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Introduction

1-10                                                                                                                                                            

Introduction

Introducing the Utah-400 Digital Routing Switcher

Utah Scientifics' 

Utah-400 Digital Routing System

 incorporates the latest technology and is 

designed to meet the most demanding user needs in the router switching market.

The Utah-400 offers the following features:

•

Digital Audio and Video switching matrices from 144 X 144 up to 1152 X 1152.

• All routers utilize the same chassis as building blocks for all configurations.
• Very compact – 144 x 144  = 8 RU; 288 x 288 = 16 RU; 576 x 576 = 48 RU.
• Frames are 8 Rack Units (RU) High. (14 inches / 35.6 cm) 
• Fully redundant Power Supplies and AC sources. (Separate plugs for each chassis 

supply.)

• Low power consumption – 144 x 144  HD = < 300 Watts.
• Four cooling fans with rear exhaust. Chassis will cool itself with two fans running.
• Fans replaceable without powering down router.
• Low density Input/Output Blocks: 8 channel Input / Output boards.
• No external connections required to expand inputs.
• Flexible Input/Output combinations for each chassis.

• No Input presence indicators (LEDs) on the SDI Input boards

• Router expansions are field upgradeable.
• All circuit boards insert and extract from the front of the router, less downtime when 

troubleshooting problems.

•

Compatible with existing control systems.

• Uses the existing Utah Scientific MX-Bus Router Interface.
• UNET
• Internet
• RS-232 / RS-422
• Personal Computer

•

Error Indicators include voltage, fan and temperature.

•

Redundancy used to avoid a single point failure where possible.

•

Non-Intrusive diagnostics and status reports when interfacing with a personal computer.

Summary of Contents for Utah-400

Page 1: ...The Utah 400 Digital Routing Switcher 144x144 Systems System Setup and Operation ...

Page 2: ...curate as of the publication date Utah Scientific Inc assumes no liability for errors or omissions In addition Utah Scien tific Inc assumes no responsibility for damages resulting from the use of this guide FCC Compliance USA and Digital Equipment Compliance Canada This equipment has been tested and found to comply with the limits for a Class A digital device pursuant to Part 15 Subpart B of the F...

Page 3: ...Switcher is in confor mance with the following standards Emission EN55022 1994 A1 A2 Immunity EN55024 1998 EN61000 3 2 EN61000 3 3 Safety IEC 60950 1 2001 EN 60950 1 2001 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...

Page 4: ...ening the chassis changing a power supply or removing a board should be performed by qualified personnel only To reduce the risk of electric shock do not perform any service unless you are qualified to do so Heed all warnings on the unit and in the operating instructions Do not use this product in or near water Disconnect AC power before installing any options or servicing the unit unless instruct...

Page 5: ... type voltage and current rating as referenced in the appropriate parts list for this product Always refer fuse replacement to qualified service personnel Have qualified personnel perform safety checks after any service Cautions Please observe the following important cautions When installing this equipment do not install power cords to building sur faces To prevent damage when replacing fuses loca...

Page 6: ...hone 1 801 575 8801 FAX 1 801 537 3098 Technical Services voice 1 800 447 7204 Technical Services FAX 1 801 537 3069 E Mail General Information info utsci com E Mail Technical Services service utsci com World Wide Web http www utahscientific com After Hours Emergency 1 800 447 7204 Follow the menu instructions for Emergency Service ...

Page 7: ...stomer Remedies For the first one 1 year after purchase of the software and the first ten 10 years after the date of purchase of the hardware Utah Scientific s and its suppliers entire liability and purchaser s exclusive remedy shall be at Utah Scientific s option either Return of the price paid or Repair or replacement of the software or hardware that does not meet the above warranties and is ret...

Page 8: ...es 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 of business profits business interruption loss of business information or any other pecuniary loss arising out of the use of or inability to use Utah Scientific...

Page 9: ...1 12 Sample Configurations 1 12 CHAPTER 2 Hardware Installation In This Chapter 2 1 Unpacking and Inspection 2 2 Installing Physical Equipment 2 3 Mounting Equipment in Rack Frames 2 3 Installing the Utah 400 Digital Routing Switcher 2 3 Installing the MX Bus Cables 2 6 Interconnecting the SC 3 and Utah 400 Frames 2 6 Connecting the AES Reference Signal 2 8 Determining and Setting Router Signal Le...

Page 10: ...pplies 3 6 Crosspoint Control Cards 3 8 Power Cord Retainer 3 9 CHAPTER 4 Utah 400 Components In This Chapter 4 1 Video Input Boards 4 2 SD Video Input 4 2 Multi Rate Input 4 2 Analog to Digital 4 3 Reclocking Input Expansion Card 4 5 UTAH 400 3G Input Card 4 6 Video Output Boards 4 8 SD Output 4 8 HD Output Multi Rate output card 4 9 Digital Video to Analog Converter Output card 4 9 Multi Rate Ou...

Page 11: ... Audio Crosspoint Board Single Chassis version 4 40 Front Edge Card Indicators Left Bank 4 41 Front Edge Card Indicators Right Bank 4 42 Audio Crosspoint Adjustments 4 42 Time Base Module 4 43 Fuses 4 45 Test points front of Crosspoint card 4 46 Crosspoint Card Redundant 144 Audio Systems 4 47 LED Status 121120 Board 4 48 CHAPTER 5 Troubleshooting In This Chapter 5 1 Subsystem Level Troubleshootin...

Page 12: ... 5 Control A 6 Alarms A 7 Physical A 8 Regulatory A 8 Connector Suppliers and USI Part Numbers A 9 APPENDIX B The Debug Port Utah 400 Firmware B 2 Version 2 09 Release Notes B 2 Version 2 08 Release Notes B 2 Menu Items B 2 Status B 3 The Debug Cable B 3 Using the Debug Port B 4 Startup Display B 5 Main Menu Display B 5 FPGA Memory Status B 6 Verifying the Software Version B 6 Checking the Router ...

Page 13: ...dware Status Display B 13 APPENDIX C The Utah 400 Digital Audio Breakout Panel Scope C 2 The AES Breakout Panel Kit C 2 Description of the AES Breakout Panel C 2 Installation of the AES Breakout Panel C 2 Label Instructions for the Utah 400 Breakout Panel C 5 Scope C 5 Application C 5 ...

Page 14: ...TOC 6 The Utah 400 ...

Page 15: ...ling 2 9 Crosspoint Carrier Board Dipswitch Location 2 10 Utah 400 Configuration Dipswitches as they appear on the Crosspoint Carrier Board 2 11 Utah 400 1442 Video Unbalanced Audio Rear Panels 2 14 Unbalanced Digital Audio Digital Video Input Connector Matrix 2 15 Unbalanced Digital Audio Digital Video Output Connector Matrix 2 15 Utah 400 Analog Audio Backplane 2 17 DB 26 High Density Male Conne...

