UTAH SCIENTIFIC UTAH-100/UDS Setup & Operation
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UTAH SCIENTIFIC UTAH-100/UDS Setup & Operation

Digital routing switcher
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UTAH-100/UDS
System Setup and Operation

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  • Page 1 UTAH-100/UDS System Setup and Operation...
  • Page 2 Printed in U.S.A. • Copyrights and Trademarks © 2015 Utah Scientific, Inc., All rights reserved. Any use or reproduction of this guide’s contents without the prior written consent of Utah Scientific, Inc. is strictly prohibited. UTAH 100 is a trademarks of Utah Scientific, Inc.
  • Page 3 Operation of this equipment in a residential area is likely to cause harmful interference, in which case, the user will be required to correct the interference at their own expense. Shielded cables must be used to ensure compliance with the FCC Class A limits.
  • Page 4 Following the provisions of the Directive(s) of the Council of the European Union: EMC Directive 89/336/EED • Low Voltage Electrical Directive 72/23/EEC • Utah Scientific, Inc. hereby declares that the product specified above conforms to the above Directive(s) and Standard(s).
  • Page 5 Important Safeguards and Notices This section provides important safety guidelines for the Operator and Service Personnel. Specific warnings and cautions are found throughout the guide where they apply, but may not appear here. Please read and follow the important safety information, specifically those instructions related to risk of fire, electric shock, or injury to persons.
  • Page 6 Dangerous voltages exist at several points in this prod- • uct. To avoid personal injury, do not touch exposed con- ductors and components while power is on. Do not insert anything into either of the systems two-power supply cavities with power connected. Do not wear hand jewelry or watches when troubleshoot- •...
  • Page 7 Company Information Utah Scientific, Incorporated 4750 Wiley Post Way, Suite 150 Salt Lake City, Utah 84116-2878 U.S.A. Telephone: +1 (801) 575-8801 • FAX: +1 (801) 537-3098 • Technical Services (voice): +1 (800) 447-7204 • Technical Services (FAX): +1 (801) 537-3069 •...
  • Page 8 Warranty Policies Hardware Warranty Utah Scientific, Inc. warrants to the original purchaser that the Utah Scientific hardware is free from defects in materials and workmanship and will perform substantially in accordance with the accompanying written materials under normal use and service for a period of two (2), five (5), or ten (10) years from the date of shipment.
  • Page 9 These rights may vary in certain states/jurisdictions. No liability for consequential damages. To the maximum extent permitted by applicable law, in no event shall Utah Scientific or its suppliers be liable for any damages whatsoever (including without limitation, damages for loss...

  • Page 11: Table Of Contents

    Table of Contents Table of Contents Section 1 System Setup Introduction 1-1 Control System Options 1-2 Router Hardware Description 1-3 Installation: 144x, 64x, and 32x Systems 1-5 144x144 UDS System 1-5 Contents 1-6 64x64 UDS System 1-7 Contents 1-7 32x32 UDS System 1-8 Contents 1-8 Hardware Installation 1-9 Initial Inspections 1-9...
  • Page 12 Controls and Indicators 1-35 Internal Control Module 121343-1 1-36 General 1-36 Circuit Description 1-36 Controls and Indicators 1-37 121422-1 Digital Audio Input Card 1-38 General 1-38 Circuit Description 1-38 121394-1 Analog Breakout Adapter 1-39 General 1-39 Usage 1-39 UTAH-100/UDS Setup & Operations Guide...
  • Page 13 Circuit Description 1-53 Indicators 1-54 Section 2 Network Configuration Introduction 2-1 System Setup Requirements 2-2 UTAH-100/UDS Network Configuration 2-3 New Configuration on Independent Network 2-3 Router Applet Activation and Configuration 2-9 Panel Applet Activation and Configuration 2-12 Table of Contents...
  • Page 14 Audio 3-32 Macro buttons 3-32 Salvos 3-34 Preset List Window 3-35 Section 4 The Control Applet Introduction 4-1 The UTAH-100/UDS CP 4-2 Front View 4-2 Rear View 4-2 Setup 4-2 Panel Configuration 4-3 System 4-5 UTAH-100/UDS Setup & Operations Guide...
  • Page 15 Table of Contents Network 4-5 Network Parameters 4-6 Encoding 4-6 Panel Layout - Config Controls 4-7 Layouts - Single and Multi-Dest 4-9 Single Destination 4-9 Multi-Dest layout 4-10 XY-32 Configuration 4-11 Print Option 4-14 Control Panel 4-15 Section 5 Specifications and Alarms Frame Specifications 5-1 Width 5-1 Depth 5-1...
  • Page 16 Output Designation C-8 Save and Program C-9 Addendum D Troubleshooting Hard Reset D-1 Factory Reset D-1 Serial Port Network Configuration D-1 System Fails to Reboot Properly D-2 Applet Opens with Wrong or Old View D-2 UTAH-100/UDS Setup & Operations Guide...

  • Page 17: System Setup

    They combine a compact design with unique control facilities to allow cost effective routing solutions and flexible, configurable distribution amplifiers or, when combined with a Utah Scientific SC-4 or SC-400 control system, provide a cost sensitive alternative to the flagship Utah Scientific UTAH-400 SDI routers.

  • Page 18: Control System Options

    When the optional MX-Bus Interface option is employed, the routing switcher is simply a slave to a larger Utah Scientific SC4 or SC400 control system. This is useful if a user requires more control locations or hardware panel options than are supplied with a base UDS system.

  • Page 19: Router Hardware Description

    Router Hardware Description Router Hardware Description The UDS system is based upon a three board architecture similar to other Utah Scientific routing switchers. These three boards are made up of an Input board, a crosspoint board, and output board. Input and Output boards insert into Crosspoint board assemblies that are permanently mounted inside their respective enclosures.
  • Page 20 System Setup The standard 32, 64 and 144 frames also allow for audio options. If AES routing is needed, an AES coaxial input card (121422-1) can be fitted in the frame and those AES signals routed out of a standard SDI output card. If analog audio routing is desired, the ADC Input (121420-1) and DAC Output (121421-1) cards can be fitted in the frame.

