Page 1 I (CH S HEETAH ENERATION ERIES IDEO ATRIX WITCHERS ERVICE AND RDERING SSISTANCE PESA Switching Systems, Inc. 103 Quality Circle, Suite 210 Huntsville AL 35806 USA www.pesa.com FFICE Tel: 256.726.9200 Fax: 256.726.9271 ERVICE EPARTMENT Tel: 256.726.9222 (24/7) Toll Free: 800.323.7372 Fax: 256.726.9268...
Page 2 © 2005 PESA Switching Systems, Inc. All Rights Reserved. Cheetah is a trademark of PESA Switching Systems, Inc. in the United States and/or other countries. Microsoft, Windows, and Windows NT are either registered trademarks or trademarks of Microsoft Corporation in the United States and/or other countries.
Page 3: Table Of Contents
) ........ 17 ETTING HEETAH HASSIS EVEL ODES TROBES 4.6.1 Cheetah 64x64 Chassis Strobe Switches Location........... 17 4.6.2 Cheetah 64x64 Chassis Strobe Switch Functions ............ 18 64 C ......19 HEETAH HASSIS OWER UPPLY ACKPLANE WITCHES 64 C ....19...
Page 4 Strobe Switch Locations ..................52 6.6.2 Cheetah 256x256 Chassis Strobe Switch Functions ..........53 256 C . 54 HEETAH HASSIS OWER UPPLY ACKPLANE IPSWITCH OCATIONS 256 C . 55 HEETAH HASSIS NPUT UTPUT ACKPLANE IPSWITCH OCATIONS Proprietary Information of PESA S WITCHING YSTEMS...
Page 5 Cheetah 512x512 and 1024x256 Specifications ............90 8.1.3 Cheetah 512x512 Component Listing ..............95 8.1.4 Cheetah 1024x256 Component Listing ..............97 ................. 99 NPACKING AND NSPECTION ............99 ENERAL HASSIS NSTALLATION VERVIEW ..................99 HOOSING A OCATION Proprietary Information of PESA S WITCHING YSTEMS...
Page 6 ONNECTIONS 9.3.1 Cheetah 64x64 and 128x128 Chassis Supply Power ..........124 9.3.1.1 Cheetah 64x64 and 128x 128 Chassis Power Cord and Circuit Breakers ....124 9.3.1.2 Cheetah 64x64 and 128x128 Chassis AC External Power Requirements....126 9.3.2 Cheetah 256x256 Chassis Supply Power .............. 127 9.3.2.1...
Page 7 11.1.5 Installing the Power Supplies ................147 11.1.6 Removing the Power Supplies................147 11.2 .................... 148 NPUT UFFER 11.2.1 Input Buffer Card Overview ................. 148 11.2.2 Input Buffer Card LED Indicators ................ 148 Proprietary Information of PESA S WITCHING YSTEMS...
Page 8 System Control Alarm Connector ................. 164 11.9.4 PRC Loop Connector ................... 166 11.9.5 RCP Panel Port Connectors................. 167 11.9.6 Network Connectors..................... 168 11.9.7 Frame Alarm Connector..................170 11.9.8 Auxiliary Frame Control Connector ..............172 Proprietary Information of PESA S WITCHING YSTEMS...
Page 9 NFORMATION APPENDIX A: ETHERNET CONFIGURATION ..............198 APPENDIX B: SNMP ........................202 APPENDIX C: PESA MATRIX FRAME CONTROLLER DEBUG PORT PROTOCOL ..204 APPENDIX D: ABBREVIATIONS, ACRONYMS, AND DEFINITIONS (AA&D) ....217 Proprietary Information of PESA S viii WITCHING YSTEMS...
Page 10 ONNECTOR ANEL 256 F ........59 IGURE OCATION OSITION SSIGNMENTS 256 F ............60 IGURE ILTER OWER ISTRIBUTION 256 F .......... 61 IGURE USES NPUT UTPUT OARDS 448 F .................... 63 IGURE RONT Proprietary Information of PESA S WITCHING YSTEMS...
Page 11 TTACHED UPPORTS ............... 122 IGURE OWER UPPLIES ONFIGURATION ..................123 IGURE HASE ELATIONSHIPS ............125 IGURE RONT ANEL IRCUIT REAKER OCATIONS ................127 IGURE IGTAIL ABLING ONDUCTORS ................128 IGURE IGTAIL ABLING ONDUCTORS Proprietary Information of PESA S WITCHING YSTEMS...
Page 12 IGURE THERNET ONNECTOR B169 IGURE YPICAL ATRIX RAME ONTROLLER ARDS LOCATIONS ................170 IGURE RAME LARM ONNECTOR ........171 IGURE LARM ABLE ONNECTION AND IRCUIT CHEMATIC ............172 IGURE UXILIARY RAME ONTROL ONNECTOR Proprietary Information of PESA S WITCHING YSTEMS...
Page 13 512 A 1024 S IGURE HEETAH ERIES ARLIER ERSION LACEMENTS REAR VIEW ..........................184 ......... 185 IGURE ARLIER HEETAH ERIES OWER ISCONNECTS 512 A 1024 S ......187 IGURE ARLIER HEETAH ERIES AFFLE SSEMBLY Proprietary Information of PESA S WITCHING YSTEMS...
Page 14 UPPLY NDICATORS LED I ..............148 ABLE NPUT UFFER NDICATORS ............149 ABLE UTPUT OMBINER NDICATORS LED I ............151 ABLE UTPUT ONITOR NDICATORS 3500 S ............153 ABLE ERIES YSTEM ONTROLLER Proprietary Information of PESA S xiii WITCHING YSTEMS...
Page 15 NDICATORS ..........172 ABLE UXILIARY RAME ONTROL SSIGNMENTS ..................191 ABLE OWER UPPLY ..................192 ABLE ATRIX OARD ..................193 ABLE UTPUT OARD ..................... 194 ABLE NPUT OARD ................. 198 ABLE THERNET ONFIGURATION Proprietary Information of PESA S WITCHING YSTEMS...
Page 16: Chapter 1: About This Manual
OCUMENTATION AND AFETY VERVIEW This manual provides detailed instructions for the installation, operation, and maintenance of the PESA Cheetah Series Switchers. It is the responsibility of all personnel involved in the installation, operation, and maintenance of the equipment to know all the applicable safety regulations for the areas they will be working in. Under no circumstances should any person perform any procedure or sequence in this manual if the procedural sequence will directly conflict with local Safe Practices.
Page 17: Chapter 2: Introduction
NALOG UPPORT Additionally, PESA Switching Systems, Inc. offers analog cards for the Cheetah series switchers, which will allow users to maintain legacy equipment during the transition to digital or single-ended, general purpose NTSC video transmission applications such as video data for telemetry, radar, surveillance, high-level TTL video switching, and 75 audio.
Page 18: Cheetah Switchers Features
All Cheetah video matrix switchers offer alarm support, switch confirmation, block checking, and power-out-of-range indicators. Features include: • Full feature control system using either standard PESA PRC Control or PESA Network Control • Video and data signal from 3Mb/s to 1.5 GB/s •...
Page 19: Chapter 3: Configuration Matrix
Chapter 3: Configuration Matrix Since the technology in the switching systems industry is constantly changing, it is important for PESA Switching Systems, Inc. to offer the most up to date products to our customers. The Cheetah Series product line is continually being upgraded to uphold that commitment. This section includes a Matrix...
Page 20: Figure 67: 3500 Series
Output Buffer Option Option Monitor Option Buffer Combiner Controller Cards HD-MR (SDI) Option Fiber DAC SD Fiber (digital HD to SD HDMR HDMR (SDI) to SD only) 64x64 128x128 256x256 256x448 512x512 1024x256 Proprietary Information of PESA S WITCHING YSTEMS...
Page 21: Chapter 4: Cheetah 64X64 Switcher
Cheetah 64x64 Switcher 64 P HEETAH RODUCT AND OMPONENT ESCRIPTIONS 4.1.1 Cheetah 64x64 Frame Configuration Views (For the Cheetah 64x64 frame configuration see Figures 1 and 2). 3500 Series Output Monitor Frame Coding Matrix Frame System Controller Card Switches Fuses...
Page 22 Connectors Connectors Aux Frame Control COM 1/COM 2 System Control Connector RS-232 Control Output PRC Loop Alarm Frame Alarm Connectors Monitor Connector Connector Connector Connectors (digital only) FIGURE 2: Cheetah 64x64 Rear View Proprietary Information of PESA S WITCHING YSTEMS...
Page 23: Cheetah 64X64 Specifications
Optical Signals (Fiber Optics) for Inputs (Receivers) Connector Type: .............. SFF modules w/LC-type (fiber card) Data Rates: ................... 1.0 Mbps to 1.485 Gbps Optical Input Wavelength ............Single Mode, 1200 to 1600 nm Input Power ....................-20 dBm (minimum) Continued Proprietary Information of PESA S WITCHING YSTEMS...
Page 24 Internal cooling fans with auto sensing speed adjustments Control Panel Com:................RS-485, 3 pin WECO, 4 per frame Control Com:............RS-232 or PESA PRC for 3500 Series System Connector Type: ..................9 pin, D sub, female Network Connector: ..............RJ-45, Ethernet, 2 per frame...
Page 25 – C HEETAH ERIES WITCHERS HAPTER 81-9059-0570-0 Rev. C Cheetah 64x64 Specifications (cont.) Environmental Operating Temperature: ....................0-40 °C Operating Humidity:................10-90% non-condensing Standard Analog Video Input Characteristics Level: ..................1.0V P-P nominal, 2.0V P-P max....................(Without obvious distortion) Impedance: ..................75 internally terminated Return Loss: ....................
Page 26 – C HEETAH ERIES WITCHERS HAPTER 81-9059-0570-0 Rev. C Cheetah 64x64 Specifications (cont.) Standard Analog Video Chrominance/Luminance Gain Inequity:......................±1.0% max. Delay Inequity: .......................±1.0 ns Standard Analog Video Non-Linear Distortions Note: All tests: 10 to 90% @ 3.58MHz or 12.5 to 87.5% @ 4.43Mhz.
Page 27 – C HEETAH ERIES WITCHERS HAPTER 81-9059-0570-0 Rev. C Cheetah 64x64 Specifications (cont.) High-Level Analog Video Gain Characteristics Gain: ..........................Unity Gain Stability: ......................<±0.1 dB Gain Adjust Range: .......................±0.5 dB High-Level Analog Video Linear Distortion Frequency Response: ................... ±0.1 dB to 10 MHz ........................
