1. Video Matrix Systems

2. V1411
The V1411 matrix has the smallest capacity of all the Vicon Matrix Systems
Standard Size is 8 Cameras x 2 Monitors
Expandable to 16 Cameras x 4 Monitors
(with V1411-EXP Expansion Unit)

3. V1411
Self-contained CPU
Limited Programming Capabilities
Compatible with:
RS-422 PTZ Data Control
ViCoax II Up-the Coax PTZ Control
Requires External Keypad for Control
Rack or wall mount – 2RU

4. V1411
Questions?

5. V1422 Self-Contained CPU Full Matrix Programming Capabilities
32x8 Configuration (non-expandable)
Front Panel Keypad Control

6. V1422
Compatible with:
RS-422 PTZ Data Control
ViCoax II Up-the Coax PTZ Control
Supports up to 8 additional Keypads
Capable of Host Computer Control
Rack Mount – 2RU

7. V1422 Rear Panel 2RU Relay Out J6 Host Port J1 Audio Follower
J5 Serial Printer
J2 Alarm Inputs
Monitor Outputs
J3 Keypads
J4 Receivers

8. V1422
Questions?

9. Matrix44
The Vicon Matrix44 describes a family of Video Switching System components consisting of:
V1344 Video Switching System
V4481SCC-HD Video Switching Card Cage

10. V1344 Self-Contained CPU Components:
V1344SCPU-HDA, an internal CPU that controls matrix switching for up to 128 cameras and 24 monitors. Also provides data control for pan, tilt and lens functions.
V1344TDT-HD, the Time/Date/Titler card to provide titling capabilities for up to 8 monitors.

11. V1344
Full Matrix Programming Capabilities
128x8 Configuration
Compatible with:
RS-422 PTZ Data Control
Supports up to 32 Keypads
Capable of Host Computer Control

12. V1344 Rear Panel J2 RS232 Printer Port Vertical Sync
J1 RS232 Host Port
Status Display
Input 1
J3 Keypads
4RU
J4 Receivers
J7 Alarm Input
Video Inputs
J8 Control Output
Monitor Outputs
Looping Output

13. V4481SCC-HD
The major difference between a V4481SCC-HD and the V1344 is the absence of an internal CPU card. The V4481SCC-HD requires an external CPU and external titling.
With the proper external CPU, a series of V4481SCC-HD Video Switching Card Cages may be assembled to create a 1024x256 Video Matrix.

14. V4481SCC-HD
Instead of a CPU card, the V4481SCC-HD uses a V4430ADEC-HD Address Decoder card.
The V4481SCC-HD also requires the use of external Titler cages, the V1300X-TCC series.

15. V4481SCC-HD Rear Panel J4 Video Control Input Input 1 Video Inputs
J3 Video Control Output
Monitor Outputs
Looping Output

16. Matrix44
Video can loop out to another card cage or to another device (DVR, etc).
Looping to another card cage:
Use the V44RC-21-1 cables to pass 8 videos.
Looping to another device:
Use the V44RCB-12-1 to loop out and/or terminate.

17. Matrix44
V44RC-21-1
V44RCB-12-1

18. Matrix44
In a one-cage matrix system, camera video must either be terminated or looped to another video product.
Termination:
V75TR-1 - terminates 8 cameras in a 16-pin connector.
V75T – terminates one camera with a BNC connection.

19. Matrix44
V75TR-1
V75T

20. Matrix44
Questions?

21. Matrix66
The Vicon Matrix66 describes a family of Video Switching System components consisting of:
V1466 Video Switching System
V6680SCC-HD Video Switching Card Cage

22. Matrix66
V1466:
This is a self-contained Video Matrix Switching System.
Components:
V1466SCPU-A, an internal CPU that controls matrix switching for up to 256 cameras and 32 monitors. Also provides data control for pan, tilt and lens functions.
V1466TDT-SHD, the Time/Date/Titler card to provide titling capabilities for up to 16 monitors.

23. Matrix66 V1466 Configurations:
There are two basic configurations of the V1466.
128x32 This configuration allows for 32 monitor outputs in one card cage. This configuration is available as 32x32, 64x32, 96x32, or 128x32.
256x32 This configuration is available as 32x16 through 256x32 in 32 camera increments.

