the CPU should be moved. 4. Confirm the configuration with the Apply button. The following keyboard commands also can be used.
Setting up User Favorites through the Java Tool In the working area of the User menu, select a user and then click the Favorites tab. Figure 44. Setting Up User Favorites through the Java Tool To create a favorites list for any user, proceed as follows: 1. Select CPUs in the CPU available list to be added to the user’s favorites list. Press and hold the key to select more than one CPU device at a time. 2. Click the > button to move the selected CPU devices to the favorites list.
The following actions can be assigned to a User Macro: Field Function (01-16) Selection Connect (P1=CON, P2=CPU) Connect Video (P1=CON, P2= CPU) Connect Private (P1=CON, P2= CPU) Disconnect (P1=CON) Logout User Assign CPU (P1=VCPU, P2=RCPU) Assign CON (P1=RCON, P2=VCON) Push (P1=CON) Push Video (P1=CON) Get (P1=CON) Get Video (P1=CON) Login User (P1=CON, P2=User) Description Make a bidirectional connection from console P1 to CPU P2 Make a video connection from console P1 to CPU P2 Make a private connec
To create a macro for the selected user, proceed as follows: 1. In the Key field, select the function key (F1 to F16) to which a macro is to be assigned. 2. Select the position in the Key list (1-16) where a macro command is to be inserted. 3. Select a Function in the Macro Data field. Press the keyboard up or down arrow keys to change functions. 4. Set the necessary parameters P1 and P2 (e.g. CON Devices, CPU Devices, or Users) for the selected macro command. 5.
Extender Settings The creation of new extender units and the deletion of existing extender units are managed in this menu. It can be accessed in the OSD and the Java Tool. The extender unit describes a physical extender connected to the matrix. Every extender board with a direct cable connection to the matrix is recognized as an extender unit. Dual-Head KVM extenders are recognized as two independent extenders.
Managing Extender Settings through the Java Tool Select Definition > EXT Units in the task area. Figure 48. Managing Extender Settings through the Java Tool Select between the following buttons: Button New Unit Delete Unit Apply Cancel Function Create a new extender unit Delete an existing unit Confirm changes of an extender unit Reject changes Flex-Port Extender Units Many extenders have functionality which is automatically recognized by the system and these extenders cannot be created manually.
USB 2.0 Extender This section describes how to configure and use USB 2.0 extenders. USB 2.0 extenders must be connected to standard I/O boards. They can be configured for independent switching, or can be assigned to existing KVM extenders. USB 2.0 extenders can be configured through the OSD or the Java Tool. Configuring USB 2.0 Extenders through the OSD Select Configuration > EXT Units in the main menu. Figure 49. Configuring USB 2.0 Extenders through the OSD To create a USB 2.
Configuring USB 2.0 Extenders through the Java Tool Select Definition > EXT Units in the task area. Figure 50. Configuring USB 2.0 Extenders through the Java Tool To create a USB 2.0 extender definition through the Java Tool, proceed as follows: 1. Press the New Unit button. This opens a popup window. 2. From the Templates in the selection box, select USB 2.0 CON Unit or USB 2.0 CPU Unit and click the OK button. An extender with an eight-digit ID will be created, starting with digit 9. 3.
CPU Device Settings New CPU devices are defined in this menu, including their assignment to extenders. The assignment helps to describe and switch more complex computer configurations (e.g. Quad-Head with USB 2.0) in the matrix. This menu can be accessed in the OSD and the Java Tool. The following settings can be modified.
Modifying CPU Settings through the Java Tool Select Definition > CPU Devices in the task area. Figure 52.
To access a new CPU from the matrix, an assignment of one or more CPU type extender units is required. Proceed as follows: 1. Select the new CPU in the CPU Devices list. 2. Select one or more extenders in the Extender available list. 3. Perform the assignment by pressing the > button. To assign all available extenders to the CPU, press the >> button. The assignments are displayed in the Extender assigned list. 4. Confirm the assignment by pressing the Apply button.
Setting up CON Devices through the OSD Select Configuration > CON Devices in the main menu. Figure 53. Setting Up CON Devices through the OSD Select between the following buttons: Button New R. New V.
Setting up CON Devices through the Java Tool Select Definition > CON Devices in the task area. Figure 54.
