Sierra-video Yosemite Bedienungsanleitung

SIERRA VIDEO Yosemite Family Routing Switchers

SIERRA VIDEO 4 EMC Regulatory Notices Federal Communications Commission (FCC) Part 15 Information: This device complies with Part 15 of the FCC stand

SIERRA VIDEO 94 Analog Audio System Performance Analog Audio Voltage Gain Unity ± 0.5db (High-Z load) Frequency Response 20Hz 20Khz ± 0.5db Bandwid

SIERRA VIDEO 95 Warranty A. General Buyer assumes all responsibility for ascertaining the suitability of Sierra Video (hereinafter "SVS") p

WARRANTY 96 THIS LIMITED WARRANTY IS EXPRESSED IN LIEU OF ALL OTHER WARRANTIES, EXPRESS, IMPLIED OR STATUTORY, INCLUDING WITHOUT LIMITATION THE IMPLIE

INTRODUCTION 5 Yosemite Family Overview Introduction The Yosemite Family of large-sized matrix routing switchers provides exceptional performance in c

SIERRA VIDEO 6 Yosemite Frame Configurations Model 6464V/D – 7RU Analog / Digital Video Configuration Outputs 1-32 Outputs 33-64 Inputs 1-32 32x32 3

INTRODUCTION 7 Model 128128V/D Video Frame Front (812101)

SIERRA VIDEO 8 Video Frame Back Panel (812101) Note The Model 128128V/D shown here is a fully populated 128x128 video matrix. In some cases, this fr

INTRODUCTION 9 Model 9696V Video Frame Front (812100)

SIERRA VIDEO 10 Video Frame Back Panel (812100)

INTRODUCTION 11 Model 6464V/D Video Frame Front Panel (812102)

SIERRA VIDEO 12 Video Frame Back Panel (812102)

INTRODUCTION 13 Model 128128A Audio Frame Front Panel Audio Frame Back Panel

SIERRA VIDEO 14 Model 6464A Audio Frame Front Panel Audio Frame Back Panel

INTRODUCTION 15 Model 128128E Audio Frame Front Panel Audio Frame Back Panel

SIERRA VIDEO 16 Model 6464E Audio Frame Front Panel Audio Frame Back Panel

SIERRA VIDEO 17 Video Overview Analog Video Signal Path Overview The Yosemite Family of analog video routing switchers are based on conventional “si

SIERRA VIDEO 18 Input Buffers Each input buffer consists of a small adapter on the rear of the frame that converts the 75 ohm analog video input into

VIDEO OVERVIEW 19 Crosspoint Modules The Yosemite Family analog video switcher uses the newest technology available for the crosspoint matrix. The

SIERRA VIDEO 20 Input / Output Sub-assemblies Yosemite 6464V/D The 32x32/ 32x24 crosspoint modules are part of a larger plug-in sub-assembly. In the

VIDEO OVERVIEW 21 Digital Video Signal Path Overview The Yosemite Family of digital video routing switchers are based on the same aforementioned co

SIERRA VIDEO 22 As with the Yosemite analog routing switcher, we have based our digital video design on the most up-to-date crosspoint technology. Th

VIDEO OVERVIEW 23 Input / Output sub-assemblies The 64x64 digital video router is comprised of two plug-in sub-assemblies. One half of each of thes

YOSEMITE FAMILY ROUTING SWITCHERS User’s Manual  Sierra Video P.O. Box 2462 Grass Valley, CA 95945 Tel: (530) 478-1000 Fax: (530) 478-1105 Email:

SIERRA VIDEO 24 Additional Monitoring Outputs As stated in the above paragraphs, the “33rd” output on each sub-assembly is an additional output. The

SIERRA VIDEO 25 Audio Overview Introduction The Yosemite Series Audio routing switchers from Sierra Video are modular for those applications requiri

SIERRA VIDEO 26 Frame Configurations Yosemite Audio frames can be ordered in a “mono” or “stereo” mode. Configuration is done at the factory or can b

AUDIO OVERVIEW 27 Analog Audio Signal Path Overview The Yosemite Family audio routing switcher signal path consists of two modules: an input buff

SIERRA VIDEO 28 Crosspoint Sub-assembly Modules The analog audio crosspoint module used in the Yosemite Family is a 128x32 module. The switching inte

AUDIO OVERVIEW 29 Digital Audio Signal Path Overview As with analog audio systems described above, the digital audio Yosemite routing switchers use

SIERRA VIDEO 30 Digital Audio Output Accessories 75 ohm Unbalanced Digital Audio By using BNC adapter panels, each of the 110 ohm balanced inputs is

SIERRA VIDEO 31 Installation Introduction Installation procedures are similar for all frames covered under this manual. However, differences between

SIERRA VIDEO 32 Vertical Spacing Requirements It is important to provide unrestricted vertical cooling space for all three Yosemite analog and digit