Page 28: 4.1.3 Cheetah 64X64 Component Listing
Configuration Dependent on the specific configuration of the chassis and will be noted on the specification sheet that accompanies the equipment. Contact PESA Switching Systems, Inc: Customer Support for specific configuration details for these cards. Proprietary Information of PESA S...
Page 29 Output Blank 81-9034-6907-0 Input Blank When used, it is inserted next to an output card to expand an input configuration. Contact PESA Switching Systems, Inc: Customer Support for specific configuration details for these cards. Proprietary Information of PESA S WITCHING...
Page 30: Npacking And Nspection
Consider the connection from this equipment to the supply circuit, and the effect that possible overloading can have on overcurrent protection circuits and supply wiring. Refer to nameplate ratings when addressing this concern. Proprietary Information of PESA S WITCHING YSTEMS...
Page 31: Mounting Aheetah Cheetaheetahh
4. Install the top two chassis mounting screws. 5. Install any remaining chassis mounting screws. 6. Tighten all of the chassis mounting screws until they are secure. Release/remove the support from the bottom of the chassis. Proprietary Information of PESA S WITCHING YSTEMS...
Page 32: Setting Cheetah
4.6.1 Cheetah 64x64 Chassis Strobe Switches Location Prior to adjusting any of the chassis strobe switches, it is strongly recommended to contact the PESA Customer Service Department for assistance. NETWORK LEVEL OUTPUT...
Page 33: Cheetah 64X64 Chassis Strobe Switch Functions
The Input Offset displays in the lower section of the window). MSB Frame Specifies the type of frame the boards are plugged into. For the Cheetah 64x64 frame, set LSB to 3 and MSB to LSB Frame Network (not used) Not used.
Page 34: Cheetah
HAPTER 81-9059-0570-0 Rev. C 64 C HEETAH HASSIS OWER UPPLY ACKPLANE WITCHES There are no Power Supply backplane switches in the Cheetah 64x64 chassis configuration. 64 C HEETAH HASSIS NPUT UTPUT ACKPLANE WITCHES Each input/output backplane has one eight-position, slide-style switch consisting of eight single-pole single-throw (SPST) switches numbered 1 through 8.
Page 35: Cheetah
WITCHERS HAPTER 81-9059-0570-0 Rev. C 64 C HEETAH HASSIS ATRIX ACKPLANE WITCHES There are no matrix backplane switches in the Cheetah 64x64 chassis configuration. 4.10 64 C HEETAH HASSIS YSTEM ONNECTION OCATIONS FIGURE 5: 64X64 Chassis System Interface Connector Panel Location (Rear View)
Page 36: Cheetah 64 X 64 Chassis Input /Output Signal Connectors
All circuit protection devices (i.e., fuses, current monitoring semiconductors, and temperature circuitry) for the various cards that are installed in the 64x64 chassis are located on each card and are non- serviceable by the user. Proprietary Information of PESA S WITCHING YSTEMS...
Page 37: Chapter 5: Cheetah 128X128 Switcher
1 - 64 65 - 128 1 - 64 1 - 64 3500 Series System 64x64 Video Matrix Matrix Frame Controller Cards Cards Controller Cards Output Monitor Control Card FIGURE 7: Cheetah 128x128 Front View Proprietary Information of PESA S WITCHING YSTEMS...
Page 38 (digital only) Connectors RCP Panel Sync Input Aux Frame System Control Port Connectors- COM 1/COM 2 Control Connector Alarm Connectors Loop Through RS-232 Control Connector Connectors Connectors FIGURE 8: Cheetah 128x128 Rear View Proprietary Information of PESA S WITCHING YSTEMS...
Page 39: Cheetah 128X128 Specifications
Optical Signals (Fiber Optics) for Inputs (Receivers) Connector Type: .............. SFF modules w/LC-type (fiber card) Data Rates: ................... 1.0 Mbps to 1.485 Gbps Optical Input Wavelength ............Single Mode, 1200 to 1600 nm Input Power ....................-20 dBm (minimum) Continued Proprietary Information of PESA S WITCHING YSTEMS...
Page 40 Internal cooling fans with auto sensing speed adjustments Control Panel Com:................RS-485, 3 pin WECO, 4 per frame Control Com:............RS-232 or PESA PRC for 3500 Series System Connector Type: ..................9 pin, D sub, female Network Connector: ..............RJ-45, Ethernet, 2 per frame...
Page 41 Low Frequency:..............+0.2% /ms max with 10% Overshoot .......................(10-90% or 90-10% change) Standard Analog Video Pulse and Bar Responses Factor (2T) Bar Slope: ....................0.2% K Pulse/Bar Ratio:......................0.2% K Pulse Sharp:........................0.2% K Continued Proprietary Information of PESA S WITCHING YSTEMS...
Page 42 Impedance: ..................75 internally terminated Return Loss: ....................> 40 dB to 5.0 MHz ........................> 15 dB to 50 MHz Coupling:.........................Direct (DC) DC on Out: ......................... <±50 mV Connector:......................... BNC Number: ..................... One (Two Optional) Continued Proprietary Information of PESA S WITCHING YSTEMS...
Page 43 Crosstalk: ..........<± -60 dB to 5.0 MHz (All Inputs and Outputs Hostile) ........................ <± -35 dB @ 35 MHz High-Level Analog Video Signal to Noise Signal to Noise: ..........-70 dB, RMS Noise to P-P Signal to 5.0 MHZ Proprietary Information of PESA S WITCHING YSTEMS...
Page 44: Cheetah 128X128 Component Listing
Configuration Dependent on the specific configuration of the chassis and will be noted on the specification sheet that accompanies the equipment. Contact PESA Switching Systems, Inc: Customer Support for specific configuration details for these cards. Proprietary Information of PESA S...
Page 45 Output Blank 81-9034-6907-0 Input Blank When used, it is inserted next to an output card to expand an input configuration. Contact PESA Switching Systems, Inc: Customer Support for specific configuration details for these cards. Proprietary Information of PESA S WITCHING...
Page 46: Npacking And Nspection
Consider the connection from this equipment to the supply circuit, and the effect that possible overloading can have on overcurrent protection circuits and supply wiring. Refer to nameplate ratings when addressing this concern. Proprietary Information of PESA S WITCHING YSTEMS...
Page 47: 128 Chassis In An Equipment Rack
4. Install the top two chassis mounting screws. 5. Install any remaining chassis mounting screws. 6. Tighten all of the chassis mounting screws until they are secure. Release/remove the support from the bottom of the chassis. Proprietary Information of PESA S WITCHING YSTEMS...
Page 48: Setting Cheetah
5.6.1 Cheetah 128x128 Chassis Strobe Switches Location Prior to adjusting any of the chassis strobe switches, it is strongly recommended to contact the PESA Customer Service Department for assistance. NETWORK PWR OK PWR OK...
Page 49: Cheetah 128X128 Chassis Strobe Switch Functions
4. If you are not using this feature, leave the level code at zero. If you need to Monitor specify a monitor output, add 32 to the Level Code value. Use the resulting number for this setting. Proprietary Information of PESA S WITCHING YSTEMS...
Page 50: 128 C
65 - 128 1 - 64 1 - 64 65 - 128 1 - 64 1 - 64 FIGURE 10: 128x128 Power Supply Backplane Dipswitch Locations And Settings (Viewed From The Front Of The Frame) Proprietary Information of PESA S WITCHING YSTEMS...
Page 51 (Output) 65-96 1 2 3 4 5 6 7 8 1 2 3 4 5 6 7 8 FIGURE 11: 128x128 Input/Output Backplane Dipswitch Locations and Settings (Viewed From the Rear of the Frame) Proprietary Information of PESA S WITCHING YSTEMS...
Page 52 T NE MATRIX FRAME CONTROLLER SP A OUTP 1 2 3 4 5 6 7 8 Spares FIGURE 12: 128x128 Matrix Backplane Dipswitch Location And Settings (Viewed From The Front Of The Frame) Proprietary Information of PESA S WITCHING YSTEMS...
Page 53: Heetah Hassis Ystem Onnection Ocations
ALARM SYSTEM FRAME ALARM REFERENCE OUTPUT MONITOR CONTROL CONTROL SLOT A ALARM PRC LOOP AUX FRAME CTRL COM 4 COM 3 / PRC SLOT B FIGURE 13: 128x128 Chassis System Interface Connector Panel Proprietary Information of PESA S WITCHING YSTEMS...
Page 54: Heetah Hassis Nput Utput Ignal Onnectors
1 - 64 65 - 128 1 - 64 1 - 64 1 - 64 1 - 64 3 4 5 Not used I/O Cards FIGURE 14: 128x128 Chassis Fuse Location and Fuse #3 Assignment Proprietary Information of PESA S WITCHING YSTEMS...
Page 55: Figure X 512 M
Input 7 Output 6 Input 8 Option 7 Output 7 Option 8 Output 8 Slot Outputs Inputs FUSES Matrix Cards Not Used FIGURE 15: 128x128 Chassis Fuse Location and Fuse #2 & #3 Assignments Proprietary Information of PESA S WITCHING YSTEMS...
Page 56: Chapter 6: Cheetah 256X256 Switcher
IN 129-256 IN 129-256 OUT 1-128 OUT 129-256 OUT 1-128 OUT 129-256 PWR & CTRL A PWR & CTRL B PWR & CTRL C PWR & CTRL D FIGURE 16: Cheetah 256x256 Front View Proprietary Information of PESA S WITCHING YSTEMS...
Page 57: Connector
Alarm Sync Input System Control Connectors RCP Panel Connector Connectors- Alarm Port Aux Frame COM 1/COM 2 Loop Through Connector Connectors Control Connector RS-232 Control Connectors Connectors FIGURE 17: Cheetah 256x256 Rear View Proprietary Information of PESA S WITCHING YSTEMS...