  • Page 21: Installation: 144X, 64X, And 32X Systems

    Installation: 144x, 64x, and 32x Systems Installation: 144x, 64x, and 32x Systems The UTAH-100/UDS family of Distribution Amplifiers provide an economical but highly reliable means of creating digital audio and video signals. All three frame configurations contain dual power supplies for maximum reliability.

  • Page 22: Contents

    System Setup Contents • 1 Crosspoint card (permanently mounted internally) • 9 Input Card Slots. • 9 Output Card Slots. • 1 Control Card Slot (MX-Bus or Internal Controller) • 2 12 VDC Power Supply Inlets. • 2 internal cooling fans located on chassis rear. Air is drawn from the front and exhausted through the rear.

  • Page 23: 64X64 Uds System

    Installation: 144x, 64x, and 32x Systems 64x64 UDS System Figure 1-4. UTAH-100/UDS 64 - Front Figure 1-5. UTAH-100/UDS 64 - Rear Contents • 1 Crosspoint card (permanently mounted internally) • 4 Input Card Slots. • 4 Output Card Slots. • 1 Control Card Slot (MX-Bus or Internal Controller) •...

  • Page 24: 32X32 Uds System

    System Setup 32x32 UDS System Figure 1-6. UTAH-100/UDS 32 - Front Figure 1-7. UTAH-100/UDS 32 - Rear Contents • 1 Crosspoint card (permanently mounted internally) • 2 Input Card Slots. • 2 Output Card Slots. • 1 Control Card Slot (MX-Bus or Internal Controller) •...

  • Page 25: Hardware Installation

    Verify that the product is configured to match the available main power source per the input power configuration instructions provided in this manual. The modules of the UTAH-100/UDS frame may only be installed in specific positions. Interchanging power and function modules may harm the UTAH-100/UDS frame permanently.

  • Page 26: Initial Setup

    3. Connect the external power cord to the corresponding power connector on the rear side of the UTAH-100/UDS frame. Check that the Power LED on the front panel is lit. Blue LEDs indicate normal operation, while Red LEDs indicate a failure condition. If a failure occurs;...

  • Page 27: Connecting Cables

    Hardware Installation Connecting Cables Video Cables Use high quality coaxial cable with HDBNC ends to connect to the UDS system. The input and output numbers are silk-screened on the rear of the chassis. IMPORTANT NOTE:SC4 and SC400 control systems are zero based. This means that SC4 input 0 corresponds to the input labeled 1 on the router, 1 corresponds to 2, etc.

  • Page 28: Internal Controller Based Systems

    System Setup Internal Controller Based Systems The UDS system Internal Controller card (USI PN 121343-1) has three control connections – • Ethernet, used for control and status, on a standard 10/100 RJ45. • Serial, used for control and status, on anRJ-45 with a custom pinout. •...

  • Page 29: Ethernet Port

    Hardware Installation Ethernet Port Figure 1-10. 10 /100 Ethernet SYNC Serial (1 RCP-1, 1 DEBUG) Connect the Ethernet port to standard 802.11 Ethernet switch or router. Connect an analog reference signal aligned to house reference to the sync port using a coax cable with an HD-BNC end.

  • Page 30: Rs232/422 Adapter - Usi Part Number 140033-14

    System Setup RCP-1 RS232/422 Adapter - USI Part Number 140033-14 Two DB-9 to RJ-45 adapters are included in each router system along with a 10 foot CAT 5 cable. These adapters are pre-wired to give you access to either the diagnostic port, or the RCP-1 serial port based on the one connected.

  • Page 31: Uds Diag Port - Usi Part Number 140033-15

    Hardware Installation UDS Diag Port - USI Part Number 140033-15 Note: This serial port is used to access the debug menu for diagnostic purposes. Figure 1-12. DB9S to RJ45 Name Wire Color Brown White Blue UDS Control Panel All UDS Control Panels utilize the same 121343-1 control card as in internal controller based routers.

  • Page 32: Uds Gpio Panel

    System Setup UDS GPIO Panel The UDS-GPIO connection box is designed to provide a Ethernet based interface point for triggering opto-isolated inputs and controlling relay closure outputs. The box provides sixteen GPIs and sixteen GPOs located at the rear of the unit. Connect the E-NET port to standard 802.11 Ethernet switch or router Indicates proper Controller connection 16 GPIO Inputs and Outputs...
  • Page 33 Hardware Installation Double-click the GPIO applet icon (below). Figure 1-14. When the Router icons appears, select “Router Configuration”. Figure 1-15. Note: You will only be able to connect if the browser window indicates “Applet ready for login.” Section 1 1-17...
  • Page 34 System Setup Enter Username “admin” (default) - in the username entry box Enter Password “admin” (default) - in the password entry box Use the radio buttons in the Panel Configuration section to navigate through the configuration screens; System, Network and Encoding. Figure 1-16.

  • Page 35: System

    Hardware Installation System When selected, the System radio button displays the current panel configuration detail (System Info area). Figure 1-17. You can edit the System Name, view the system version number, and update system components from the System Info screen. Network Network configuration is essentially the same as network setup during Router configuration, with the exception that the user must specify the router IP address.

  • Page 36: Network Parameters

    System Setup Network Parameters Panel ID and address configuration is entered at the top of the display. 5001 is the Port default. Figure 1-19. When indicated, the DHCP checkbox will allow the program to complete its own designation. Once the above steps are complete, the router can be placed on the target network and configured as needed.

  • Page 37: Encoding

    Hardware Installation Encoding Input Designation Sources and Destinations to be controlled are dragged from their scrolling columns at right side of the dialog window to their corresponding columns in the input area. Figure 1-20. Section 1 1-21...

  • Page 38: Output Designation

    System Setup Output Designation Sources and Destinations to be controlled are dragged from their scrolling columns at right side of the dialog window to their corresponding columns in the output area. Figure 1-21. Revert Revert functions in this way - a Take is made while the mouse button is being held down.

  • Page 39: Save And Program

    Hardware Installation Save and Program The Save button function saves the configuration to a uniquely named file in a specified directory. This is useful if multiple versions of the panel configuration are needed. Figure 1-22. Program commits any modifications to the router. Section 1 1-23...

  • Page 40: Configuration And Operation

    System Setup Configuration and Operation MX Bus Based Systems Setting the router level All systems, unless otherwise specified, are shipped at router level 1, the first level in the SC4 control system. In systems where multiple routers reside on the same SC4, the level may need to be changed.