One or more CON Units (extender) must be assigned to the console device for it to access a CPU through the matrix. To make an extender assignment, proceed as follows. 1. Select the console in the CON Devices list to be assigned an extender. 2. Select the extender in the Extender available list to assign to the CON Device. 3. Perform the assignment by clicking the > button. To assign all available extenders to the console, click the >> button. The assignments are displayed in the Extender assigned list. 4.
Modifying Mouse and Keyboard Settings through the OSD Select Configuration > EXT Units in the main menu. Figure 55. Modifying Mouse and Keyboard Settings through the OSD Select between the following buttons: Button Cancel Okay Function Reject changes Save changes Modifying Mouse and Keyboard Settings through the Java Tool Select Definition > EXT Units in the task area. Mouse and keyboard settings are found in the General OSD Data tab. Figure 56.
Extender OSD The Extender OSD settings can be adjusted. These local settings apply to individual consoles. The settings can be accessed from the OSD and the Java Tool. The following Extender OSD settings are available.
In order to change the Extender OSD settings, proceed as follows: 1. Select the console extender in the EXT Units list for which Extender OSD settings are to be modified. 2. Confirm the selection by pressing the key, and the respective console extender will be enabled for editing. 3. Make the desired modifications to the Extender OSD Data settings. 4. Click the Okay button to confirm the changes. Modifying Extender OSD Settings through the Java Tool Select Definition > EXT Units in the task area.
Console Favorites Lists of up to 16 favorite CPUs can be created for each console. Switching to a CPU in the console favorites list is done by pressing the keyboard 'Hot Key' sequence followed by the number of the CPU in the list (1 to 16). This menu can be accessed in the OSD and the Java Tool. Setting up Console Favorites through the OSD Select Assignments > CON Favorites in the main menu. Figure 59.
Setting up Console Favorites through the Java Tool Select Definition > CON Devices in the Task area, then select a console in the CON Devices list and click the Favorites tab to open it. Figure 60. Setting Up Console Favorites through the Java Tool To create a favorites list for any console, proceed as follows: 1. Select CPU devices in the CPU available list to be added to the console favorites list (Favorite CPUs). Press and hold the key to select more than one CPU device at a time. 2.
The following functions can be used in console macros.
To create a macro for a console, proceed as follows: 1. Select a console in the CON devices list. 2. Select a keyboard function key (F1 to F16) in the Key field to be used to invoke the macro. 3. Select the position in the macro list (1-16) where the macro command is to be inserted. 4. Click the Edit button to activate the Function field, and select the desired function by pressing the keyboard up and down arrow keys. 5. Press the Tab key to select the appropriate parameters P1 and P2 (e.g.
Parallel Operation Parallel operation means control of a CPU Device by keyboard and mouse is allowed to pass from one CON Device to another concurrently connected Con Device. A CPU Device can never be controlled by more than one CON Device at a given time, but control can pass from the controlling CON Device after a specified period of keyboard and mouse inactivity. Mouse or keyboard activity by may also be used to take control.
Setting Up Parallel Operation through the Java Tool Select System > Switch in the task area. Figure 64. Setting Up Parallel Operation through the Java Tool In order to configure parallel operation through the Java Tool, proceed as follows. 1. Activate the Enable Video Sharing function. 2. Activate the Force Connect function. 3. Activate the Keyboard Connect function, if taking control by a keystroke is to be enabled. 4.
Setting Up Multi-Screen Control through the OSD Select Assignments > Multi-Screen Control in the main menu. Figure 65. Setting Up Multi-Screen Control through the OSD To configure Multi-Screen Control through the OSD, proceed as follows. 1. Select the desired configuration layout for the CON Device in the Arrangement field (1 x 4 or 2 x 2). The fields for the configuration of the individual displays will be arranged accordingly. 2.
Setting Up Multi-Screen Control through the Java Tool Select Assignment > Multi-Screen Control in the task area. Figure 66. Setting Up Multi-Screen Control through the Java Tool To configure Multi-Screen Control through the Java Took, proceed as follows. 1. Select the block of four ports in the working area list that should be configured for Multi-Screen Control. Only blocks of four ports that contain at least one CON Unit are shown. 7.
Saving and Loading of Configurations The menus described in this section provide a variety of ways to save and recall configurations, whether currently active configurations, internally stored configurations, or configurations saved on media external to the Orion XC equipment. Active Configuration This menu can only be accessed in the OSD. Select Configuration > Save in the main menu. By selecting this menu item, the admin user can save the active configuration of the matrix to its nonvolatile memory.
