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PESA Cheetah 1024x256, Manual

The PESA Cheetah 1024x256 offers high-quality video routing solutions for professional applications. For detailed instructions on how to set up and operate this product, download the free manual from our website. Ensure smooth operation and maximum efficiency with the PESA Cheetah 1024x256. Download the manual only at manualshive.com.

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C

HEETAH 

S

ERIES 

S

WITCHERS 

-

 

T

ABLES

  

81-9059-0570-0

 

Rev. C 

 

Proprietary Information of

 

PESA

 

S

WITCHING 

S

YSTEMS

,

 

I

NC

.

 

iv 

T

ABLE OF 

C

ONTENTS 

(

CONT

.)

 

6.9

 

C

HEETAH 

256

X

256

 

C

HASSIS 

M

ATRIX 

B

ACKPLANE 

D

IPSWITCH 

L

OCATIONS

............ 56

 

6.10

 

C

HEETAH 

256

X

256

 

C

HASSIS 

S

YSTEM 

C

ONNECTION 

L

OCATIONS

............................. 57

 

6.11

 

C

HEETAH 

256

X

256

 

C

HASSIS 

I

NPUT

/O

UTPUT 

S

IGNAL 

C

ONNECTORS

........................ 58

 

6.12

 

C

HEETAH 

256

X

256

 

C

HASSIS 

F

USE 

L

OCATIONS AND 

A

SSIGNMENTS

........................ 59

 

CHAPTER 7:

 

CHEETAH 256X448 SWITCHER....................................................................... 62

 

7.1

 

C

HEETAH 

256

X

448

 

P

RODUCT AND 

C

OMPONENT 

D

ESCRIPTIONS

............................. 62

 

7.1.1

 

Cheetah 256x448 Frame Configuration Views........................................................ 62

 

7.1.2

 

Cheetah 256x448 Specifications ............................................................................. 65

 

7.1.3

 

Cheetah 256x448 Component Listing ..................................................................... 70

 

7.2

 

U

NPACKING AND 

I

NSPECTION

................................................................................. 72

 

7.3

 

G

ENERAL 

C

HASSIS 

I

NSTALLATION 

O

VERVIEW

....................................................... 72

 

7.4

 

C

HOOSING A 

L

OCATION

......................................................................................... 72

 

7.5

 

M

OUNTING A 

C

HEETAH 

256

X

448

 

C

HASSIS IN AN 

E

QUIPMENT 

R

ACK

....................... 73

 

7.6

 

S

ETTING 

C

HEETAH 

256

X

448

 

C

HASSIS 

L

EVEL 

C

ODES 

(S

TROBES

) ............................ 74

 

7.6.1

 

Cheetah 256x448 Chassis Strobe Switches Location............................................... 75

 

7.6.2

 

Cheetah 256x448 Chassis Strobe Switch Functions ................................................ 76

 

7.7

 

256

X

448

 

C

HASSIS 

P

OWER 

S

UPPLY 

B

ACKPLANE 

D

IPSWITCH 

L

OCATIONS

................ 77

 

7.8

 

256

X

448

 

C

HASSIS 

I

NPUT

/O

UTPUT 

B

ACKPLANE 

D

IPSWITCH 

L

OCATIONS

................. 79

 

7.9

 

C

HEETAH 

256

X

448

 

C

HASSIS 

M

ATRIX 

B

ACKPLANE 

D

IPSWITCH 

L

OCATIONS

............ 81

 

7.10

 

C

HEETAH 

256

X

448

 

C

HASSIS 

S

YSTEM 

C

ONNECTION 

L

OCATIONS

............................. 82

 

7.11

 

C

HEETAH 

256

X

448

 

C

HASSIS 

I

NPUT

/O

UTPUT 

S

IGNAL 

C

ONNECTORS

........................ 83

 

7.12

 

C

HEETAH 

256

X

448

 

C

HASSIS 

F

USE 

L

OCATIONS AND 

A

SSIGNMENTS

........................ 84

 

CHAPTER 8:

 

CHEETAH 512X512 AND 1024X256 SWITCHERS .......................................... 87

 

8.1

 

C

HEETAH 

512

X

512

 AND 

1024

X

256

 

P

RODUCT AND 

C

OMPONENT 

D

ESCRIPTIONS

..... 87

 

8.1.1

 

Cheetah 512x512 and 1024x256 Frame Configuration Views ................................. 87

 

8.1.2

 

Cheetah 512x512 and 1024x256 Specifications ...................................................... 90

 

8.1.3

 

Cheetah 512x512 Component Listing ..................................................................... 95

 

8.1.4

 

Cheetah 1024x256 Component Listing ................................................................... 97

 

8.2

 

U

NPACKING AND 

I

NSPECTION

................................................................................. 99

 

8.3

 

G

ENERAL 

C

HASSIS 

I

NSTALLATION 

O

VERVIEW

....................................................... 99

 

8.4

 

C

HOOSING A 

L

OCATION

......................................................................................... 99

 

 

Summary of Contents for Cheetah 1024x256

Page 1: ...E PESA Switching Systems Inc 103 Quality Circle Suite 210 Huntsville AL 35806 USA www pesa com MAIN OFFICE Tel 256 726 9200 Fax 256 726 9271 SERVICE DEPARTMENT Tel 256 726 9222 24 7 Toll Free 800 323...

Page 2: ...o part of this publication including text illustrations tables and charts may be reproduced stored in any retrieval system or transmitted in any form or by any means including but not limited to elect...

Page 3: ...h 64x64 Frame Configuration Views 6 4 1 2 Cheetah 64x64 Specifications 8 4 1 3 Cheetah 64x64 Component Listing 13 4 2 UNPACKING AND INSPECTION 15 4 3 GENERAL CHASSIS INSTALLATION OVERVIEW 15 4 4 CHOOS...

Page 4: ...HASSIS INPUT OUTPUT BACKPLANE DIPSWITCH LOCATIONS 36 5 9 CHEETAH 128X128 CHASSIS MATRIX BACKPLANE DIPSWITCH LOCATIONS 37 5 10 CHEETAH 128X128 CHASSIS SYSTEM CONNECTION LOCATIONS 38 5 11 CHEETAH 128X12...

Page 5: ...SETTING CHEETAH 256X448 CHASSIS LEVEL CODES STROBES 74 7 6 1 Cheetah 256x448 Chassis Strobe Switches Location 75 7 6 2 Cheetah 256x448 Chassis Strobe Switch Functions 76 7 7 256X448 CHASSIS POWER SUP...

Page 6: ...ANE DIPSWITCH LOCATIONS 110 8 9 1 Cheetah 512x512 Chassis Matrix Backplane Dipswitches 110 8 9 2 Cheetah 1024x256 Chassis Matrix Backplane Dipswitches 112 8 10 CHEETAH 512X512 AND 1024X256 CHASSIS SYS...

Page 7: ...3 Frame Control Verification Procedure 135 10 4 SYSTEM CONTROL 137 10 4 1 System Control Overview 137 10 4 2 System Control Verification Procedure 138 CHAPTER 11 OPERATIONAL DESCRIPTIONS AND CARD MODU...

Page 8: ...V 152 11 6 3 BATTERY 152 11 6 4 Battery ON OFF Select Switch 152 11 6 5 Reset 152 11 6 6 Mode 152 11 6 7 LED s 153 11 7 64X64 VIDEO CROSSPOINT MATRIX CARD 154 11 7 1 64x64 Video Crosspoint Matrix Card...

Page 9: ...48 Chassis Fan Replacement 180 12 1 3 5 Cheetah 512x512 and 1024x256 Chassis Fan Replacement 182 12 1 3 6 Earlier Design Cheetah 512 and 1024 Series 184 12 2 TROUBLE SHOOTING 190 12 2 1 Troubleshootin...

