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Cheetah 64NEX, User Manual

The Cheetah 64NEX User Manual is a comprehensive guide that allows you to harness the full potential of your device. Available for free download at manualshive.com, this manual offers detailed instructions and troubleshooting tips, ensuring a seamless user experience with the Cheetah 64NEX. Get your copy now!

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Cheetah 64NEX Digital Video Router  

Publication 81-9059-0685-0, Rev. A 

March 2011 

Proprietary Information of PESA 

III 

 

T

ABLE OF 

C

ONTENTS 

(

CONT

.)

 

 

6.2

 

I

NSTALLING 

I

NPUT 

B

UFFER AND 

O

UTPUT 

C

OMBINER 

C

ARDS

...............................................6-4

 

6.3

 

V

IDEO 

M

ATRIX 

(C

ROSSPOINT

)

 

C

ARD

...................................................................................6-4

 

6.4

 

F

UNCTIONAL 

D

ESCRIPTION 

-

 

D

IGITAL 

V

IDEO 

M

ATRIX 

C

ARD

...............................................6-6

 

6.5

 

M

ATRIX 

F

RAME 

C

ONTROLLER 

(MFC)..................................................................................6-7

 

6.5.1

 

MFC LED Indicators ...........................................................................................................6-7

 

6.5.2

 

MFC 8-Character Display ...................................................................................................6-8

 

6.5.3

 

MFC Switch Locations and Settings (S1 and S2) ................................................................ 6-10

 

CHAPTER 7

 

MAINTENANCE AND REPAIR..............................................................................7-1

 

7.1

 

M

AINTENANCE

....................................................................................................................7-1

 

7.1.1

 

Maintenance Overview ........................................................................................................7-1

 

7.1.2

 

Air Filter .............................................................................................................................7-1

 

7.2

 

R

EPAIR

................................................................................................................................7-1

 

7.2.1

 

Replacement Parts ...............................................................................................................7-2

 

7.2.2

 

Return Material Authorization (RMA) ..................................................................................7-2

 

7.3

 

PESA

 

C

USTOMER 

S

ERVICE

..................................................................................................7-2

 

7.4

 

C

HEETAH 

S

ERIES 

S

UPPORT 

D

OCUMENTATION

......................................................................7-2

 

7.5

 

PESA

 

(PESA

 

S

WITCHING 

S

YSTEMS

,

 

I

NC

.)

 

C

USTOMER 

S

ERVICE 

C

ONTACT 

I

NFORMATION

....7-2

 

CHAPTER 8

 

APPENDICES............................................................................................................8-1

 

8.1

 

A

PPENDIX 

A:

  

E

THERNET 

C

ONFIGURATION

..........................................................................8-1

 

8.2

 

A

PPENDIX 

B:

  

SNMP............................................................................................................8-4

 

8.3

 

A

PPENDIX 

C:

  

PESA

 

M

ATRIX 

F

RAME 

C

ONTROLLER 

D

EBUG 

P

ORT 

P

ROTOCOL

......................8-6

 

8.4

 

A

PPENDIX 

D:

  

A

BBREVIATIONS

,

 

A

CRONYMS

,

 AND 

D

EFINITIONS 

(AA&D) .......................... 8-19

 

 

L

IST OF 

F

IGURES 

 

F

IGURE 

3-1

  

C

HEETAH 

64NEX

 

F

RONT 

V

IEWS

.................................................................................................3-1

 

F

IGURE 

3-2

  

C

HEETAH 

64NEX

 

R

EAR 

V

IEW

.....................................................................................................3-2

 

 
F

IGURE 

4-1

  

C

ABLES 

A

TTACHED TO 

S

UPPORTS

...............................................................................................4-2

 

F

IGURE 

4-2

  

P

OWER 

S

UPPLIES 

C

ONFIGURATION

..............................................................................................4-4

 

F

IGURE 

4-3

  

C

HEETAH 

64NEX

 

I

NPUT

/O

UTPUT 

S

IGNAL 

C

ONNECTORS

.............................................................4-6

 

F

IGURE 

4-4

  