Page 16: ...nd Output boards 4 17 SP2T Transmitter module 4 18 Video Crosspoint Board Redundant 4 21 Video Crosspoint Dip Switches 4 22 Video Crosspoint LEDs 4 23 Video Crosspoint control Module 4 23 Video crosspoint module jumper location 4 25 Video Midplane 4 26 Redundant Midplane 4 26 Audio Midplane s RJ 45 connection 4 27 Power Supply 4 29 Audio Input Card 4 30 Audio Output Card 4 31 Deluxe Audio Output C...

Page 17: ...uts to Outputs B 8 Crosspoint display input 00 switched to outputs B 9 Crosspoint display as decimal matrix B 9 Display format I O card info B 10 I O info Full display B 11 I O card information locator diagram B 12 Appendix C Wire Prep C 3 Tension Clamp Connector viewed from the back C 4 Breakout Panel Label Application C 6 ...

Page 18: ...F 4 List of Figures ...

Page 19: ...ing Switcher in your facility Chapter 3 Configuration and Operation provides specific information regarding the configurations of this unit and necessary equipment handling operation Chapter 4 Utah 400 Router Components provides basic information about the Input Output Crosspoint Interface board and Power Supplies Included is gen eral information about LED indicators and alarms present on each boa...

Page 20: ...will be indicated by bold upper case text in Arial Black font For example Connect the MX Bus to J 1 Operator Actions will be indicated in Helvetica Bold where a board is inserted removed and or an action is required in the Troubleshooting or configuration sections of this manual There will usually be a graphic to accompany the instruction s For example Insert the expansion Input board in slot 6 Sw...

Page 21: ...io Engineering Society CPU Central Processing Unit DTR Digital Tape Recorder EBU European Broadcast Union ENET Ethernet HDTV High Definition Television I O Input Output IP Internet Protocol JPEG Joint Photographic Experts Group M JPEG Motion JPEG MPEG Motion Picture Experts Group MX Bus Utah Router Control Comm Bus RMS Router Management System RU Rack Unit SDI Serial Digital Interface U Net Utah C...

Page 22: ... signals are connected to the Utah 400 mainframe inputs Examples of audio video sources are ATR s VTR s DTR s cameras video audio routers audio mixers graphics systems and satellite feeds Output refers to the Utah 400 audio or video signals from the Utah 400 Outputs which are connected to the destination device This term also includes the physical output con nectors on the frame Destination refers...

Page 23: ...itcher solves connectivity problems and increases signal qualities in a wide variety of applications The technologies of routing switchers now include the standard ana logue digital video digital audio and increasingly the high definition formats The routing switcher provides the user with the following advantages Many signal levels determined by the system size may be switched simultaneously A si...

Page 24: ...esented by an X is the internal electronic connection of the input to the output either audio or video When the cross point is turned ON the connection is made between the source and desti nation The action of turning the cross point on is known as making a Take When an entire audio video array is connected in this manner from all of the devices in your facility you have full routing flexibility W...

Page 25: ...e configured with multiple signal levels While the diagram in the previous section shows only one signal level a multi signal level sys tem is capable of routing any combination up to 32 levels each with its own matrix and cross points The figure below illustrates eight signal levels in a 10 X 10 matrix system Signal routers are typically much larger than a 10 X 10 matrix depending on user needs E...

Page 26: ...e midplane crosspoint in the chassis all output boards are installed below the midplane in the chassis Features of this technology include signal presence indicators on both the input and output boards The status of the router input and output states can be continuously monitored via the debug port see Appendix B Refer to the Utah 400 Matrix Block Diagram for the following signal routing descripti...

Page 27: ... LED From this point the output signal is sent to its output driver and its BNC FIGURE 1 2 The Utah 400 Matrix Block Diagram Input Card 8 circuits per board Receiver Reclocker Signal Presence Detector Input Signal To Input Expansion Bus 144 x 144 Crosspoint Crosspoint Board Inputs from Expansion Chassis Signal Presence Detector Output Driver Output Signal Output Card 8 circuits per board 000 143 O...

Page 28: ... x 144 HD 300 Watts Four cooling fans with rear exhaust Chassis will cool itself with two fans running Fans replaceable without powering down router Low density Input Output Blocks 8 channel Input Output boards No external connections required to expand inputs Flexible Input Output combinations for each chassis No Input presence indicators LEDs on the SDI Input boards Router expansions are field u...

Page 29: ...b sec Utah 400 Digital Audio Systems Will accommodate synchronous and asynchronous digital audio inputs Balanced and Unbalanced Inputs and Outputs can be installed in the same chassis Direct or transformer coupling for input and output boards available Conforms to AES3 1992 Specification 48 kHz 24 bit The Utah 400 Crosspoint Board 144 squared matrix One Monitor Matrix output per crosspoint Availab...

Page 30: ...ements Sample Configurations The 144 configuration is shown below FIGURE 1 3 The Utah 400 144 x 144 Configuration The 144 x 144 Router Includes 1 Crosspoint Board 144 x 144 18 Input Boards 000 143 18 Output Boards 000 143 2 Power Supplies Midplane Crosspoint 144 x 144 9 Input Boards Inputs 00 71 9 Input Boards Inputs 72 143 9 Output Boards Outputs 00 71 9 Output Boards Outputs 72 143 Power Supply ...

Page 31: ...144x144 Router 1 13 System Configurations FIGURE 1 4 144x144 with Redundant Crosspoints ...

Page 32: ...Introduction 1 14 Introduction ...

Page 33: ...cs are covered Caution To avoid damage to the system do not connect AC power until the hardware is fully installed Unpacking and Inspection 2 2 Installing Physical Equipment 2 3 Mounting Equipment in Rack Frames 2 3 Installing the MX Bus Cables 2 6 Installing the Analog Audio Input and Output Cables 2 16 Connecting and Disconnecting Power 2 21 Hardware Checkout 2 24 ...

Page 34: ...the unit may have to be shipped back to Utah Scientific Caution The Utah 400 router weighs approximately eighty pounds with ship ing materials and accessories the box weight may equal more than ninety pounds Each router is wrapped in anti static plastic prior to boxing up Figure 2 1 shows the typical packaging of a single Utah 400 router FIGURE 2 1 Utah 400 Packaging Recommended unpacking method 1...

Page 35: ... the follow ing steps 1 Mounting equipment in rack frames 2 Installing MX Bus cables 3 Connecting the AES Reference Signal 4 Determining and Setting the Router Signal Level s 5 Installing Audio Video signal cables 6 Connecting power 7 Connecting the SMPTE alarm port 8 Hardware checkout Mounting Equipment in Rack Frames Installing the Utah 400 Digital Routing Switcher Use the following steps to ins...

Page 36: ...with power supplies and PCB s weighs close to 80 pounds Utah Scientific recommends a minimum of two persons preferably three to install the chassis in the rack frame Install all mounting screws in the front of the chassis the entire weight of the router and cables are supported by the chassis side frames a Determine the height to mount the Utah 400 in the rack frame Blank Panel Utah 400 Digital Au...