In Default and File #1 to File #8, the name and information records of the respective saved configuration are shown. Each of these storage locations can be overwritten. The configuration stored in the Default location will become the default configuration. The storage location to be overwritten by the current configuration must be selected explicitly. The current configuration is then saved to this storage location. The previously saved configuration at that storage location is deleted.
Loading of Configurations (internal) In this menu Configurations previously saved to internal memory are loaded to become the active configuration. This menu can be accessed from the OSD and the Java Tool. Loading Internal Configuration through the OSD Figure 69. Loading Internal Configuration through the OSD Active shows the current configuration’s name and description. In addition to the default configuration, eight other configurations can be loaded.
Loading Internal Configuration through the Java Tool Figure 70. Loading Internal Configuration through the Java Tool To load the configuration from the internal matrix memory, proceed as follows: 1. Select Administration > Activate Configuration during online-mode in the task area. 2. Select the required configuration. 3. Load the configuration by pressing the Activate button. Saving of Configurations (External) Configurations can also be saved as files which are stored outside of the matrix.
To save the active configuration as an external configuration file, proceed as follows: 1. Select File > Save As in the menu bar. 2. Enter a legal file name for the configuration. 3. Select the directory on the storage medium where it is to be saved. 4. Click the Save button. Configurations are always saved in a file with the extension “dtc”. Loading of Configurations (external) Externally saved configurations are opened and activated in this menu. This menu can only be accessed in the Java Tool.
Export and Import Options The Orion XC offers the option to export configuration lists (extender, CPUs, consoles and users) for external editing. The files can then be imported into the matrix configuration through the Java tool. Exported configuration lists are always saved as .csv files for ease of offline editing with common spreadsheet applications. Import and Export of configuration lists are only available through the Java Tool. Export Options Configuration lists are exported in this menu.
Import Options Configuration lists are imported in this menu. Figure 74. Importing Configuration Lists through the Java Tool To import, proceed as follows: 1. Select File > Import in the menu bar. 2. After opening the menu, select the list to import (Extender, CPU, Console or User). 3. Select the directory of the list to import. 4. Confirm the import with the Finish button. Note: Importing configuration lists is only possible with offline configurations.
Setting Up Matrix Cascading through the OSD Select Configuration > EXT Units in the main menu of the master matrix. Figure 75. Setting Up Matrix Cascading Through the OSD 1. 2. 3. 4. Press the New button. A new Extender Unit that is to be connected with Tie Lines will be created. Enter an appropriate extender name in the Name field. Enter a port number in the Port field based where the Tie Line is to be connected.
Setting Up Matrix Cascading through the Java Tool Figure 76. Setting Up Matrix Cascading Through the Java Tool 1. Connect to the Master Matrix and then select Activate Online Configuration Mode. 2. Select Definition > EXT Units in the task area and click the New button. This opens a popup window. 3. If the Tie Line should be directed from the Sub Matrix to the Master Matrix, select Cascading CON Unit in the Choose Extender Type selection box.
Matrix Grid The Matrix Grid screen is used to specify a configuration of two or more connected matrix switches. This may be necessary if the total number of ports in the entire system needs to be increased, or if certain important connections should be distributed to several matrix switches for redundancy. The connections between two matrix switches are established through Grid Lines that are that serve as connecting links between particular I/O ports.
Setting Up a Matrix Grid through the OSD In order to configure a Matrix Grid, proceed as follows. The following configuration steps have to be repeated for each matrix switch in the grid separately. 1. Select Configuration > System in the main menu. Figure 77. Setting Up a Matrix Grid through the OSD - Step 1 2. Enter into the Device field a unique name for the Matrix switch itself. No two matrix switches within the Matrix Grid can use the same name. 3. Enter a name for the Grid into the Name field.
5. Activate the Enable Matrix Grid function. 6. Enter the device names of each matrix in the Grid into the Matrix Grid list, starting in the left column. A Grid Master will be automatically selected for the Matrix Grid. The closer a matrix is to the top of the list, the more likely it is to be considered in the selection process, if certain criteria like system availability are met. 7. Activate each matrix in the Matrix Grid list by changing its setting in the Active column to Y. 8.