  • Page 41: Components

    Components Components 32x32 Crosspoint Card 121346-1 General This assembly is the central component in the 32x32 UDS routing switcher. All input, output and control cards, as well as power, connect to this assembly and are signals are distributed by the board. The heart of the crosspoint card is a 32x32 6.5Gb/Sec capable crosspoint chip that routes signals from the input cards to the output cards based on commands from the Control Module Figure 1-24.

  • Page 42: 64X64 Crosspoint Card 121345-1

    System Setup Left hand LED’s DS3 and DS4 and right hand LED’s DS1 and DS2 are used to communicate status out of the vents in the front of the chassis. See the Operations section for detail. 64x64 Crosspoint Card 121345-1 General This assembly is the central component in the 64x64 UDS routing switcher.

  • Page 43: 144X144 Crosspoint Card 121342-1

    Components Controls and Indicators Switch 1, an 8 position dipswitch, is currently unused. Left hand LED’s DS1-3 and DS5 and right hand LED’s DS4 and DS6-8 are used to communicate status out of the vents in the front of the chassis. See the Operations section for detail.

  • Page 44: Coax Input Card 121340-1

    System Setup The U1 crosspoint chip receives differential pairs of video signals from the input cards (J1-J9) and switches them as per control commands to the output card slots (J12-J20). Controls and Indicators Switch 1, an 8 position dipswitch, is currently unused. Left hand LED’s DS1, 3, 5 and DS7 and right hand LED’s DS2, 4, 6 and DS8 are used to communicate status out of the vents in the front of the chassis.
  • Page 45 Components The equalized outputs of U1-U16 are presented to the Quad Reclocker components, U17,18,20 and 21. These components perform signal conditioning based on signal type and then drive the signal to the edge connector. U19 is an I2C based IO expander that identifies the card to the control system. Along with I2C communication to each of the Quad Reclocker parts, this component allows the system to provide status of IO card functionality to the user interface.

  • Page 46: Coax Output Card 121341-1

    System Setup Coax Output Card 121341-1 General The SDI Coax Output card is responsible for driving the switched video signals down coaxial cables in a SMPTE compliant fashion. It has 16 HDBNC connectors and 16 SDI Cable drivers on it. Figure 1-28.

  • Page 47: Fiber Input Card 121347-1

    Components Fiber Input Card 121347-1 General This card can be populated with a variety of SFP receiver devices to allow for different functionality. It allows for 8 dual DFP connections, allowing 16 total inputs. The list of SFP module types is – DUAL Single mode 1220-1620nM SFP –...

  • Page 48: Circuit Description

    System Setup Circuit Description Component U1 receives and regulates 12V into 3.3V to be used by the SFP’s. Component U2 is the system identifier I2C based IO expander, which allows board presence to be communicated to the user. Controls and Indicators None.

  • Page 49: Fiber Output Card 121347-2

    Components Fiber Output Card 121347-2 General This card can be populated with a variety of SFP transmitter devices to allow for different functionality. It allows for 8 dual DFP connections, allowing 16 total outputs. The list of SFP module types is – DUAL Single mode 1310nM SFP –...

  • Page 50: Circuit Description

    System Setup Circuit Description Component U1 receives and regulates 12V into 3.3V to be used by the SFP’s. Component U2 is the system identifier I2C based IO expander, which allows board presence to be communicated to the user. Controls and Indicators None.

  • Page 51: Mx-Bus Control Module 121348-1

    Components MX-Bus Control Module 121348-1 General The MX-Bus control module controls the switching of the 32, 64 or 144 routers crosspoint’s when operating under SC4 control. It contains power regulation circuitry and an FPGA that receives commands from an SC4 and switches the crosspoint with discrete lines accordingly.

  • Page 52: Internal Control Module 121343-1

    System Setup Internal Control Module 121343-1 General The Control Module is a multi purpose assembly that is used as the heart of the router control system when the SC4 is not present, and as the control element within the UDS control panels.

  • Page 53: Controls And Indicators

    Components Controls and Indicators DS1 and DS2 are debug status LED’s on the PCB. The Ethernet RJ45 J5 has two LED’s which are used to indicate speed and activity. Jumpers JP1 and JP2 are for use during testing and debug only. Section 1 1-37...

  • Page 54: 121422-1 Digital Audio Input Card

    System Setup 121422-1 Digital Audio Input Card General The Digital Audio Input card is responsible for receiving and conditioning an un-balanced digital audio signal before sending the signal to the crosspoint card where it can be directed to an output. This card contains 16 separate HD BNC connectors. Figure 1-35.

  • Page 55: 121394-1 Analog Breakout Adapter

    Components 121394-1 Analog Breakout Adapter General This assembly is for those customers who prefer to wire to a terminal block instead of to the DB-25 connector on the Analog Audio input and output cards. Usage The adapter is installed onto one of the DB25 connectors and secured with the captive screws in the D connector.

  • Page 56: 121420-1 Adc Analog Audio Input Card

    System Setup 121420-1 ADC Analog Audio Input Card General The Analog Audio Input card is responsible for receiving and conditioning a balanced or single ended analog audio signal and then sending it to the crosspoint card where it can be directed to an output.
  • Page 57 Components Power supply levels are monitored by U2. If all supplies are within tolerance DS2 will illuminate. DS1, which can be seen at the rear of the chassis, illuminates when both the power supplies are good and when the FPGA is operational. Analog Audio signals are buffered via NE5532 op amps and then fed to a differential receiver (INA2137).

  • Page 58: Db-25 Pinouts

    System Setup The FPGA packages the digital audio into 16 individual AES streams for delivery to the crosspoint. The AES audio is arranged as per the following table. Note that this is based upon the input numbers in the first slot – Router Input # AES Left Signal AES Right Signal...

  • Page 59: Uds Analog Audio Input Connector Pinout

    Components Below is a drawing and a table indicating the pinouts of the DB-25 connector. Note that it follows the TASCAM standard, but all connections in the UDS router are female DB25. UDS Analog Audio Input Connector Pinout Section 1 1-43...

  • Page 60: Analog Specifications

    System Setup Analog Specifications Max Input Level +23 dBU Input Impedance > 100K THD @ 23 dBU, 20 KHz < .1% Hum and Noise < -75 dBU CMRR @ 60 Hz < -60 dBU Gain Uniformity +/- .1 dBU 1-44 System Setup...