Page 10: ...FRAME 36 FIGURE 12 128X128 MATRIX BACKPLANE DIPSWITCH LOCATION AND SETTINGS VIEWED FROM THE FRONT OF THE FRAME 37 FIGURE 13 128X128 CHASSIS SYSTEM INTERFACE CONNECTOR PANEL 38 FIGURE 14 128X128 CHASS...

Page 11: ...IGURE 38 CHEETAH 1024X256 AND 512X512 CHASSIS STROBE SWITCHES LOCATION FRONT VIEW 103 FIGURE 39 512 SERIES POWER SUPPLY BACKPLANE DIPSWITCH LOCATIONS AND SETTINGS VIEWED FROM THE FRONT OF THE FRAME 10...

Page 12: ...149 FIGURE 66 OUTPUT MONITOR CARD 150 FIGURE 67 3500 SERIES SYSTEM CONTROLLER BOARD ASSEMBLY FRONT VIEW 152 FIGURE 68 64X64 VIDEO CROSSPOINT MATRIX CARD DIAGRAM 154 FIGURE 69 64X64 VIDEO CROSSPOINT M...

Page 13: ...IONS 177 FIGURE 90 128X128 FAN ASSEMBLIES AND ASSOCIATED POWER CONNECTIONS 178 FIGURE 91 256X256 ASSOCIATED POWER CONNECTIONS AND FAN CHAMBER SHIELDS 179 FIGURE 92 CHEETAH 256X448 CHASSIS FAN ASSEMBLI...

Page 14: ...CH FUNCTIONS 76 TABLE 14 CHEETAH 512X512 MAINFRAME COMPONENT LIST 95 TABLE 15 CHEETAH 512X512 DIGITAL AND ANALOG COMPONENT LIST 96 TABLE 16 CHEETAH 1024X256 MAINFRAME COMPONENT LIST 97 TABLE 17 CHEETA...

Page 15: ...8 TABLE 35 8 CHARACTER DISPLAY MESSAGES 159 TABLE 36 COM1 AND COM 2 PIN ASSIGNMENTS 162 TABLE 37 PESA CPU LINK PROTOCOLS 163 TABLE 38 COM 3 PRC PIN ASSIGNMENTS 163 TABLE 39 COM4 PIN ASSIGNMENTS 164 TA...

Page 16: ...rious Warnings Cautions and Notes These addendum statements supply invaluable information pertaining to the text that they address It is imperative that audiences read and understand the statements to...

Page 17: ...cluding the 64x64 frame Cheetah system configurations will allow partitioning for both analog and digital cards to reside in the same frame in blocks of 64x64 The 64x64 frame can be configured for eit...

Page 18: ...output fiber output DAC module for SDI conversion to National Television Standards Committee Phase alternating line NTSC PAL outputs SD Converter and HD to SD converter Full redundant controllers ava...

Page 19: ...tment This section includes a Matrix that lists all of the major components for the following Cheetah Series Video Matrix Switchers chassis frames models Cheetah 64x64 Cheetah 128x128 Cheetah 256x256...

Page 20: ...er Supplies Matrix Frame Controller Input Buffer Cards SDI Output Option HD MR to SD Output Combiner SDI Matrix Card Dual Output Option BNC Input Buffer Fiber Output Option DAC SD Output Option Fiber...

Page 21: ...1 CHEETAH 64X64 PRODUCT AND COMPONENT DESCRIPTIONS 4 1 1 Cheetah 64x64 Frame Configuration Views For the Cheetah 64x64 frame configuration see Figures 1 and 2 FIGURE 1 Cheetah 64x64 Front View Output...

Page 22: ...an COM 3 PRC and COM 4 RS 422 Control Connectors System Control Alarm Connector PRC Loop Connector RCP Panel Port Connectors Network Connectors Frame Alarm Connector Aux Frame Control Connector House...

Page 23: ...High Definition video conforming to SMPTE 292M Serial Digital video conforming to SMPTE 259M Connector Type 75 BNC Impedance 75 nominal Return Loss HD 15 dB from 5MHz to 1 5 GHz SD 15 dB from 5 MHz to...

Page 24: ...7 Mb s 270Mb s 360 Mb s 540 Mb s Re clocking HD Automatic selection of 143 Mb s 177 Mb s 270 Mb s 360 Mb s 540 Mb s and 1 5 GB s Reference Sync Inputs No of Inputs 2 standard Connector 75 BNC Return L...

Page 25: ...ut Characteristics Level 1 0V P P nominal 2 0V P P max Without obvious distortion Impedance 75 internally terminated Return Loss 40 dB to 5 0 MHz 15 dB to 50 MHz Coupling Direct DC DC on Out 30 mV Con...

Page 26: ...and Outputs Hostile 35 dB 35 MHz Standard Analog Video Switching Characteristics Switching Time 1 0 s Switching Transient 22 mV 30 IRE Units Differential Delay any Input to any Output Approx 8 5ns 11...

Page 27: ...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 0 5 dB to 35 MHz 3 0 dB 50 MHz Vertical Tilt 0 25 50 Hz Square W...

Page 28: ...rt contact PESA Switching Systems Inc Customer Support TABLE 2 Cheetah 64x64 Mainframe Component List PART NUMBER DESCRIPTION Max Qty see note Standard Mainframe Components 81 9065 2418 0 Mainframe As...

Page 29: ...put Option Analog High Level BNC 4 Digital and Fiber Input Cards 81 9065 2612 0 Input Buffer Fiber Top Level 4 81 9065 2321 0 Input Buffer Card SD BNC 4 81 9065 2304 0 Input Buffer HD MR BNC 4 Digital...

Page 30: ...re attempting to install any frame matrix card controller card or power supply carefully read and understand this section The 1024x256 system utilizes the 512x512 chassis All Cheetah Switchers contain...

Page 31: ...block airflow around these fans Replace all service panels and blank filler plates Keep the chassis door closed during normal operation This equipment is designed for installation in a standard 19 equ...

Page 32: ...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 4 6 1 Cheetah 64x64 Chassis Strobe S...

Page 33: ...t offset number you want to use in this unit This setting must match the Output Offset setting in the 3500 Series software select Configuration Component The Input Offset displays in the lower section...

Page 34: ...X64 CHASSIS INPUT OUTPUT BACKPLANE DIP SWITCHES Each input output backplane has one eight position slide style switch consisting of eight single pole single throw SPST switches numbered 1 through 8 Fi...

Page 35: ...SWITCHING SYSTEMS INC 20 4 9 CHEETAH 64X64 CHASSIS MATRIX BACKPLANE SWITCHES There are no matrix backplane switches in the Cheetah 64x64 chassis configuration 4 10 CHEETAH 64X64 CHASSIS SYSTEM CONNECT...

Page 36: ...d SDI output modules include a single copper connection However daughter boards can be installed to provide a second output per bus The second output can be either copper or fiber single mode or multi...

Page 37: ...ODE ACTIVE STAN DBY 8 8 8 8 8 8 8 8 M A TRIX FR AME CONTR OL LER COMMUN ICATIONS RX R X LN K VT2 TX PR C R X TX SC ROLL RES ET AC TI V E TX 422 A CT N ET VT1 28 5 3 CONTR OL ST ATUS PS60 0 PWR OK ALER...

Page 38: ...232 Control Connectors COM 3 PRC and COM 4 RS 422 Control Connectors System Control Alarm Connector PRC Loop Connector RCP Panel Port Connectors Network Connectors Frame Alarm Connector Aux Frame Cont...

Page 39: ...High Definition video conforming to SMPTE 292M Serial Digital video conforming to SMPTE 259M Connector Type 75 BNC Impedance 75 nominal Return Loss HD 15 dB from 5MHz to 1 5 GHz SD 15 dB from 5 MHz to...

Page 40: ...7 Mb s 270Mb s 360 Mb s 540 Mb s Re clocking HD Automatic selection of 143 Mb s 177 Mb s 270 Mb s 360 Mb s 540 Mb s and 1 5 GB s Reference Sync Inputs No of Inputs 2 standard Connector 75 BNC Return L...