Preparation Take the following steps in order to prepare for the matrix update: 1. Save the matrix configuration externally. 2. Open Extras > Options in the menu bar, and enter the path to the firmware update files in the Firmware Directory setting. Click the Ok button to confirm the path. 3. Put any spare boards into unused slots in the matrix. 4. If the Syslog function has been unlocked with a license key, activate it to monitor the update. Ensure that all USB 2.
Extender Update The firmware of the extenders connected to the matrix can be updated in this screen. Extender update can be performed only in the Java Tool. Preparation Take the following steps in order to prepare for the extender update. 1. Save the matrix configuration externally. 2. Open Extras > Options in the menu bar, and enter the path to the firmware update files in the Firmware Directory setting. Click the Ok button to confirm the path. 3. Connect all spare extenders to the matrix.
Figure 82. Extender Update in Standard Mode through the Java Tool - Step 2 (Update Firmware) 5. Start the actual update process by clicking the Update button. Note: Just before update begins, all affected I/O boards will be put into Service Mode. Each will be reactivated when its firmware update has completed. Performing the Update in Expert Mode (sequential Update) Take the following steps to prepare for the extender update. 1.
2. Put the matrix into Service Mode upon request in the popup window or through Matrix > Activate Service Mode in the menu bar. Note: During Service Mode, all matrix functions are disabled on the I/O boards on which updates are being performed. An OSD notice indicating that the I/O boards were placed in Service Mode is displayed on all monitors connected to the matrix through a CON device. Additionally, the Service Mode is indicated by a red tool icon in the lower part of the working area of the Java tool.
License Management This menu provides for upgrading Orion XC functionality by installing the license keys for new function bundles. Contact Rose Electronics to purchase license keys. This menu is accessible only from the Java Tool. Figure 85. License Management through the Java Tool To activate a function bundle, proceed as follows: 1. Select Administration > License Management in the task area. 2. In the working area, enter the license key in Activate Bundles > License Key. 3.
OPERATION Operation The Orion XC can be operated in three different ways: 1. Direct Switching through a keyboard connected to a CON port using 'Hot Keys' to switch between as many as 16 favorites using 'Hot Keys' to invoke switching macros 2. OSD Switching through a keyboard connected to a CON port using 'Hot Keys' to display the OSD and then selecting from the entire range of CPUs the console or user can access 3.
Direct Switching of Video, Keyboard and Mouse to previous CPU 1. Start Command Mode with the 'Hot Key'. The Caps Lock and Scroll Lock keyboard LEDs will flash when Command Mode is activated. 2. Press the
key on the keyboard. Command Mode is closed and the console is connected to the previous CPU with complete control. Notes: If the matrix is switched to a CPU that was previously connected with Video Only Access, it will now be connected to this CPU with full KVM access.
Addressing of Main and Sub Matrices The Orion XC can be cascaded over two levels. Commands (including displaying the OSD) can be sent to either the main or the sub matrix. When command mode is active, an extra keystroke can indicate whether the command should be handled by the main matrix or the sub matrix.
To switch the console to any available CPU, proceed as follows: 1. Select a CPU device from the CPU Devices list on the left side to connect to the CON device. 2. Confirm the desired connection type with the appropriate keyboard command. Switching operations by a CON device can only be made to the devices in the CPU Devices list. Note: Listed CPU Devices highlighted in red are currently connected in Private Mode and are blocked by the connected CON Device.
To activate scan mode, proceed as follows. 1. Define a favorites list for a CON Device or user. 2. Start Command Mode with the 'Hot Key' and press to open the OSD. 3. Select one of the CPU Devices in the CPU selection list that are defined in the favorites list. 4. Confirm the CPU Device selection by pressing the CPU Scanner button. The scan will automatically start. 5.
The following information is shown in this menu: Field CON device CON assigned CPU connected CON status EXT list CPU device CPU assigned CON connected CPU status EXT list Description Assigned physical extender unit (CON unit) Virtual CON Device that is assigned to the real CON device Currently connected CPU device Current connection status (CON device) List of all available physical extender units (CON units) Assigned physical extender unit (CPU unit) Real CPU device that is assigned to a virtual CPU devic
To make a KVM connection between a console and a CPU, double-click on the corresponding selection box within the Full Access column and select the desired CPU. To make a video connection between a console and a CPU, double-click on the corresponding selection box within the Video Only column and select the desired CPU. To make a Private Mode connection between a console and a CPU, double-click on the corresponding selection box within the Private Mode column and select the desired CPU.