24. V1466 Rear Panel, 64x16 System Status Display J2 Serial Printer
J1 Host Port
J4 Receiver Port
J3 Keypad Port
J9 Alarm Input
8RU
J11 Control Out
33-64
1-32

25. Matrix66
V6680SCC-HD
This is a card cage that will support video switching components for up to 256 cameras by 16 monitors.
The V6680SCC-HD requires an external CPU for video switching control and external Time/Date/Titling for the monitor outputs.
The external CPU governs the system size limit.

26. MGM Grand Casino, Las Vegas 2048 Cameras x 128 Monitors
Assist with product selection
Make sure product fits the application. Reduce exchanges and frustration
Technical information and explanation
A&E specifications to “what is it” and “how does it work”
Cross competitor products to ours
And explain why ours is better.
Generate equipment lists
Give us an application and we’ll give you a system
Order tracking and product availability
Your personal representative within Vicon.
MGM Grand Casino, Las Vegas 2048 Cameras x 128 Monitors

27. V6680SCC Card cage with two V6610S-1 Video Input cards and one V6616AMP Monitor Amp card with V6670X Card Extender

28. V6680SCC-HD 160 x 16 System
V75TR-SHD Terminators

29. V6680SCC-HD Two styles of card cage rear panels are available:1
Two styles of card cage rear panels are available: 8
1-8
9-16 9
V6610RP-B
This panel has 32 BNC’s for video inputs and 4 D-shell connectors for terminating or looping. 16 17 24
17-24
25-32 25
It is used for both Camera Inputs and Monitor Outputs. 32

30. V6680SCC-HD
Cam 1-8 Loop In
Cam 1-8 Loop Out
Cam 9-16 Loop In
Cam 9-16 Loop Out
V6610RP-R
This panel has 8 D-shell connectors for looping video.
Cam Loop In
Cam Loop Out
Cam Loop In
Cam Loop Out

31. Rear Panel Connections, V6680SCC, 256 x 16
Card Cage Address Switch
In from External CPU
Out to Next Card Cage
MON
97-128
65-96
33-64
1-32
Rear Panel Connections, V6680SCC, 256 x 16

33. V6680SCC-HD
In a one-cage matrix system, camera video must either be terminated or looped to another video product.
Termination:
V75TR-SHD - terminates 8 cameras in a 15-pin D-shell connector.
V75T – terminates one camera with a BNC connection.

34. V6680SCC-HD
V75TR-SHD
V75T

35. V6680SCC-HD
Video can loop out to another card cage or to another device (DVR, etc).
Looping to another card cage:
Use the V66RC-36 cables to pass 8 videos.
Looping to another device:
Use the V66RCB-24 to loop out and/or terminate.

36. V6680SCC-HD
V66RC-36

37. V6680SCC-HD
V66RCB-24

38. Matrix66 with V66RC-36 Video Looping Cables for Cameras 1-32
TDT
Monitor 1
Matrix66 with V66RC-36 Video Looping Cables for Cameras 1-32
TDT
Monitor 17

39. Looping 256 Video Inputs through Multiple Card Cages
Monitors 1-16
Monitors 17-32
Monitors
Monitors
Monitors 33-48
Monitors
Monitors 49-64
Monitors 81-96
Monitors 65-80

40. Matrix66
Questions?

41. External CPUs Vicon CPU Evolution VPS (Vicon Programmable System)
First CPU released in 1981

42. External CPUs
VPS1200
Used the 1200 series software
Very limited field programming options
Only supports fixed speed PTZ

43. External CPUs VPS1300 Released 1990 Use the 1300 series software
Provided more field programming options, i.e., alarms, etc.
Original software version only supported fixed speed PTZ
Software Ver 2.0 supports variable speed PTZ

44. External CPUs V1400 Series V1400 V1422 V1466
Uses the 1400 series software
Programming more user friendly
Added programming options, i.e., scheduled and timed events, Comm delays, etc.

