UTAH SCIENTIFIC Utah-400 iP System Setup And Operations Download Page 89

Page: 89 / 146

64x64 Router

4-21

Crosspoint Board

Scan Data Active (LED)

The yellow LED pulses continuously when conditions are normal. A problem condition exists
when the LED is solidly illuminated.

FIGURE 4-19.

Crosspoint LEDs

Alarm

Power Good LED

5 V (Voltage Failure)

2.5 V (Voltage Failure)

3.3 V (Voltage Failure)

Active

Ready

Summary of Contents for Utah-400 iP

Page 1: ...The Utah 400 Digital Routing Switcher 64x64 Systems System Setup and Operations ...

Page 2: ...ion is accurate as of the publication date Utah Scientific Inc assumes no liability for errors or omissions In addition Utah Scientific 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 ...

Page 3: ...n conformance 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 the above Dir...

Page 4: ... opening 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 instr...

Page 5: ...e 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 surfaces To prevent damage when replacing fuses locate and correc...

Page 6: ...elephone 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: ...es 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 returned to Utah...

Page 8: ...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 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 Scient...

Page 9: ...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 4 and Utah 400 Frames 2 6 Determining and Setting Router Signal Levels 2 9 Installing the Video Input and Output Signals 2 13 Installing the Analog Audio Input and Output Cables 2 16 Connecting and Di...

Page 10: ...rview 3 9 SC 400 Specific Connections 3 10 U Net Connector 3 13 U NET Cabling 3 14 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 car...

Page 11: ... 4 37 CHAPTER 5 Troubleshooting In This Chapter 5 1 Subsystem Level Troubleshooting 5 2 Main Troubleshooting Chart 5 2 Video Subsystem Troubleshooting Table 5 4 Power Subsystem Troubleshooting Table 5 5 Power Supply Alarms 5 5 Control Subsystem Troubleshooting Table 5 6 System Controller Alarms 5 7 Control Panel Troubleshooting 5 8 APPENDIX A Specifications In this Appendix A 1 Power A 2 Input Pow...

Page 12: ...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 APPENDIX C The Utah 400 Digital Audio Breakout Panel Scope C 1 The AES Breakout Panel Kit C 1 Description of the AES Breakout Panel C 1 Installation of the AES Breakout Pan...

Page 13: ... ital Routing 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 o...

Page 14: ...r 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 Switch the suspected bad input to a known good input to verify output X The use of bullets indicates a random...

Page 15: ...o 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 Co...

Page 16: ... 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 17: ...ignal loss The routing switcher 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 matrix size may be swi...

Page 18: ...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 19: ... 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 Ea...

Page 20: ...ed to the left of the midplane cross point in the chassis all output boards are installed to the right of 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 crosspoint status port J1 Refer to the Utah 400 Matrix Block Diagram for the fol...

Page 21: ...gnal Presence LED From this point the output signal is sent to its output driver and its destination FIGURE 1 1 The Utah 400 Matrix Block Diagram Input Card 8 circuits per board Receiver Reclocker Signal Presence Detector Input Signal To Input Expansion Bus 64 x 64 Crosspoint Crosspoint Board Inputs from Expansion Chassis Signal Presence Detector Output Driver Output Signal Output Card 8 circuits ...

Page 22: ...nsumption 144 x 144 HD 300 Watts Two cooling fans with rear exhaust Fans replaceable without powering down router Low density Input Output Blocks 8 channel Input Output boards Flexible Input Output combinations for each chassis Input and output signal presence indicators All circuit boards insert and extract from the front of the router less downtime when troubleshooting problems Compatible with e...

Page 23: ...ove plus 1 485 GBPS ADC and DAC Fiber cards Utah 400 Digital Audio Systems Will accommodate synchronous and asynchronous digital audio inputs Balanced and Unbalanced Inputs and Outputs can be installed the same chassis Direct or transformer coupling for input and output boards available Conforms to AES3 1992 Specification 48 kHz 24 bit ADC and DAC Deluxe Output card The Utah 400 Crosspoint Board 6...