To perform switching operations between CON and CPU devices proceed as follows: 1. Move the mouse cursor to the port that is to be switched. 2. Hold down the left mouse button and move the cursor to the port that is to be connected to the first port. The cursor movement will be indicated as a black line. 3. Release the left mouse button. A popup menu to select the available switching type (Full Access, Video Access or Private Mode) is displayed. 4. Select the desired switching type.
1. If not in the Switch menu of the OSD, start Command Mode with the 'Hot Key'. 2. Press to open the OSD. This shows a list of all available CPUs as a start menu. 3. Select Local CPU in the list and switch to it. The switching operation to the local source will be performed immediately. Note: The local source (computer, CPU) will only be shown in the OSD if the CON Unit includes the option for a local connection.
USB 2.0 Switching Switching of USB 2.0 extenders works like the switching of KVM extenders. There are two options for switching USB 2.0 extenders depending on how the extenders are configured in the Matrix. 1. An extender unit with USB 2.0 is created and assigned to an existing device which has KVM extender units. 2. A separate device is created for the extender unit with USB 2.0 which has no KVM extender units assigned to it. This allows switching of USB 2.0 devices independently from KVM devices.
To create a new switch macro, proceed as follows: 1. Open a new switch macro by clicking on the New icon in the Presets column of the working area. A prompt will be displayed asking whether the existing connections should be adopted for the new switch macro. 2. Double click in the Full Access, Video Only or Private Mode columns to select the switching operations desired, or use the function for a disconnect (Disconnect CPU). 3.
Factory Reset Resetting the system to factory defaults is available through the OSD and the Java Tool. When a factory reset is done, all current settings and all configurations stored in the matrix will be lost. This also applies to the network parameters (DHCP will be reset to N) and the admin password. If firmware updates have been performed, the Orion XC will be set to the defaults defined in the most recent firmware applied. Resetting Through the OSD 1.
Summary of Keyboard Commands The following two tables summarize all the keyboard commands that affect extender and matrix functions.
Matrix Keyboard Command <'Hot Key'>, <‘Hot Key‘>, , <‘Hot Key‘>, , <'Hot Key'>, <’n’>, <'Hot Key'>, <’n’>, <'Hot Key'>, <’n’>, + <'Hot Key'>, <'Hot Key'>, <'Hot Key'>, <1> ... <16>, ( or + ) <'Hot Key'>, ...
STATUS INDICATORS Diagnostics and Status Indicators This section describes the diagnostics that are available on the Orion XC. Status indicators, both physically on the unit as LED indicators, and in the software, are discussed here. Status LEDs The Orion XC components are fitted with the following LEDs for overall status indication. CPU Orion XC 8-port Figure 93. CPU Status LEDs 1 2 Status LED 2 Status LED 1 Status LEDs for CPU: Pos.
LAN Port Figure 94. LAN Port Status LEDs 1 2 Status LED 1 Status LED 2 Status LEDs on the LAN Port: Pos. 1 2 LED Status 1 (orange) Status 2 (green) Status On Off Flashing Off Description Connection to network available No connection to network Data traffic active Data traffic not active I/O Ports Status LEDs Figure 95. I/O Port Status LEDs 1 → Link Status Port 1 2 → Link Status Port 2 Status LEDs at the ports of the I/O boards: Pos.
Power Supply Unit Figure 96. Power Supply Unit Status LEDs 1 → Power supply unit 1 status LED 2 → Power supply unit 2 status LED Status LEDs of the Power Supply Units: Pos. 1 2 LED Status PSU 1 (green) Status PSU 2 (blue) Status On Off On Off Description Operating condition Power supply unit off Operating condition Power supply unit off Fan Status LEDs Figure 97.
Port Status The connections and the switching status between the various consoles and CPUs are shown in this screen. It can only be accessed from the Java Tool. Viewing Port Status with the Java Tool The current port configuration of the Orion XC is illustrated in this screen. Select Status > Matrix View in the task area when connected to the matrix. Figure 98. Viewing Port Status with the Java Tool (Example 1) Figure 99.
The colors indicate the connection status: Color Grey Orange Green Red Blue Description Port not connected Video connection KVM connection Faulty Port Port connected to another matrix through a Grid Line The symbol indicates an extender that is recognized and defined at a certain port: Symbol Description Port connected to a CPU unit Port is connected to a CPU unit that is switched to a CON unit in Private Mode Port connected to a CON unit Port connected to a CON unit with Shared Access to a CPU.