Page 37: ...to support the Utah 400 Chassis with a shelf or similar support and align the mounting holes accordingly e With the chassis resting on the lower rack screws carefully lift the left side frame align the lowest chassis frame mounting hole with a rack frame threaded hole and start rack screw Repeat for the right hand side frame f Once the lower chassis rack screws are in place snug both sides up but ...

Page 38: ...ot exceed 300 feet 91 4 meters in length and must be terminated at both ends of the daisy chain Your Utah 400 router is shipped standard with One MX Bus Cable 10 ft USI Part Number 80229 10 Other lengths are available and may be ordered through Utah Scientific sales at 1 800 453 8782 Interconnecting the SC 3 and Utah 400 Frames The MX Bus interconnection to the Utah 400 typically starts at the SC ...

Page 39: ...TPUT MON MTX OUTPUT MX BUS LOOP MX BUS LOOP REF MON MTX INPUT 0 7 7 0 8 15 16 23 24 31 32 39 40 47 48 55 56 63 64 71 15 8 23 16 31 24 39 32 47 40 55 48 63 56 71 64 79 72 87 80 95 88 103 96 111 104 119 112 127 120 135 128 143 136 72 79 80 87 88 95 96 103 104 111 112 119 120 127 128 135 136 143 Inputs 72 143 Inputs 0 71 Outputs 0 71 Outputs 72 143 SC 3 MX Bus Port Terminator MX Bus Cable A simple MX...

Page 40: ...ated on the right hand side of the Utah 400 midplane facing the backplane These BNC signal connections are looped thru and must be terminated with a 75 Ohm 1 BNC Terminator if not daisy chained to another reference input The Reference signal is required so the Utah 400 Digital Audio Router can switch on the frame boundary Using the Sync signal avoids the possibility of clicks in the digital audio ...

Page 41: ...Analog Audio and Data Routers For additional information relating to signal levels refer to the Introduction Page 1 7 Should you ever need to change the signal level of your router it is useful to determine What new signal level is required If other signal levels will have to be modified to accommodate the new signal level Additional encoding requirements necessitated by the change To change the U...

Page 42: ...spoint Carrier Board Dipswitch Location 5 There are two eight position dipswitches on the Crosspoint Carrier Board The Level Dipswitch is located toward the front of the board the Offset Dipswitch is located just behind the Level dipswitch See the following figure 6 Reference Table 2 1 to set the Level dipswitches and Table 2 2 to determine which switches must be changed for the Level desired 7 Re...

Page 43: ...n t Care Off Level 2 On Level 1 Off Level 3 3 On Don t Care Off Level 4 On Level 1 Off Level 5 4 On Don t Care Off Level 8 On Level 1 Off Level 9 5 On Don t Care Off Level 16 On Level 1 Off Level 17 6 Not Assigned Not Assigned 7 Not Assigned Not Assigned 8 Not Assigned Not Assigned OFFSET 1 2 3 4 1 2 3 4 IN OUT 1 2 3 4 5 6 7 8 LEVEL Switch 2 down Level 3 Dipswitch settings as shown Input Offset 0 ...

Page 44: ...Off On On On On On On Off Off On On On On On On On On Off On On On On On Off On Off On On On On On On Off Off On On On On On Off Off Off On On On On On Of Off Off Off On On On On Input Output Offset Switch Function Description 1 Input Output Offset 144 Offsets Base input Output by 144 from 0 2 Input Output Offset 288 Offsets Base input Output by 288 from 0 3 Input Output Offset 576 Offsets Base in...

Page 45: ...stress on the lower backplane BNC connections by providing proper strain relief on all cables The Utah 400 Input matrix starts with Input 0 at the top right of the backplane The Utah 400 Output matrix starts with Output 0 at the bottom right Due to the 75 Ohm internal termination do not use BNC T connectors to loop an input signal This will result in serious signal degradation Figure 2 10 shows th...

Page 46: ...Hardware Installation 2 14 Hardware Installation FIGURE 2 10 Utah 400 1442 Video Unbalanced Audio Rear Panels ...

Page 47: ...022 023 024 025 026 027 028 029 030 031 032 033 034 035 036 037 038 039 040 041 042 042 043 044 045 047 048 049 050 051 052 053 054 055 056 057 058 059 060 061 062 063 064 065 066 067 068 069 070 071 072 073 074 075 076 077 078 079 080 081 082 083 084 085 086 087 088 090 091 092 093 094 095 089 096 097 098 099 100 101 102 103 104 105 106 107 108 109 110 111 112 113 114 115 116 117 118 119 120 121 ...

Page 48: ...utputs can be connected directly to the backplane using 26 pin high density D connectors and back shells Supplied with the system Contact Utah Scientific sales for more information Additional strain relief should be provided for each D connector in addition to the connec tor screws Refer to Appendix A Hardware Specifics for wiring charts and a list of audio connector sup pliers Figure 2 13 illustr...

Page 49: ...or used on the backplane has the same wiring format for the input and outputs Table 2 4 is a generic table and applies equally to the input and output wir ing Although any wiring scheme may be used Utah Scientific makes the following recom mendations INPUTS 0 71 INPUTS 72 143 OUTPUTS 0 71 OUTPUTS 72 143 UPPER 64 71 56 63 48 55 40 47 32 39 24 31 16 23 8 15 0 7 CH A CH B 64 71 56 63 48 55 40 47 32 3...

Page 50: ...r shell Use an EMI Gasket for this application Provide proper strain relief for the cable ends use tie wraps to anchor the cables as they are installed Avoid running Digital Audio cables across or adjacent to AC power sources where possible Do not bundle wires close to chassis backplane this increases connector stresses Recommended Cable Maximum Cable Length Physical Characteristics Shielding Beld...

Page 51: ...put Output 1 3 3 Input Output 2 21 13 Input Output 2 4 4 Input Output 3 22 14 Input Output 3 5 5 Input Output 4 23 15 Input Output 4 6 6 Input Output 5 24 16 Input Output 5 7 7 Input Output 6 25 17 Input Output 6 8 8 Input Output 7 26 18 Input Output 7 N A 9 10 Isolated Chassis Ground N A 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 DB 26S Female DB 26S Male 1 2 3 4 5 6 7 8...

Page 52: ...tallation FIGURE 2 14 DB 26 High Density Male Connector FIGURE 2 15 DB 26 High Density Female Connector 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 ...

Page 53: ...he lower right and left hand sides of the chassis Either AC source can power the routing system independently provided redundant power supplies are ordered with the system This provides the flexibility to connect one AC Source to the standard utility source with the second AC Source being connected to an uninterruptible system such as a backup generator system Reference Figure 2 17 AC Power Connec...

Page 54: ... isolated connection The terminal strip is a small bracket containing three screws see 1 Loosen the screws to remove the terminal from the back This will expose the strip of wire aprox 1 4 of an inch Proper wire insertion into the removable terminal block Turn the screws counter clockwise to allow wire insertion 3 screws on block top Strip 1 4 of the insulation from the new wires Insert wire then ...