Page 58: Cheetah 256X256 Specifications
Optical Signals (Fiber Optics) for Inputs (Receivers) Connector Type: .............. SFF modules w/LC-type (fiber card) Data Rates: ................... 1.0 Mbps to 1.485 Gbps Optical Input Wavelength ............Single Mode, 1200 to 1600 nm Input Power ....................-20 dBm (minimum) Continued Proprietary Information of PESA S WITCHING YSTEMS...
Page 59 Internal cooling fans with auto sensing speed adjustments Control Panel Com:................RS-485, 3 pin WECO, 4 per frame Control Com:............RS-232 or PESA PRC for 3500 Series System Connector Type: ..................9 pin, D sub, female Network Connector: ..............RJ-45, Ethernet, 2 per frame...
Page 60 Low Frequency:..............+0.2% /ms max with 10% Overshoot .......................(10-90% or 90-10% change) Standard Analog Video Pulse and Bar Responses Factor (2T) Bar Slope: ....................0.2% K Pulse/Bar Ratio:......................0.2% K Pulse Sharp:........................0.2% K Continued Proprietary Information of PESA S WITCHING YSTEMS...
Page 61 Impedance: ..................75 internally terminated Return Loss: ....................> 40 dB to 5.0 MHz ........................> 15 dB to 50 MHz Coupling:.........................Direct (DC) DC on Out: ......................... <±50 mV Connector:......................... BNC Number: ..................... One (Two Optional) Continued Proprietary Information of PESA S WITCHING YSTEMS...
Page 62 Crosstalk: ..........<± -60 dB to 5.0 MHz (All Inputs and Outputs Hostile) ........................ <± -35 dB @ 35 MHz High-Level Analog Video Signal to Noise Signal to Noise: ..........-70 dB, RMS Noise to P-P Signal to 5.0 MHZ Proprietary Information of PESA S WITCHING YSTEMS...
Page 63: Cheetah 256X256 Component Listing
The I/O configuration for this chassis can be mixed (digital and analog). However, mixed configurations can become confusing and support may be needed. For mixed configuration support, contact PESA Switching Systems, Inc. - Customer Support. TABLE 8: Cheetah 256x256 Mainframe Component List Max.
Page 64 Output Blank 81-9034-6907-0 Input Blank When used, it is inserted next to an output card to expand an input configuration. Contact PESA Switching Systems, Inc.: Customer Support for specific configuration details for these cards. Proprietary Information of PESA S WITCHING...
Page 65: Npacking And Nspection
Consider the connection from this equipment to the supply circuit, and the effect that possible overloading can have on overcurrent protection circuits and supply wiring. Refer to nameplate ratings when addressing this concern. Proprietary Information of PESA S WITCHING YSTEMS...
Page 66: Ounting Aheetah Chassis In An Equipment Rack
5. Install the top two chassis mounting screws. 6. Install any remaining chassis mounting screws. 7. Tighten all of the chassis mounting screws until they are secure. Release/remove the support from the bottom of the chassis. Proprietary Information of PESA S WITCHING YSTEMS...
Page 67: Setting Cheetah
6.6.1 Strobe Switch Locations Prior to adjusting any of the chassis strobe switches, it is strongly recommended to contact the PESA Customer Service Department for assistance. NETWORK NETWORK C OM MU NICATION S...
Page 68: Cheetah 256X256 Chassis Strobe Switch Functions
4. If you are not using this feature, leave the level code at zero. If you need to Monitor specify a monitor output, add 32 to the Level Code value. Use the resulting number for this setting. Proprietary Information of PESA S WITCHING YSTEMS...
Page 69: Ackplane Dipswitchl
PWR & CTRL A PWR & CTRL B PWR & CTRL C PWR & CTRL D FIGURE 19: 256x256 Power Supply Backplane Dipswitch Locations And Settings (Viewed From the Front of the Frame) Proprietary Information of PESA S WITCHING YSTEMS...
Page 70: F C C C
1 2 3 4 5 6 7 8 1 2 3 4 5 6 7 8 65-128 129-192 FIGURE 20: 256x256 Input/Output Backplane Dipswitch Locations And Settings (Viewed From The Rear Of The Frame) Proprietary Information of PESA S WITCHING YSTEMS...
Page 71: Table 6: Cheetah
1 2 3 4 5 6 7 8 Inputs 129 - 256 Inputs 1 - 128 Outputs 1 - 128 Outputs 129 - 256 FIGURE 21: 256x256 Matrix Backplane Dipswitch Location And Settings (Viewed From The Front Of The Frame) Proprietary Information of PESA S WITCHING YSTEMS...
Page 72: Cheetah
FRAME ALARM REFERENCE OUTPUT MONITOR CONTROL CONTROL SLOT A ALARM PRC LOOP AUX FRAME CTRL COM 4 COM 3 / PRC SLOT B FIGURE 22: 256x256 Chassis System Interface Connector Panel (Rear View) Proprietary Information of PESA S WITCHING YSTEMS...
Page 73: Cheetah
For I/O card removal and installation, refer to Chapter 11. In the accompanying figures, the slots labeled “Option” indicate either dual output or some other conversion-type slots. Proprietary Information of PESA S WITCHING YSTEMS...
Page 74 PWR & CTRL C PWR & CTRL D NOTE: Input sets are repeated because each set is cross- pointed to different output connections. Not used Not used FIGURE 23: 256x256 Fuse Location And Position Assignments Proprietary Information of PESA S WITCHING YSTEMS...
Page 75 EMI Filter Rectified LINE – DCV Power Power Power Power Supply Supply Supply Supply Backplane Backplane Backplane Backplane Fuse 3 Fuse 1 Fuse 4 Fuse 2 FIGURE 24: 256x256 Filter And Power Distribution Proprietary Information of PESA S WITCHING YSTEMS...
Page 76 PRC Loop RCP3 RCP4 AUX F.C. Slots Slots Slots Slots 5-12 13-20 21-24 & & & & 25-32 33-36 37-40 41-48 FUSES Not used FIGURE 25: 256x256 Fuses For The Input And Output Boards Proprietary Information of PESA S WITCHING YSTEMS...
Page 77: Chapter 7: Cheetah 256X448 Switcher
HAPTER 81-9059-0570-0 Rev. C Chapter 7: Cheetah 256x448 Switcher 448 P HEETAH RODUCT AND OMPONENT ESCRIPTIONS 7.1.1 Cheetah 256x448 Frame Configuration Views For the Cheetah 256x448 frame configuration, see Figures 26 and 27 Proprietary Information of PESA S WITCHING YSTEMS...
Page 78 ERIES WITCHERS HAPTER 81-9059-0570-0 Rev. C Output Monitor 3500 Series System Power Supplies Controller Cards Card Frame Coding Matrix Frame Fuses Switches Controller Cards 64x64 Video Matrix Cards FIGURE 26: 256x448 Front View Proprietary Information of PESA S WITCHING YSTEMS...
Page 79: Port Connectors
AC or DC Power Power 1 Receptacles Fans Fans Power 2 Outputs Outputs Outputs Inputs Frame Alarm Connector 1/COM 2 RS-232 Control Outputs Connectors Output Monitor Connectors (digital only) COM 3/PRC and COM 4 RS-422 House Sync System Network Control RCP Panel Input PRC Loop...
Page 80: Cheetah 256X448 Specifications
Optical Signals (Fiber Optics) for Inputs (Receivers) Connector Type: .............. SFF modules w/LC-type (fiber card) Data Rates: ................... 1.0 Mbps to 1.485 Gbps Optical Input Wavelength ............Single Mode, 1200 to 1600 nm Input Power ....................-20 dBm (minimum) Continued Proprietary Information of PESA S WITCHING YSTEMS...
Page 81 Internal cooling fans with auto sensing speed adjustments Control Panel Com:................RS-485, 3 pin WECO, 4 per frame Control Com:............RS-232 or PESA PRC for 3500 Series System Connector Type: ..................9 pin, D sub, female Network Connector: ..............RJ-45, Ethernet, 2 per frame...
Page 82 Low Frequency:..............+0.2% /ms max with 10% Overshoot .......................(10-90% or 90-10% change) Standard Analog Video Pulse and Bar Responses Factor (2T) Bar Slope: ....................0.2% K Pulse/Bar Ratio:......................0.2% K Pulse Sharp:........................0.2% K Continued Proprietary Information of PESA S WITCHING YSTEMS...
Page 83 Impedance: ..................75 internally terminated Return Loss: ....................> 40 dB to 5.0 MHz ........................> 15 dB to 50 MHz Coupling:.........................Direct (DC) DC on Out: ......................... <±50 mV Connector:......................... BNC Number: ..................... One (Two Optional) Continued Proprietary Information of PESA S WITCHING YSTEMS...
Page 84 Crosstalk: ..........<± -60 dB to 5.0 MHz (All Inputs and Outputs Hostile) ........................ <± -35 dB @ 35 MHz High-Level Analog Video Signal to Noise Signal to Noise: ..........-70 dB, RMS Noise to P-P Signal to 5.0 MHZ Proprietary Information of PESA S WITCHING YSTEMS...
Page 85: Cheetah 256X448 Component Listing
Configuration *: Dependent on the specific configuration of the chassis and will be noted on the specification sheet that accompanies the equipment. Contact PESA Switching Systems, Inc: Customer Support for specific configuration details for these cards. Proprietary Information of PESA S...
Page 86 Output Blank 81-9034-6907-0 Input Blank When used, it is inserted next to an output card to expand an input configuration. Contact PESA Switching Systems, Inc.: Customer Support for specific configuration details for these cards. Proprietary Information of PESA S WITCHING...
Page 87: Npacking And Nspection
Consider the connection from this equipment to the supply circuit, and the effect that possible overloading can have on overcurrent protection circuits and supply wiring. Refer to nameplate ratings when addressing this concern. Proprietary Information of PESA S WITCHING YSTEMS...