C

HASSIS 

S

YSTEM 

I

NTERFACE 

C

ONNECTOR 

L

OCATIONS AND 

D

ESCRIPTIONS 

(R

EAR 

V

IEW

)...........4-7

 

F

IGURE 

4-5

  

RS-232 C

ONTROL 

C

ONNECTORS

..................................................................................................4-7

 

F

IGURE 

4-6

  

RS-422

 

COM

 

3/PRC

 

C

ONTROL 

C

ONNECTOR

...............................................................................4-9

 

F

IGURE 

4-7

  

S

YSTEM 

C

ONTROL 

A

LARM 

C

ONNECTOR

.................................................................................... 4-10

 

F

IGURE 

4-8

  

A

LARM 

C

ABLE 

S

ETTING AND 

A

SSOCIATED 

S

CHEMATIC

............................................................ 4-11

 

F

IGURE 

4-9

  

PRC

 

L

OOP 

C

ONNECTOR

............................................................................................................. 4-11

 

F

IGURE 

4-10

  

RS-422

 

S

YSTEM 

E

XPANSION 

C

ABLE

........................................................................................ 4-12

 

F

IGURE 

4-11

  

RCP

 

P

ANEL 

P

ORT 

C

ONNECTORS

.............................................................................................. 4-12

 

F

IGURE 

4-12

  

RS-485

 

C

ABLE 

C

ONSTRUCTION

............................................................................................... 4-13

 

F

IGURE 

4-13

  

N

ETWORK 

C

ONNECTORS

......................................................................................................... 4-13

 

F

IGURE 

4-14

  

E

THERNET 

C

ONNECTOR

........................................................................................................... 4-14

 

Summary of Contents for 64NEX

Page 1: ...Publication 81 9059 0685 0 Rev A www pesa com March 2011 Phone 256 726 9200 USER GUIDE CHEETAH 64NEX 3G COMPATIBLE DIGITAL VIDEO MATRIX SWITCHER ...

Page 2: ...act our Customer Service Department Again thank you for choosing PESA and we look forward to a long term partnership with you and your facility SERVICE AND ORDERING ASSISTANCE PESA 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 7372 Fax 256 726 9268 Email service PESA com 201...

Page 3: ...AH 64NEX CHASSIS INPUT OUTPUT SIGNAL CONNECTORS 4 5 4 8 CHASSIS SYSTEM CONNECTION LOCATIONS 4 6 4 9 REAR PANEL CONNECTORS 4 7 4 9 1 RS 232 Control Connectors COM 1 and COM 2 4 7 4 9 2 RS 422 Control Connectors COM3 PRC 4 9 4 9 3 System Control Alarm Connector 4 10 4 9 4 PRC Loop Connector 4 11 4 9 5 RCP Panel Port Connectors 4 12 4 9 6 Network Connectors 4 13 4 9 7 Frame and System Alarm Connector...

Page 4: ... CHAPTER 8 APPENDICES 8 1 8 1 APPENDIX A ETHERNET CONFIGURATION 8 1 8 2 APPENDIX B SNMP 8 4 8 3 APPENDIX C PESA MATRIX FRAME CONTROLLER DEBUG PORT PROTOCOL 8 6 8 4 APPENDIX D ABBREVIATIONS ACRONYMS AND DEFINITIONS AA D 8 19 LIST OF FIGURES FIGURE 3 1 CHEETAH 64NEX FRONT VIEWS 3 1 FIGURE 3 2 CHEETAH 64NEX REAR VIEW 3 2 FIGURE 4 1 CABLES ATTACHED TO SUPPORTS 4 2 FIGURE 4 2 POWER SUPPLIES CONFIGURATI...