45. External CPUs
V1500
Software is almost identical to the 1400 series
PC based
Supports network communications
Capable of greatly increased system sizes

46. External CPUs
VPS1300 Capacities:
256x256
512x256
1024x256

47. External CPUs
VPS1400 Capacity:
2048x128

48. External CPUs (VPS1300, VPS1400)
-GM Global Memory
-SV Supervisor CPU
-VC Video Control CPU
3RU
-AC Alarm Control CPU
-TC Titler Control CPU
Expansion Slot

49. External CPUs - VPS1300 J2 Keypads, 1-32, 33-64
J4 Receivers, 1-256,
J5 Receivers, ,
Status Display
J7 Host Port
J2 Video Control, Mon 1-128
J3 Video Control, Mon

50. External CPUs - VPS1300 J10 Alarm Control, 1-256 J11, Alarm Host Port
J12 Alarm Serial Printer
J2 Titler Control, 1-64
J5 Titler,
J3 Titler Control,
J4 Titler Control

51. External CPUs – V1500

52. Standard Video Switching
All Wiring Has to Come Directly to Headend
Camera Video
Video
Switching System
Monitor Output(s)
STD Video Monitors
Coaxial Cable
This represents the current CCTV System capabilities
Only Simple Video Switching.
Operator’s Joystick Controller

53. Joystick Control Panels
V1300 Matrix Design
Joystick Control Panels
Time & Titles
Movable Cameras
V1300CPU
Movable Cameras
Alarm Interfaces
Matrix66
Switching System
AmericanAirlines’ CCTV system and its components
are still working as originally configured.
This is a testament to the equipment and the people
who installed and maintained the system.
However, current & future service demands exceed
the capabilities of what is now in place.
STD Video Monitors
VCRs

54. High Maintenance / No Digital Access
V1300 Matrix Design
Restrictions
Operator’s Joystick Controller
Time & Titles
Movable Cameras
V1300CPU
Movable Cameras
Alarm Interfaces
Matrix66
Switching System
M44 Inefficient compared to today’s standards.
Production has stopped.
V1300 Still offered but slated for retirement.
Two revisions behind.
No options for network capabilities.
Crestron Panel
Proprietary Interface.
No direct joystick control.
VCRs VCRs are also of an older vintage.
Upgrade to Higher resolution.
Long Term - Replace with Digital.
Not Leading-Edge
LAN Based Technology
STD Video Monitors
VCRs
High Maintenance / No Digital Access

55. V1500 Matrix Design
Upgrade System to support Network Based Communications
Replace current V1300CPU with versatile LAN-based V1500CPU

56. V1500 CPU Features Latest Technology
Compatible with all existing Vicon products
Controls Local & Remote Switching Systems
All Communications Via LAN/WAN Connection
Capable of 8192 individual camera stations per site
Greater Stability for Critical Installations
Extensive Hot Standby Capabilities

57. V1500 Standard System Capacities
8192 Inputs by 512 Outputs
8192 Direct Alarm Connections
64 Keypad / Consoles / Host RS232
512 Video Switching Patterns
128 Time Activated Events
2RU Height

58. Support & Updates V1500CPU Off-the-shelf, industrial PC components
Floppy Disk / CD Software Updates
Built-in Graphic Configurator

59. V1500KVM In-Rack Programming & Control Station
Built-in Keyboard, Monitor and Pointer
Built-in Switching for 8 to 128 PC Based Devices
V1500CPU
Digital Recorders

60. Redundant CPU Capabilities
Built-in Support for Multiple Hot Standby CPUs
Secure Storage
V1500CPU-1
V1500CPU-4
Ethernet
V1500CPU-2
V1500CPU-3
Network HUB

61. V1500CDU Communications Node
Flexible Communication Modules
Redundant Capabilities
Hot Swap Replacements
3RU Height

62. V1500CDU Communications Node
Flexible Communication Modules
Redundant Capabilities
Hot Swap Replacements
4 Video Switch B/U 4
3 Video Switch 3 5
5 Keypad/Host Port 7
7 Receivers 1
10 Titler B/U 8
8 Receivers B/U 6
6 Keypad/Host B/U 9
9 Titler 1 1 3 13 2 1 2
12 Alarm B/U 1
11 Alarm Interface PS PS
V1500X-CDU
1 Network Card
2 NIC Backup
PS Power Supply
PS Power Backup