Page 24: ...r involve several variations Continued Controller SC 400 Controller Primary Crosspoint Redundant Crosspoint Optional Power Supply Optional Power Supply Input Output 0 7 8 15 16 23 24 31 40 47 32 39 48 55 56 63 7 0 23 16 15 8 31 24 39 32 47 40 55 48 63 56 Redundant Optional These slots are unoccupied during SC 4 control ...

Page 25: ...sspoint Power Supply Input Output 0 7 8 15 16 23 24 31 40 47 32 39 48 55 56 63 7 0 23 16 15 8 31 24 39 32 47 40 55 48 63 56 Controller SC 200 Controller Primary Crosspoint Redundant Crosspoint Power Supply Input Output 0 7 8 15 16 23 24 31 40 47 32 39 48 55 56 63 7 0 23 16 15 8 31 24 39 32 47 40 55 48 63 56 Controller SC 400 Controller Primary Crosspoint Power Supply Input Output 0 7 8 15 16 23 24...

Page 26: ...Introduction 1 14 The Utah 400 ...

Page 27: ...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 4 and Utah 400 Frames 2 6 Determining and Setting Router Signal Levels 2 9 Installing the Video Input and Output Signals 2 13 Installing the Analog Audio Input and Output Cables 2 16 Connecting and Disconnecting Power 2 21 AC Conn...

Page 28: ... for future use in case the unit may have to be shipped back to Utah Scientific Caution This Utah 400 router weighs up to sixty pounds with shipping materials and accessories 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 With carton setting upright open...

Page 29: ...wing steps 1 Mounting equipment in rack frames 2 Installing MX Bus cables 3 Connecting the AES Reference 4 Determining and Setting the Router Signal Level s 5 Installing Audio Video signal cables 6 Connecting power 7 Hardware checkout Note The video sync is only used when an SC 400 is installed Mounting Equipment in Rack Frames Installing the Utah 400 Digital Routing Switcher Use the following ste...

Page 30: ... weighs close to 50 pounds Utah Scientific recommends a minimum of two persons pref erably 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 Audio Signal Router Level 2 3 ...

Page 31: ...ah 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 do not tighten g ...

Page 32: ...uration must not 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 4 and Utah 400 Frames The MX Bus interconnection to the Utah 400 typically sta...

Page 33: ...Reset and Changeover are activated when the and pins for each are shorted together Remote Reset will reset the cards within the system1 while Remote Changeover switches control from the active to the standby control card GPIOs 1 4 are not currently used 1 Caution this will result in a system reset MX BusCable MX BusPort SC 4 Terminator CHGOVER GPIO 4 GPIO 3 RESET GPIO 2 GPIO 1 ...

Page 34: ...the input is different for audio and video frames Audio frames with or without internal SC 400 control cards require an AES 3 reference signal for synchronous operation This signal can be a standard AES 3 source that is timed with the rest of the sources Video frames with internal control cards require analog NTSC PAL or Tri level black burst signals This signal must be terminated in 75 Ohms and i...

Page 35: ...vels 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 Utah 400 Router Signal Level Note The Utah 400 crosspoint board must be powered...

Page 36: ...er Board Dipswitch Location 5 There are two eight position dipswitches on the Crosspoint Carrier Board Labeled as Level and Offset 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 Reference Table 2 3 to set the Offset dipswitches per your requirements ...

Page 37: ...Configuration Dipswitches as they appear on the Crosspoint Carrier Board 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 Output Offset 0 Level 3 SC 3 IN OUT ON position toward the number on the board ...

Page 38: ...Level 8 OFF OFF OFF ON Level 9 ON OFF OFF ON Level 10 OFF ON OFF ON Level 11 ON ON OFF ON Level 12 OFF OFF ON ON Level 13 ON OFF ON ON Level 14 OFF ON ON ON Level 15 ON ON ON ON Level 16 Input Output Offset Switch Setting Function Description 1 Input Output Offset 64 Offsets Base input Output by 64 from 0 2 Input Output Offset 128 Offsets Base input Output by 128 from 0 3 Input Output Offset 192 O...