Page 5: ...UPPLY LED INDICATORS AND TEST POINTS 6 2 FIGURE 6 3 INPUT OUTPUT SIGNAL CONNECTORS REAR VIEW 6 4 FIGURE 6 4 VIDEO CROSSPOINT MATRIX CARD LED INDICATORS 6 5 FIGURE 6 5 BLOCK DIAGRAM DIGITAL VIDEO MATRIX CARD 6 6 FIGURE 6 6 MATRIX FRAME CONTROLLER 6 7 FIGURE 6 7 8 CHARACTER DISPLAY 6 8 FIGURE 6 8 MFC DIPSWITCH LOCATIONS 6 10 LIST OF TABLES TABLE 4 1 AC POWER CONNECTORS 4 5 TABLE 4 2 COM1 AND COM 2 P...

Page 6: ... this document you should pay attention to various Warnings Cautions and Notes These addendum statements supply necessary information pertaining to the text or topic they address It is important that you read and understand the statements to avoid possible loss of life personal injury and or destruction damage to the equipment These additional statements may also provide added information that cou...

Page 7: ...its small 4RU footprint the Cheetah 64NEX Router can be configured as a partially loaded frame allowing for easy future field expansion The system s integrated Matrix Frame Controller monitors the health of the unit and automatically recognizes any new I O cards Once the cards are installed the router can be easily configured with PESA s PERC 2000 System Controller software The Cheetah 64NEX route...

Page 8: ...3 1 Chapter 3 CHASSIS VIEWS AND SPECIFICATIONS This chapter pictorially displays internal component layout of the switcher identifies input and output connections and lists system specifications 3 1 CHEETAH 64NEX FRAME VIEWS Fans Input Output Cards Power Supplies Matrix Card FIGURE 3 1 Cheetah 64NEX Front Views ...

Page 9: ...Cheetah 64NEX Digital Video Router Publication 81 9059 0685 0 Rev A March 2011 Proprietary Information of PESA 3 2 FIGURE 3 2 Cheetah 64NEX Rear View ...

Page 10: ...al SFP small form factor pluggable Compliance with ITU T G 957 Connector Style LC Input Data Rates 143 Mbps to 1 5Gbps ASI SD HD 143 Mbps to 3 0Gbps SD HD 3G Optical Input wavelength Singlemode 1310 optimal Input Power 20dBm min 1dBm max Output Data Rates 143 Mbps to 3 0Gbps Auto reclocking to SMPTE 259M 292M 424M Bypass mode 143Mb to 3Gbps Output Power 9dBm min 3dBm max Optical Loss Budget Approx...

Page 11: ...M Overshoot 10 of amplitude max Alignment Jitter 0 2UI 100kHz to 150MHz 0 3UI 150MHz to 300MHz Timing Jitter 1 0UI from 10Hz to 100kHz SMPTE 259 292 2 0UI from 10Hz to 100kHz SMPTE 424M Operational Mode Selections AUTO detects correct signal type MANUAL force to a specific format BYPASS allow signals to pass w o reclocking Data Rates Supported 143Mbps to 3 0Gbps Sync Reference Specifications Sync ...

Page 12: ...nel communications RS 485 3 pin detachable Control communications RS 232 422 Ethernet Connector type 9 pin D SUB RJ 45 Control system PESA PERC2000 Third Party Interfaces use PESA CPU Link Network Software Cattrax Net Control Software Number of Panels per frame 256 PERC2000 System Controller Cooling Internal cooling fans with auto sensing speed adjustments 64NEX 2 fans Mechanical Dimensions 19 00W...

Page 13: ...for installation in a standard 19 equipment rack located in an environment conforming to the specifications for each chassis Locate each unit as closely as possible to its associated equipment to minimize cable runs 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 namepl...

Page 14: ...e bottom of the chassis while the mounting hardware is being installed 3 Install the bottom two chassis mounting screws 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 4 4 CONNECTING EQUIPMENT CABLES Use the following guidelines ...

Page 15: ...the Ethernet interface 4 If additional Cheetah Switchers are to be utilized as part of the switching matrix connect the PRC Loop jack on the primary Cheetah Switcher to PRC Loop jack on the other Cheetah Switcher using 5 pin ribbon cables 5 If an external system controller is used to control the Cheetah 64NEX connect the external controller to the COM 3 PRC port on the router rear panel using 9 pi...