Page 41: ...put Characteristics Level 1 0V P P nominal 2 0V P P max Without obvious distortion Impedance 75 internally terminated Return Loss 40 dB to 5 0 MHz 15 dB to 50 MHz Coupling Direct DC DC on Out 30 mV Co...

Page 42: ...puts and Outputs Hostile 35 dB 35 MHz Standard Analog Video Switching Characteristics Switching Time 1 0 s Switching Transient 22 mV 30 IRE Units Differential Delay any Input to any Output Approx 8 5n...

Page 43: ...ain Unity Gain Stability 0 1 dB max Gain Adjust Range 0 5 dB High Level Analog Video Linear Distortion Frequency Response 0 1 dB to 10 MHz 0 5 dB to 35 MHz 3 0 dB 50 MHz Vertical Tilt 0 25 50 Hz Squar...

Page 44: ...needed For mixed configuration support contact PESA Switching Systems Inc Customer Support TABLE 5 Cheetah 128x128 Mainframe Component List PART NUMBER DESCRIPTION Max Qty see note Standard Mainframe...

Page 45: ...Option Analog High Level BNC 8 Digital and Fiber Input Cards 81 9065 2612 0 Input Buffer Fiber Top Level 8 81 9065 2321 0 Input Buffer Card SD BNC 8 81 9065 2304 0 Input Buffer HD MR BNC 8 Digital an...

Page 46: ...re attempting to install any frame matrix card controller card or power supply carefully read and understand this section The 1024x256 system utilizes the 512x512 chassis All Cheetah Switchers contain...

Page 47: ...and blank filler plates Keep the chassis door closed during normal operation This equipment is designed for installation in a standard 19 equipment rack Provide sufficient space behind the equipment...

Page 48: ...8 8 8 MA TR IX FRA ME C ONTRO LLER COMMU NIC ATION S R X RX LN K VT 2 TX PRC R X TX SCROLL RESET ACTIVE TX 42 2 ACT NET VT 1 28 5 3 CO NTROL STATUS GN D 5V BATTERY RU N ACTI VE BATTERY RESET MODE ACT...

Page 49: ...nt to use in this unit This setting must match the Output Offset setting in the 3500 Series software select Configuration Component The Input Offset displays in the lower section of the window S5 MSB...

Page 50: ...ICATI ONS R X R X LN K VT 2 TX PR C R X T X SCROLL RESET ACTIVE TX 42 2 AC T NE T VT 1 2 8 5 3 CONTROL STATUS GN D 5V BAT TERY RU N ACTIVE BATTERY RESE T MODE ACTI VE STAND BY GN D 5V BAT TERY RU N AC...

Page 51: ...ered 1 through 8 Figure 11 depicts the location of these switches with the power supplies removed and the dipswitch settings These dipswitches are preset at the factory Do not change the settings OFF...

Page 52: ...IX FRAME CONTROLLER COMMUNICATI ONS R X R X LN K VT 2 TX PR C R X T X SCRO LL RESET ACTIVE TX 42 2 AC T NE T VT 1 2 8 5 3 CONTROL STATUS GN D 5V BATTERY RU N ACTIVE BATTERY RESE T MODE ACTI VE STAND B...

Page 53: ...CHEETAH 128X128 CHASSIS SYSTEM CONNECTION LOCATIONS ALARM SYSTEM CONTROL ALARM COM 4 COM 3 PRC COM 1 COM 2 RCP PANEL PORT 4 3 2 1 NETWORK OUTPUT MONITOR AUX FRAME CTRL SLOT B 3 SLOT A REFERENCE 1 1 2...

Page 54: ...efer to Chapter 11 5 12 CHEETAH 128X128 CHASSIS FUSE LOCATIONS AND ASSIGNMENTS There are eight 30 amp plug in auto type fuses located inside the front of the frame as illustrated in Figure 14 Only thr...

Page 55: ...nments Inputs Input 1 Input 3 Input 4 Input 5 Input 6 Input 7 Input 8 Input 2 Option1 Option 2 Output 2 Option 3 Output 3 Option 4 Output 4 Output 1 Option 5 Option 6 Output 6 Option 7 Output 7 Option...

Page 56: ...2 TX PRC RX TX SCROLL RESET ACTIVE TX 422 ACT NET VT1 28 5 3 CONTROL STATUS 8 8 8 8 8 8 8 8 MATRIX FRAME CONTROLLER COMMUNICATIONS RX RX LNK VT2 TX PRC RX TX SCROLL RESET ACTIVE TX 422 ACT NET VT1 28...

Page 57: ...B 3 SLOTA REFERENCE 1 1 4 FRAME ALARM FRAME CONTROL SYSTEM CONTROL 3 4 PRC LOOP RCP PANEL PORT 4 3 2 1 2 2 FIGURE 17 Cheetah 256x256 Rear View AC or DC Power Receptacles Outputs Inputs Outputs Output...

Page 58: ...High Definition video conforming to SMPTE 292M Serial Digital video conforming to SMPTE 259M Connector Type 75 BNC Impedance 75 nominal Return Loss HD 15 dB from 5MHz to 1 5 GHz SD 15 dB from 5 MHz t...

Page 59: ...7 Mb s 270Mb s 360 Mb s 540 Mb s Re clocking HD Automatic selection of 143 Mb s 177 Mb s 270 Mb s 360 Mb s 540 Mb s and 1 5 GB s Reference Sync Inputs No of Inputs 2 standard Connector 75 BNC Return L...

Page 60: ...put Characteristics Level 1 0V P P nominal 2 0V P P max Without obvious distortion Impedance 75 internally terminated Return Loss 40 dB to 5 0 MHz 15 dB to 50 MHz Coupling Direct DC DC on Out 30 mV Co...

Page 61: ...puts and Outputs Hostile 35 dB 35 MHz Standard Analog Video Switching Characteristics Switching Time 1 0 s Switching Transient 22 mV 30 IRE Units Differential Delay any Input to any Output Approx 8 5n...

Page 62: ...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 0 5 dB to 35 MHz 3 0 dB 50 MHz Vertical Tilt 0 25 50 Hz Square...

Page 63: ...d For mixed configuration support contact PESA Switching Systems Inc Customer Support TABLE 8 Cheetah 256x256 Mainframe Component List PART NUMBER DESCRIPTION Max Qty see note Standard Mainframe Compo...

Page 64: ...tion Analog High Level BNC 16 Digital and Fiber Input Cards 81 9065 2612 0 Input Buffer Fiber Top Level 16 81 9065 2321 0 Input Buffer Card SD BNC 16 81 9065 2304 0 Input Buffer HD MR BNC 16 Digital a...

Page 65: ...re attempting to install any frame matrix card controller card or power supply carefully read and understand this section The 1024x256 system utilizes the 512x512 chassis All Cheetah Switchers contain...

Page 66: ...hassis mounting holes and tighten mounting hardware securely by using the rack equipment manufacturer s suggested torque settings Install the equipment into the rack as follows 1 Carefully remove the...

Page 67: ...13 14 15 16 8 8 8 8 8 8 8 8 MATR I X FRA ME CO NTROLLER C OMMU NICATION S R X RX LN K V T2 TX PRC RX TX SCR OLL RESET ACTIVE TX 422 ACT NET V T1 2 8 5 3 CON TROL STATUS 0 8 C 4 A 2 E 6 B 9 7 5 3 1 F...

Page 68: ...u want to use in this unit This setting must match the Output Offset setting in the 3500 Series software select Configuration Component The Input Offset displays in the lower section of the window S5...

Page 69: ...6 OUT 129 256 PWR CTRL D Access to fans and power breakers behind this panel 8 8 8 8 8 8 8 8 MATRIX FRAME C ONTROLLER COMM UNICATIONS RX RX LNK VT2 TX PRC R X TX SCR OLL R ESET AC TIVE TX 42 2 ACT NET...