INSTALLATION 33 Before Connecting To Video Devices Yosemite video routing switchers have a unique video input design. At the rear of frame, each video

SIERRA VIDEO 34 Vertical Interval Switching Sync Input The sync input is used to generate vertical interval switching. If no sync is available, the

INSTALLATION 35 Audio Frame Mounting Carefully inspect the frame to ensure that there has been no shipping damage. Make sure all modules are seated co

SIERRA VIDEO 36 Connecting To Audio Devices Mono Analog Audio Audio sources and destination devices (such as amplifiers or recorders) may be connecte

INSTALLATION 37 Stereo Analog Audio Yosemite Audio frames can be ordered in a “mono” or “stereo” mode and are pre-configured at the factory. Input and

SIERRA VIDEO 38 Balanced Digital Audio Yosemite digital audio routers use 25-pin “D” connectors for input and output connection. All inputs are inter

INSTALLATION 39 Use of the screw terminal adaptable is optional. If it is preferred to wire directly to the 26-pin “D” connectors using a male 25-pin

SIERRA VIDEO 40 Inputs & Outputs 33 - 64 Audio Pin Connections – I/Os 33 -64 Pin # 33-40 41-48 49-56 57-64 Pin #1 40 (+) 48 (+) 56 (+) 64 (+

INSTALLATION 41 Inputs & Outputs 65 - 96 Audio Pin Connections – I/Os 65-96 Pin # 65-72 73-80 81-88 89-96 Pin #1 72 (+) 80 (+) 88 (+) 96 (+) P

SIERRA VIDEO 42 Inputs & Outputs 97 - 128 Audio Pin Connections – I/Os 97-128 Pin # 97-104 105-112 113-120 121-128 Pin #1 104 (+) 112 (+) 120

INSTALLATION 43 Unbalanced Digital Audio Since all audio sources and destinations in the routing switcher are balanced, Sierra Video supplies BNC adap

SIERRA VIDEO Contents 1 Table of Contents Introduction 1 Before You Begin 1 Warnings & Safety Regulations 1 Warnings 2 Cautions 2 Cautions (con

SIERRA VIDEO 44 Video Plus Audio Frame Combinations Multiple video frames are frequently combined to form “multi-level” systems. The Yosemite Famil

INSTALLATION 45 Default Yosemite Settings Before Sierra video ships a Yosemite, the routing switcher system is set with critical initial settings, unl

SIERRA VIDEO 46 Mapping Virtual & Physical Tables Virtual-to-physical mapping tables, used in software version. 5.01 and later, are configured fo

INSTALLATION 47 Control Processor DIP Switches Note: Changing any Dip Switch causes an automatic reset after a few seconds DIP Switch settings

SIERRA VIDEO 48 Dip Switch Activation Yosemite DIP Switch devices have eight numerically marked switches. DIP Switch devices are labeled as S1, S2 o

INSTALLATION 49 505150 DIP Switch S3 & S4 Settings (Versions 8.05 or Older) Dip Switch Action S3 (third from edge) S4 (closest to LEDs) 1 Swit

SIERRA VIDEO 50 505150 DIP Switch S1 & S2 Settings (Versions 9.01 or Newer) Dip Switch Action S1 (closest to edge) S2 (second from edge) 1 Pre

INSTALLATION 51 504001-03 S1 and S2 DIP Switch Settings Dip Switch Action S1 S2 1 Terminal port speed: OFF = 9.6K baud* On = 19.2K baud Host prot

SIERRA VIDEO 53 Operation Control System Overview The Yosemite Family’s three port control system incorporates many powerful features, while retaini

SIERRA VIDEO Contents 2 Operation 53 Control System Overview 53 Speed 53 Serial Control Ports 53 Port 1 (Terminal Port) 54 Port 2 (Host Port) 55 9

SIERRA VIDEO 54 Port 1 (Terminal Port) Yosemite routing switchers have two 9-pin RS232 connectors that allow you to control the switcher using a sta

OPERATION 55 Port 2 (Host Port) Port 2 is shipped with Host protocol mode set as default. A 9-pin connector labeled “RS232/422 Port 2”, located above

SIERRA VIDEO 56 Changing Ports 1 & 2 Between Host & Terminal To change a port setup, send special character sequences to the port (or type th

OPERATION 57 Port 3 (RS-485 Control Panels) Yosemite Family video routing switcher frames have four male 3-pin connectors labeled “RS-485 Control Pane

SIERRA VIDEO 59 505150 Processors Introduction Two types of control processors can be used to control the Yosemite routing switcher. The Sierra vide

SIERRA VIDEO 60 Processor Health Monitoring and LEDs Processor LEDs Each processor monitors its own health and displays a healthy/sick indication on

505150 PROCESSORS 61 LED Diagnostics While the Yosemite Family video routing switchers are in operation LEDs indicate the system’s performance. There