  • Page 61: 121421-1 Dac Audio Output Card

    Components 121421-1 DAC Audio Output Card General The DAC Audio Output card receives 16 AES signals from the crosspoint card and converts the LEFT channel signal from each of those AES pairs into an analog audio signal and drives it out of a pair of DB25 connectors. Circuit Description The card receives one +12 volt DC power supply from the crosspoint card that it plugs into.

  • Page 62: Db-25 Pinouts

    System Setup FPGA U12 receives 16 AES pairs from the crosspoint it is installed in. It uses the LEFT signal from each of these AES pairs to feed U18 and U3, PCM1861 quad DAC parts. The resulting analog audio outputs are buffered and made into balanced signals and then presented to the two DB25 connectors.

  • Page 63: Uds Analog Audio Output Connector Pinout

    Components UDS Analog Audio Output Connector Pinout Analog Specifications Max Output Level +23 dBU Output Impedance < 20 Ohms THD @ 23 dBU, 20 KHz < .1% Hum and Noise < -75 dBU Gain Uniformity +/- .2 dBU Section 1 1-47...

  • Page 64: Uds Cq Module

    System Setup UDS CQ Module General The UDS CQ module is a special function SDI output module that installs in any UDS series router. It has 12 standard SD/HD/3G outputs, 3 special purpose Clean/Quiet outputs, and one output that is used as a reference to the module. The reference output is the first output of the card, the clean/quiet outputs are 2-4 and the normal outputs are 5-16.

  • Page 65: Referenced/Non Referenced Operation

    UDS CQ Module Referenced/Non Referenced Operation The reference output is used for an additional function of the clean/quiet outputs, the ability to re-align the three clean/quiet outputs to a common timebase. There are two ways to use it - Referenced operation. In this mode, a house reference signal is switched from a router input to the reference output of the module.

  • Page 66: Uds-Cq Module Components

    System Setup UDS-CQ Module Components The UDS-CQ Module is made up of two circuit boards, the 121393-1 Carrier card and the 121332-1 SDI I/O Module. 121393-1 CQ Carrier Card General The CQ carrier card provides 16 HD-BNC outputs that support SD/HD/3G SDI signals and the necessary support circuitry for the 121332-1 SDI I/O module.

  • Page 67: Circuit Description

    UDS CQ Module Figure 1-38. Card Rear View Circuit Description Power. 12V is received and fused by F1 and then distributed to U22 and U28 to create the 3.3V and 5V on board power supplies. LED DS1 shines out of the hole on the rear panel of the card if the voltages are within tolerance.

  • Page 68: Controls

    System Setup Controls SW1 is an 8 position dipswitch that controls the functionality of the CQ module. The individual switches are labeled 1 thru 8, and the on position is towards the word ‘ON’ on the dipswitch body. The individual switch definitions are –...

  • Page 69: Indicators

    UDS CQ Module Indicators DS1, a power OK LED, illuminates when the board power supplies are good. This LED can be viewed from the rear of the chassis when a board is installed in the system. 121332-1 SDI Module General The SDI I/O module is a general purpose 4 in x 4 out SD/HD/3G Video processing module.

  • Page 70: Indicators

    System Setup Video IO Video signals are presented to and leave the FPGA on MGT paths detailed on page 3 of the schematic. Controls Controls to this module are either thru dedicated pins or processor reads and writes. They are defined on the carrier cards where this module is used.

  • Page 71: Network Configuration

    Network Configuration Introduction This guide describes the network configuration for the UTAH-100/UDS Router and Panel. Using two setup scenarios; New Configuration on an Independent Network, and New Configuration on an Existing Network. These are the first steps required to configure and control the system.

  • Page 72: System Setup Requirements

    Network Configuration System Setup Requirements • Windows™ operating system 7 • Java 7.07™ or newer • Internet Explorer™, Firefox™, or Chrome™ • Ethernet connection All UDS devices - PC, Router, and Panel - connect over Ethernet on a house network, or within a stand-alone (direct) mode.

  • Page 73: Utah-100/Uds Network Configuration

    UTAH-100/UDS Network Configuration UTAH-100/UDS Network Configuration New Configuration on Independent Network This scenario consists of a router and a panel working in a stand-alone mode with one or more PC to complete an independent, stand alone network. FIGURE 1.  New configuration on an independent network is relatively simple, involving Ethernet connection between the PC and devices (router and panel) only, as a stand alone network.
  • Page 74 Network Configuration Online instruction is also available by accessing the HTML help file located within the applets, which will also provide details for setup and configuration of the router and panel tables. Network Configuration...
  • Page 75 UTAH-100/UDS Network Configuration New Configuration on an Existing Network This procedure describes new configuration on an existing network. Use this routine if you need to modify the router or panel’s network parameters. The steps below are based on the default set of parameters.
  • Page 76 Network Configuration When the following window appears, right-click the icon to produce the drop-down menu, then select Properties. FIGURE 3.  The following window will appear. FIGURE 4.  Network Configuration...
  • Page 77 UTAH-100/UDS Network Configuration Select Internet Protocol Version 4, then click the Properties button. The following win- dow will appear. FIGURE 5.  Click the second radio button down to set a static IP address. FIGURE 6.  Section 2...
  • Page 78 Network Configuration Enter the following address into the indicated cell (192.168.5.2) FIGURE 7.  Accept the Subnet mask default, then click OK. Now connect your PC or laptop to the router with a standard Ethernet cable. Note: A crossover cable (typically used with an Ethernet connection) is not necessary as the signal ‘switch’...

  • Page 79: Router Applet Activation And Configuration

    Router Applet Activation and Configuration Router Applet Activation and Configuration Launch your preferred browser and complete the following steps: a. Log into the Router Applet by entering 192.168.5.180 into your browser’s URL line (default). If your router is using a different address than the default, enter it into the browser.
  • Page 80 Network Configuration c. When the Router icons appears, select “Router Configuration”. FIGURE 9.  Note: You will only be able to connect if the browser window (shown in Figure 9) indicates “Applet ready for login.” d. Enter Username “admin” (default) - in the username entry box e.
  • Page 81 Router Applet Activation and Configuration Click the Data Comm (radio button) to change the network configuration. FIGURE 10.  Note: The program will display the router’s IP address (IP Address cell, above). It is important however that Net mask and Gateway remain constant among all devices, and to keep the DHCP box unchecked.