Page 39: ...ors Serial Digital and High Definition cable specifications are listed below Input Output Offset Switch 1 Switch 2 OFF OFF No offset ON OFF Offset by 64 OFF ON Offset by 128 ON ON Offset by 192 Input Signal Recommended Cable Type Maximum Cable Length Termination Method Digital Video Belden 8281 300 M 1000 Internal 75 Ohm High Definition Belden 8281 100 M 300 Internal 75 Ohm Belden 1694A 150 M 500 ...

Page 40: ...el the Input and Output cables coming into the backplane for example VTR1 Video Out or Out 0 VTR1 All Utah 400 Video BNC s use 75 Ohm single ended connectors Avoid stress on the lower backplane BNC connections by providing proper strain relief on all cables The Utah 400 Video Input matrix starts with Input 0 at the lower right section of the back plane The Utah 400 Video Output matrix starts with ...

Page 41: ...16 017 018 019 015 020 021 022 023 024 026 027 028 029 025 030 031 032 033 034 036 037 038 039 035 040 041 042 043 044 046 047 048 049 045 050 051 052 053 054 056 057 058 059 055 060 000 061 062 063 001 002 003 004 006 007 008 009 005 010 011 012 013 014 016 017 018 019 015 020 021 022 023 024 026 027 028 029 025 030 031 032 033 034 036 037 038 039 035 040 041 042 043 044 046 047 048 049 045 050 0...

Page 42: ...s 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 illustrates ...

Page 43: ...d Output using DB 26 connectors illustrated above The high density DB 26 connector 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 OUTPUTS 56 63 INPUTS 63 56 OUTPUTS 0 7 INPUTS 7 0 ...

Page 44: ...ell 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 Belden 9...

Page 45: ...ut 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 46: ... 400 FIGURE 2 12 DB 26 High Density Male Connector FIGURE 2 13 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 47: ... Video Routing Systems The power cords plug into the upper 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 a non interruptable system such as a backup gen...

Page 48: ... 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 49: ...iceable circuit is designed to sense any over current situation along the board and may cause the crosspoint card to reset if an overload is detected Press the board s reset button if no LEDs are illuminated on the card Crosspoint failure independent of any other board failure is very uncommon and is often the result of a problem elsewhere Please contact Customer Service in the event the crosspoin...

Page 50: ...015 10A0 IO 0F00000000 Cd 06 PN 0966 1003 IO 0F00000000 Cd 07 PN 0966 1003 IO 0F00000000 Cd 08 PN 1045 10A0 IO 0F00000000 Cd 09 PN 0967 1003 IO 0F00000000 Cd 0A PN 1045 1004 IO 0F00000000 Cd 0B PN 2407 1030 IO 0F00000000 Cd 0C PN 2407 1030 IO 0F00000000 Cd 0D PN 0967 1003 IO 0F00000000 Cd 0E PN 0967 1003 IO 0F00000000 Cd 0F PN 1016 10A0 IO 0F00000000 Crosspoint 1072 AA21 PS 0A CNT 0B 09 0C 08 04 0...

Page 51: ... that no 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 ...

Page 52: ...Hardware Installation 2 26 The Utah 400 ...

Page 53: ... Connections 3 2 Internal SC 400 Based Connections 3 3 SC 400 Control Board 3 5 The SC 400 LED Indications 3 5 SC 400 Jumper Settings 3 6 SC 400 Dipswitch Setting 3 6 Operation 3 7 Input and Output Card Removal and Replacement 3 7 Crosspoint Card Removal and Replacement 3 8 Operation 3 9 Fan Service 3 9 Rear Panel Overview 3 9 SC 400 Specific Connections 3 10 Comm 1 4 Serial Port Pin outs RS 232 a...

Page 54: ...thernet Panel MCP 2020 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 Eth...

Page 55: ...64x64 Router 3 3 Internal SC 400 Based Connections Internal SC 400 Based Connections UT 400 64x with SC 400 UCP Panel UCP Series E NET Hub UT 400 64x UCP Panel no SC 400 E NET Port U NET Port MX Bus ...

Page 56: ...art 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 57: ...ctive which indicates the controlling card when the board is part of a redundant pair The LED is green ready when the card is in default status The current default card will give up control to its alternate when the changeover button is pressed Power Ok All power supplies are functional Power Error indications Located behind the Power Ok LED these will illuminate to indicate a problem with a speci...