Page 55: ...se reference Fig 2 16 for the general location Repeat with redundant power supply if necessary Reconnect AC DC Power and observe if the Utah 400 power is normal If the green Power Supply Good LED is not illuminated on the crosspoint remove the crosspoint board and check fuse Replace Fuse if necessary FIGURE 2 17 Crosspoint Fuse Location J1 J3 J5 J7 J4 J2 J6 Crosspoint Carrier Showing Edge Connecto...

Page 56: ... alarms are active Re install all front panels Monitor 1 output switch between 2 inputs and verify that the switch occurs in the Vertical Interval Sequentially route all inputs to one output L R then verify that all inputs are functional Route each input to a single output in sequence Route a single input to all outputs Route a different input to each output Verify that the Monitor Matrix output i...

Page 57: ... instruction for the handling and operation of your Utah 400 sys tem In This Chapter Utah 400 SC 4 Control 3 2 Operation 3 4 Input and Output Card Removal and Replacement 3 4 Crosspoint Card Removal and Replacement 3 4 Fan Service 3 5 Additional Notes Service 3 6 Power Supplies 3 6 Crosspoint Control Cards 3 8 Power Cord Retainer 3 9 ...

Page 58: ...020 Digital Master Control Panel Ethernet Hub Ethernet Cable SqueezeMAX power hdd SqueezeMAX Effects and Graphics UNET Cable SC 4 POWER POWER SC 4 Control System CSP 16160 8 Panel Ethernet Cable Utah 400 144 x 144 Digital Video Router Level 1 Utah 400 144 x 144 Digital Audio Router Level 2 Term MX Bus Cable UNET Cable RMS Computer Ethernet Cable Ethernet Cable Ethernet Cable Ethernet Cable PL Coax...

Page 59: ... Name Part Number Description Comments UNET Terminator 65324 04 8 RJ 45 Supplied by USI MX Bus Terminator 70797 1 DB 25P Module Supplied by USI MX Bus Cable 80229 010 Parallel DB 25P Supplied by USI UNET Cable N A UTP RJ 45 Not Supplied Ethernet Cable N A UTP RJ 45 Not Supplied Party Line Coax Cable N A Belden RG 59 U 9209 or 8281 Not Supplied ...

Page 60: ... ejectors are pressed inward and down from the card when locking and pulled outward from the card when removing FIGURE 3 2 Input Output Board Replacement and Removal All boards within the Utah 400 system are hot plug capable Crosspoint Card Removal and Replacement The Crosspoint card uses a slightly different version of the locking and unlocking mechanism The board is removed by gently pulling the...

Page 61: ...spoint control card and power supplies indicate fan problems Indi vidual fans can be removed and carefully disconnected using the small screws and mating connectors Make sure the key is aligned properly when reconnecting FIGURE 3 4 Fan location FIGURE 3 5 Fan Connection ...

Page 62: ...r Supplies The Power Supply is removed by using the thumbscrew There are two types of power supplies the standard and the Vicor with each containing a unique voltage calibration A re calibration is advised whenever a power supply is added or replaced Standard Power Supply Vicor Power Supply ...

Page 63: ...s voltage falls outside the acceptable range Please contact Customer Service for specific voltage range recommendations When voltage calibration is needed voltage adjustments are made by adjusting the small pot inside the supply The standard supply is adjusted to within 3 3 volts while the Vicor adjustment must stay within 5 volts Standard PS Adjustment Vicor PS Adjustment ...

Page 64: ...s designated by the presence of the green FPGA ACT ive LED The redundant crosspoint card is noted by the presence of the yellow SG ACTIVE LED as shown in the following illustration By pressing the Reset button below control is shifted to the opposite crosspoint card with the LED pattern also changing to the alternate card ...

Page 65: ...144x144 Router 3 9 Additional Notes Service Power Cord Retainer It is recommended that you use the supplied retainer for added stability FIGURE 3 6 Use tie wraps to hold the plug firmly in place ...

Page 66: ...Configuration and Operation 3 10 Configuration and Operation ...

Page 67: ...dplane cards and Power Supplies Information regarding LED indications and alarms is also provided Video Input Boards 4 2 Video Output Boards 4 8 Fiber Interface 4 16 Video Crosspoint Board Redundant 4 20 Interface Board Midplane 4 25 Power Supplies 4 27 Audio Input 4 28 Audio Output 4 29 Deluxe Output Board 4 30 Audio Crosspoint Board Single Chassis version 4 38 Crosspoint Card Redundant 144 Audio...

Page 68: ...hin the system This card performs cable equalization prior to passing the signal input along to the crosspoints This card is also limited to lower data rate Serial Digital Inputs FIGURE 4 1 SD Video Input Board Multi Rate Input Part number 121020 1 the Multi Rate Input board is designed for High Definition Inputs as well as Serial Digital Inputs FIGURE 4 2 Multi Rate Input Board ...

Page 69: ...nd converts them to digital before presenting them to the Crosspoint card s FIGURE 4 3 Analog to Digital Board LED Indications The SD Video Input and Multi Rate Input cards only contain a Power Good indication This LED responds to the Utah 400 s two power supplies and illuminates if power is okay and is not lit when power is absent FIGURE 4 4 Power Good LED Power Good LED ...

Page 70: ...al board contains the same Power Good indication as above and also con tains an LED for each input signal green if the signal is present and not illuminated to indi cate signal absence FIGURE 4 5 Analog to Digital card LEDs Signal Present Indicators Power Good LED ...

Page 71: ...is card handles 8 channels of video it receives equalizes and reclocks the video signals coming from the first frame then distributes them to both the local frame s crosspoint and the midplane expansion output connector This allows for a connection to another UTAH 400 output chassis stack The card also has the ability to disable reclocking on individual inputs if desired and contains an array of s...

Page 72: ...articular input is present and is being reclocked A dark LED means the signal is not present Please note that if the reclocker is bypassed the corresponding LED will be dark DS10 17 text to follow Specifications Power Consumption 4 25W Reclocker Rates SMPTE 259CD and SMPTE 292 The card must be manually bypassed for any other rates UTAH 400 3G Input Card Part 121170 1 the UTAH 400 3G Input card con...

Page 73: ...9 LED s located on the card 8 used for input signal carrier status and one used for the power good indication DS9 is the power good indicator and when lit all board power supplies are OK When not lit one of more of the supplies on the board have failed DS1 8 are carrier indicators for the 8 inputs on the board DS1 corresponds to the lowest input number while DS8 corresponds to the highest ON indic...

Page 74: ...a signal presence detec tion while the SD and HD Output cards contain a re clocking stage SD Output Part number 121015 1 this card is used only for data rates that are within the standard defini tion range up to approximately 540MHz per second The SD output card is capable of pass ing 5 specific SMPTE data rates with any other signal muted This card will not pass non standard video signals FIGURE ...

Page 75: ...e signal types will be passed without muting FIGURE 4 9 Multi Rate Output Board This board contains 1 dipswitch per channel The dipswitch will enable or disable the re clocking mechanism Digital Video to Analog Converter Output card Part number 121046 1 the Digital Video to Analog Converter card takes a standard 270 Megabit serial digital signal then converts it to analog video before presenting i...