Page 16: ...ent before completing the specific power connections Read the Maximum Voltage requirements starting in this section Chapter 6 To prevent damage to the equipment Read all instructions for proper input voltage ranges Use the recommended specified power branch circuit ampacity Follow static prevention precautions prior to handling equipment 4 6 1 1 Chassis Power Cord AC power cords may differ dependi...

Page 17: ...two AC Main power feeds which are isolated from each another All international power requirements are pre configured at the factory and commercially available prefabricated power cords designed for the power source that the equipment will be operating are supplied with each unit As in the United States international operation with one power supply is the normal non option condition An optional sec...

Page 18: ... O Connections FIGURE 4 3 Cheetah 64NEX Input Output Signal Connectors 4 8 CHASSIS SYSTEM CONNECTION LOCATIONS System interface connections are made through rear panel connectors as shown by Figure 4 4 Each interface connection is discussed in the following paragraphs Complete system connections to the router in accordance with the following procedures ...

Page 19: ...ystem Interface Connector Locations and Descriptions Rear View 4 9 REAR PANEL CONNECTORS 4 9 1 RS 232 Control Connectors COM 1 and COM 2 COM 1 and COM 2 see Figure 4 5 are DB 9 Male connectors that provide RS 232 serial communication interfaces Pin outs are shown in Table 4 2 FIGURE 4 5 RS 232 Control Connectors COM 1 COM 2 Pin 1 Pin 9 ...

Page 20: ...sure the communication rate for COM 1 in the system controller software matches the baud rate you are using in the software select System Communications COM 2 is a secondary RS 232 CPU Link which may also be connected to a PC or an external control device COM 2 may be used with either of the protocols shown in Table 4 3 and may operate at either 9600 or 38 400 baud Set the baud rate with a switch ...

Page 21: ... RS 422 COM 3 PRC Control Connector COM 3 PRC is the communications interface to a PRC type routing switcher system and is connected to a routing switcher with a serial control cable refer to Table 4 4 for pin assignments TABLE 4 4 COM 3 PRC Pin Assignments Pin Signal In Out 1 CTS Input not used 2 MATRIX Bi directional 3 CTLR Output 4 RTS Output not used 5 Ground 6 CTS Input not used 7 MATRIX Bi d...

Page 22: ...Controller A top and contacts 2 and 1 for Controller B bottom This circuit acts as a switch to trigger an optional external alarm in the event of a controller fault or failure The controller alarm circuit supplies an electronic contact closure but does not provide a voltage to the external alarm The Customer supplied alarm circuit voltage to this connector must not exceed 12VDC and the associated ...

Page 23: ...omer Supplied Connector FIGURE 4 8 Alarm Cable Setting and Associated Schematic 4 9 4 PRC Loop Connector This five contact connector located on the rear of the unit is a loop through connector used to provide an RS 422 serial communication interface using the PESA PRC Protocol Document No 81 9062 0316 0 It is wired in parallel with the DB 9 Male PRC Loop connector Contact locations are illustrated...

Page 24: ...IGURE 4 10 RS 422 System Expansion Cable 4 9 5 RCP Panel Port Connectors Two RCP connectors located on the rear of the unit and illustrated in Figure 4 11 provide RS 485 serial communication interfaces using the PESA RCP Protocol Document No 81 9062 0300 0 FIGURE 4 11 RCP Panel Port Connectors These RCPs are connected to PESA Remote Control Panels with daisy chained cables constructed with RCP con...

Page 25: ...2 3 1 2 3 Cable is not pin for pin Pins 2 and 3 are swapped FIGURE 4 12 RS 485 Cable Construction 4 9 6 Network Connectors The RJ 45 Ethernet connectors illustrated in the Figure 4 13 connect the Matrix Frame Controllers and System Controllers to a 10 or 100Mb s TCP IP network Ethernet configuration options are detailed in the Appendix FIGURE 4 13 Network Connectors LED indicators are provided as ...