Page 58: ...though the Linux application itself will not start This is typically used for factory troubleshooting User Switch 1 User switch 1 determines which of the two memory banks is in use A change to either mem ory partition 0 or 1 will not affect the other The actual switch position determines which mem ory partition is in use User Switch 5 Used to start the Linux operating system but not the actual app...

Page 59: ...s make sure the guides are located inside the chassis and the card slides all the way in before the ejector is locked in place The card ejectors are pressed inward and down from the card when locking and pulled outward from the card when removing FIGURE 3 3 Input Output Board Replacement and Removal All boards within the Utah 400 system are hot plug capable ...

Page 60: ...d Replacement The Crosspoint card uses a slightly different version of the locking and unlocking mechanism The board is removed by gently pulling the ejector tabs outward and locked into place by pressing the two tabs inward FIGURE 3 4 Crosspoint Board Replacement and Removal ...

Page 61: ...stem must be interconnected with the MX Bus cable with the two free ends terminated In the case of a stand alone system both connectors must be terminated Monitor Matrix BNC This allows the user to switch up an additional output that can look at the output of any other output modules present in the system Monitor Matrix is only functional on the primary cross point Monitor Matrix data rate is limi...

Page 62: ... only active if the SC 400 control cards are installed in the frame In the case of a system controlled by an SC 4 the U NET panel connection will reside elsewhere See the System Installation Guide for U NET cable topologies E NET This is used to configure the SC 400 through the U CON software Applicable to any Ethernet based control panel Serial 1 Serial 2 Alarm U NET E NET Sync Ref Monitor Matrix...

Page 63: ...64x64 Router 3 11 Operation Serial Ports The Utah 400 64x contains two serial ports FIGURE 3 7 Pinout detail ...

Page 64: ...Control System Interconnection 3 12 The Utah 400 Alarm Ports FIGURE 3 8 Alarm Port Pin Outs for the DB 9 Connector ...

Page 65: ...Net Connector FIGURE 3 9 Pin outs for the RJ 45 U Net connector Two Serial Ports and 3rd Party Router Control Ports Parameter Value Baud 1200 2400 4800 9600 19 200 38400 Data Bits 7 or 8 Stop Bits 1 or 2 Parity Even or None Male on Cable Female on Chassis 2 3 4 5 6 7 8 1 ...

Page 66: ...ed together U NET Cabling This section provides information and specifications for U Net cabling The figure below illustrates an RJ 45 jack and its associated pins FIGURE 3 10 RJ 45 U Net Female Connector Pin Signal Pin Signal 1 TE 5 DAT 2 TE 6 Ground 3 Ground 7 Ground 4 DAT 8 Ground 1 2 3 4 5 6 7 8 ...

Page 67: ... the cable Pair 1 which resides on pins 4 and 5 should occupy the white blue and blue white wires Category 5 UTP cable is the recommended grade of cable to use All wires must be con nected at both ends of the cable Failure to adhere to these guidelines could result in faulty U Net connections and or communications NOTE Even though the cable for Ethernet and U Net are the same the actual pairs that...

Page 68: ...2 as shown below The pin out is also shown FIGURE 3 12 U Net Cable Pairs and Pin out Up to 32 control panels can be connected together in a daisy chain topology The maximum cable length for the entire chain is 1000 feet A 4 5 1 2 4 5 1 2 B blue white white blue white orange orange white ...

Page 69: ... type con tained within the Utah 400 including Input Output Crosspoint and Inter face midplane 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 15 Crosspoint Board 4 19 Audio Chassis Basic Layout 4 25 Power Supply 4 37 ...

Page 70: ...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 71: ...d 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 72: ...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 73: ...s 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 st...

Page 74: ...cular input is pres ent 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 contai...

Page 75: ... 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 indica...

Page 76: ...gnal 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 4 8 ...

Page 77: ...video signals will not be re clocked by this card these signal types will be passed without muting FIGURE 4 9 SD Multi Rate Output Board 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 it to the output FIGURE 4 10 Multi Rate Input Board...