Page 76: ... is okay and is not lit when power is absent FIGURE 4 11 Video Output Power Good LED The SD HD Video Output cards and the Digital to Analog card contain a Power Good indication and also contain an LED for each output signal green if the signal is present and not illuminated to indicate signal absence FIGURE 4 12 SD HD Video Output and Digital Video to Analog LED Indicators Power Good LED ...

Page 77: ...rol facilities This card occu pies a single 8 output slot in a UT 400 64 144 or 288 system Status Description There are three sets of diagnostic LED s on the Multi Rate Output card First DS9 Power OK is a very simple indication that both on board power supplies are running Second DS1 DS8 are indications that the re clocker chip has an active lock on the signal a particular channel is passing These...

Page 78: ...ate the re clocker if locked is actually locked to DS15 DS17 represent a three bit indication of the output number The following table indicates the state of these LED s for the various outputs Output DS15 DS16 DS17 0 OFF OFF OFF 1 OFF OFF ON 2 OFF ON OFF 3 OFF ON ON 4 ON OFF OFF 5 ON OFF ON 6 ON ON OFF 7 ON ON ON ...

Page 79: ... is set to the Reclock position the re clocker will continually hunt for one of the following rates 270 Mb Sec SMPTE 259M 360 Mb Sec SMPTE 259 Wide Screen 540 Mb Sec SMPTE 344 or 1 485 Gb Sec SMPTE292 When it finds one of these data rates it will lock to it and re time the data to reduce jitter If it loses lock it will continue the process of hunting for the next data rate If the switch is set to ...

Page 80: ... signals coming from the local crosspoint card These signals are then directed to a monitor matrix via the rear panel mounted BNC s The card has the ability to disable reclocking on individual out puts if desired and also contains an array of status LED s to indicate a signal lock and if present that signal s rate Controls The single control point on this card is dipswitch SW1 the bypass control B...

Page 81: ... to the highest ON indicates that this particular output is present and is being reclocked A dark LED means the signal is not present Please note that if the reclocker is bypassed the corresponding LED will be dark TABLE 2 DS 15 17 is the output indicator OT DS 15 16 17 0 OFF OFF OFF 1 OFF OFF ON 2 OFF ON OFF 3 OFF ON ON 4 ON OFF OFF 5 ON OFF ON 6 ON ON OFF 7 ON ON ON DS 10 12 is the data rate ind...

Page 82: ...Utah 400 Components 4 16 Utah 400 Components Specifications Power Consumption 6 5W Reclocker Rates SMPTE 259CD SMPTE 292 and SMPTE 424 1 Version Only Card must be manually bypassed for any other rates ...

Page 83: ...physical connection the system utilizes small modules that plug directly into the rear of the UT 400 chassis FIGURE 4 14 Module location and removal The Input and Output board s LEDs are identical in functionality to their Multi Rate Input and Output counterparts For more detail see Fiber LED Indications 4 13 FIGURE 4 15 Input and Output boards Input board 121116 1 Output board 121117 1 ...

Page 84: ...swinging bale at the end out of and back in to the locked posi tion The system s input and output totals are typically defined prior to equipment setup and opera tion This is based on the number of total fiber inputs Specification Detail Optical Fiber Output 1310 nm class 1 laser Optical Output Power 12dB minimum Optical Fiber Type 9 125 uM Single Mode Fiber Connector Type LC Typical Cable Length ...

Page 85: ...channel is passing These LED s will be off when either there is no signal passing through a given output or that channel has been manually bypassed Thirdly DS17 DS10 represent a status array that indicates what data rate the re clocker if locked is actually locked to DS15 DS17 represent a three bit indication of the output number The following table indicates the state of these LED s for the vario...

Page 86: ...c The 121116 2 Input and 121117 2 Output cards that are revision B or later are capable of 3 Gb Sec SMPTE 424 operation They must be used in conjunction with the Gennum G02920 Dual Optical Receiver input or the Gennum G02922 Dual Optical Transmitter output in order to be SMPTE 424 compliant If the boards are used with the SP2R receiver or SP2T transmitter they will work fully with signals up to HD...

Page 87: ...s and 144 outputs with a crossbar array in the middle The Crosspoint board receives signals through the midplane from the 18 input cards while switching is carried out by a single crosspoint chip located underneath the heat sink After the signal is switched it is again routed through the midplane to the output boards FIGURE 4 17 Video Crosspoint Board Redundant ...

Page 88: ...witched separately The dip switch settings allow the control of the video router independently of the audio router when necessary Specific dip switch settings are addressed in the Hardware Installation section Figure 2 9 FIGURE 4 18 Video Crosspoint Dip Switches Indicators Power Ok LED The green LED is illuminated when all supplies are normal and functioning Voltage Failure Mode 3 LEDs In this mod...

Page 89: ...bus cable The module queries the power supplies for status determination and samples the tachometer for the chassis 4 cooling fans The crosspoint control module also contains a con tact closure that is used to identify error conditions associated with crosspoint card s SMPTE alarm This module is part of a redundant pair with the right hand module acting as the default primary card in single crossp...

Page 90: ... card is in a stand by mode Power Supply Fail Red Indicates a problem with one of the UT 400 s power supplies Active Green Indicates the current card is active when lit MX Bus Active Green Data is being received correctly Fan Fail Red Indicates a problem with one if the four cooling fans Note In redundant systems all red LEDs flashing at the same rate on a given crosspoint card indicates standby o...

Page 91: ...pins 1 and 2 used for non redundant chassis A redundant chassis will contain two crosspoint cards with the pins moved to the 2 and 3 positions When in this mode the crosspoint control module must reside in the right hand primary slot and no module can occupy the left hand slot FIGURE 4 21 Video crosspoint module jumper location ...

Page 92: ...400 Components Interface Board Midplane The Interface board is a completely passive device located at the rear of the chassis All card elements inner connect at this location FIGURE 4 22 Video Midplane FIGURE 4 23 Redundant Midplane ...

Page 93: ...assis while the output is located on the right side BNC Connection Midplane Two additional midplane BNC connectors are used for loop through for the AES reference sig nal These two BNCs are essentially interchangeable middle and lower connection A refer ence signal is applied to one while the same signal is derived out the opposite one otherwise terminated The Time Base sub module s synchronizatio...

Page 94: ...Utah 400 Components 4 28 Utah 400 Components ...

Page 95: ...sent all indicator LEDs will be off while the large green LED at the bottom is green FIGURE 4 25 Power Supply Individual supply alarms will be indicated with the corresponding red LED Specific adjust ments are available for individual voltage indications within this guide s Troubleshooting sec tion The LED is viewable on the front cover through the lightpipe Error Indications Red Green Normal Red ...

Page 96: ...s that allow audio to be received within the system This card contains 8 LED indicators which correspond to the 8 individual input channels that the card processes The 9th LED indicator is used for local power monitoring while the 10th indicator Program Done illuminates when a download has properly occurred FIGURE 4 26 Audio Input Card ...