  • Page 82: Panel Applet Activation And Configuration

    Network Configuration Panel Applet Activation and Configuration Make sure the panel is plugged into the same network as the PC, and that the PC is set to the same subnet as the panel. This procedure allows the configuration from the Panel Applet in the absence of a physical router connection.
  • Page 83 IP addresses. The default username and password is admin, in both cases. Once you have logged in, click the configuration icons to activate the configuration dialogs. For additional assistance, please contact Utah Scientific Customer Service - 1(800) 447-7204. Section 2...
  • Page 84 Network Configuration 2-14 Network Configuration...

  • Page 85: The Router Applet

    UTAH-100/UDS Browser Utility The Router Applet Router Configuration Router Configuration is activated by launching the browser applet (using the supplied default IP address). This section contains the steps involved in activation and operation of the UTAH-100/UDS Router Applet. Section 3...
  • Page 86 The Router Applet The Router applet must be connected to the actual router to communicate properly. Once the necessary hardware is in place, start the application with the provided IP address, then launch the applet by clicking the Router Configuration icon. Figure 3-1.

  • Page 87: Security

    Router Configuration This will activate the setup window. During a successful login, all associated accounts are loaded into the system at the time of the initial launch (Current User). Figure 3-3. Security The default user is listed in the 'Current User' cell. You can change users from the list of previously designated users (Switch User button).

  • Page 88: Data Comm

    The Router Applet Data Comm TCP RCP-3 (Network) This dialog is used to set Device Communications parameters. Network IP address, netmask, and gateway parameters are edited at this location along with the RCP-3 port setting. Alternatively, you can select DHCP to automatically set network parameters. The only way to verify the IP address setting in DHCP mode is to access the DHCP server.

  • Page 89: Dhcp

    Router Configuration DHCP In certain circumstances the default IP address is unusable and DHCP connectivity is expected. Click the DHCP box to activate the connection. The address cells will gray out when the box is clicked. The only way to verify the IP address setting in this mode is to monitor the DHCP server via serial connection.

  • Page 90: Sources

    The Router Applet Sources The program defaults with all sources configured. Since this is not the likely desired configuration, highlight the unwanted sources and click the Remove button. Figure 3-9. Source Creation New Sources are defined and added by clicking the Replicate button. Figure 3-10.
  • Page 91 Router Configuration In this example, the prefix is the three character descriptor for camera. Numeric suffix start is the 3 digit end definer associated with the device. Increment, and starting port number are all assigned as number ‘1’. The Description is a long form identifier, with ‘suffix’ placed inside ‘less than’...
  • Page 92 The Router Applet Source creation from within the list Highlight the line and enter the definitions for Port, Name, and Description. Figure 3-13. Using this option to add Sources will not allow you to manually enter the View method. Click the View radio button to make this modification.
  • Page 93 Router Configuration Your new view will be associated when you return to the Sources window. Figure 3-16. Section 3...

  • Page 94: Destinations

    The Router Applet Destinations The program defaults with all destinations configured. Since this is not the likely desired configuration, highlight the unwanted sources and click the Remove button. Figure 3-17. Destination creation New Destinations are defined and added by clicking the Replicate button, or by entering data in the table directly.
  • Page 95 Router Configuration In this example, the prefix is the three character descriptor for camera. Numeric suffix start is the 3 digit end definer associated with the device. Increment, and starting port number are all assigned as number ‘1’. The Description is a long form identifier, with ‘suffix’ placed inside ‘less than’...

  • Page 96: Destination Creation From Within The List

    The Router Applet Destination Creation from Within the List Highlight the line and enter the definitions for Port, Name, and Description. Figure 3-21. Do this to overwrite the lines contents when the cursor becomes active. Using this option to add Destinations will not allow you to manually enter the View method. Click the View radio button to make additional modifications.
  • Page 97 Router Configuration Click the checkbox associated with the new Destination, then highlight the desired view type within the View list. Figure 3-23. You can also click the Destinations radio button and ‘Replicate’ in the same manner as with Sources. This involves adding Destinations to the list in the correct sequence. The Replicate dialog window contains a pop down menu at the bottom, which will contain any previously created Destination blocks.

  • Page 98: Panel Views

    The Router Applet Panel Views Organizing The Views selection is a way to organize Sources and Destinations into manageable groups for the router control window. Views will appear within the Source and Destination lists immediately after editing. To facilitate this, click the Panel Views radio button, select the desired View from the list on the left, then click the checkboxes within the next two devices you would like associated with the View.

  • Page 99: Sorting Option

    Router Configuration Sorting Option With Panel Views selected, the Sorting Option is a way to organize Sources and Destinations into display lists (Router Control applet) based on a router or alphabetic port designation. To access the sorting option, click the Panel Views radio button, the parameters you would like to sort within, then indicate the All Sort Order (Alpha or Router) and click the Program button.
  • Page 100 The Router Applet Router Sort This is an example of the display that will appear within the Router Control Applet when Router Sort is indicated (Config Applet). Sorting is completed by router port. Figure 3-25. Router Sort 3-16 The Router Applet...
  • Page 101 Router Configuration Alpha Sort And this is an example of the display that will appear within the Router Control Applet when Alpha Sort is indicated (Config Applet). Sorting is completed by alpha numeric port. Figure 3-26. Alpha Sort Section 3 3-17...

  • Page 102: Destination Blocks

    The Router Applet Destination Blocks The Destination Block is essentially a way to assign a destination grouping as a DA. Any pre-configured destination blocks will display in the drop down list inside this dialog window. This saves time by assigning an entire group, or block at once. Click the Dst Block checkbox to activate this feature.

  • Page 103: Salvos

    Router Configuration Salvos The Salvo is a mechanism for storing multiple takes to be conveniently triggered at a later time. Salvos will appear as new sources in the system and will trigger the configured takes when selected. Figure 3-28. Section 3 3-19...
  • Page 104 The Router Applet Select the desired Source and Destination from the lists, then click the “Add” button to place the new Salvo to the listing on the right. Figure 3-29. 3-20 The Router Applet...
  • Page 105 Router Configuration You can now verify your new Salvo by accessing the View dialog area (View radio button). Note that a new Source is listed within the corresponding column. Figure 3-30. Your new Salvo will also be displayed inside the Router Control applet. Section 3 3-21...