Page 70: ...32 33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 48 ALARM SYSTEM CONTROL ALARM COM 4 COM 3 PRC COM 1 COM 2 NETWORK OUTPUT MONI TOR AUX FRAME CTRL SLOT B 3 SLOT A REFERENCE 1 1 4 FRAME ALARM FRAME CONTR...

Page 71: ...OLL RESET ACTI VE TX 422 ACT NET VT1 2 8 5 3 C ONTR OLSTATU S GND 5 V BATTER Y RUN ACTIVE BATTERY RESET MO DE ACTI VE STANDBY GND 5 V BATTER Y RUN ACTIVE BATTERY RESET MO DE ACTI VE STANDBY PS6 00 PWR...

Page 72: ...4 45 46 47 48 ALARM SYSTEM CONTROL ALARM COM4 COM 3 PRC COM1 COM 2 NETWORK OUTPUT MONITOR AUX FRAME CTRL SLOT B 3 SLOTA REFERENCE 1 1 4 FRAME ALARM FRAME CONTROL SYSTEM CONTROL 3 4 PRC LOOP RCP PANEL...

Page 73: ...in increments of 16 Input modules provide up to 100m meters of equalization for HD and up to 300m for SDI Output modules include both HD multi rate and SDI output modules that consist of a single copp...

Page 74: ...MUNICATIONS RX RX LNK VT2 TX PRC RX TX SCROLL RESET ACTIVE TX 422 AC T NET VT1 28 5 3 CONTROL STATUS 8 8 8 8 8 8 8 8 MATR IX FR AME CONTROLLER COMMUNICATIONS RX RX LN K VT2 TX PRC RX TX SCROLL RESET A...

Page 75: ...distribution on the Cheetah FIGURE 24 256x256 Filter And Power Distribution AC Line 1 AC Line 2 Breaker 1 Breaker 2 Rectifier 1 Rectifier 2 Isolation Diode 1 Isolation Diode 2 Cheetah AC Filter Assemb...

Page 76: ...18 17 16 15 14 13 12 11 10 9 OUTPUTS INPUTS OUTPUTS OUTPUTS CONTROL INPUT OUTPUT CONNECTORS COM1 PRC Loop RCP1 RCP2 RCP3 RCP4 NET AUX F C Alarm Alarm COM2 COM3 COM4 NET NET NET REF1 REF2 Mon1 Mon3 Mo...

Page 77: ...oprietary Information of PESA SWITCHING SYSTEMS INC 62 Chapter 7 Cheetah 256x448 Switcher 7 1 CHEETAH 256X448 PRODUCT AND COMPONENT DESCRIPTIONS 7 1 1 Cheetah 256x448 Frame Configuration Views For the...

Page 78: ...0 Rev C Proprietary Information of PESA SWITCHING SYSTEMS INC 63 FIGURE 26 256x448 Front View Power Supplies 64x64 Video Matrix Cards Fuses Output Monitor Card 3500 Series System Controller Cards Matr...

Page 79: ...wer Receptacles Inputs Outputs Outputs Outputs Outputs System Control Alarm Connector PRC Loop Connector RCP Panel Port Connectors Network Connectors Frame Alarm Connector Aux Frame Control Connector...

Page 80: ...ds High Definition video conforming to SMPTE 292M Serial Digital video conforming to SMPTE 259M Connector Type 75 BNC Impedance 75 nominal Return Loss HD 15 dB from 5MHz to 1 5 GHz SD 15 dB from 5 MHz...

Page 81: ...7 Mb s 270Mb s 360 Mb s 540 Mb s Re clocking HD Automatic selection of 143 Mb s 177 Mb s 270 Mb s 360 Mb s 540 Mb s and 1 5 GB s Reference Sync Inputs No of Inputs 2 standard Connector 75 BNC Return L...

Page 82: ...put Characteristics Level 1 0V P P nominal 2 0V P P max Without obvious distortion Impedance 75 internally terminated Return Loss 40 dB to 5 0 MHz 15 dB to 50 MHz Coupling Direct DC DC on Out 30 mV Co...

Page 83: ...puts and Outputs Hostile 35 dB 35 MHz Standard Analog Video Switching Characteristics Switching Time 1 0 s Switching Transient 22 mV 30 IRE Units Differential Delay any Input to any Output Approx 8 5n...

Page 84: ...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 0 5 dB to 35 MHz 3 0 dB 50 MHz Vertical Tilt 0 25 50 Hz Square...

Page 85: ...ed For mixed configuration support contact PESA Switching Systems Inc Customer Support TABLE 11 Cheetah 256x448 Mainframe Component List PART NUMBER DESCRIPTION Max Qty see note Standard Mainframe Com...

Page 86: ...tion Analog High Level BNC 28 Digital and Fiber Input Cards 81 9065 2612 0 Input Buffer Fiber Top Level 16 81 9065 2321 0 Input Buffer Card SD BNC 16 81 9065 2304 0 Input Buffer HD MR BNC 16 Digital a...

Page 87: ...re attempting to install any frame matrix card controller card or power supply carefully read and understand this section The 1024x256 system utilizes the 512x512 chassis All Cheetah Switchers contain...

Page 88: ...hassis mounting holes and tighten mounting hardware securely by using the rack equipment manufacturer s suggested torque settings Install the equipment into the rack as follows 1 Carefully remove the...

Page 89: ...ssis use the rotary switches to define a hexadecimal number Use the settings in the LSB row lower row first For example to set the Level Strobe to 12 set the LSB Level Strobe switch to C Switch functi...

Page 90: ...2 5V CTR L ER R IN U SE Matrix 64x 6 4 28V 3 3V 2 5V CTR L ERR IN USE Matrix 64 x64 2 8V 3 3 V 2 5 V CTR L ERR IN U SE M atr i x 6 4 x64 28 V 3 3V 2 5V CT RL ERR IN U SE Matrix 64x 6 4 28V 3 3V 2 5V C...

Page 91: ...ant to use in this unit This setting must match the Output Offset setting in the 3500 Series software select Configuration Component The Input Offset displays in the lower section of the window S5 MSB...

Page 92: ...H LOCATIONS Each power supply backplane has one eight position slide style switch consisting of eight single pole single throw SPST switches numbered 1 through 8 Each power supply backplane supports t...

Page 93: ...4 x 64 28V 3 3V 2 5V CTRL ERR IN USE Matrix 64x 64 28V 3 3V 2 5V CTRL ERR IN USE Matr ix 64 x 64 28V 3 3V 2 5V CTRL ERR IN USE Matrix 64 x 64 28V 3 3V 2 5V CTRL ERR IN USE Matrix 64 x 64 28V 3 3V 2 5V...

Page 94: ...TIONS Each input output backplane has one eight position slide style switch consisting of eight single pole single throw SPST switches numbered 1 through 8 Each input output backplane supports 4 cards...

Page 95: ...6 67 68 69 70 71 72 FIGURE 30 256x448 Input Output Backplane Dipswitch Locations And Settings Viewed From The Rear Of The Frame INPUT 192 256 INPUT 1 64 INPUT 129 192 INPUT 65 128 OUTPUT 97 128 OUTPUT...

Page 96: ...3 3V 2 5V CTRL ERR IN USE M atrix 64 x 64 28V 3 3V 2 5V CTR L ERR IN USE M atrix 64 x 64 28V 3 3V 2 5V CTRL ERR IN USE M at rix 64 x 64 28V 3 3V 2 5V CTRL ER R IN USE M atrix 64 x 64 28V 3 3V 2 5V CTR...

Page 97: ...RM COM 4 COM 3 PRC COM 1 COM 2 NETW ORK OUTPUT MONITOR AUX FRAME CTRL SLOT B 3 SLOTA REFERENCE 1 1 4 FRAME ALARM FRAME CONTROL SYSTEM CONTROL 3 4 PRC LOOP RCP PANEL PORT 4 3 2 1 2 2 49 50 51 52 53 54...