Page 97: ...io to be dis tributed to the backplane This card contains 9 LED indicators 8 of which correspond to chan nel activity The 9th LED indicator offset from the others is the board s Power OK indicator FIGURE 4 27 Audio Output Card Two rear panel configurations for this card are available one for balanced operation and one for unbalanced operation ...

Page 98: ...s done from one source to another FIGURE 4 28 Deluxe Audio Output Card Accomplished during the switch the audio fade feature suppresses any pops or clicks that may potentially be present if the fade did not occur This card contains a larger array of input indicators with two associated with each of the 8 channels processed on the board ...

Page 99: ...a Program Done indication The SGACT Scangate Active LED indicates a successful communication between the host processor on the crosspoint board and the actual output board The Program Done and Power LEDs should be on while the Scangate Active LED flashes continuously The Deluxe Output board mates up with the same I O adaptors as the standard card allowing the mixing of different balanced or unbala...

Page 100: ...ickless synchronous switching of outputs by first fad ing down the previous source from full to zero amplitude performing a synchronous source switch then fading up the new source from zero to full amplitude Execution of analog like channel data manipulations Channel swap Channel 1 to both output channels Channel 2 to both output channels Selective polarity phase inversion of channels Selective mu...

Page 101: ...perly perform its intended function the V fade facility is expected to operate on signal sources that are synchronous to the router s DARS digital audio reference signal If either or both the pre or post switch sources are asynchronous the hardware will still exe cute the commanded V fade operation but at the switching point it will have to acquire the fre quency and phase of the new signal output...

Page 102: ...e following Execution of a V fade that ensures clickless synchronous switching of output Execution of analog channel data manipulations within each AES signal pair Automatic adjustment to input word lengths of 16 to 24 bits Addition of dither to output signals at user discretion These capabilities are accessed by control and status monitoring via embedded JTAG control structures included in the Ut...

Page 103: ...AC This is done to capitalize on the jitter attenu ation capability of the SRC maximizing the resultant signal to noise ratio and minimizing the distortion of converted signals independent of their specific sample rates The DACs are always operated at 48 kHz sample rate as derived from a local master clock and the SRCs To support multi channel operation the SRCs can be operated with matched group ...

Page 104: ...d in this module Audio sample word length adjustable to 16 18 20 or 24 bits by AES channel pair at user discretion Automatic non subtractive dither with triangular PDF applied to signals configured at reduced word lengths Analog input signal presence detection at 48 dBfs 28 to 30 dB below operating level with 5 second moving detection window provision to detect individual channel signal activity S...

Page 105: ...mple rate This module also includes the standard for Utah 400 feature of auxiliary LVDS outputs for expansion and protection applications Control and status reporting is accomplished via a ScanGate Type 4 chip communicating over the system s JTAG bus Some of the module s extended features are accessed via virtual TAPs contained in its sig nal processing hardware and connected to local TAPs of the ...

Page 106: ...Utah 400 Components Audio Crosspoint Board Single Chassis version Part number 121030 1 the Audio Crosspoint card contains the same option for two imbedded controllers as its video counterpart FIGURE 4 33 Audio Crosspoint board ...

Page 107: ...e bus to the I O cards SGACT Scangate Active A general indicator for processor communication This may indicate communication between the input output boards or the submodule on the crosspoint card itself SECACT Illuminated when the redundant FPGA is active PGMXPT1 2 Indicates valid programming Green LED SGI O 5V SGACT SECACT 3 3 V Ground PGMXPT1 2 PGMXPT3 4 PWROK 3 Fail 5 Fail 5 Fail 2 5 Fail PRIA...

Page 108: ...ge D C Failure 5 Fail 5 voltage D C Failure 5 Fail 5 voltage D C Failure 2 5V Fail 2 5 voltage D C Failure PRIACT primary active Illuminated when the right hand or primary FPGA control is active Audio Crosspoint Adjustments Dip Switches The forward dip switch indicates input and output offsets which is identical to the video imple mentation The rear dip switch is used for level setting which is ad...

Page 109: ...rt Used for development and manufacturing test not typically used by the customer This pro vides a means via serial port to tie in with a computer terminal to communicate with the con trollers Time Base Module Part number 121032 1 this is the master clock generator for the synchronous digital audio element This module derives an input from the midplane I O performs a synchronization then generates...

Page 110: ...e synchronizes to the reference that is presented Ref OK When lit this indicates that a suitable reference is applied to the chassis and the module has synchronized correctly This then sends a signal to the input cards indicating synchronization and that they should accept the reference that is being fed to them as the master clock Note There is a fall back mode in the router if the reference is l...

Page 111: ...d fuses The circuit is opened when current overload occurs then closes once cooling takes place The board also contains one cartridge type fuse which supplies 3 34 to the crosspoint module itself FIGURE 4 35 Crosspoint board fuse assembly J1 J3 J5 J7 J4 J2 J6 Crosspoint Carrier Showing Edge Connectors and Fuse Location Fuse F1 5 x 20 mm 5A 250 V Fuse ...

Page 112: ...ont of Crosspoint card In rare cases engineering personnel may when receiving certain voltage alarms clip onto these points with a volt meter make certain deductions regarding system voltages FIGURE 4 36 Audio Crosspoint board test points Contacts Ground 3 3 5 ...

Page 113: ...edundant 144 Audio Systems Crosspoint Card Redundant 144 Audio Systems Part number 121120 1 this crosspoint card contains the same on board indicators as described above FIGURE 4 37 Note the additional LED status detail in the table below ...

Page 114: ...tom Board TABLE 4 1 Sec Config Primary Config Scangate I O Scangate Active Sec Active X point Program Power OK Primary Active Status OFF ON ON FLASH OFF ON ON ON Top Active ON OFF OFF ON OFF ON ON OFF Bottom Active OFF ON OFF ON OFF ON ON OFF Top Active ON OFF ON FLASH OFF ON ON ON Bottom Active ...

Page 115: ...ystem contact Utah Scientific Technical Services at 800 447 7204 regarding any problems you may be having Should any printed circuit boards need repair Technical Services can advise you on shipping and on the repair process Subsystem Level Troubleshooting 5 2 Main Troubleshooting Chart 5 2 Video Subsystem Troubleshooting Table 5 4 Audio Subsystem Troubleshooting Table 5 5 Power Subsystem Troublesh...

Page 116: ...system using Digital Video with embedded audio audio signals are switched through a different matrix than the video sig nals Main Troubleshooting Chart The following table provides an indication of what subsystems should be reviewed for common problems Please note The numbers shown in the four Subsystem Table Reference columns indicate specific trou bleshooting problems that are found in the four ...

Page 117: ...ormally but audio does not switch 2 3 2 Audio switches normally but the video does not switch 2 3 2 Flash on video when switching 4 Cannot access expansion inputs or outputs of video level 5 Audio signal level incorrect 4 Video signal level incorrect 7 Video signal anomaly 5 6 8 Video monitor matrix not functional 9 Audio monitor matrix not functional 5 Control panel does not function 1 2 3 Contro...