Click the left mouse button to display extender information for the currently selected port on the right hand side of the working area.
Port Status Matrix Grid This screen shows the connections and switching status between the CON and CPU Devices within the Matrix Grid. The screen can only be accessed in the Java Tool. The screen is designed to show the matrix switches that are part of the Matrix Grid. Each matrix is displayed in an optimized view of 24 ports per line, in order to be able to show a larger number of ports, Select Status > Grid Port View in the task area when connected to the matrix. Figure 100.
Extender OSD All extenders used with the Orion XC are provided with their own OSD to display the connection status of the console. Figure 101.Extender OSD The following information is shown in the OSD information screen: Field CON CPU Description Name of the console Name of the currently connected CPU Full Access: The console has a KVM connection to the displayed CPU. Video Access: The console has a video only connection to the displayed CPU.
Network Status The current network configuration is shown in this screen. This screen can be accessed through the OSD or the Java Tool. The following information is shown in this menu: Field DHCP IP Address Subnet Mask Gateway MAC ID Description The network is allowed to assign network settings dynamically. Displays YES or NO.
Viewing Network Status through the Java Tool Figure 103. Viewing Network Status through the Java Tool 1. Select Status > Matrix View in the task area. 2. Use the left mouse button to click on the network port of the CPU board. The corresponding network status will be shown on the right side of the working area. Firmware Status Matrix The current firmware status of the installed boards is shown in this screen. This screen can be accessed through the OSD or the Java Tool.
Viewing Firmware Status through the OSD Select Status > Firmware in the main menu. Figure 104. Viewing Firmware Status through the OSD Viewing Firmware Status through the Java Tool Select Status > Matrix Firmware in the task area. Figure 105. Viewing Firmware Status through the Java Tool To read out the firmware status and store it locally (file extension .dtf), select Matrix > Save Firmware Status to File... To read out the overall status of the matrix and store it locally (file extension .
To get a better overview, the various modules can be expanded and contracted by clicking with the left mouse button on the plus or minus symbols in the Name column. By clicking with the left mouse button on the plus or minus symbol in the upper right corner of the working area (Expand Treeview), information can be expanded and contracted for all modules at once. Firmware Status Extender The current firmware status of the connected extenders is shown in this screen.
Trace Function All events, e.g. activities and switching operations of the Orion XC matrix, are logged and displayed in this screen. This function is used for diagnostic purposes. This screen can only be accessed from the OSD. The following information is shown in this menu: Field Date Time Message Description Date stamp Time stamp Detailed description of the event Trace Options Select Status > Trace IO Board in the main menu to check the events on the current I/O board.
Options Select Extras > Options in the menu bar and open the Syslog tab.
SNMP The SNMP function allows all function-critical and safety-critical elements of the matrix to be monitored and queried. This function complies with the RFC 1157 standard. The SNMP option can be accessed from the OSD and the Java Tool. Note: When using SNMP monitoring, the use of a dedicated network to maintain continuous access is strongly recommended. SNMP Monitoring through the OSD Select Configuration > SNMP in the main menu. Figure 108.
The following traps are available.
System Check System Check provides a diagnostic ability to check the matrix configuration. This feature detects and displays suboptimal and faulty settings. It is used exclusively as a confidence check, and does not make any active changes in the configuration. The System Check feature can only be accessed through the Java Tool. Select the System Check symbol in the symbol bar. Figure 110.
SERVICE AND TECHNICAL SUPPORT Service Information Maintenance and Repair This Unit does not contain any internal user-serviceable parts. In the event a Unit needs repair or maintenance, you must first obtain a Return Authorization (RA) number from Rose Electronics or an authorized repair center. This Return Authorization number must appear on the outside of the shipping container. See Limited Warranty for more information.
SAFETY The Orion XC has been tested for conformance to safety regulations and requirements, and has been certified for international use. Like all electronic equipment, the Orion XC should be used with care. To protect yourself from possible injury and to minimize the risk of damage to the Unit, read and follow these safety instructions. Follow all instructions and warnings marked on this Unit. Except where explained in this manual, do not attempt to service this unit yourself.