Page 88: Mounting A Cheetah
5. Install the top two chassis mounting screws. 6. Install any remaining chassis mounting screws. 7. Tighten all of the chassis mounting screws until they are secure. Release/remove the support from the bottom of the chassis. Proprietary Information of PESA S WITCHING YSTEMS...
Page 89: Setting Cheetah
3500 Series System Controller Software. If specified by the customer when ordering, these switches will be set at the factory; however, the customer can adjust them as required for system expansion. Proprietary Information of PESA S WITCHING YSTEMS...
Page 90: Cheetah 256X448 Chassis Strobe Switches Location
81-9059-0570-0 Rev. C 7.6.1 Cheetah 256x448 Chassis Strobe Switches Location Prior to adjusting any of the chassis strobe switches, it is strongly recommended to contact the PESA Customer Service Department for assistance. PWR O K PWR O K PWR OK...
Page 91: Cheetah 256X448 Chassis Strobe Switch Functions
4. If you are not using this feature, leave the level code at zero. If you need to Monitor specify a monitor output, add 32 to the Level Code value. Use the resulting number for this setting. Proprietary Information of PESA S WITCHING YSTEMS...
Page 92: 448 Chassis Power Supply Backplane Dipswitch Locations
(SPST) switches numbered 1 through 8. Each power supply backplane supports two power supplies. Figure 29 depicts the location of these switches and the dipswitch settings. These dipswitches are preset at the factory. Do not change the settings! Proprietary Information of PESA S WITCHING YSTEMS...
Page 93: Figure 29
CTRL CT RL CTRL CTRL CTRL CTRL CTRL CTRL CTRL CTRL CTRL CTRL CTRL CTRL CTRL FIGURE 29: 256x448 Power Supply Backplane Dipswitch Locations And Settings (Viewed From The Front Of The Frame) Proprietary Information of PESA S WITCHING YSTEMS...
Page 94: 448 Chassis Input /Output Backplane Dipswitch Locations
(SPST) switches numbered 1 through 8. Each input/output backplane supports 4 cards. Figure 30 depicts the location of these switches with the cards removed, and the dipswitch settings. These dipswitches are preset at the factory. Do not change the settings! Proprietary Information of PESA S WITCHING YSTEMS...
Page 95: Figure 30
1 2 3 4 5 6 7 8 1 2 3 4 5 6 7 8 1 2 3 4 5 6 7 8 FIGURE 30: 256x448 Input/Output Backplane Dipswitch Locations And Settings (Viewed From The Rear Of The Frame) Proprietary Information of PESA S WITCHING YSTEMS...
Page 96: Heetah Hassis Atrix Ackplane Ipswitch Ocations
IN 1-128 IN 129-256 OUT 257-384 OUT 385-448 1 2 3 4 5 6 7 8 1 2 3 4 5 6 7 8 FIGURE 31: 256x448 Matrix Backplane Dipswitch Location and Settings Proprietary Information of PESA S WITCHING YSTEMS...
Page 97: Cheetah
SYSTEM FRAME REFERENCE OUTPUT MONITOR CONTROL CONTROL SLOT A ALARM PRC LOOP AUX FRAME CTRL COM 4 COM 3 / PRC SLOT B FIGURE 32: 256x448 Chassis System Interface Connector Panel (Rear View) Proprietary Information of PESA S WITCHING YSTEMS...
Page 98: Cheetah
10-bit output board can be installed as an option. For HD applications, a HD to SD conversion card can be installed as an option. For I/O card removal and installation, refer to Chapter 11. Proprietary Information of PESA S WITCHING YSTEMS...
Page 99: 448 Chassis Fuse Locations And Assignments
IN 129-256 OUT 385-448 OUT 385-448 CTRL B CTRL D Power Fuse 6 Power Fuse 8 1 2 3 4 5 6 7 8 Not used FIGURE 33: 256x448 Fuse Location And Fuse Protection Proprietary Information of PESA S WITCHING YSTEMS...
Page 100: Figure 34
Supply Backplane Backplane Backplane Backplane Backplane Backplane Backplane Backplane Backplane Fuse 2 Fuse 4 Fuse 5 Fuse 7 Fuse 8 Fuse 1 Fuse 3 Fuse 6 FIGURE 34: 256x448 Filter And Power Distribution Proprietary Information of PESA S WITCHING YSTEMS...
Page 101: Figure 35
INPUT / OUTPUT SLOTS - Viewed from REAR of Frame 401 - 416 Fuse 417d - 432d 417 - 432 COM - 4 433d - 448d 433 - 448 FIGURE 35: 256x448 Fuses Assignments For Input And Output Boards Proprietary Information of PESA S WITCHING YSTEMS...
Page 102: Chapter 8: Cheetah 512X512 And 1024X256 Switchers
In the 512x512 and 1024x256 chassis, a power supply must be populated in each Power Supply Bank, which is a minimum of three power supplies. This is required for the monitoring of the cooling fan system. Proprietary Information of PESA S WITCHING YSTEMS...
Page 103 Bank A (Power Bank B (Power Supplies 1 – 4) Supplies 5 – 8) Power Supplies Bank C (Power Supplies 9 – 16) 64x64 Video Matrix Cards Frame Coding Switch Fuses Output Monitor Card Matrix Frame 3500 Series Controller System Controller Cards Cards 64x64 Video...
Page 104 AC or DC Power Receptacles Power 1 Flush- Flush- mounted Fans mounted Fans Power 2 System Control Network Alarm RCP Panel Connectors Connector Port Connectors Output COM 1/COM 2 Monitor RS-232 Control Connectors Connectors (digital only) COM 3/PRC and COM 4 Frame RS-422 Alarm...
Page 105: Cheetah 512X512 And 1024X256 Specifications
Optical Signals (Fiber Optics) for Inputs (Receivers) Connector Type: .............. SFF modules w/LC-type (fiber card) Data Rates: ................... 1.0 Mbps to 1.485 Gbps Optical Input Wavelength ............Single Mode, 1200 to 1600 nm Input Power ....................-20 dBm (minimum) Continued Proprietary Information of PESA S WITCHING YSTEMS...
Page 106 Internal cooling fans with auto sensing speed adjustments Control Panel Com:................RS-485, 3 pin WECO, 4 per frame Control Com:............RS-232 or PESA PRC for 3500 Series System Connector Type: ..................9 pin, D sub, female Network Connector: ..............RJ-45, Ethernet, 2 per frame...
Page 107 Low Frequency:..............+0.2% /ms max with 10% Overshoot .......................(10-90% or 90-10% change) Standard Analog Video Pulse and Bar Responses Factor (2T) Bar Slope: ....................0.2% K Pulse/Bar Ratio:......................0.2% K Pulse Sharp:........................0.2% K Continued Proprietary Information of PESA S WITCHING YSTEMS...
Page 108 Impedance: ..................75 internally terminated Return Loss: ....................> 40 dB to 5.0 MHz ........................> 15 dB to 50 MHz Coupling:.........................Direct (DC) DC on Out: ......................... <±50 mV Connector:......................... BNC Number: ..................... One (Two Optional) Continued Proprietary Information of PESA S WITCHING YSTEMS...
Page 109 Crosstalk: ..........<± -60 dB to 5.0 MHz (All Inputs and Outputs Hostile) ........................ <± -35 dB @ 35 MHz High-Level Analog Video Signal to Noise Signal to Noise: ..........-70 dB, RMS Noise to P-P Signal to 5.0 MHZ Proprietary Information of PESA S WITCHING YSTEMS...
Page 110: Cheetah 512X512 Component Listing
Configuration Dependent on the specific configuration of the chassis and will be noted on the specification sheet that accompanies the equipment. Contact PESA Switching Systems, Inc: Customer Support for specific configuration details for these cards. Proprietary Information of PESA S...
Page 111 Output Blank 81-9034-6907-0 Input Blank When used, it is inserted next to an output card to expand an input configuration. Contact PESA Switching Systems, Inc: Customer Support for specific configuration details for these cards. Proprietary Information of PESA S WITCHING...
Page 112: Cheetah 1024X256 Component Listing
Configuration Dependent on the specific configuration of the chassis and will be noted on the specification sheet that accompanies the equipment. Contact PESA Switching Systems, Inc: Customer Support for specific configuration details for these cards. Proprietary Information of PESA S...
Page 113 Output Blank 81-9034-6907-0 Input Blank When used, it is inserted next to an output card to expand an input configuration. Contact PESA Switching Systems, Inc: Customer Support for specific configuration details for these cards. Proprietary Information of PESA S WITCHING...
Page 114: Npacking And Nspection
Consider the connection from this equipment to the supply circuit, and the effect that possible overloading can have on overcurrent protection circuits and supply wiring. Refer to nameplate ratings when addressing this concern. Proprietary Information of PESA S WITCHING YSTEMS...
Page 115: Mounting A Cheetah 512 X 512 And 1024 X 256 Chassis In An Equipment Rack
The ‘rack mounting installation bracket’ also has Teflon-layered bars, which will enable the system to be manually slid into place in the rack once the weight has been transferred from the pallet to the installation bracket. Proprietary Information of PESA S WITCHING YSTEMS...
Page 116: Cheetah 512X512 And 1024X256 Chassis Mounting Procedure
The install equipment has been sent to assist you in the installation of this product. PESA Switching Systems, Inc. will pay the freight charges for the return of this material along with the wooden crate. We would like to ask that you make timely arrangements for the return of these items using Emery/Menlo Worldwide and charging it to PESA Switching Systems, Inc.