Page 118: ...cted 3 Unable to select any input Control cable connected Control panel defective Controller failure 4 Video flash when switching between inputs Input sources timed correctly Input reference signal present and timed Input reference correct standard Correct video standard jumper set on con troller board 5 Inputs Outputs inaccessible Expansion matrix crosspoint cards present 6 Sync missing on video ...

Page 119: ...Check 1 No audio output Control cable connected or internal control ler functional Different input works on output bus Other outputs functional 2 Unable to select a spe cific input Control panel programming correct Output signal level locked or protected 3 Unable to select any input Control cable connected Control panel defective Controller failure 4 Output level incorrect analog Input level corre...

Page 120: ...supply This may be caused by dirt or dust blocking the airway a defective cooling fan or by operation in extreme temperatures Note Optional redundant power supplies may be fitted to UTAH 400 systems In this configuration the failure of a power supply should not affect nor mal system operations but users would be unaware of the power supply failure Thus it is highly advisable to utilize the SMPTE a...

Page 121: ... No control of individual sig nal level or levels MX bus cable connected see below MX bus correctly terminated see below Is non functional signal level address set correctly see below Control panel programmed correctly see Operations Output locked or protected on that level see Opera tions 3 Control panel not functional Panel address set to unique number Completed panel software upgrade 4 Serial c...

Page 122: ...n is being made from the controller to the matrix The receive LED DS7 will flash whenever communication is being received by the controller from the matrix U Net is used for communication between the controller and the control panels The U Net data and U Net transmit enable LEDs DS9 and DS10 indicate when information is exchanged between the system controller and a control panel If the active LED ...

Page 123: ... segment is 1000 feet and must be terminated at the last control panel in each segment Refer to the Appendix C U Net Cabling for details The panel may be communicating to the controller correctly but the required signal level matrix may not be responding Check the Dipswitch setting on the rear panel of the non functional router level Confirm that the control panel address is a unique number Each p...

Page 124: ...Troubleshooting 5 10 Troubleshooting ...

Page 125: ... of all system audio video control physical power and regulatory specifications Power A 2 Input Power and DC Power Specifications A 2 Digital Video A 3 Digital Audio A 4 High Definition SDI Video A 5 Reference A 5 Control A 6 Alarms A 7 Physical A 8 Regulatory A 8 Connector Suppliers and USI Part Numbers A 9 ...

Page 126: ...ecifications TABLE A 1 TABLE 2 Parameter Specification AC Supply Input Power Consumption Voltage Frequency Redundancy DC Output Voltages 12 Volts DC VA 12 Volts DC VB 3 Volts DC 5 Volts DC 300 Watts 90 240 Volts AC universal power supply 50 60 Hertz Dual Redundant power supplies optional 1 Amp 1 Amps 35 Amps 35 Amps ...

Page 127: ...ideo Specifications TABLE 2 Parameter Specification Jitter and all other specifications Data Rates Input Return Loss Output Return Loss Input Equalization up to 360 Mbps Signal Level Conforms to SMPTE 259M 292M 143 177 270 360 and 540 Mb Sec With SD Re clocking 15 dB 6 MHz 360 MHz 15 dB 6 MHz 360 MHz 1000 ft for 8281 cable 800 mV 10 ...

Page 128: ... Impedance Balanced Output Amplitude Nominal Rise Fall Times Common Mode Rejection Sample Rate Intrinsic Jitter Output Phasingwith respect to DARS Input 48 kHz 16 24 Bit AES EBU AES 3 110 20 100 KHz to 6 144 MHz 200 mVPP w 50 Eye Pattern Opening Synchronous and Asynchronous 7 VPP 7V DC Peak Signal Per AES 3 Section 6 3 5 1997 110 20 100 kHz to 6 144 MHz 2 0 VPP into 110 minimum 25 nano seconds 30 ...

Page 129: ...1 Reference Specifications 10db for cards operating at 1 5Gb to 3Gb Sec TABLE 2 Parameter Specification Video Standard Data Rate Input Return Loss Output Return Loss Automatic input equalization Output Re Clocking 10 Bit SDV Conforms to SMPTE 292M 1 4835 Gbps 1 485 Gb Sec 15 dB 5 MHz 1 485 Gb Sec 15 dB 5 MHz 1 485 Gb Sec 150 Meters with 1694A coaxial cable Jitter 0 2 UIpp average TABLE 2 Parameter...

Page 130: ...1 Control Specifications The and connections above represent two legs of a dry contact closure whenever an alarm condition exists Limited to a 20 milliamp current carrying capacity TABLE 2 Parameter Specification Control Audio SMPTE Alarm MX Bus Daisy Chain Terminated One AES Audio Sync see below GND ...

Page 131: ...pecifications TABLE A 1 Alarm Specifications TABLE 2 Parameter Specification Primary alarm Connector Type Functions Maximum current ANSI SMPTE 269M fault reporting Relay closure Phoenix Male Barrier Strip 3 pin Power Temperature Fans System Board Failure 20 milli Amp ...

Page 132: ... System connectors Cooling Temperature range Humidity range EIA RS 310 D 92 19 rack mount standard 8 RU 14 inches 356 mm 19 inches 483 mm maximum 70 pounds Eight front mount rack ears All connectors rear panel mounted Four Blowers rear exhaust 10 40 Degrees Celsius 0 90 non condensing TABLE 2 Parameter Specification EMC Susceptibility Safety Shock Vibration EN50 081 1 EN50 022 Class A EN50 082 IEC...

Page 133: ...o Contact Advanced Connectek USA Inc DB 26B Male connector crimp DH 26PK SFG T 41226 2026 714 573 1920 Conec Corp DB 26B Male connector solder cup CDS26LFHD SN163A1660 9X 41226 3026 Ontario Canada905 790 2200American Conec Corp 102 Pleasant Wood Ct Morrisville NC 27560 919 460 8800 Amp BNC Male con nector RJ 45 Male con nector DB 9B Male con nector 225395 2 5 569278 2 747904 2 41215 0001 41211 001...

Page 134: ...Specifications A 10 Utah 400 Series ...

Page 135: ... Menu Items B 2 Status B 3 The Debug Cable B 3 Using the Debug Port B 4 Startup Display B 5 Main Menu Display B 5 FPGA Memory Status B 6 Verifying the Software Version B 6 Checking the Router Crosspoint Status B 7 Checking Input Output Card Information B 10 IO Information full display B 11 IO Card Information Locator Diagram B 12 Hardware Status Display B 13 ...

Page 136: ... with the ADC chips that prevented them from successfully locking to a source after having been fed non standard video for a period of time This typically manifests itself on inputs fed by satellite or microwave receivers that transition from a de tuned mode where unwanted video is put out to a tuned mode where real video is generated Menu Items To enable this feature on a given block of 8 inputs ...

Page 137: ... end and DB 9S female connector at the other end Refer to the figure below if you wish to build your own cable for the debug port FIGURE B 1 Debug Port Cable Pinouts The terminal settings for the debug port are Baud Rate 38 4 K baud 8 Data Bits 1 Stop Bit No Parity ASCII Translation and CR CRLF carriage return line feed The Hyper Terminal will have the same settings as above but since the Hyper Te...