  • Page 106: Accounts

    The Router Applet Accounts The ‘UDS System’ defaults with 3 pre-defined use accounts. You can edit the passwords, modify, delete, or add accounts as needed for your operation. Figure 3-31. • Roles allow permissions for various system attributes; the actual creation, modification, or deletion of accounts (admin).
  • Page 107 Router Configuration • Preset controls the ability to turn preset on or off; Preset ON allows constant preset activation if needed. Views to be associated with given accounts are defined by the checkboxes in the admin View List. While all layouts are available to any user for status view, destination selection and the ability to make takes are defined within this listing.

  • Page 108: Save Button

    The Router Applet Save Button The router configuration is saved to a file on your computer. If you want to save the current state of the router connections, make sure the corresponding check box is indicated within the Router Configuration dialog window (right side). Note: When you program the router (Program Router button), a warning dialog will appear indicating that the current configuration ‘Contains Router Status - Do you wish to Switch the Router?’...

  • Page 109: Router Control

    Router Control Router Control Source and Destination Management Destination buttons are contained on the left side of the display, with the Source status indicated above each button. The Control panel layout (illustrated below) will follow your own panel configuration. Destinations are selected on the left side of the display by clicking the labeled button, then the intended Source is selected (clicked) on the right side of the display.
  • Page 110 The Router Applet When you select a Destination and make a Take, the Destinations will automatically reset if the checkbox below is set. Figure 3-34. Otherwise the Destinations will remain selected allowing you to make multiple takes on the same Destinations without having to re-select each one. 3-26 The Router Applet...
  • Page 111 Router Control Destinations can be locked or protected by clicking the corresponding buttons within the lower-left of the display. Figure 3-35. Takes can still be made on Destinations in Protect mode locally, while remote users will not have access to protected Destinations. Locked Destinations are not switchable by anyone until the lock is actually cleared.

  • Page 112: Preset (Checkbox)

    The Router Applet Preset (checkbox) If the Preset box is checked (Controls group area), the ‘Take’ button (lower right) will blink, waiting for the user to activate the take by a button click. Figure 3-36. The ‘status’ will alternate between what currently exists, and what the action will be once the Take commences.
  • Page 113 Router Control All UDS Control activity is logged in the Status box in the lower right portion of the display. Figure 3-37. Section 3 3-29...

  • Page 114: Changing The Button Color Scheme

    The Router Applet Changing the Button Color Scheme Changing the Source button color schemes is useful for designating status colors for different equipment sets. Right-click on a Source button to produce a color picker window. Use the Auto button to [ask the system to] uniquely color all Source buttons. This is useful when original button colors are needed quickly.

  • Page 115: Destination Reset Mode (Checkbox)

    Router Control Destination Reset Mode (checkbox) The Destination Reset Mode checkbox (Dst reset mode) will control the activity, or what happens immediately following the take. Specifically, when checked, the Destination button itself is no longer selected (or highlighted) after the Take is made. If not checked, the Destination button will remain selected after the Take is made.

  • Page 116: Audio

    The Router Applet Audio Take status is indicated by the audio control at the bottom of the display. If the Mute box is unchecked, takes are heard and controlled with the corresponding audio slider bar. Figure 3-40. Macro buttons A series of Takes can be saved as a Macro while in the Preset mode. Macros work like Salvos, but are saved to the PC where they are configured and cannot be used system wide.
  • Page 117 Router Control Macros are saved in the listing, or renamed by clicking the selection at the bottom of the pop up window. Figure 3-42. Section 3 3-33...

  • Page 118: Salvos

    The Router Applet Salvos The Salvo buttons inside the Sources group area allow you to activate Takes on multiple Destinations. As an example, one Salvo button may control multiple Destinations with pre-configured Sources for each salvo destination. Figure 3-43. Salvos are set up on a system-wide basis with the configuration window. 3-34 The Router Applet...

  • Page 119: Preset List Window

    Router Control Preset List Window The waiting takes will be listed within the display once a Destination and Source have been selected. Figure 3-44. Please continue on to the next section, Hardware Based Control Panel Configuration and Operation, for UDS panel setup and maintenance detail. Section 3 3-35...
  • Page 120 The Router Applet 3-36 The Router Applet...

  • Page 121: The Control Applet

    The Control Applet Introduction As discussed in Section 3, the UTAH-100/UDS can be controlled and monitored using a virtual control via a built-in web interface, or external hardware control panel via Ethernet. This section describes the setup, configuration and operation of the optional external control panel.

  • Page 122: The Utah-100/Uds Cp

    Use the following steps to install the Utah-100/UDS Systems into the rack frames: 1. Determine the vertical layout of your frames before you begin the installation. 2. Once your layout is determined, install the Utah-100/UDS chassis' in the 19" rack frame.

  • Page 123: Panel Configuration

    Panel Configuration Panel Configuration Panel Configuration is activated by launching a web browser and entering the panel’s IP address as the URL. The panel must be connected to the network in order to communicate properly. Click the Config icon to activate the UDS Panel Config applet. Figure 4-3.
  • Page 124 The Control Applet Use the radio buttons in the Panel Configuration section to navigate through the configuration screens; System, Network and Encoding. Figure 4-5. Save - Saves the current panel configuration to a file on your computer. Open accesses the directory containing previously saved panel configuration files. Print allows you to produce a listing of all buttons and assignments when encoding is complete.

  • Page 125: System

    Panel Configuration System When selected, the System radio button displays the current panel configuration detail (System Info area). Figure 4-6. You can edit the System Name, view the system version number, and update system components from the System Info screen. Network Network configuration is essentially the same as network setup during Router configuration, with the exception that the user must specify the router IP address.

  • Page 126: Network Parameters

    The Control Applet Network Parameters Panel ID and address configuration is entered at the top of the display. 5001 is the Port default. Figure 4-8. When indicated, the DHCP checkbox will allow the program to complete its own designation. Encoding Once you have logged in and the window is open, the activated panel layout will mimic the setup actions of the external control panel itself.