Page 26: ...sses approved by the Network Administrator 2 Using a straight through RJ 45 Ethernet cable connect the Ethernet jacks to a 10 100BASE T hub or switch on the TCP IP network The Slot A Network Frame Control is for the Matrix Frame Controller in Slot A The Slot B Network Frame Control is for the Matrix Frame Controller located in slot B The Slot A System Control is for the System Controller located i...

Page 27: ...n Figure 4 17 next page The Customer supplied power input to this connector must not exceed 12VDC and the associated amperage must not exceed 10mA FIGURE 4 16 Frame and System Control Alarm Connector The Frame Control alarm is activated if any of the following matrix frame controller conditions exist Detects a card input output matrix output monitor power supply or matrix frame controller with a t...

Page 28: ...17 Alarm Cable Connection and Circuit Schematic 4 9 8 House Synchronization Input Connectors These BNC coaxial connectors illustrated in Figure 4 18 provide the interface for two house synchronization signals i e NTSC PAL 1080i 1080P and 720P only The house sync inputs are individually terminated internally The synchronization signal cannot be daisy chained from one routing switcher to another Int...

Page 29: ... specific chassis Reference 1 or 2 should be connected to the house sync source or tri level source with coaxial cable and standard BNC connectors 4 10 SETTING CHASSIS LEVEL CODES STROBES Chassis Level Codes Strobes assign operational parameters to the switcher frame There are seven rotary switches located just to the right of the power supply modules and accessible from the front of the router us...

Page 30: ...STROBE SWITCH LOCATION AND SETTINGS FRONT VIEW S1 0 S2 1 S3 0 S4 0 S5 0 S6 0 S7 Not Used or Installed S8 7 MSB LSB S1 0 8 C 4 A 2 E 6 B 9 7 5 3 1 F D S6 0 8 C 4 A 2 E 6 B 9 7 5 3 1 F D S5 0 8 C 4 A 2 E 6 B 9 7 5 3 1 F D S4 0 8 C 4 A 2 E 6 B 9 7 5 3 1 F D S3 0 8 C 4 A 2 E 6 B 9 7 5 3 1 F D S2 0 8 C 4 A 2 E 6 B 9 7 5 3 1 F D MSB MSB LSB LSB Level Output Input S8 0 8 C 4 A 2 E 6 B 9 7 5 3 1 F D Frame...

Page 31: ...robe is used to offset output origin when frames are added to the system This setting accepts 1 to 255 in binary 1 to FF in hexadecimal Set this strobe to the first offset number you want to use in this unit This setting must match the Output Offset setting in the System Controller S5 MSB Input Offsets S6 LSB Input Offsets This strobe is used to offset input origin when frames are added to the sys...

Page 32: ... secure 3 Verify all blank covers are in place and secure no open slots in the frame 4 Verify the line cord s are connected to the chassis and are properly terminated to the source power distribution system i e connectors plugged in or pigtails terminated 5 Inspect for unusual items such as loose wiring frayed cabling loose connections or components and missing cards modules basically check for an...

Page 33: ... MFC the following LEDs and LED display are illuminated single or dual modules Single module the Control Status display indicates ØSNGL OK red Dual modules the Control Status display of the active module indicates Active OK while the other module indicates Standby Active green illuminated on single and Active modules only 28 green 5 green 3 green d On each of the Input and Output modules the Power...

Page 34: ... High Leakage Current at 240VAC The Cheetah Series Power Supply leakage current exceeds 7 0mA 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 the switching frame The Cheetah Power Supply is designed to operate automatically with input AC line voltage ranges from 95 240 VAC and with AC line fre...

Page 35: ...one test point are located on the front of the power supply as illustrated in Figure 6 2 The LED indicators are described in Table 6 1 FIGURE 6 2 Power Supply LED Indicators and Test Points TABLE 6 1 Power Supply LED 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 temperatur...

Page 36: ...l the power supply latch engages the corresponding slot in the chassis The latch on the power supply acts as a retainer latch and a power ON OFF switch for the unit 3 Make sure the latch is fully engaged down and secured mated into the corresponding slot in the chassis to enable energize the power supply 6 1 6 Removing the Power Supplies To remove a power supply follow these steps you may remove p...