TROUBLESHOOTING Troubleshooting This section provides support for problems with the Orion XC matrix. It is assumed that fully operational CPU and CON Devices are available, which can be tested over a peer-to-peer connection using CATx or fiber cables. Please refer to the extender manuals, if necessary.
Blank Screen Figure 111. Troubleshooting Blank Screen Problem Monitors remain blank after switching operation Possible Reason Switching to a CPU port with no active source (computer, CPU) LED 1 on or LED 2 off Connections between CON unit, matrix and CPU unit LED 3 off Power supply Solution Switch to a CPU Port with an active source (computer, CPU). Check connecting cables and connectors.
APPENDICES Appendix A – General Specifications This section gives the general specifications for the Orion XC connectors, pinouts, cables and dimensions. Interfaces The different types of possible connections, and any restrictions on them, are discussed here. RJ45 (Network) The communication of the Cat X devices requires a 1000BASE-T connection. The cabling must be according to EIA/TIA-568-B (1000BASE-T), with RJ45 connectors at both ends. All four wire pairs are used in both directions.
Type of Interconnect Cable The Orion XC requires interconnect cabling specified for Gigabit Ethernet (1000BASE-T). The use of solidcore (AWG24), shielded, Cat 5e (or better) is recommended. Type of Cable Cat X Solid-Core Cable AWG24 Cat X Patch Cable AWG26/8 Specifications S/UTP (Cat 5e) cable according to EIA/TIA-568-B. Four pairs of wires AWG24. Connection according to EIA/TIA-568-B (1000BASE-T). S/UTP (Cat 5e) cable according to EIA/TIA- 568-B. Four pairs of wires AWG26/8.
Connector Pinouts This section shows the pinouts for the connectors on the Orion XC. RJ45 (Serial) Figure 112. RJ45 Serial Connector Pinouts Pin 1 2 Signal DCD DSR Pin 3 4 Signal RTS GND Pin 5 6 Signal RxD. TxD Pin 7 8 Signal CTS DTR Signal D2+ n.c. Pin 5 6 Signal n.c. D2- Pin 7 8 Signal n.c. n.c. Signal D2+ D3+ Pin 5 6 Signal D3D2- Pin 7 8 Signal D4+ D4- RJ45 (Ethernet) Figure 113. RJ45 Ethernet Connector Pinouts Pin 1 2 Signal D1+ D1- Pin 3 4 I/O Port RJ45 Connector Figure 114.
Power Supply Voltage All 8 port models All 16 port, 32 port and 48 port models All 80 port and 64 port models 0.7 A, 100-240 VAC, 50/60 Hz 1.4 A, 100-240 VAC, 50/60 Hz 2.3 A, 100-240 VAC, 50/60 Hz Power Requirement All 8-port models All 16-port models All 32-port models All 48-port models All 64-port models All 80-port models max. 13 W max. 40 W max. 65 W max. 90 W max. 105 W max.
Shipping Weight All 8 port models Matrix Shipping Box 1.9 lb (0.9 kg) 7.5 lb (3.4 kg) All 16 port models Matrix Shipping Box 8.6 lb (3.9 kg) 12.8 lb (5.8 kg) All 32 port models Matrix Shipping Box 24 All 48 port models Matrix Shipping Box 8.8 lb (4.0 kg) 13.0 lb (5.9 kg) 9.0 lb (4.1 kg) 13.2 lb (6.0 kg) All 64 port models Matrix Shipping Box 15.4 lb (7.0 kg) 20.7 lb (9.4 kg) All 80 port models Matrix Shipping Box 15.9 lb (7.2 kg) 21.1 lb (9.
Appendix B – Part numbers Orion XC Unit Part # OXS-XC080-TP OXS-XC080-FS OXS-XC48TP32FS OXS-XC048-TP OXS-XC048-FS OXS-XC032-TP OXS-XC032-FS OXS-XC016-TP OXS-XC016-FS OXS-XC008-TP OXS-XC008-FS Description Orion XC, 80 Port Matrix Switch, CATx, Redundant PSU, 2U size Orion XC, 80 Port Matrix Switch, Fiber SM, Redundant PSU, 2U size Orion XC, 80 Port Matrix Switch, 48 CATx ports, 32 Fiber SM ports, Redundant PSU, 2U size Orion XC, 64 Port Matrix Switch, CATx, Redundant PSU, 2U size Orion XC, 64 Port Matrix