Page 78: ...supplies and illuminates if power is okay and is not lit when power is absent FIGURE 4 11 SD and HD Output Power Good LED The Digital to Analog card 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 12 Digital Video to Analog LED Indicators Power Good LED ...

Page 79: ...wer 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 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 r...

Page 80: ...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 B...

Page 81: ...als 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 pres ent that signal s rate Controls The single control point on this card is dipswitch SW1 the bypass control By mo...

Page 82: ...S1 corresponds to the lowest output number while DS8 corresponds 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 DS10 17 information to follow Specifications Power Consumption 6 5W Reclocker Rates SMPTE 259CD SMPTE 292 and SMPTE 424 1...

Page 83: ...al 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 12 FIGURE 4 15 Input and Output boards Input board Output board Part 121116 1 Part 121117 1 ...

Page 84: ...ging 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 18 M...

Page 85: ...hannel 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 variou...

Page 86: ...te giving you status of all of the re clockers in about seven seconds If the onboard MPU cannot access the re clocker chips to control them DS10 DS17 will be set in a 55 pattern to indicate a communication problem Rate DS10 DS11 DS12 None OFF OFF OFF 270 Mb S OFF ON OFF 360 Mb S OFF ON ON 540 Mb S ON OFF OFF 1 5 Gb S ON OFF ON ...

Page 87: ...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 Crosspoint Board Left view Right view ...

Page 88: ...itched 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 8 FIGURE 4 18 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 mode one o...

Page 89: ...LED The yellow LED pulses continuously when conditions are normal A problem condition exists when the LED is solidly illuminated FIGURE 4 19 Crosspoint LEDs Alarm Power Good LED 5 V Voltage Failure 2 5 V Voltage Failure 3 3 V Voltage Failure Active Ready ...

Page 90: ... SC 200 SC 3 or SC 4 control The video crosspoint module contains three jumper blocks with pins 1 and 2 used to desig nate SC 200 control while pins 2 and 3 designate SC 3 or SC 4 control FIGURE 4 20 Video crosspoint jumper location SC 200 SC 3 or SC 4 ...

Page 91: ... any over current situation along the board and may cause the crosspoint card to reset if an overload is detected Press the board s reset button if no LEDs are illuminated on the card Crosspoint failure independent of any other board failure is very uncommon and is often the result of a problem elsewhere Please contact Customer Service in the event the crosspoint card does not respond to a reset ...

Page 92: ...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 21 Crosspoint board test points Contacts Ground 3 3 5 ...

Page 93: ...e the 64x64 Audio chassis is very similar to its video counterpart using the same types of controllers and power supplies Unbalanced signals are processed via BNC connections while balanced signals are handled through D sub connections shown below FIGURE 4 22 64x64 Audio backpanel BNC and D sub connections shown FIGURE 4 23 D sub assembly ...

Page 94: ...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 95: ...oth 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 outputting an improper discontinuous AES signal while it does so Since there can be no possible guarantees of the responses of downstream equip ment this mode of operation is not recommended...

Page 96: ...l audio input signals that it converts FIGURE 4 25 Target Output Module These capabilities include the 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 ...

Page 97: ...includes a sample rate converter SRC just before that channel s digital to analog converter DAC 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...

Page 98: ...in a Utah 400 chassis on an as needed basis to bring the above enhanced features and analog functionality to those specific system outputs Since it derives two channel analog outputs from each AES input signal this module requires a special output adaptor fitted with two balanced audio connectors ...

Page 99: ...odied 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 activi...

Page 100: ...ple 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 signal processing hardware and connected to local TAPs of the Sc...

Page 101: ...Board The 64x64 audio crosspoint board contains additional status information for power supply monitoring This board also carries a separate time base sub module similar to its larger digi tal audio router counterpart FIGURE 4 27 64x64 Audio Crosspoint board ...

Page 102: ...reen Responding to the onboard micro controller Indicates normal status Active Green This chassis supports redundant crosspoint assemblies Green indicates that current board is active Alarm Red Indicates the presence of a controller power supply or fan error when lit Program Done Ready Active Alarm Scangate Active Scangate I O Active Secondary Primary board active Power Supply Power OK separate al...