Page 37: ...d with its corresponding backplane contact block 3 Secure the screw using a 5 16 hex socket or a flat head screwdriver As the screw is tightened the card is automatically seated into the contact block on the backplane 4 Repeat the above steps for each additional input output buffer card 5 Reverse the order for removal of the card 6 3 VIDEO MATRIX CROSSPOINT CARD The digital matrix card accepts vid...

Page 38: ...le power supplies are not working ON Indicates that the 1 2Vpower is stable and within normal operating parameters 1 2V Green OFF Indicates that 1 2V is not stable power supplies are not working ON Indicates that a control error has occurred or that a loss of receive clock from frame controller has been detected A control error includes a bad CRC of the received data incorrect number of words in t...

Page 39: ... On Board Microcontroller is the interface between the matrix card and the frame control system The microcontroller constantly monitors the status and health of the card and reports this data to the system frame controller Commands from the frame controller are interpreted by the microcontroller circuitry and select the active inputs and outputs of the crosspoint device Data indicating the status ...

Page 40: ...as the ability to provide dual operations By setting each MFC with its own Ethernet address updates and active switching can be done in parallel that allows immediate crossover during a card failure or network interruption refer to Chapter 8 Appendix A for details on Ethernet configuration options 6 5 1 MFC LED Indicators The matrix frame controller LED indicators are described in Table 6 3 TABLE ...

Page 41: ...sage display 88888888 FIGURE 6 7 8 Character Display The display is divided into two fields The first character on the far left is the first field indicating the page number of the information being displayed The second field is comprised of the next seven characters and displays the actual message Press the Scroll button to view successive pages Each page will appear for 30 seconds then reset to ...

Page 42: ...a valid SYNC 1 is present The type of sync is encoded in the XX C SYN2 NO SYN2 XX This indicates whether a valid SYNC 2 is present The type of 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 network node F INE OK INE BAD Indicates whether there are any e...

Page 43: ...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 6 8 These dipswitches are set at the factory Do not change the settings ON OFF 0 1 1 2 3 4 5 6 7 8 S1 ON OFF 0 1 1 2 3 4 5 6 7 8 S5 ON OFF 0 1 1 2 3 4 5 6 7 8 S1 ON OFF 0 1 1 2 3 4 5 6 7 8 S5 FIGURE 6 8 MFC Dipswitch Locat...

Page 44: ...r normal service conditions the only routine maintenance required is to monitor the air filter for cleanliness This equipment contains static sensitive devices A grounded wrist strap and mat should be used when handling the internal circuit cards This equipment has been designed so that maintenance operations can be performed while the equipment is operational energized and performing switching fu...

Page 45: ...purchased from PESA Inc 7 2 2 Return Material Authorization RMA Before returning any equipment for service or replacement contact PESA s Customer Service Department for an RMA number Contact information for the Customer Service Department appears in Paragraph 7 5 7 3 PESA CUSTOMER SERVICE 7 4 CHEETAH SERIES SUPPORT DOCUMENTATION 81 9062 0316 0 PESA Router Control PRC Protocol 7 5 PESA PESA SWITCHI...

Page 46: ...ns the IP Address Subnet Mask specification and Gateway specification when the Dynamic Host Configuration Protocol DHCP is enabled TABLE 8 1 Ethernet Configuration NAME USAGE DEFAULT DHCP On Off Automatically obtain an IP address from a DHCP server on the network On IP Address When DHCP is disabled allows a fixed IP address to be assigned to the Matrix Frame Controller 0 0 0 0 Subnet Mask When DHC...

Page 47: ...p Target IP Specifies the IP address to receive SNMP traps 0 0 0 0 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 Upon connection to the serial interface via a communications program such as HyperTerminal enter the comm...

Page 48: ...allows you to set the telnet login password where addr is in dotted notation ex 192 168 1 1 where port is in the range 1000 65535 where tport is in the range 23 1000 65535 RCOMM str allows you to set the SNMP read community string WCOMM str allows you to set the SNMP write community string TCOMM str allows you to set the SNMP trap community string TRAP ON enables SNMP traps AUTH ON enables authent...