Page 98: ...ect each source Input and output modules can be populated in increments of 16 Input modules provide up to 100m meters of equalization for HD and up to 300m for SDI Output modules include both HD multi...

Page 99: ...2 5V CTR L ERR IN USE Matrix 64 x 64 28V 3 3V 2 5V CTRL ERR IN U SE Matrix 64 x 64 28V 3 3V 2 5V CTRL ER R IN USE Matrix 6 4 x 64 28V 3 3V 2 5V C TRL ERR IN USE Matrix 64 x 64 28V 3 3V 2 5V CTRL ERR I...

Page 100: ...ibution AC Line 1 AC Line 2 Breaker 1 Breaker 2 Rectifier 1 Rectifier 2 Isolation Diode 1 Isolation Diode 2 Cheetah AC Filter Assembly Rectified LINE DCV Power Supply Backplane 2 Power Supply Backplan...

Page 101: ...73d 288d 273 288 289d 304d 289 304 305d 320d 305 320 321d 336d 321 336 337d 352d 337 352 353d 368d 353 368 369d 384d 369 384 385d 400d 385 400 401d 416d 401 416 417d 432d 417 432 433d 448d 433 448 COM...

Page 102: ...X512 AND 1024X256 PRODUCT AND COMPONENT DESCRIPTIONS 8 1 1 Cheetah 512x512 and 1024x256 Frame Configuration Views For the Cheetah 512x512 and 1024x256 frame configuration see Figures 36 and 37 The 102...

Page 103: ...S I NC 88 FIGURE 36 512x512 and 1024x256 Front View Power Supplies Frame Coding Switches Fuses Output Monitor Card 3500 Series System Controller Cards 64x64 Video Matrix Cards 64x64 Video Matrix Cards...

Page 104: ...eceptacles Inputs Outp Outputs Outputs COM 1 COM 2 RS 232 Control Connectors COM 3 PRC and COM 4 RS 422 Control Connectors System Control Alarm Connector PRC Loop Connector RCP Panel Port Connectors N...

Page 105: ...Standards High Definition video conforming to SMPTE 292M Serial Digital video conforming to SMPTE 259M Connector Type 75 BNC Impedance 75 nominal Return Loss HD 15 dB from 5MHz to 1 5 GHz SD 15 dB fro...

Page 106: ...b s 177 Mb s 270Mb s 360 Mb s 540 Mb s Re clocking HD Automatic selection of 143 Mb s 177 Mb s 270 Mb s 360 Mb s 540 Mb s and 1 5 GB s Reference Sync Inputs No of Inputs 2 standard Connector 75 BNC Re...

Page 107: ...Output Characteristics Level 1 0V P P nominal 2 0V P P max Without obvious distortion Impedance 75 internally terminated Return Loss 40 dB to 5 0 MHz 15 dB to 50 MHz Coupling Direct DC DC on Out 30 m...

Page 108: ...all Inputs and Outputs Hostile 35 dB 35 MHz Standard Analog Video Switching Characteristics Switching Time 1 0 s Switching Transient 22 mV 30 IRE Units Differential Delay any Input to any Output Appro...

Page 109: ...istics 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 0 5 dB to 35 MHz 3 0 dB 50 MHz Vertical Tilt 0 25 50 Hz S...

Page 110: ...may be needed For mixed configuration support contact PESA Switching Systems Inc Customer Support TABLE 14 Cheetah 512x512 Mainframe Component List PART NUMBER DESCRIPTION Max Qty see note Standard Ma...

Page 111: ...tion Analog High Level BNC 32 Digital and Fiber Input Cards 81 9065 2612 0 Input Buffer Fiber Top Level 32 81 9065 2321 0 Input Buffer Card SD BNC 32 81 9065 2304 0 Input Buffer HD MR BNC 32 Digital a...

Page 112: ...may be needed For mixed configuration support contact PESA Switching Systems Inc Customer Support TABLE 16 Cheetah 1024x256 Mainframe Component List PART NUMBER DESCRIPTION Max Qty see note Standard...

Page 113: ...ption Analog High Level BNC 16 Digital and Fiber Input Cards 81 9065 2612 0 Input Buffer Fiber Top Level 64 81 9065 2321 0 Input Buffer Card SD BNC 64 81 9065 2304 0 Input Buffer HD MR BNC 64 Digital...

Page 114: ...re attempting to install any frame matrix card controller card or power supply carefully read and understand this section The 1024x256 system utilizes the 512x512 chassis All Cheetah Switchers contain...

Page 115: ...t manufacturer s suggested torque settings This unit is extremely heavy Maneuvering and installation of this unit requires caution planning and adequate resources in order to prevent injury to personn...

Page 116: ...n near the bottom of the equipment rack 4 Using a pallet jack or similar equipment align and place the Cheetah chassis as close as possible to the equipment rack opening to which it will be installed...

Page 117: ...Series chassis use the rotary switches to define a hexadecimal number Use the settings in the LSB row lower row first For example to set the Level Strobe to 12 set the LSB Level Strobe switch to C Sw...

Page 118: ...L ERR I N USE Matrix 64x64 28 V 3 3V 2 5V CTR L ERR IN USE Ma t rix 6 4 x64 2 8V 3 3 V 2 5 V C TRL ER R IN U SE Ma t rix 64x64 28 V 3 3V 2 5V C TRL ER R IN USE Ma tr i x 6 4 x64 28 V 3 3 V 2 5 V C TR...

Page 119: ...ffset setting in the 3500 Series software select Configuration Component The Input Offset displays in the lower section of the window S5 MSB Input Offsets S6 LSB Input Offsets This strobe is used to o...

Page 120: ...of eight single pole single throw SPST switches numbered 1 through 8 Each power supply backplane supports two power supplies Figure 39 depicts the location of these switches and the dipswitch setting...

Page 121: ...L ERR IN USE Matrix 64 x 64 28V 3 3V 2 5V CTRL ERR IN USE Matrix 64x 64 28V 3 3V 2 5V CTRL ERR IN USE M a t rix 64 x 64 28V 3 3V 2 5V CT RL ERR IN USE Matrix 64x 64 2 8V 3 3V 2 5V CTRL ERR I N USE M a...

Page 122: ...le pole single throw SPST switches numbered 1 through 8 Each input output backplane supports 4 cards Figure 40 512x512 chassis and Figure 41 1024x256 chassis depict the location of these switches with...

Page 123: ...3 4 5 6 7 8 ON OFF 1 2 3 4 5 6 7 8 ON OFF 1 2 3 4 5 6 7 8 ON OFF 1 2 3 4 5 6 7 8 ON OFF 1 2 3 4 5 6 7 8 ON OFF 1 2 3 4 5 6 7 8 ON OFF 1 2 3 4 5 6 7 8 ON OFF 1 2 3 4 5 6 7 8 ON OFF 1 2 3 4 5 6 7 8 ON...

Page 124: ...OFF ON 1 2 3 4 5 6 7 8 Inputs 65 128 Inputs 129 192 Inputs 193 256 OFF ON 1 2 3 4 5 6 7 8 OFF ON 1 2 3 4 5 6 7 8 OFF ON 1 2 3 4 5 6 7 8 OFF ON 1 2 3 4 5 6 7 8 OFF ON 1 2 3 4 5 6 7 8 OFF ON 1 2 3 4 5...

Page 125: ...ng of eight single pole single throw SPST switches numbered 1 through 8 Each input output backplane supports 4 cards The following figures depict the locations of these switches with the cards removed...

Page 126: ...257 384 Inputs 129 256 Outputs 1 128 Inputs 129 256 Outputs 129 256 Inputs 129 256 Outputs 257 384 Inputs 129 256 Outputs 385 512 Inputs 385 512 Outputs 1 128 Inputs 385 512 Outputs 129 256 Inputs 385...

Page 127: ...ev C Proprietary Information of PESA SWITCHING SYSTEMS INC 112 8 9 2 Cheetah 1024x256 Chassis Matrix Backplane Dipswitches The dipswitch locations and settings are shown in Figure 43 These dipswitches...