Page 103: ...d PRIM Secondary and Primary Associated with the actual slot the crosspoint assembly is plugged into Typically the left slot location is the primary and the right hand slot location is the secondary One of the LEDs will respond to the current slot location primary or secondary Power Supply Monitors Red 5 and 3 3 fail respond to the two main power supplies within the chassis 2 5 1 5 are derived fro...

Page 104: ...sets the onboard micro controller Bottom button changeover Forces a changeover from the active to the stand by crosspoint card Debug Port Typically for factory use only Fuse Used for the 3 3 volt supply on the crosspoint assembly 2 amp Power Pins Top Ground Bottom 3 3 Power PIns Fuse Debug Port Board Resets ...

Page 105: ...ply alarms are indicated on the crosspoint card FIGURE 4 29 Video Crosspoint Alarm LEDs Since there are no alarm LED s on the AC Power Supplies in the 64 frame the Alarm LED on the crosspoint card Audio or Video is used to communicate problems with the system including power supply alarms Alarm Power Good LED 5 V Voltage Failure 2 5 V Voltage Failure 3 3 V Voltage Failure Active Ready ...

Page 106: ...by a red ALARM LED on the crosspoint card See page 4 34 for location of the Alarm LED for audio crosspoint cards To diagnose an alarm condition the user must either use the RMAN diagnostic software or plug a terminal into the crosspoint card see appendix B for more information and perform a status request ...

Page 107: ...e no repairable boards in the Utah 400 system 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 Power Subsystem Troubleshoo...

Page 108: ...sing 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 individu...

Page 109: ...normally 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 Contr...

Page 110: ...ted 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 o...

Page 111: ... power 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 most UTAH 400 sys tems In this configuration the failure of a power supply should not affect normal system operations but users would be unaware of the power sup ply failure Thus it is highly advisable to utiliz...

Page 112: ...f 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 control port n...

Page 113: ...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 DS4 is on and the U Net transmit enable LED DS10 is of...

Page 114: ...ed pair cable It requires two twisted pairs terminated in an RJ 45 connector The maximum length of any 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 pan...

Page 115: ...ts 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 High Definition SDI Video A 4 Reference A 4 Control A 5 Alarms A 5 Physical A 6 Regulatory A 6 Connector Suppliers and USI Part Numbers A 7 ...

Page 116: ... 1 Parameter Specification AC Supply Input Power Consumption Input Fuse Rating Voltage Frequency Redundancy DC Output Voltages 12 Volts DC VA 12 Volts DC VB 3 Volts DC 5 Volts DC 300 Watts 6 3 Amp 250 Volt 5 x 20 mm 90 240 Volts AC universal power supply 50 60 Hertz Dual Redundant power supplies optional 1 Amp 1 Amps 35 Amps 35 Amps ...

Page 117: ...r cards operating at 1 5Gb to 3Gb Sec Parameter Specification Jitter and all other specifications Data Rates Input Return Loss Output Return Loss Input Equalization up to 360 Mbps Signal Level Output Re clock Conforms to SMPTE 259M 292M 143 177 270 360 and 540 Mbps 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 118: ...ce specifications TABLE 2 4 Reference Specifications 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 Gbps 15 dB 5 MHz 1 485 Gbps 15 dB 5 MHz 1 485 Gbps 150 Meters with 1694A coaxial cable Jitter 0 2 UIpp average Parameter Specification Audio One 75 Ohm terminate...

Page 119: ...ations TABLE 2 6 Alarm Specifications Parameter Specification Control Audio SMPTE Alarm MX Bus Daisy Chain Terminated One AES Audio Sync One output Parameter Specification Primary alarm Connector Type Functions Maximum current ANSI SMPTE 269M fault reporting Relay clo sure Phoenix Male Barrier Strip 3 pin Power Temperature Fans System Board Failure 20 milli Amp ...

Page 120: ...ystem connectors Cooling Temperature range Humidity range EIA RS 310 D 92 19 rack mount standard 4 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 Parameter Specification EMC Susceptibility Safety Shock Vibration EN50 081 1 EN50 022 Class A EN50 082 IEC 801 3 IEC...