  • Page 127: Panel Layout - Config Controls

    Panel Configuration Panel Layout - Config Controls The current panel’s IP address is displayed, along with the controller to which the panel is connected. Current Controller Current Panel Figure 4-10. This sets the destination applied to a single panel. Figure 4-11. Section 4...
  • Page 128 The Control Applet Buttons are assigned by highlight device selections (1 or more), then dragging the list items to the individual buttons. Figure 4-12. A Multi Dst Layout with more than one destination assigned to the panel’s destination buttons. External Control Panel...

  • Page 129: Layouts - Single And Multi-Dest

    Panel Configuration Layouts - Single and Multi-Dest Single Destination When indicated, 32 Sources are defined with one Destination selected for control. In this configuration you can drag Sources one at a time or double-click Sources from the list area (Dst and Src Devices list area). Figure 4-13.

  • Page 130: Multi-Dest Layout

    The Control Applet Multi-Dest layout Multi-Dest mode allows the user to simultaneously control 16 Destinations and 16 Sources. As with Single Destination mode, the page navigation includes three pages for operation. Figure 4-14. In this mode you may drag destinations or sources to the panel buttons, with Destinations on the yellow buttons and Sources on the green buttons.

  • Page 131: Xy-32 Configuration

    Panel Configuration XY-32 Configuration Click the corresponding radio button to activate the XY-32 Layout. Figure 4-15. This layout contains two pages; one page for 32 Destinations and one for 32 Sources. Section 4 4-11...
  • Page 132 The Control Applet Dragging Destinations from the listing (lower right) will apply to one button block only. In this way, list selections will never overflow into the next button block. Figure 4-16. Click the Page Up and Page Down buttons to view the configured panel pages. Figure 4-17.
  • Page 133 Panel Configuration Click the Configure Panel button when button population for both Destination and Source buttons are complete. Figure 4-18. Section 4 4-13...

  • Page 134: Print Option

    The Control Applet Print Option The Panel Configuration contains a Print option that allows you to produce a listing of all buttons and assignments when encoding is complete. Clicking the Print button in the listing dialog will allow you to print the actual listing along with a button label reference sheet that can be helpful for operators.

  • Page 135: Control Panel

    Control Panel Control Panel Click the Control Panel icon to activate the UDS Panel applet. Figure 4-20. Once you have logged in and the window is open, the activated panel layout will mimic the setup actions of the external control panel itself. Figure 4-21.
  • Page 136 The Control Applet 4-16 External Control Panel...

  • Page 137: Specifications And Alarms

    Frame Specifications Section 5 Specifications and Alarms Frame Specifications Width 19” Rack Mount Depth 3.4” Sizes 1RU -- Capacity: 32 inputs, 32 outputs Power Consumption: <30W 2RU -- Capacity: 64 inputs, 64 outputs Power Consumption: <50W 4RU -- Capacity: 144 inputs, 144 outputs Power Consumption: <100W Power Supply External...

  • Page 138: Control Connections: Rj-45 Ethernet

    Specifications and Alarms Control Connections: RJ-45 Ethernet RJ-45 Serial Vertical Interval Reference Noise Series UDS UT-100 / UDS-32 UT-100 / UDS 64 UT-100 / UDS 144 Specifications...

  • Page 139: I/O Module Specifications

    I/O Module Specifications I/O Module Specifications Multi-Rate Digital Input Card Number of ports per card: 16 Formats supported: From 18Mbps up to 3Gbps Connector Type: HD-BNC Multi-Rate Digital Output Card Number of ports per card: 16 Formats supported: From 18Mbps up to 3Gbps Reclocking: All SDI rates up to 3Gbps Connector Type: HD-BNC Conforms to SMPTE 259C, 292, and 424...

  • Page 140: Alarm Conditions

    Specifications and Alarms Alarm Conditions The UDS will enter a temperature alarm condition when the internal temperature exceeds the allowable limit. A temperature alarm is most likely caused by fan failures. The Blue LED on the front left of the unit will turn Red when the UDS enters a temperature alarm condition.

  • Page 141: Addendum A

    Matrix Refresh Report Enable Addendum A RCP1 Protocol for UDS This addendum contains additional detail associated with serial interfacing; describing the basic commands supported for serial-to-router communications. Matrix Refresh Report Enable ASCII CODE HEX Command Code: ESC @ 1B, 40 Response: None The ESC @ sequence causes the System Controller to routinely report crosspoint information to the external computer.

  • Page 142: Matrix Change Report Enable

    RCP1 Protocol for UDS Matrix Change Report Enable ASCII CODE HEX Command Code: ESC B 1B, 42 Response: None The Matrix Change Report Function causes the controller to issue a status update whenever a change occurs in the Matrix Status. A change in status occurs when a Take is made resulting in a change to the status of the matrix.

  • Page 143: Matrix Take Report Enable

    Matrix Take Report Enable Matrix Take Report Enable ASCII CODE HEX Command Code: ESC D 1B, 44 Response: None The Matrix Take Report Function causes the controller to issue a status update, whenever a Take occurs, regardless of whether the Take changes the state of the matrix.

  • Page 144: Matrix Take Command

    RCP1 Protocol for UDS The controller will respond with a report consisting of a sequence of status messages ordered by output number, with each message formatted as follows: STX OOOO <Matrix Input> <Matrix Output> <Checksum> CR The report is terminated by the system controller with the ASCII Code US (Hex 1F).

  • Page 145: Calculate

    CALCULATE <Checksum> NOTE: This protocol allows control of routers with levels, for the UDS does not support levels, if any level is set, then the router will switch, use OO to make a take. Setting the level to none (use @@), will simply request status of the cross-point.
  • Page 146 RCP1 Protocol for UDS RCP-1 Protocol for UDS...

  • Page 147: Addendum B System Update

    Introduction Addendum B System Update Introduction This addendum contains instruction for updating the device code and applets on Utah Scientific UDS devices using a PC running Windows™. There are three major steps involved in updating each device: • First you must run the installer in order to place the files in the default location on the PC.

  • Page 148: System Setup Requirements

    System Update System Setup Requirements • The router must contain version 1.2.0 software and version 1.2.1 applet. • The panel must contain version 1.3.0 software and version 1.2.1 applet. • A Windows PC connected to the devices via Ethernet. • A web browser to access the device applets. •...