Page 128: ...tputs 129 256 Inputs 385 512 Outputs 1 128 Inputs 385 512 Outputs 129 256 Inputs 641 768 Outputs 1 128 Inputs 641 768 Outputs 129 256 Inputs 897 1024 Outputs 129 256 Inputs 897 1024 Outputs 1 128 Inpu...

Page 129: ...ORK OUTPUT MONITOR AUX FRAME CTRL SLOT B 3 SLOT A REFERENCE 1 1 4 FRAME ALARM FRAME CONTROL SYSTEM CONTROL 3 4 PRC LOOP RCP PANEL PORT 4 3 2 1 2 2 49 50 51 52 53 54 55 56 57 58 59 60 61 62 63 64 65 66...

Page 130: ...of a single copper connection However daughter boards can be installed to provide a second output per bus The second output can be either copper or fiber single mode or multi mode For SDI applications...

Page 131: ...N U SE Ma tr i x 64x 6 4 2 8V 3 3 V 2 5 V C TRL ERR I N USE Matrix 64x 6 4 28V 3 3V 2 5V CTRL ER R IN USE Ma t rix 64x64 28 V 3 3V 2 5V C TRL ER R IN USE M atr i x 6 4 x64 2 8V 3 3V 2 5V C TRL ERR IN...

Page 132: ...which is a minimum of three power supplies This is required for the monitoring of the cooling fan system AC Line 1 AC Line 2 Breaker 1 Breaker 2 Rectifier 1 Rectifier 2 Isolation Diode 1 Isolation Di...

Page 133: ...G SYSTEMS INC 118 The following figure see Figure 47 shows the fuse configuration for the 512x512 chassis Input Output Boards FIGURE 47 512x512 Chassis Fuses For The Input Output Cards Fuse 1 Fuse 2 F...

Page 134: ...1 12 13 14 15 16 17 18 19 20 21 22 23 24 OUTPUTS 1d 16d 1 16 17d 32d 17 32 INPUTS 1 16 17 32 33 48 49 64 65 80 81 96 97 112 113 128 129 144 145 160 161 176 177 192 193 208 209 224 225 240 241 256 OUTP...

Page 135: ...nd power cables to minimize crosstalk and interference Use as many cable ties as necessary to secure cables to the rack see Figure 49 This will minimize the amount of force transmitted to the equipmen...

Page 136: ...to be utilized as part of the switching matrix connect COM 3 PRC on the primary Cheetah Switcher to COM 3 PRC on the other Cheetah Switcher using 5 pin ribbon cables If an external controller such as...

Page 137: ...1 AC 2 AC 1 BREAKER FIGURE 50 Power Supplies Configuration WARNING The maximum applied voltage to either of the AC power inputs must not exceed 250VAC In addition the maximum applied voltage across b...

Page 138: ...power input supplied from an external generator must insure that regardless of the voltage phase relationship between the external generator and the in house AC line the maximum applied voltage betwe...

Page 139: ...ion 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 sup...

Page 140: ...N D B Y G N D 5 V B A T T E R Y R U N A C T I V E B A T T E R Y R E S E T M O D E A C TI V E S T AN D B Y 8 8 8 8 8 8 8 8 M A T R I XF R A M E C O N T R O LL E R C O M M U N I CA T I O N S RX R X L N...

Page 141: ...tion to a 200 240VAC supply service refer to Table 20 The power cords are differentiated by the male plug s pin alignments TABLE 20 AC Power Filter Assembly AC Power Cable Minimum Amps Required IEC Pi...

Page 142: ...1 Cheetah 256x256 Chassis Power Cabling and Circuit Breakers AC power cords may differ depending on your power requirements The 256x256 chassis is supplied with either two pigtail cabling assemblies o...

Page 143: ...rvice connectors for connection only to a 200 240VAC input service that has a preferable dedicated line TABLE 22 AC Power Filter Assembly AC Power Cable Minimum Amps Required IEC Pigtail Service Drops...

Page 144: ...n each Power Supply Bank which is a minimum of three power supplies This is required for the monitoring of the cooling fan system 9 3 3 1 Cheetah 256x448 512 Series and the 1024x256 Chassis Power Cabl...

Page 145: ...C at 40 amps The supply power is to be connected to a dedicated service line only TABLE 25 AC Power Filter Assembly AC Power Cable Minimum Amps Required Service Drops 200 240V Attached Power Cable pig...

Page 146: ...64 28V 3 3V 2 5V CTRL ER R I N U SE M a t r i x 64x64 28V 3 3V 2 5V C TRL ERR I N USE M at r i x 64x64 28 V 3 3V 2 5V C TRL ERR I N USE M at r i x 64x64 28 V 3 3V 2 5V C TRL ERR I N USE M a t r i x 64...

Page 147: ...en experiencing a loss of one AC supply power feed fault condition the remaining supplies will typically operate at 100 of their rated load An increase in chassis operating temperature is normal as th...

Page 148: ...rs are in place and secure no open slots in the frame 5 Verify the line cord s are connected to the chassis and are properly terminated to the source power distribution system i e connectors plugged i...

Page 149: ...en 5 green 3 green d On the Output Monitor module if present the Power OK LED is illuminated green e On each of the Input and Output modules the Power LED is illuminated green f If installed and on th...

Page 150: ...s present strobe settings as follows 1 Access the MFC compartment If necessary remove the top most MFC module and blank cover to expose the strobe switches for viewing 2 Document each strobe switch s...

Page 151: ...as per your specification d Under the Cheetah directory click on Matrices Verify there are no errors and the matrix module card configuration is correct as per your specification e Under the Cheetah...

Page 152: ...a routing switcher system from a standard IBM compatible Personal Computer PC Both the 3500 Series System Controller and the 3500 Series Control System software are inherently flexible and easily con...

Page 153: ...58 3500 Series Card Dipswitch Locations set for 9 600 baud rate The dipswitch should be set in accordance with Table 27 before the 3500Plus System Controller is installed For normal operation at 9 600...

Page 154: ...that with any other switch configuration the active card will be system selected by which card is in chassis A slot b On the Active card the Run green LED is illuminated and the Active amber LED is il...

Page 155: ...es Power Supply leakage current exceeds 3 5mA when used at 240 VAC because of leakage through emission filter capacitors The Cheetah Power Supply is responsible for providing a regulated 28VDC 22A to...

Page 156: ...supplies that can be used with each Cheetah Series frame will be listed with the associated chassis Each Power Supply slot in the chassis must have either a power supply or a blank installed to satisf...

Page 157: ...R X LN K V T2 TX PR C R X TX SC R O LL R ES ET A C TI VE TX 4 22 A C T N ET V T1 28 5 3 C O N TR O L STA TU S PS600 P W R O K A LER T 28V G N D P S600 PWR O K ALE R T 28V G N D P S600 PWR O K ALE R T...

Page 158: ...8 8 MATRIX FRAME CONTROLLER COMMUNICATIO NS RX RX L NK VT2 TX PRC RX TX SCROLL RESET ACTIVE TX 422 ACT NET VT1 28 5 3 CO NT ROL ST ATUS GND 5V BATTERY RUN ACTIVE BAT TERY RESET MODE ACT IVE ST ANDBY...

Page 159: ...rix 64x 64 28V 3 3V 2 5V CTRL ERR IN USE Matrix 64 x64 2 8V 3 3V 2 5V CT RL ERR I N USE M atrix 64 x 64 28V 3 3 V 2 5 V CTRL ERR IN USE M atrix 64 x 64 28V 3 3V 2 5V CTRL ERR IN USE Mat rix 6 4 x 64 2...

Page 160: ...64 x6 4 28V 3 3 V 2 5 V CTRL E RR I N US E Matri x 64 x64 28V 3 3 V 2 5 V CTRL E RR I N US E Matri x 64 x6 4 28 V 3 3V 2 5V CTRL E RR I N US E Matri x 64 x6 4 28V 3 3V 2 5V CTRL E RR I N US E Matri x...