Page 49: ...n the Matrix Frame Controller implements a subset of the PESA MATRIX MIB The optional Group tables are reserved for implementation within the System Controller The agent is capable of managing multiple Cheetah Switchers This is accomplished in two steps a Connecting the Cheetah Switchers via the RS 422 Aux Frame Port described in this manual b Set the Matrix Frame Controller which is to communicat...

Page 50: ... 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 utilize the synchronization signal A REF 1 on the Cheetah back panel snmpset 192 168 0 106 c private pesaPresetStatus 1 i 2 PESA MATRIX MIB pesaPresetStatus 1 INTEGER active 2 snmpset 192 168 0 106 c p...

Page 51: ...delimit 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 Command sequences are case insensitive D3 Command Line Character Input The following indicates how characters input into the debug port are handled 1 Command Entry Commands are entered character by...

Page 52: ...as 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 for machine consumption of data programming language D5 Command Enumeration Command Characters in BOLD are those characters that are required for the command The other characters may be entered to h...

Page 53: ...ters 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 Also displays a summary of the control key codes The response for this is the same for both verbose and terse modes 2 AL Alarm Syntax AL Response Comment Responds with an enumeration of alarms that ...

Page 54: ...c number 0 or 1 to switch to 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 dual system Comment Indicates whether the board is active or standby 6 CO Communications Status Syntax CO Response PRC status NET PRC status NET PRC Connections num Where status is IDLE ERROR or OK num is the ...

Page 55: ...switched to the output lev is the level MAIN or MONITOR for the switch status 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 B Response Roll Call Port port Type type data Where port is A or B type is INPUT OUTPUT MATRIX or SYSTEM data is the multiple 8 bit data bytes used to indicate a boards exists in the frame Comment Roll ...

Page 56: ...n the response 10 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 MFCHIP to get specific information on the response 11 OB Output Board Status Syntax OB Slot Where Slot is the output board slot Response WC xxxx OD1 xxxx OD2 xxxx OD3 xxxx OD4 xxxx OD...

Page 57: ...xxxx OD4 xxxx OD5 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 This syntax describes the status and or the specific component information 13 CL Clear Error Syntax CL I O OO P M S addr Where I Input O Output OO Output Option P Power Supply M Matrix S System addr slot or board address Respons...

Page 58: ...y Response Temperature 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 OUTPUT etc The data following the type is the hex dec temperature in Celsius for each board of the specified type in the system Comment This syntax describes the status and or the speci...

Page 59: ...r Supply Cards ver ver ver Output 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 Vertical Trigger Syntax VT A B Where VT no port change VT A change to Port A VT B change to Port B Response Comment This syntax describes the status and or the specific componen...

Page 60: ...control 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 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 r...

Page 61: ...r 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 Power is OFF PM I O M S P OO will display DC Power Status for every board of the specified type PM I O M S P OO slot will display DC Power Status for a specific board of the specified type Response C...

Page 62: ... 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 to differentiate between 64x64 and 128x128 digital matrix cards 24 AO All Call Outputs Syntax AO Input Where Input is the physical input for all outputs Specify Input in either a decimal or hex i e ...

Page 63: ...e 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 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 ...

Page 64: ... Redundancy Check DAC Digital to Analog Converter DHCP Dynamic Host Configuration Protocol ESD Electrostatic Sensitive Device FCC Federal Communications Commission FPGA Field Programmable Gate Array Gbps Gigabytes 1 024 megabytes per second or one billion bits of information per second HD High Definition HDMR High Definition Multi Rate HTTP HyperText Transfer Protocol IEC International Electrotech...

Page 65: ...er 1 Extensions PESA defined PRC PESA Router Controller RCP Remote Control Panel RMA Return Material Authorization SD Standard Definition SDI Standard Definition Interface SFF Small Form Factor SNMP Simple Network Management Protocol SNR Signal to Noise Ratio SPDT Single Pole Double Throw switch SPST Single Pole Single Throw switch syntax The structural or grammatical rules that define how the sym...

Page 66: ......

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