Page 117: Setting Cheetah Chassis
3500 Series System Controller Software. If specified by the customer when ordering, these switches will be set at the factory; however, the customer can adjust them as required for system expansion. Proprietary Information of PESA S WITCHING YSTEMS...
Page 118: Cheetah 1024X256 And 512X512 Chassis Strobe Switches Location
8.6.1 Cheetah 1024x256 and 512x512 Chassis Strobe Switches Location Prior to adjusting any of the chassis strobe switches, it is strongly recommended to contact the PESA Customer Service Department for assistance. NOTE: Switch S9 is used as a Fan Configuration switch. The switch is...
Page 119: Strobe Switch Functions
4. If you are not using this feature, leave the level code at zero. If you need to Monitor specify a monitor output, add 32 to the Level Code value. Use the resulting number for this setting. Proprietary Information of PESA S WITCHING YSTEMS...
Page 120: Hassis Ower Upply
In the 512x512 and 1024x256 chassis, a power supply must be populated in each Power Supply Bank, which is a minimum of three power supplies. This is required for the monitoring of the cooling fan system. Proprietary Information of PESA S WITCHING YSTEMS...
Page 121 E RR US E US E US E US E US E US E US E FIGURE 39: 512 Series Power Supply Backplane Dipswitch Locations And Settings (Viewed From The Front Of The Frame) Proprietary Information of PESA S WITCHING YSTEMS...
Page 122: Locations
These dipswitches are set at the factory. Do not change the settings! In Figure 41 (1024x256 chassis), dipswitch position 8 is set to “ON” for all output backplanes, which indicates sequential numbering for output backplanes. Proprietary Information of PESA S WITCHING YSTEMS...
Page 123 1 2 3 4 5 6 7 8 1 2 3 4 5 6 7 8 1 2 3 4 5 6 7 8 Inputs: 385-448 Inputs: 321-384 FIGURE 40: 512x512 I/O Backplane Dipswitch Locations and Settings Proprietary Information of PESA S WITCHING YSTEMS...
Page 124: Figure 41: 1024
1 2 3 4 5 6 7 8 1 2 3 4 5 6 7 8 1 2 3 4 5 6 7 8 Inputs: 897-960 Inputs: 833-896 FIGURE 41: 1024x256 I/O Backplane Dipswitch Location and Settings Proprietary Information of PESA S WITCHING YSTEMS...
Page 125: Cheetah
The two chassis will be shown separately. 8.9.1 Cheetah 512x512 Chassis Matrix Backplane Dipswitches The dipswitch locations and settings are shown in Figure 42. These dipswitches are set at the factory. Do not change the settings! Proprietary Information of PESA S WITCHING YSTEMS...
Page 126 Inputs: 385-512 Inputs: 257-384 Outputs: 257-384 Outputs: 385-512 1 2 3 4 5 6 7 8 1 2 3 4 5 6 7 8 FIGURE 42: 512x512 Matrix Backplane Dipswitch Location And Settings Proprietary Information of PESA S WITCHING YSTEMS...
Page 127: Cheetah 1024X256 Chassis Matrix Backplane Dipswitches
HAPTER 81-9059-0570-0 Rev. C 8.9.2 Cheetah 1024x256 Chassis Matrix Backplane Dipswitches The dipswitch locations and settings are shown in Figure 43. These dipswitches are set at the factory. Do not change the settings! Proprietary Information of PESA S WITCHING YSTEMS...
Page 128: Figure 43: 1024 X 256 M
Inputs: 769-896 Inputs: 897-1024 Outputs: 129-256 Outputs: 1-128 1 2 3 4 5 6 7 8 1 2 3 4 5 6 7 8 FIGURE 43: 1024x256 Matrix Backplane Dipswitch Location And Settings Proprietary Information of PESA S WITCHING YSTEMS...
Page 129: Figure 44
OUTPUT MONITOR CONTROL CON TROL SLOT A ALARM PRC LOOP AUX FRAME CTRL COM 4 COM 3 / PRC SLOT B FIGURE 44: 512x512 and 1024x256 Chassis System Interface Connector Panel (Rear View) Proprietary Information of PESA S WITCHING YSTEMS...
Page 130: Cheetah 512 X 512 And 1024 X 256 Chassis Fuse Locations And Assignments
I/O boards, in blocks of 64 (see figures 45 through 48 for associated fuse information). In the accompanying figures, the slots labeled “Option” indicate either dual output or some other conversion-type slots. Proprietary Information of PESA S WITCHING YSTEMS...
Page 131: View
ER R U SE U SE U SE U SE U SE U SE Fuse 6 Fuse 8 1 2 3 4 5 6 7 8 FIGURE 45: 512x512 and 1024x256 chassis Fuse Locations Proprietary Information of PESA S WITCHING YSTEMS...
Page 132 In the 512x512 and 1024x256 chassis, a power supply must be populated in each Power Supply Bank, which is a minimum of three power supplies. This is required for the monitoring of the cooling fan system. Proprietary Information of PESA S WITCHING YSTEMS...
Page 133: Figure 47
Fuse 1 Fuse 2 Fuse 3 Fuse 4 Fuse 5 Fuse 6 Fuse 7 Fuse 8 Fuse 5 Fuse 6 Fuse 7 Fuse 8 FIGURE 47: 512x512 Chassis Fuses For The Input/Output Cards Proprietary Information of PESA S WITCHING YSTEMS...
Page 134: Figure 48: 1024 X 256 C
225 - 240 COM - 4 / PWR D Revised: Jul. 17, 2003 241d - 256d 241 - 256 Power and Control Distribution BD. - 2 FIGURE 48: 1024x256 Chassis Fuses For The Input/Output Cards Proprietary Information of PESA S WITCHING YSTEMS...
Page 135: Chapter 9: Cable Installation And Power Connections
Bundle together any cables connected to a single input/output card and separate them from the other bundles with enough slack to create a service loop. This will permit individual card replacement without disruption to the other input/output cards. Proprietary Information of PESA S WITCHING YSTEMS...
Page 136: Connection Guide Checklist
13. Connect the video sources to the video inputs using Belden 8281 coaxial cable or equivalent 75 coaxial cable. 14. Connect the video outputs to the video destinations using Belden 8281 coaxial cable or equivalent. Proprietary Information of PESA S WITCHING YSTEMS...
Page 137: Power Suppliesc
Whenever two phases of a three-phase power source is applied using different phases on each power input, the voltage between the phases must not exceed 250VAC. Failure to heed this warning will result in serious equipment damage. Proprietary Information of PESA S WITCHING YSTEMS...
Page 138 AC power inputs does not exceed 250VAC. If your application requires two independent phases, which exceed the 250VAC maximum, PESA has an interface solution to address your needs. Please contact your PESA dealer or Area Sales Manager.
Page 139: Cheetah 64X64 And 128X128 Chassis Supply Power
• Follow static prevention precautions prior to handling equipment. 9.3.1.1 Cheetah 64x64 and 128x 128 Chassis Power Cord and Circuit Breakers AC power cords may differ depending on your power requirements. The chassis is supplied with the following power cords: •...
Page 140 Inputs 65 - 128 65 - 128 65 - 128 1 - 64 1 - 64 65 - 128 1 - 64 1 - 64 128x128 FIGURE 52: Front Panel Circuit Breaker Locations Proprietary Information of PESA S WITCHING YSTEMS...
Page 141: Cheetah 64X64 And 128X128 Chassis Ac External Power Requirements
81-9059-0570-0 Rev. C 9.3.1.2 Cheetah 64x64 and 128x128 Chassis AC External Power Requirements The 64x64 and 128x128 chassis are supplied with four, prefabricated, IEC-type power cords including male and female line connectors. Two cords are for connection to a 95-120VAC-supply service and two cords are for connection to a 200-240VAC-supply service (refer to Table 20).
Page 142: Cheetah 256X256 Chassis Supply Power
TABLE 21: Cabling Conductor Power Connections Color Code 95-240V 200-240V Green/Yellow Stripe Safety Ground Safety Ground Blue Neutral AC Line Brown Line AC Line Green/Yellow Stripe Blue Brown FIGURE 53: Pigtail Cabling Conductors Proprietary Information of PESA S WITCHING YSTEMS...
Page 143: Cheetah 256X256 Chassis Ac External Power Requirements
Color Code 200-240V Green/Yellow Stripe Safety Ground Blue AC Line Brown AC Line Green/Yellow Stripe Blue Brown FIGURE 54: Pigtail Cabling Conductors For International Power Requirements for this chassis, refer to Section 9.4. Proprietary Information of PESA S WITCHING YSTEMS...
Page 144: Cheetah 256X448, 512 Series, And The 1024X256 Chassis' Supply Power
TABLE 24: Pigtail Cabling Conductor Power Connections Color Code 200-240V Green/Yellow Stripe Safety Ground Blue AC Line Brown AC Line Green/Yellow Stripe Blue Brown FIGURE 55: Pigtail Cabling Conductors Proprietary Information of PESA S WITCHING YSTEMS...
Page 145: Cheetah 256X448, 512 Series, And The 1024X256 Chassis' Ac External Power Requirements
Color Code 200-240V Green/Yellow Stripe Safety Ground Blue AC Line Brown AC Line Green/Yellow Stripe Blue Brown FIGURE 56: Pigtail Cabling Conductors For International Power Requirements for these chassis, refer to Section 9.4. Proprietary Information of PESA S WITCHING YSTEMS...
Page 146: International Power Requirements For Cheetah Chassis
CTRL CTR L ER R ER R ER R ER R US E U SE U SE U SE U SE U SE U SE U SE FIGURE 57: International Power Supplies Configuration Proprietary Information of PESA S WITCHING YSTEMS...
Page 147 That is, whenever two phases of a three-phase power source is applied using different phases on each power input, the voltage between the phases must not exceed 380VAC nominal. Failure to heed this warning will result in serious equipment damage. Proprietary Information of PESA S WITCHING YSTEMS...
Page 148: Chapter 10: Frame And Control Verification