Page 161: ...Indicators LED COLOR STATUS DESCRIPTION PWR OK Green ON Indicates that the 28V power is stable and within normal operating parameters Temp Red ON Indicates there is an over temperature condition in t...

Page 162: ...appropriate chassis location and allocation descriptions for the total amount of power supplies that are required for proper operation Each slot must have either a power supply or a blank installed Re...

Page 163: ...ns of these LEDs are described in the Table 29 TABLE 29 Input Buffer Card LED Indicators LED COLOR STATUS DESCRIPTION ON Indicates that an invalid CRC has been detected COM Error Red Blinking Indicate...

Page 164: ...king Indicates a missing receive clock error ON Indicates that the 28V 5 0V 3 7V and 4 5V power is stable and within normal operating parameters PWR Good Green OFF Indicates that 28V is not stable or...

Page 165: ...tor Card Overview The Output Monitor Card see Figure 66 controls Output Monitor Connectors 1 and 2 located on the back lower right of the Cheetah You will generally use the connectors for quality assu...

Page 166: ...t stable or the 4 8V 4 3V or 3 5V power supplies are not working In Use Yellow ON Indicates that a crosspoint on the matrix card is activated 11 5 3 Installing the Output Monitor Control Card To insta...

Page 167: ...oint and GND is the output of the voltage regulation circuit and should be 5 0VDC 0 1VDC 11 6 3 BATTERY The voltage measured between this test point and GND is the output voltage of the backup memory...

Page 168: ...ndicates that input voltage to this board is within design parameters If LED is OFF 1 Remove and reinstall board to verify backplane connector is properly seated 2 Check power supplies for proper oper...

Page 169: ...nput of a high speed matrix The output of the matrix is again buffered and sent to the output combiner cards Each matrix card contains input buffer chips octal bus transceivers that drive into a singl...

Page 170: ...sspoint Matrix Card LED Descriptions LED COLOR STATUS DESCRIPTION ON Indicates that the 28Vpower is stable and within normal operating parameters 28V Green OFF Indicates that 28V is not stable power s...

Page 171: ...rrect number of words in the message being received or corrupted data in the message being received The LED will remain on until a message with a good CRC has been received Blinking Indicates a missin...

Page 172: ...ability to communicate to a system controller via Ethernet connection More features include SNMP support and redundant MFC cards with auto changeover On the frame of each matrix frame controller is a...

Page 173: ...t 5V power is not stable Green ON Indicates that the 3V power is stable and within normal operating parameters 3V Red ON Indicates that 3V power is not stable PRC Tx Rx Green ON Indicate that PRC traf...

Page 174: ...reset to page 0 Descriptions of the displayed messages are detailed in Table 35 TABLE 35 8 Character Display Messages PAGE MESSAGE DESCRIPTION 0 ACTV OK STDB SNGL OK SNGL Describes which frame contro...

Page 175: ...sync is encoded in the XX D XXX XXX This is the first half of the IP address of the frame controller s network node E XXX XXX This is the second half of the IP address of the frame controller s netwo...

Page 176: ...tyle dipswitches consisting of eight single pole single throw SPST switches numbered 1 through 8 located on the face of the matrix frame controller card as illustrated in Figure 72 These dipswitches a...

Page 177: ...M 1 COM 2 FIGURE 73 RS 232 Control Connectors TABLE 36 COM1 and COM 2 Pin Assignments Pin Signal In Out 1 CD Input 2 RX Input 3 TX Output 4 DTR Output 5 Ground 6 DSR Input 7 RTS Output 8 CTS Input 9 R...

Page 178: ...ted Status Protocol USP 81 9062 0409 0 11 9 2 RS 232 Control Connectors COM3 PRC and COM4 These DB 9 Male connectors see Figure 74 provide RS 422 serial communication interfaces ALARM SYSTEM CONTROL A...

Page 179: ...ler is gathering configuration information from the primary controller During an alarm condition an optically isolated electronically closed circuit exists between contacts 3 and 1 for Controller A to...

Page 180: ...Figure 76 The Customer supplied alarm circuit voltage to this connector must not exceed 12VDC and the associated amperage must not exceed 10mA Alarm Controller B Bottom Alarm Controller A Top Alarm _...

Page 181: ...WORK OUTPUTMONITOR AUX FRAME CTRL SLOTB 3 SLOT A REFERENCE 1 1 2 4 2 FRAME ALARM FRAME CONTROL SYSTEM CONTROL 3 4 PRC LOOP COM 4 COM 3 PRC COM 1 COM 2 5 4 3 2 1 FIGURE 77 PRC Loop Connector PRC Loop m...

Page 182: ...COM 2 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 p...

Page 183: ...tors LED indicators are provided as follows see Figure 82 and refer to Table 40 FIGURE 82 Ethernet Connector TABLE 40 Ethernet LED Indicators LNK ON Ethernet LINK established 100M ON The Ethernet conn...

Page 184: ...IN USE Mat rix 64x 64 2 8V 3 3V 2 5V CT RL ERR IN US E Matr ix 6 4 x 64 28V 3 3 V 2 5 V CT RL E RR IN USE Matr ix 64 x 64 28V 3 3V 2 5V CTRL E RR IN USE Matrix 64 x64 28 V 3 3V 2 5V CTRL ERR IN USE Ma...

Page 185: ...nnected with a cable constructed as shown in Figure 85 next page The Customer supplied power input to this connector must not exceed 12VDC and the associated amperage must not exceed 10mA ALARM SYSTEM...

Page 186: ...to this connector must not exceed 12VDC and the associated amperage must not exceed 10mA Alarm Controller B Bottom Alarm Controller A Top Alarm _ S 1 2 3 Part Number 81 9029 0811 0 Customer Supplied...

Page 187: ...embedded SNMP agent is detailed in Appendix B ALARM SYSTEM CONTROL ALARM RCP PANEL PORT 4 3 2 1 NETWORK OUTPUT MONITOR SLOT B 3 SLOT A REFERENCE 1 1 2 4 2 FRAME ALARM FRAME CONTROL SYSTEM CONTROL 3 4...

Page 188: ...1 REFERENCE 1 2 3 4 REFERENCE 1 2 3 4 FIGURE 87 House Sync Input Connectors Using the Cheetah GUI the user can assign a specific reference signal for the system or individual chassis that is used as...

Page 189: ...or troubleshooting For example you would use these to monitor the quality of a specific output signal You control the outputs you can monitor with the 3500 Series Control System software Make sure the...

Page 190: ...ny procedure or sequence outlined in this document 12 1 MAINTENANCE 12 1 1 Maintenance Overview This equipment has been designed to give long trouble free service with very little maintenance Under no...

Page 191: ...monitored for proper operation and a system alarm is initiated whenever a fan is not operating correctly or has failed Only authorized personnel should attempt repair or replacement of fan components...

Page 192: ...following sequence to replace a faulty fan assembly 1 Disconnect the fan power cord see Figure 89 from the chassis fan power receptacle 2 Remove the four fan assembly retaining screws 3 Replace the fa...

Page 193: ...r Connections Perform the following sequence to replace a faulty fan assembly 1 Disconnect the fan power cord see Figure 90 from the chassis fan power receptacle 2 Remove the four fan assembly retaini...

Page 194: ...tc in the chassis FIGURE 91 256x256 Associated Power Connections and Fan Chamber Shields Perform the following sequence to replace a faulty fan assembly see Figure 91 while performing the following se...

Page 195: ...4 Cheetah 256x448 Chassis Fan Replacement These switchers see Figure 92 are equipped with two flush mounted upper fan assemblies that are only accessed and replaced from the front interior of the chas...

Page 196: ...thumbscrew that secures the fan assembly to the mounting plate 4 Lift and slide the assembly away from the mounting slots 5 Remove the fan mounting hardware remove the old assembly and position the n...