SIERRA VIDEO 62 Diagnostic Startup Sequence When the switcher is powered up or resets for any reason (as when a DIP Switch is changed), it performs a

505150 PROCESSORS 63 Terminal Diagnostics The results of the last startup self-test can also be viewed using the diagnostics screen in the terminal pr

SIERRA VIDEO 1 Introduction Before You Begin There are several terms and acronyms that you should become familiar with before reading this manual

SIERRA VIDEO 64 System Size and Terminal Command A routing switcher with a 505150 process has a maximum matrix size of 128 sources, 256 destinations,

505150 PROCESSORS 65 Non-volatile RAM The control processor board contains battery-powered RAMS, which are used to store the crosspoint matrix state,

SIERRA VIDEO 66 Redundant 505150 Processors Introduction The Yosemite Family supports the use of redundant processors. A system with this option has

505150 PROCESSORS 67 Preferred Master Switch A requirement of the two processors is to set one CPU as the master processor and the other CPU as the sl

SIERRA VIDEO 68 Processor Synchronization The “usual state of affairs” for redundant processors is that both processors always power up at the same t

505150 PROCESSORS 69 In Terminal Mode, this lapse could cause potential problems because the user often stays in submenus longer. Because the standby

SIERRA VIDEO 70 Redundant Processor Status and Terminal “T” Screen Terminal protocol provides a way to examine the status of the redundant processors

SIERRA VIDEO 71 504001 Processors Introduction Two types of control processors can be used to control the Yosemite routing switcher. If Yosemite Fam

SIERRA VIDEO 72 LED Diagnostics While the Yosemite Family routing switchers are in operation LEDs indicate the system’s performance. On the 504001 pr

504001 PROCESSOR 73 Diagnostic Startup Sequence When the switcher is powered up or resets for any reason (as when a DIP Switch is changed), it perform

SIERRA VIDEO 2 Any instructions in this manual that require opening the equipment cover or enclosure are intended for use by qualified service person

SIERRA VIDEO 74 Startup Self-test Results The results of the startup self-test that was done when the routing switcher started up the last time can be

SIERRA VIDEO 75 Communication Protocol Introduction The protocol uses the 7-bit ASCII character set, usually sent over an RS232-C or RS422 serial li

SIERRA VIDEO 76 ASCII character whose code is less than the SPACE character (includes all control characters and the SPACE character) and the DEL (ASC

SPECIFICATIONS 77 The following is the set of commands available for sending to the router, a subset of which may be implemented in any given routing

SIERRA VIDEO 78 “R”: Router Reset Use this command to force the routing switcher to reset, by sending it the command "RESET". If an adminis

SPECIFICATIONS 79 “L”: Matrix Size and Level Names Inquiry The command "L" requests that matrix size (Nout, Nlvl, Nin) and level name info

SIERRA VIDEO 80 ** X12,4,2 X-,4,3 X0,4,4 !! giving the status of levels 2, 3, and 4 (level 1 presumably not being a single-output-per-input level). No

SPECIFICATIONS 81 “K”: Set Password The command "K" is followed by a password, which may be 0 to cancel the previous password, thus causing

SIERRA VIDEO 82 controlling devices will honor the system. A dedicated hacker can always hack into the system if he chooses. Note, however, that the s

SPECIFICATIONS 83 To turn off output change reporting, use the command: **U0!! The difference between an argument value of 1 versus 2 has to do with t

INTRODUCTION 3  Only an authorized Sierra video technician should service the switchers. Any user who makes changes or modifications to the unit wit

SIERRA VIDEO 84 For example, the command: **W0,8,3,7!! says that connections are to be made on all levels: from input 8 to output 1, input 3 to output

SPECIFICATIONS 85 An input number of 0 means the output connection is to be left unchanged. An input number of ë-ë (dash) means the output is to be di

SIERRA VIDEO 86 “P”: Preset a Salvo The command "P" is used to set up a salvo, which is a series of connect commands for later execution wi

SPECIFICATIONS 87 not the administrator password. Any use of a password larger than 9999 also fails. In any of those cases, the output lock status rem

SIERRA VIDEO 88 “F”: Field Delay The command "F" is used to specify the delay between the time a crosspoint change request is received by t

SPECIFICATIONS 89 The fielddelay value applies to the entire router, not just to the control port on which the “F” command is received. It is therefor

SIERRA VIDEO 91 Specifications Serial Digital Video Chapter 9 Digital Video Data Rates +143, 177, 270, and 360 Mbps per SMPTE-259-A, B, C, D Data T

SIERRA VIDEO 92 Serial Digital Audio Digital Audio Data Rate 100 Kbps- *Mbps Nominal Signal Level 6V p-p for 110Ω systems, 1V p-p for 75Ω systems I

SPECIFICATIONS 93 Analog Video System Performance Analog Video Gain Unity (±2 db adjustable) Response ± 0.1db to 5Mhz; + 0/-3db, 5-50Mhz Diff. Phas