Verify the breaker-cover panel is securely in place. This panel is an integral part of the chassis cooling system. A loose, broken, and/or missing breaker- cover panel could result in destructive overheating of equipment components. Proprietary Information of PESA S WITCHING YSTEMS...
Page 149 LEDs illuminated on any of the I/O and Matrix modules/cards. If so, perform troubleshooting to correct the status before proceeding to the next step or section. 4) Startup Sequence complete. Proceed to Frame Control Verification, Section 10.3. Proprietary Information of PESA S WITCHING YSTEMS...
Page 150: Frame Control Verification
Matrix Frame Controller (MFC) for the diagnostic portion of the sequence. The following equipment/documentation is required: • PC with preloaded PESA Switching Systems, Inc. ViewPort software. • Null-modem serial cable (length determined by distance the PC will be from the chassis) •...
Page 151 5) Frame Control Verification is complete. Exit the ViewPort program and disconnect the serial cable from the PC and MFC. If your system includes the 3500 Series controller module(s), proceed to System Control, Section 10.4. Proprietary Information of PESA S WITCHING YSTEMS...
Page 152: System Control
The 3500 Series System Controller is full-featured, microprocessor-based unit that is designed to interface with various configurations of PESA Switching Systems, Inc. video and audio routing switchers. The 3500 Series System Controller, working in conjunction with the 3500 Series Control System software, provides a Graphic User Interface (GUI) that enables users to configure and operate a routing switcher system from a standard IBM-compatible Personal Computer (PC).
Page 153: System Control Verification Procedure
(used to bypass a corrupt configuration). COM1: 9600 Baud COM1: 38400 Baud Reserved for future use Reserved for future use 3) Return the card(s) to their proper chassis slot and secure. Proprietary Information of PESA S WITCHING YSTEMS...
Page 154 3500 Series System Controller. d) Perform a routine diagonal, active test sequence as outlined in the 3500 Series System Controller and System Software manual’s diagnostic tool. 7) System Control verification is complete. Proprietary Information of PESA S WITCHING YSTEMS...
Page 155: Chapter 11: Operational Descriptions And Card/Module Installations
In the event of a Cheetah Power Supply failure, return the malfunctioning unit to the PESA Service Department for replacement. The power supplies contain lethal voltages when operating and should only be serviced by the PESA Service Department.
Page 156: Cheetah Series Chassis Power Supplies Locations And Allocations
64x64 Chassis Power Supply Locations (Front View) Each slot must have either a power supply or a blank installed. If you only install one power supply, you can install it in either slot. Proprietary Information of PESA S WITCHING YSTEMS...
Page 157: 128X128 Cheetah Chassis Power Supplies
Each slot must have either a power supply or a blank installed. If you only install two power supplies, you MUST install one in Bank A and one in Bank B to satisfy the fan operating configurations. Proprietary Information of PESA S WITCHING YSTEMS...
Page 158: 256X256 Cheetah Chassis Power Supplies
256x256 Chassis Power Supply Locations (Front View) You can install up to eight power supplies. Each slot must have either a power supply or a blank installed. You can install them in any slot. Proprietary Information of PESA S WITCHING YSTEMS...
Page 159: 256X448 Cheetah Chassis Power Supplies
In the 256x448 chassis, a power supply must be populated in each Power Supply Bank, which is a minimum of two power supplies. This is required for the monitoring of the cooling fan system. Proprietary Information of PESA S WITCHING YSTEMS...
Page 160: 512X512 And 1024X256 Cheetah Chassis Power Supplies
In the 512x512 and 1024x256 chassis, a power supply must be populated in each Power Supply Bank, which is a minimum of three power supplies. This is required for the monitoring of the cooling fan system. Proprietary Information of PESA S WITCHING YSTEMS...
Page 161: Led Indicators And Test Points
11.1.4 +28V Test Points The test point labeled +28V is used to determine by measurement whether +28VDC power is present (bare metal of the chassis can be used for the ground/negative potential). Proprietary Information of PESA S WITCHING YSTEMS...
Page 162: Installing The Power Supplies
2. Push and hold the latch on the lower front of the power supply in the full-upward position. Proprietary Information of PESA S WITCHING YSTEMS...
Page 163: Input Buffer Card
BNC or fiber option output. The SD can also support a 10-bit digital analog (DAC) card. The HD-MR card can support HD to SD conversion as an option card. Proprietary Information of PESA S WITCHING YSTEMS...
Page 164: Output Combiner Card Led Indicators
3. Secure the screw using a hex socket or a flathead screwdriver. As the screw is been tightened, the card will be automatically seated into the contact block on the backplane. 4. Repeat the above steps for each additional input/output buffer card. Proprietary Information of PESA S WITCHING YSTEMS...
Page 165: Output Monitor Card
The Output Monitor Card is internally strobed to “33”, which will be automatically offset by 32 based on the Frame strobe setting. For example, if the Frame strobe is set to 10, the internal Output Monitor Card strobe will be automatically set to 42. Proprietary Information of PESA S WITCHING YSTEMS...
Page 166: Output Monitor Card Led Indicators
To remove the Output Monitor Control Card from a Cheetah Routing Switcher chassis, follow these steps: 1. Open the Cheetah Chassis front door. 2. Firmly, pull the card-latch outward to release the card from the backplane connectors. 3. Carefully, slide the card straight out of the chassis. Proprietary Information of PESA S WITCHING YSTEMS...
Page 167: 3500 Series System Controller Cards
This SPDT toggle switch is used to enable and disable the backup memory power source. Early designs of PESA system controllers used a battery for backup power. This switch was used to prevent the battery from discharging during prolonged storage.
Page 168: Led's
If LED is OFF: 1. Remove and reinstall board to verify backplane connector is properly seated. 2. Check power supplies for proper operation. 3. Contact PESA Customer Service. LED3 ACTIVE Indicates that the board is currently in active control of a routing switcher system.
Page 169: Ideo Rosspoint Atrix Ard
SD Output 64x64 Crosspoint Std. Analog 1.5Gb/s HD Input Matrix Card Output High-Level Fiber Analog Input Control Dual Matrix Frame HD to SD Controller Conversion FIGURE 68: 64x64 Video Crosspoint Matrix Card Diagram Proprietary Information of PESA S WITCHING YSTEMS...
Page 170: 64X64 Video Crosspoint Matrix Card Led Indicators
Indicates that +3.3V is not stable power supplies are not working. Indicates that the +2.5Vpower is stable and within normal operating parameters. +2.5V Green Indicates that +2.5V is not stable power supplies are not working. Table continued on next page Proprietary Information of PESA S WITCHING YSTEMS...
Page 171 Indicates that a crosspoint on the matrix card is activated. Yellow These surface-mount LEDs indicate whether card communicating with the frame controller via communications port A (On the Port A/B or B. They are not user-accessible. only) Proprietary Information of PESA S WITCHING YSTEMS...
Page 172: Matrix Frame Controller (Mfc)
Both PESA’s PRC protocol and NET PRC protocol are available to the MFC. With the NET-PRC protocol, the MFC has the ability to communicate to a system controller via Ethernet connection.
Page 173: Mfc Led Indicators
Indicates the active controller (when dual controllers are in Active Green use). Reset Indicates that the controller is in Reset mode. Green Indicates that Receive data is being transmitted. Yellow Indicates that Transmit data is being transmitted. Proprietary Information of PESA S WITCHING YSTEMS...
Page 174: Mfc 8-Character Display
Shows the alarm status of the over temp indicator. TEMPBAD PWR OK Shows the alarm status of the power supply. PWR BAD FAN OK Shows the alarm status of the fan circuit. FAN BAD Table continued on next page Proprietary Information of PESA S WITCHING YSTEMS...
Page 175 OTE BAD MTX OK Indicates whether there are any errors detected on any matrix cards. MTX BAD PSB OK Indicates whether there are any errors detected on any power supply cards. PSB BAD Proprietary Information of PESA S WITCHING YSTEMS...
Page 176: Mfc Switch Locations And Settings (S1 And S2)
(SPST) switches numbered 1 through 8, located on the face of the matrix frame controller card, as illustrated in Figure 72. These dipswitches are set at the factory. Do not change the settings! O FF FIGURE 72: MFC Dipswitch Locations Proprietary Information of PESA S WITCHING YSTEMS...
Page 177: Rear Panel Connectors
Make sure the communication rate for COM 1 in the 3500 Series software matches the baud rate you are using (in the software, select System > Communications). Proprietary Information of PESA S WITCHING YSTEMS...