Page 197: ...Figure 93 which are tightened to a 6 screw torque setting not more than 9 6 inch pounds non lubricated The two lower mid chassis surface mounted fan assemblies are secured with two 8x32 retaining scr...

Page 198: ...wer reconnection 3 Replace the fan and reconnect the fan power cord to the fan power receptacle 4 Align the alignment pins with their corresponding alignment holes and secure the thumbscrews with not...

Page 199: ...re also accessed from the front interior only FIGURE 94 Cheetah 512 And 1024 Series Earlier Version Fan Placements rear view PWR 2 PWR 1 96 95 94 93 92 91 90 89 88 87 86 85 84 83 82 81 80 79 78 77 76...

Page 200: ...e replacement sequence Additionally exercise extreme caution as to not drop any tools and or parts that could reach the active components DC bus boards cards etc in the chassis 1 Remove the filter bre...

Page 201: ...ccess the fan assemblies for replacement Perform the following sequence to replace a fan assembly For the Original Design Cheetah 512 and 1024 Series switcher systems that are to remain energized duri...

Page 202: ...bly 3 Disconnect the fan power cord from the corresponding power connector located in the baffle cavity behind the fan assembly 4 Loosen the two nylon retaining thumbscrews that secure the fan to the...

Page 203: ...r design Cheetah 512 and 1024 Series switcher systems that are to remain energized during a fan replacement sequence it is extremely important to remove all personal conductive materials e g watches r...

Page 204: ...e with the retaining screws and hardware When replacing fans during energized system conditions be aware that the new fan replacement will energize upon power reconnection 7 Reconnect the fan power co...

Page 205: ...n including use of personal senses feeling for heat smelling for burned components listening for unusual noises and looking for discolored components Once the basic troubleshooting starting sequence h...

Page 206: ...because a power supply has been removed resulting in lower total power improper cabinet cooling due to exhaust air obstructions or because an individual power supply is faulty Check the fans and make...

Page 207: ...board Control Error Red Blinking Indicates a missing receive clock error Remove and re insert the board If the condition continues replace the board In Use Yellow ON Indicates that a crosspoint on th...

Page 208: ...ted until a message with a good CRC has been received Remove and re insert the board If the condition continues replace the board Control Error Red Blinking Indicates a missing receive clock error Rem...

Page 209: ...d If the condition continues replace the board Control Error Red Blinking Indicates a missing receive clock error Remove and re insert the board If the condition continues replace the board ON Indicat...

Page 210: ...e and within normal operating parameters This is a surface mount LED located on the PCB None Port A Port B Surface mounted on the PCB Yellow ON Indicate whether the board is communicating with the fra...

Page 211: ...2 3 1 Replacement Parts Only parts of the highest quality have been incorporated in the design and manufacture of this equipment If the equipment s inherent stability and reliability are to be maintai...

Page 212: ...s Control Software Manual 12 6 PESA SWITCHING SYSTEMS INC CUSTOMER SERVICE CONTACT INFORMATION SERVICE AND ORDERING ASSISTANCE PESA Switching Systems Inc 330 A Wynn Drive Northwest Huntsville AL 35805...

Page 213: ...s or disables the Telnet server On Telnet Port Allows the specification of the TCP port to be used by the Telnet server 23 Telnet Password Specifies the password for telnet access blank NETPRC Master...

Page 214: ...t at the prompt The current Ethernet settings will be displayed note that these settings are unavailable via the Telnet interface For example et MAC address 02 02 02 02 02 02 SERIAL AAAAAA000000001 DH...

Page 215: ...dr allows you to set the gateway address SN addr allows you to set the subnet mask DP port allows you to set the NETPRC IP port TN ON enables the on board telnet server TP port allows you to set the t...

Page 216: ...N IP address 192 168 000 114 Subnet mask 255 255 255 000 Def Gateway 192 168 000 002 NETPRC SLAVE NETPRC port 1000 TELNET ON TELNET port 23 TELNET pass RCOMM public WCOMM private TCOMM public TRAP OFF...

Page 217: ...ted on the Cheetah SW Toolkit CD that goes out with every Cheetah system Note that the agent within the Matrix Frame Controller implements a subset of the PESA MATRIX MIB The optional Group tables are...

Page 218: ...case the preset contains two switch definitions preset members The first connects source 1 to destination 1 on level 2 The second connects source 2 to destination 2 again on level 2 Both are set to ut...

Page 219: ...imit the data parameters All data parameters have leading and trailing whitespaces trimmed A command is terminated by a Carriage return A command is not acted on until the carriage return is received...

Page 220: ...s a PC i e Machine Machine Interface MMI Ctl C Aborts the current command and starts new command line with a new prompt Ctl T Terse Response Mode Causes commands to be responded to in a terse mode fit...

Page 221: ...CNTL V Verbose Mode echoes received characters Response HELP provides a list of the available commands Comment Displays a summary of the commands available with a brief description of what they do Al...

Page 222: ...or 1 to switch to Response Comment 5 AC Active Status Syntax AC Response SINGLE single frame controller in system ACTIVE active frame controller in dual system STANDBY inactive frame controller in du...

Page 223: ...ed to the output lev is the level MAIN or MONITOR for the switch status Comment 8 RC Roll Call Syntax RC I O M S OO A B Where I Input O Output OO Output Option M Matrix S System Board A Port A B Port...

Page 224: ...MB Matrix Board Status Syntax MB Slot Where Slot is the matrix board slot Response WC xxxxOD1 xxxx OD2 xxxx CRC xxxx Total Errors xxxx Comment See Matrix Frame Controller Hardware Interface Protocol M...

Page 225: ...xxxx OD6 xxxx OD7 xxxx OD8 xxxx CRC xxxx Total Errors xxxx Output Monitor Address 17 WC xxxxOD1 xxxx OD2 xxxx OD3 xxxx CRC xxxx Total Errors xxxx Comment See Matrix Frame Controller Hardware Interface...

Page 226: ...ure Frame Controller hex dec Output Monitor hex dec type hex dec hex dec Where hex is the hex number for the temperature dec is the decimal number for the temperature type is the board type INPUT OUTP...

Page 227: ...tput Monitor Card ver Comment The version command provides the version number and date for each software module in the system If a software module does not exist then Invalid is displayed 16 VT Vertic...

Page 228: ...ntrol of the frame 18 EC Error Count Syntax EC I O OO M P S Where I Input O Output OO Output Option M Matrix P Power Supply S System Response Board Type error count error count Comment Response gives...

Page 229: ...card 21 PM Power Management Syntax PM I O M S P OO slot ON OFF Where I Input O Output M Matrix S System P Power Supply OO Output Option Slot is the specific card ON DC Board Power is ON OFF DC Board...

Page 230: ...Slot in either a decimal or hex i e 0x05 format Slot is a one based number 23 MT Matrix Type Syntax MT Response 64x64 Matrix or 128x128 Matrix Comment Returns the matrix type loaded in the system Used...

Page 231: ...Where slot the output card M the output monitor card output the output on the card rate one of the following 143 143 Mb s 177 177 Mb s 270 270 Mb s 360 360 Mb s 540 540 Mb s HD High Definition BYPASS...

Page 232: ...essing Unit CRC Cyclic Redundancy Check DAC Digital to Analog Converter DHCP Dynamic Host Configuration Protocol ESD Electrostatic Sensitive Device FCC Federal Communications Commission FPGA Field Pro...

Page 233: ...ulated with components P1E Protocol number 1 Extensions PESA defined PRC PESA Router Controller RCP Remote Control Panel RMA Return Material Authorization SD Standard Definition SDI Standard Definitio...

Page 234: ...ES SWITCHERS APPENDIX D 81 9059 0570 0 Rev C Proprietary Information of PESA SWITCHING SYSTEMS INC 219 AA D continued AA D DESCRIPTION DEFINITION Telnet Telephone Network USB Universal Serial Bus Inte...

Page 235: ......

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