Page 138: ... board edge the locking mechanism on a standard RJ 45 connector will be difficult to disengage It is recommended that the locking tab be removed from the RJ 45 connector before connecting it to J1 System Power Up Display Main Menu Display Verifying the FPGA Memory Status Verifying the Software Version Checking the Router Crosspoint Status to verify switching Checking the I O Card Information Check...

Page 139: ...ns ADC setup information and is generally for factory use only Main Menu Display The main menu displays the selections possible on the router debug port After connecting the router debug port to the crosspoint board activate the Main Menu by pressing Enter or Return on the terminal or computer The display will be as shown below and is self explanatory Menu M FPGA Memory Status V Version R Router C...

Page 140: ...spoint status as reported by the FPGA Controller The status display and explanation is shown below Verifying the Software Version This feature is the same as the Start Up Display with the exception of the Set to Primary mes sage Typing an upper or lower case S on the keyboard activates this feature The displayed data is shown below Utah Scientific Inc Utah 400 System Monitor Rev X X ...

Page 141: ...l FF s This screen displays the Inputs that are switched up to the respective output in the crosspoint matrix To check if an Input Output has been switched up first switch up the Input Output and then press R again to refresh the screen The display should reflect the Input Output change to the router matrix Thus if Input 00 is switched up to all outputs after pressing R the crosspoint status block...

Page 142: ...The Debug Port B 8 The Debug Port Crosspoint display with Inputs switched to Outputs diagonally Hexadecimal FIGURE B 3 Crosspoint display Inputs to Outputs ...

Page 143: ... up to all outputs Hexadecimal FIGURE B 4 Crosspoint display input 00 switched to outputs Crosspoint display shown as a decimal matrix This is shown for reference only the terminal display will always be in the Hexadecimal format FIGURE B 5 Crosspoint display as decimal matrix ...

Page 144: ...Specific Range 00h to FFh Card Specific Range 00h to FFh Card Specific Range 00h to FFh Monitor Matrix Output Reported Indicated on Output boards only 08h Out 0 Monitor Matrix Enabled 0Fh Out 7 on Default 8Fh Off 00h 1 2 3 4 5 6 7 8 9 1 2 3 4 5 6 7 8 9 Cd 00 PN 1026 10A0 I0 01 00 10 00 0F Cd 05 PN 1027 1001 I0 01 04 00 00 00 5 Typical Data represented by a Digital Audio Input Board Card Slot 00 Bo...

Page 145: ...his is how this screen should appear dependent on the size of your system A smaller system will have a larger por tion of the screen showing boards Not Installed Note on the bottom of the display data on the system crosspoint is reflected This data is also available in the Hardware Status feature FIGURE B 7 I O info Full display ...

Page 146: ...owing diagram gives an illustration of how the IO Information display actually relates to the physical chassis This is a useful tool for locating suspect Inputs or Outputs or just for changing or Input or Output boards to your system FIGURE B 8 I O card information locator diagram ...

Page 147: ...l be similar to what is shown below A brief description of the data is explained below Crosspoint type Reflects the type of crosspoint card installed in your system and its matrix size 144 x 144 288 x 288 or larger Slot Refers to the FPGA Controller board currently active primary or redundant Fan Status All system fans are detected by the FPGA the status is reported back as OK or Failed Local PS S...

Page 148: ... the status of the power supplies installed in the system and reports any errors The temperature of each power supply is also monitored in Celsius If a power supply is not installed there is a No following the arrow PS Supply 1 PS Supply 2 PS Supply 3 PS Supply 4 ...

Page 149: ...akout Panel This Appendix contains the following Scope C 2 The AES Breakout Panel Kit C 2 Description of the AES Breakout Panel C 2 Installation of the AES Breakout Panel C 3 Label Instructions for the Utah 400 Breakout Panel C 5 Scope C 5 Application C 5 ...

Page 150: ...ber 65366 3 1 field wiring kit which includes nine tension grip connectors and nine hoods Description of the AES Breakout Panel The AES Breakout Panel is designed to simplify the installation of the Utah 400 Balanced Dig ital Audio Routing System The 26 pin high density connectors are pre wired to connect directly between the Utah 400 Balanced Digital Audio backplane and the breakout panel Only a ...

Page 151: ... the breakout panel 3 Unpack the Field Wiring Kit and connect the required sources or destinations to each of the tension clamp connectors Refer to Figure D 2 on the following page for wiring each tension clamp connector FIGURE C 1 Wire Prep 1 Insert the small screwdriver into the rectangular holes to release the wire clamp 2 Insert the wire into the round hold above or below the rectangular slot ...

Page 152: ...g Port Note Wiring is the same for each sequential block following 0 7 Example 8 15 16 23 etc Failure to follow these steps will result in loose or no connections and the wire may fall out of the hole FIGURE C 2 Tension Clamp Connector viewed from the back ...

Page 153: ...s to use on the Breakout Panel Application The labels provided for the Utah 400 Breakout Panels are to be applied over the silk screened blocks 00 71 below the front and back connectors on each panel Each label sheet has two labels for each input output range e g 000 007 for this application Each label sheet will consecutively label up to four breakout panels from Inputs 000 through 287 and four b...

Page 154: ...he breakout panel FIGURE C 3 Breakout Panel Label Application 0 7 8 15 Inputs 008 015 Inputs 000 007 Apply New Label over existing panel silkscreen Front Section View of the Utah 400 Breakout Panel 0 7 8 15 Inputs 000 007 Inputs 008 015 Rear Section View of the Utah 400 Breakout Panel Apply New Label over existing panel silkscreen ...

Page 155: ...nt 3 4 chassis demographics 1 8 Checking Input and Output debug B 10 configuration dipswitch 2 10 connector suppliers A 9 control panel troubleshooting table 5 9 control specifications A 6 control subsystem troubleshooting table 5 7 control system compatibility 1 10 crosspoint board fuse assembly 4 45 crosspoint card removal and replacement 3 4 crosspoint fuse location illustration 2 23 crosspoint...

Page 156: ... 44 video crosspoint board module 4 24 video crosspoint card 4 22 level assignment per dipswitch selection 2 12 level dipswitch 2 10 level dipswitch settings 2 11 loop lock 4 44 M Main Menu debug B 5 matrix backplane 2 13 midplane 1 8 monitor matrix function 4 27 Multi Rate input board 4 2 Multi Rate output board 4 9 MX Bus interface board 4 27 MX Bus cable installation 2 6 O offset dipswitch 2 10...

Page 157: ...6 system configurations 1 12 system controller alarms 5 8 system weight 2 2 T Tension Clamp Connector C 4 terminal block 2 22 terminal settings debug port B 3 Terms 1 4 test points audio crosspoint card 4 46 Time Base module 4 43 troubleshooting chart 5 2 troubleshooting tables audio subsystem 5 5 control panel 5 9 control subsystem 5 7 main 5 3 power subsystem 5 6 video subsystem 5 4 U unpacking ...

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