Page 178: Rs-232 Control Connectors Com3/Prc And Com4
9600 or 38,400 baud. Set the baud rate with a switch on the controller board. Make sure the communication rate for COM 2 in the 3500 Series software matches the baud rate you are using (in the software, select System > Communications). TABLE 37: PESA CPU Link Protocols PROTOCOL DOCUMENT # CPU Link Protocol No.
Page 179: System Control Alarm Connector
RCP PANEL PORT ALARM SYSTEM FRAME REFERENCE OUTPUT MONITOR CONTROL CONTROL SLOT A ALARM PRC LOOP COM 4 COM 3 / PRC AUX FRAME CTRL SLOT B FIGURE 75: System Control Alarm Connector Proprietary Information of PESA S WITCHING YSTEMS...
Page 180: Figure 76: Alarmc
Alarm (-) Controller B (Bottom) Alarm (+) Controller A (Top) Alarm (+) Alarm B Alarm B V+ Customer Supplied Alarm A Cheetah Alarm A V+ Internal FIGURE 76: Alarm Cable Setting and Associated Schematic Proprietary Information of PESA S WITCHING YSTEMS...
Page 181: Prc Loop Connector
COM 3 / PRC SLOT B FIGURE 77: PRC Loop Connector PRC Loop may be connected to PESA PRC-type equipment with a cable assembly (Part No. 81-9028- 0395-0) constructed as shown in Figure 78. 81-9029-0813-0 to 81-9029-0813-0 to PRC Control Connector...
Page 182: Rcp Panel Port Connectors
FIGURE 79: RCP Panel Port Connectors These RCPs are connected to PESA Remote Control Panels with daisy-chained cables constructed with RCP connectors (Part No. 81-9029-0780-0) and shielded, twisted-pair cable (Part No. 81-9028- 0043-2, Belden 8451, or equivalent) as illustrated in Figure 80. The connector body has an integral strain relief, which requires the use of a nylon cable tie, which is included with the connector.
Page 183: Network Connectors
The Slot A Network Frame Control is for the Matrix Frame Controller in Slot A. The Slot B Network Frame Control is for the controller located in slot B (see Figure 83 for a typical location). Proprietary Information of PESA S WITCHING...
Page 184: Figure 83: Typicalm
U SE U SE US E U SE U SE U S E US E US E U SE U SE FIGURE 83: Typical Matrix Frame Controller Cards locations, Slot A And Slot B Proprietary Information of PESA S WITCHING YSTEMS...
Page 185: Frame Alarm Connector
• Finds a power supply’s voltage or current out of range The voltage or current must be out of range for three consecutive times before the Matrix Frame Controller will indicate an alarm. Proprietary Information of PESA S WITCHING YSTEMS...
Page 186: Figure 85: Alarmc
Alarm (-) Controller B (Bottom) Alarm (+) Controller A (Top) Alarm (+) Alarm B Alarm B V+ Customer Supplied Alarm A Cheetah Alarm A V+ Internal FIGURE 85: Alarm Cable Connection and Circuit Schematic Proprietary Information of PESA S WITCHING YSTEMS...
Page 187: Auxiliary Frame Control Connector
SLOT B AUX FRAME CTRL FIGURE 86: Auxiliary Frame Control Connector TABLE 41: Auxiliary Frame Control Pin Assignments Signal In/Out CTS+ Input Input Output RTS- Output Ground CTS- Input Input Output RTS+ Output Proprietary Information of PESA S WITCHING YSTEMS...
Page 188: House Synchronization Input Connectors
References 1 and 2 should be connected to the house sync source with coaxial cable and standard BNC connectors. Install 75 terminators on all unused connectors. Do not allow these connectors to float un-terminated. Proprietary Information of PESA S WITCHING YSTEMS...
Page 189: 11.9.10 Output Monitor Connectors
RCP PANEL PORT SYSTEM FRAME ALARM ALARM REFERENCE OUTPUT MONITOR CONTROL CONTROL SLOT A ALARM PRC LOOP AUX FRAME CTRL COM 4 COM 3 / PRC SLOT B FIGURE 88: Output Monitor Connectors Proprietary Information of PESA S WITCHING YSTEMS...
Page 190: Chapter 12: Maintenance And Repair
The air filter(s) should be checked monthly to ensure that an adequate supply of clean air is available to cool this equipment. If the air filter is dirty, either clean it with low-pressure air, vacuuming, or a mild soap-and-water solution (then dry); or replace it with a new air filter (PESA Part No. 81-9065- 2360-0).
Page 191: Fan Replacement Sequences
Replace PESA switcher fan assemblies with only PESA-approved replacement fan assemblies. All PESA-approved fan securing #6 hardware are tightened to no more (non-lubricated) than a torque values of 9.6 inch- pounds and #8 to no more than 17.8 inch-pounds.
Page 192: Cheetah 64X64 Fan Replacements
ERIES WITCHERS HAPTER 81-9059-0570-0 Rev. C 12.1.3.1 Cheetah 64x64 Fan Replacements These switchers are equipped with two, surface-mounted fan assemblies (see Figure 89) that are easily removed from the rear exterior of the chassis. Upper Fan Assembly Power Cord Connection...
Page 193: 128X128 Chassis Fan Replacements
When replacing fans during energized system conditions, be aware that the new fan replacement will energize upon power reconnection. 4. Reconnect the fan power cord to the chassis fan power receptacle. Proprietary Information of PESA S WITCHING YSTEMS...
Page 194: Cheetah 256X256 Chassis Fan Replacement
4. Remove the two fan-assembly nylon-retaining thumbscrews and remove the fan assembly. 5. Replace the fan and secure with the two, fan-assembly nylon retaining thumbscrews. 6. Reinstall and secure the chamber shield with the two steel thumbscrews. Proprietary Information of PESA S WITCHING YSTEMS...
Page 195: Cheetah 256X448 Chassis Fan Replacement
FIGURE 92: Cheetah 256x448 Chassis Fan Assemblies • Cheetah 256x448 Upper Fan Replacement Procedure Refer to Section 12.1.3.3 and perform the replacement sequence except there is no fan chamber shield to remove and reinstall. Proprietary Information of PESA S WITCHING YSTEMS...
Page 196 7. Reconnect the fan power cord to the power connector. 8. Reinstall the protective chassis fan grill assembly by aligning the assembly in the retaining slots and securing with the screws. Proprietary Information of PESA S WITCHING YSTEMS...
Page 197: Cheetah 512X512 And 1024X256 Chassis Fan Replacement
Alignment pin Assembly (another pin on Tapped Hold-down opposite corner) Spacers Upper Bottom Assembly Fans Alignment holes Mid-Chassis Fans Fan Assembly Power Connectors Cheetah 512/1024 Series FIGURE 93: Cheetah 512/1024 Series Upper Fan Assemblies Proprietary Information of PESA S WITCHING YSTEMS...
Page 198 (torque according to screw size). When replacing fans during energized system conditions, be aware that the new fan replacement will energize upon power reconnection. 4. Reconnect the fan power cord to the fan power receptacle. Proprietary Information of PESA S WITCHING YSTEMS...
Page 199: Earlier Design Cheetah 512 And 1024 Series
92 91 90 89 88 87 86 85 84 83 82 81 80 79 78 77 76 75 74 73 OUTPUTS INPUTS OUTPUTS FIGURE 94: Cheetah 512 And 1024 Series Earlier Version Fan Placements (rear view) Proprietary Information of PESA S WITCHING YSTEMS...
Page 200 Power Connector FIGURE 95: Earlier Cheetah Series Fan Power Disconnects 2. Disconnect the fan power cord from the corresponding power connector located in the left side of the filter/breaker chamber (see Figure 95). Proprietary Information of PESA S WITCHING YSTEMS...
Page 201 1. Remove the filter/breaker panel assembly to access the upper bottom fan baffle plates and fan assemblies (see Figure 95). For specific baffle removal instructions, contact a PESA Customer Service representative prior to attempting to remove either of the upper-bottom fan baffle assemblies.
Page 202 4. Loosen the two, nylon-retaining thumbscrews that secure the fan to the chassis and carefully, remove the fan assembly. 5. Reinsert the new fan assembly and secure using the two, nylon-retaining thumbscrews. Proprietary Information of PESA S WITCHING YSTEMS...
Page 203 4. While holding the assembly close to the chassis, disconnect the fan’s power cord connector to release the fan assembly. 5. Reconnect the new fan assembly’s power cord to the system’s associated fan power connector. Proprietary Information of PESA S WITCHING YSTEMS...
Page 204 7. Reconnect the fan power cord from the corresponding power connector located in the right side of the filter/breaker chamber (see Figure 95). 8. Reinstall the filter/breaker panel assembly. Proprietary Information of PESA S WITCHING YSTEMS...
Page 205: Trouble Shooting
If the Cheetah equipment fails to operate correctly, check the appropriate LEDs listed in the following Tables (Tables 42 through 45) for the system’s individual components (cards/modules) for information concerning their (and the system’s) operational status and suggested actions to perform accordingly. Proprietary Information of PESA S WITCHING YSTEMS...
Page 206 (the PWR OK LED is on). If the other power supplies are functional and the Current LED is still blinking, then replace the power supply. No alert conditions are present. None Proprietary Information of PESA S WITCHING YSTEMS...
Page 207 Port A, Port B Indicate whether the board is (Surface- communicating with the frame Yellow None mounted on the controller via communications PCB) port A or B. Proprietary Information of PESA S WITCHING YSTEMS...