  • Page 149: Updating The Router Config Applet

    Updating the Router Config Applet Updating the Router Config Applet 1. As a precaution before continuing, open Router applet’s Configuration window (below) and save the configuration of the device to a file on the PC. By doing so you can easily restore the device configuration if necessary. (Please see Appendix C - Troubleshooting - for assistance with Configuration restoration.) 2.
  • Page 150 System Update 3. Using the web browser on the PC, access the device applet and open the configura- tion window. 4. Select the ‘System’ screen in the config window. 5. Click the ‘Update Applet’ button. System Update...
  • Page 151 Updating the Router Config Applet 6. Select the appropriate .uus file installed in step 2 (usiUdsRouter-v1.2.1.uus). 7. Several files will be transferred to the device. When the file transfer is complete, close any open web browser windows and reset the device by pressing the chassis reset button.

  • Page 152: Updating The Panel Config Applet

    System Update Updating the Panel Config Applet 1. As a precaution before continuing, open the Panel applet’s Configuration window (below) and save the configuration of the device to a file on the PC. By doing so you can easily restore the device configuration if the file is somehow lost. Please see Appendix C - Troubleshooting - for assistance with Configuration restoration.) 2.
  • Page 153 Updating the Panel Config Applet 3. Re-launch the PC’s web browser, access the device applet, then open the configuration window. 4. Select the ‘System’ screen in the config window. Addendum B...
  • Page 154 System Update 5. Click the ‘Update Applet’ button. 6. Select the appropriate .uus file installed in step 2 (usiUdsPanel-v1.3.1.uus). 7. Several files will be transferred to the device. When the file transfer is com- plete, close any open web browser windows and reset the device by pressing the chassis reset button.

  • Page 155: Addendum C

    UDS GPIO Box - Setup and Operation Addendum C UDS GPIO Box - Setup and Operation The GPIO control box is designed to provide an Ethernet or Serial-based interface point for triggering opto-isolated inputs and controlling relay closures. The box provides 16 GPIs and 16 GPOs located on the front of the unit.

  • Page 156: Box Layout

    Addendum C Box Layout The UDS-GPIO connection box is designed to provide an Ethernet based interface point for triggering opto-isolated inputs and controlling relay closure outputs. The box provides sixteen GPIs and sixteen GPOs located at the rear of the unit. Connect the E-NET port to standard 802.11 Ethernet switch or router Indicates proper Controller connection 16 GPIO Inputs and Outputs...
  • Page 157 UDS GPIO Box - Setup and Operation Double-click the GPIO applet icon (below). Figure C-2. Note: You will only be able to connect if the browser window indicates “Applet ready for login.” Enter Username “admin” (default) - in the username entry box Enter Password “admin”...
  • Page 158 Addendum C Use the radio buttons in the Panel Configuration section to navigate through the configuration screens; System, Network and Encoding. Figure C-3. Troubleshooting...

  • Page 159: System

    UDS GPIO Box - Setup and Operation System When selected, the System radio button displays the current panel configuration detail (System Info area). Figure C-4. You can edit the System Name, view the system version number, and update system components from the System Info screen. Addendum C...

  • Page 160: Network

    Addendum C Network Network configuration is essentially the same as network setup during Router configuration, with the exception that the user must specify the router IP address. Figure C-5. Panel ID and address configuration is entered at the top of the display. 5001 is the Port default.

  • Page 161: Encoding

    UDS GPIO Box - Setup and Operation Encoding Input Designation Sources and Destinations to be controlled are dragged from their scrolling columns at the right side of the dialog window to their corresponding columns in the input area. Figure C-6. Revert Revert functions in this way - a Take is made while the mouse button is being held down.

  • Page 162: Output Designation

    Addendum C Output Designation Sources and Destinations to be controlled are dragged from their scrolling columns at right side of the dialog window to their corresponding columns in the output area. Figure C-7. Troubleshooting...

  • Page 163: Save And Program

    UDS GPIO Box - Setup and Operation Save and Program The Save button function saves the configuration to a uniquely named file in a specified directory. This is useful if multiple versions of the panel configuration are needed. Figure C-8. Program commits any modifications to the GPIO panel.
  • Page 164 Addendum C C-10 Troubleshooting...

  • Page 165: Addendum D Troubleshooting

    Addendum D Troubleshooting Hard Reset (This resets the device and implements changes to software and network settings that are changed without putting it back to the factory default settings) • Locate the small hole on the rear of the device and press the button within releasing it quickly, using a small tool such as a paper clip.

  • Page 166: System Fails To Reboot Properly

    Troubleshooting 5. At the shell prompt, type ‘ipconfig(space)staticip(space)<enter IP address here>(space)<enter network subnet here, such as 255.255.255.0>(space)<enter optional gateway address here> 6. Press the enter key to temporarily implement the settings in step 5. Note: this is temporary and only valid until the device is rebooted. You must program the device from the device applet in order to permanently set the network configuration.
  • Page 167 Numerics fiber output card 1-34 internal control module 1-36 121332-1 SDI Module 1-53 MX-bus control module 1-35 121393-1 CQ Carrier Card 1-50 SDI Module 1-53 121394-1 Clean Quiet Operation 1-48 Analog Breakout Adapter 1-39 Clocks 121422-1 1-38 CQ Module Components 1-51 140033-14 1-14 Coax Input Card 1-28 140033-15 1-15...
  • Page 168 SDI Module 1-53 MX-Bus Control Module 1-35 Frame Specifications 5-1, A-1, B-1, D-1 MX-Bus Hub 1-11 Front View UTAH-100/UDS CP 4-2 Network 1-19, 4-5, C-4, C-6 Network Configuration 2-1, 2-3 GPIO applet C-3 Network configuration C-6 Network Parameters 1-20, 4-6...
  • Page 169 2-11, 3-5, 3-24 TCP RCP-3 3-4 temperature range 1-10 RCP-1 RS232/422 Adapter 1-14 triggering C-1 Rear View Troubleshooting D-1 UTAH-100/UDS CP 4-2 Referenced/Non Referenced Operation clean/quiet 1-49 UCON C-1 Revert C-7 UDS Control Panel 1-15 RJ-45 1-13 UDS CP 4-2...

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