Page 121: ...ntact Advanced Connectek USA Inc DB 26B Male connec tor crimp DH 26PK SFG T 41226 2026 714 573 1920 Conec Corp DB 26B Male connec tor 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 connector RJ 45 Male connector DB 9B Male connector 225395 2 5 569278 2 747904 2 41215 0001 41211 0011 412...

Page 122: ...Specifications A 8 The Utah 400 ...

Page 123: ... 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 124: ...Items To enable this feature on a given block of 8 inputs a series of commands must be entered CNTRL D Hold down the CONTROL key and press D This enables the debug mode Use upper case U and D keys to direct the software to the card you wish to enable this function on After each entry the card that the software is pointed to is reported The number 6 is then entered to enable or disable the function...

Page 125: ...ine feed The Hyper Terminal will have the same settings as above but since the Hyper Terminal does not have a CRLF setting a similar parameter is set by doing the following Click on Open Port and set the Baud Rate Parity and Stop Bits Select None in the Flow Control Box Click OK On the Hyper Terminal window select File click on Properties Click the Settings Tab in the Properties Window Click the A...

Page 126: ...ry Status Verifying the Software Version Checking the Router Crosspoint Status to verify switching Checking the I O Card Information Checking the Hardware Status Only the Active FPGA Control board will be read by the Debug Port By pressing the Reset button on the currently active FPGA board the control should be transferred to the inactive board If both FPGA s are to be checked be sure to press th...

Page 127: ...ly have in your system Contact Utah Scientific Technical Services to verify your revision or to upgrade to a higher version if available Main Menu Display The main menu displays the selections possible on the FPGA Debug port After connecting the 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 i...

Page 128: ...point 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 129: ...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 130: ...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 131: ... 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 132: ...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 133: ...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 134: ...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 135: ...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 Status Monitors all voltages on the crosspoint and reports any errors as Failed External PS Status Reflects the status of ...

Page 136: ...The Debug Port B 14 The Debug Port ...

Page 137: ...dered from Utah Scientific is shipped with the fol lowing items 1 Breakout Panel Model BDA 400 Part Number 140001 1 9 3 foot D D 26 pin high density cables part number 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 Digital Audio Routi...

Page 138: ...e Utah 400 input or output 00 07 to the BOP back plane input or output 00 07 Continue in the same manner for each input or output for the remaining eight blocks on 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 ...

Page 139: ...anel 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 140: ...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 breako...

Page 141: ... on the 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 142: ...The Utah 400 Digital Audio Breakout Panel C 6 The Debug Port ...

Page 143: ...itch 110 connector suppliers A7 control panel troubleshooting table 58 control specifications A5 control subsystem troubleshooting table 56 control system compatibility 110 Crosspoint Board audio 433 Crosspoint Board LEDs 434 crosspoint card removal and replacement 38 D data rates 111 DC Connectivity 122 DC power specifications A2 Debug cable B3 port B1 C1 Debug Port 436 Definitions control panel ...

Page 144: ... high density illustrations 120 power connections 121 illustration 121 Power OK 435 Power Pins 436 power redundancy 121 power subsystem troubleshooting table 55 power supplies 437 power supply alarms 55 Power Supply Monitors 435 PRIM 435 Program Done 434 R rack frame layout 14 rack frame mounting 13 Ready 434 Reclocking Input Expansion Card 45 reference specifications A4 regulatory specifications ...

Page 145: ...main 53 power subsystem 55 video subsystem 54 U U NET cabling 314 U Net cable pairs and pin out 316 U Net connector 313 unpacking 12 Utah 400 features 110 standard configuration 117 UTAH 400 3 G Input card 46 Utah 400 routing matrix 18 UTAH 64x Read Out 124 V Video Crosspoint board user controls 420 video crosspoint LED s power OK 420 scan data active 421 voltage failure 420 Video crosspoint modul...

Page 146: ...TOC 4 The Utah 400 ...

Search results

Summary of Contents for Utah-400 iP

Reviews:

Related manuals for Utah-400 iP

Brands by name

Popular brands

UTAH SCIENTIFIC Utah-400 iP, System Setup And Operations

Search results

Summary of Contents for Utah-400 iP

Reviews:

Related manuals for Utah-400 iP

Brands by name

Popular brands