Page 208 Port A, Port B Indicate whether the board is (Surface- communicating with the frame Yellow None. mounted on the controller via communications PCB) port A or B. Proprietary Information of PESA S WITCHING YSTEMS...
Page 209 LED located on the PCB. Indicates that the +3.3V power is stable and within normal +4.8V Green None operating parameters. This is a surface-mount LED located on the PCB. Table continued on next page Proprietary Information of PESA S WITCHING YSTEMS...
Page 210: Unresolved Troubleshooting Problems
If the troubleshooting information and sequences in this section did not resolve your problem, you should contact PESA’s Customer Service Department for further assistance. The contact information for the Customer Service Department appears in Section 12.6 and on the front cover of this document.
Page 211: Repair
81-9059-0570-0 Rev. C 12.3 EPAIR Before attempting to repair this equipment, consult your warranty documents and/or PESA’s Customer Service Department. Unauthorized field repairs may void your warranty. Only Qualified service personnel using appropriate equipment should service the Cheetah Series power supply assemblies in this equipment.
Page 212: Pesa Customer Service
PESA C USTOMER ERVICE 12.5 PESA S WITCHING YSTEMS HEETAH ERIES UPPORT OCUMENTATION 81-9062-0316-0: PESA Router Control (PRC) Protocol 81-9059-0402-0: 3500 Series System Controller Manual 81-9059-0426-0: 3500 Series Control Software Manual 12.6 PESA S WITCHING YSTEMS USTOMER ERVICE ONTACT NFORMATION •...
Page 213: Appendix A: Ethernet Configuration
The configuration of these fields are accessed via the DB-9, RS-232 connector on the Matrix Frame Controller. Communication parameters for this serial interface default to 38400 baud, no parity, eight (8) data bits, and one (1) stop bit. Proprietary Information of PESA S WITCHING YSTEMS...
Page 214 : MASTER NETPRC port : 1000 TELNET : ON TELNET port : 23 TELNET pass : RCOMM : public WCOMM : private TCOMM: public TRAP : OFF AUTH : OFF TARGET : 000.000.000.000 > Proprietary Information of PESA S WITCHING YSTEMS...
Page 215 : TRAP ON enables SNMP traps. : AUTH ON enables authentication traps. : TARGET [addr] allows you to set the trap target IP address. : NP [MASTER|SLAVE] sets the NETPRC type of the PMFC. Proprietary Information of PESA S WITCHING YSTEMS...
Page 216 : OFF TARGET : 000.000.000.000 > For example, to set the read community string to 'pesa', enter >ET RCOMM pesa and press return. To view your changes, wait for the '>' prompt and enter 'ET'. Proprietary Information of PESA S...
Page 217: Appendix B: Snmp
RFC 2012 – SNMPv2 TCP MIB Objects RFC 2013 – SNMPv2 UDP MIB Objects Two enterprise MIBs are used to provide full control of Cheetah Switchers. The first, PESA-TC.MIB, is a MIB, which defines some textual conventions. The second, PESA-MATRIX.MIB, contains objects, which allow SNMP-based control and monitoring of one or more Cheetah Switchers.
Page 218 $ snmpset 192.168.0.106 -c private pesaPresetMemberRowStatus.1.2.1 PESA-MATRIX-MIB::pesaPresetMemberRowStatus.1.2.1 = INTEGER: active(1) $ snmpset 192.168.0.106 -c private pesaPresetMemberSyncSource.1.2.1 b syncA PESA-MATRIX-MIB::pesaPresetMemberSyncSource.1.2.1 = BITS: 80 syncA(0) $ snmpset 192.168.0.106 -c private pesaPresetMemberSourceNum.1.2.1 PESA-MATRIX-MIB::pesaPresetMemberSourceNum.1.2.1 = Gauge32: 1 $ snmpset 192.168.0.106 -c private pesaPresetMemberRowStatus.1.2.2 PESA-MATRIX-MIB::pesaPresetMemberRowStatus.2.2.1 = INTEGER: active(1) $ snmpset 192.168.0.106 -c private...
Page 219: Appendix C: Pesa Matrix Frame Controller Debug Port Protocol
ROTOCOL The PESA Matrix Frame Controller Debug Port protocol is an RS-232 connection that allows service personnel to directly interact with the PESA Matrix frame controller in order to determine the health of the matrix and to perform certain diagnostics.
Page 220 HE - Help Menu IB - Input Board Status LR - Output Combiner Force Lock Rate MB - Matrix Board Status MT - Matrix Type OB - Output Board Status OOB - Output Option Board Status Proprietary Information of PESA S WITCHING YSTEMS...
Page 221 Responds back with an enumeration of alarms that are currently active in the frame controller. RE – Reset Board Syntax: • Response: Comment: • The Reset Board command (RE) must be entered twice in a row before the frame controller will be reset. Proprietary Information of PESA S WITCHING YSTEMS...
Page 222 <status> is IDLE, ERROR, or OK <num> is the number of Ethernet PRC connections. Comment: • Indicates whether we are receiving commands from the PRC port or the NETPRC port. NETPRC indicates the number of connections currently active. Proprietary Information of PESA S WITCHING YSTEMS...
Page 223 Roll Call is used to determine if a board exists in the system, which port the board is used to communication on, which slot the board is in relative to the board type, and the boards general condition (Error and/or Over Temperature). Proprietary Information of PESA S WITCHING YSTEMS...
Page 224: O B
OD6 = xxxx OD7 = xxxx OD8 = xxxx OD9 = xxxx OD10 = xxxx CRC = xxxx Total Errors = xxxx Comment: • See “Matrix Frame Controller Hardware Interface Protocol MFCHIP” to get specific information on the response. Proprietary Information of PESA S WITCHING YSTEMS...
Page 225 OO = Output Option P = Power Supply M = Matrix S = System <addr> = slot or board address Response: Comment: • Clears the total number of errors for the specified board. Proprietary Information of PESA S WITCHING YSTEMS...
Page 226 The data following the type is the hex (dec) temperature in Celsius for each board of the specified type in the system. Comment: • See “Matrix Frame Controller Hardware Interface Protocol MFCHIP” to get specific information on the temperature. Proprietary Information of PESA S WITCHING YSTEMS...
Page 227 Refer to “Matrix Frame Controller Hardware Interface Protocol MFCHIP” to get specific information on the vertical trigger command. The vertical trigger command forces the cards in the system to use the specified port (A or B) as the primary data klink. Proprietary Information of PESA S WITCHING YSTEMS...
Page 228 Response gives the number of error counts for all of the boards in the frame for the board type that was specified. 19) TM - Get/Set Time Syntax: • TM [<mm/dd/yy> <hh:mm:ss>] Response: Comment: • Gets/sets the Frame Controller’s real time clock. Proprietary Information of PESA S WITCHING YSTEMS...
Page 229 PM <I | O | M | S | P | OO>,<slot> will display DC Power Status for a specific board of the specified type Response: Comment: • Allows you to remotely turn power on/off to individual cards in the system. Proprietary Information of PESA S WITCHING YSTEMS...
Page 230 Input is the physical input for all outputs. Specify Input in either a decimal or hex (i.e. 0x0005) format. Response: Comment: • Allows you to switch a single input to all outputs of the matrix Proprietary Information of PESA S WITCHING YSTEMS...
Page 231 BYPASS = BYPASS mode AUTO = AUTO SELECT Response: Comment: • Allows you to set the reclocker rate on the digital output combiners. If the card does not support the given rate, the command is ignored. Proprietary Information of PESA S WITCHING YSTEMS...
Page 232: Appendix D: Abbreviations, Acronyms, And Definitions (Aa&D)
HyperText Transfer Protocol International Electrotechnical Commission Internet Protocol Limited Access Network Inductor-Capacitor circuit (L is the symbol for inductance); or, Lucent Connector (fiber connector) Light Emitting Diode Least Significant Bit AA&D continued on next page Proprietary Information of PESA S WITCHING YSTEMS...
Page 233 NTSC National Television Standards Committee Phase Alternating Line Personal Computer (typically, IBM-compatible) Printed Circuit Board; or Parts Component Board (when populated with components) Protocol number 1 Extensions (PESA defined) PESA Router Controller Remote Control Panel Return Material Authorization Standard Definition...
Page 234 – A HEETAH ERIES WITCHERS PPENDIX 81-9059-0570-0 Rev. C AA&D (continued) AA&D ESCRIPTION EFINITION Telnet Telephone Network ® Universal Serial Bus (Intel OTES Proprietary Information of PESA S WITCHING YSTEMS...

This manual is also suitable for:

Cheetah 256x256 Cheetah 1024x256 Cheetah 256x448 Cheetah 512x512 Cheetah 128x128

PESA Cheetah 64x64 Manual

Chapter 1: About this Manual

Chapter 2: Introduction

Chapter 3: Configuration Matrix

Chapter 4: Cheetah 64X64 Switcher

Chapter 5: Cheetah 128X128 Switcher

Chapter 6: Cheetah 256X256 Switcher

Chapter 7: Cheetah 256X448 Switcher

Chapter 8: Cheetah 512X512 and 1024X256 Switchers

Chapter 9: Cable Installation and Power Connections

Chapter 10: Frame and Control Verification

Chapter 11: Operational Descriptions and Card/Module Installations

Chapter 12: Maintenance and Repair

Appendix A: Ethernet Configuration

Appendix B: Snmp

Appendix C: Pesa Matrix Frame Controller Debug Port Protocol

Appendix D: Abbreviations, Acronyms, and Definitions (Aa&D)

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Troubleshooting

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Summary of Contents for PESA Cheetah 64x64