63. Flexible Communication with Peripherals
16 Monitors
128 Cameras
Matrix66 Cage
V1500CDU
LAN
HUB
LAN
V1500CPU
LAN Based Distributed Communications

64. Flexible Communication with Peripherals
16 Monitors
128 Cameras
V1500CDU
Access Control
LAN
Matrix66 Cage
V1500CDU
Intercoms
LAN
V1500CDU
LAN
HUB
LAN
V1500CPU
LAN Based Distributed Communications

65. V1500 Matrix Design
Upgrade System to support Network Based Communications
Consolidate Independent CCTV systems
Building A
Building B

66. V1500 Matrix Design Cameras Cameras Monitors Monitors Matrix66 System
V1300CPU
V1300CPU
Building A
Building B

67. V1500 Matrix Design Cameras Cameras Monitors Monitors Matrix66 System
Outputs to Terminal
V1500CDU
LAN
LAN
V1500CDU
Building A
Building B
Network HUB
V1500CPU
LAN

68. V1500 Starting System Design
Calculate M66 Cage & TDT
Monitors
Cameras
Add 1 V1500CPU 2
V1500DU-TYP 3
Add 1 V1500DU-TYP
Matrix66 Cage
Add 1 Network Hub (Optional)
HUB
LAN 4 1
Add 1 V1500KVM (Optional) 5

69. V1500CDU-TYP
2048x128, 128TDT, 16 Keypads, 512 RCVRS, 512XIA, 1 RS with NIC & PS
3 Video Switch 3 1 4 5 6 7 PS
V1500X-CDU
1 Network Card
6 Receiver PTZ 11 2
7 Alarm Interface 12 8 13
4 Titler 9
5 RS232 Host Port 10
PS Power Supply

70. V1500CDU-TYP Rear Panel Network Alarm Connections Video Sw Connections
Keypad/Host Port
PTZ Connections
TDT Connections

71. V1500 Hot Standby System Design
Calculate M66 Cage & TDT
Monitors
Cameras
Add 2 V1500CPU 2
V1500CDU-TYP-HSB 3
Add 1 V1500DU-TYP-HSB
Matrix66 Cage
Add 1 Network Hub
HUB
LAN 4 1
Add 1 V1500KVM (Optional) 5

72. V1500CDU-TYP-HSB
2048x128, 128TDT, 16 Keypads, 512 RCVRS, 512XIA, 1 RS with Hot Standby NIC & PS
Redundant Capabilities
4 Video Sw B/U 4
3 Video Switch 3 5
5 RS232 Host Port 7
7 Keypad/PTZ 1
10 Titler Backup 8
8 Keypad/PTZ B/U 6
6 RS232 Host B/U 9
9 Titler 1 1 3 13 2 1 2
12 Alarm Backup 1
11 Alarm Interface PS PS
V1500X-CDU
1 Network Card
2 NIC Backup
PS Power Supply
PS Power Backup

73. V1500CDU-TYP-HSB Rear Panel
Alarm Connections
Network
Keypads/Host Port
Video Sw Connections
PTZ Connections
TDT Connections

74. External CPUs – V1300 – V
Questions?

75. System Controls
Keypad Types
V1300X-DVC/RVC
V1410X-DVC
V1411X-DVC
V1411J-DVC
V1400X-DVC

76. System Controls – V1300X-DVC

77. System Controls – V1300X-DVC
Two Operating Modes:
Standalone Mode
Keypad Mode

78. System Controls – V1300X-DVC
The V1300X-DVC must be programmed prior to use.
To enter the Keypad Programming Mode:
The Run-Pgm Switch can be in either position.
Hold down F1 and press SEQ
To step through without changing, press SEQ
To change a programming option, use the joystick.
To store a change and move to the next option, press A/P.
To exit the Keypad Programming Mode, press SEQ until the end of the menu is reached. The keypad will exit programming.

79. System Controls – V1300X-DVC
Programming Menu Items:
Keypad Type Sngl, 1200, 1300
Speed Control Type Fixed, 1200, 1300
Receiver Function Inhibit No, Yes
Joystick Response Profile Low, Med, High
Baud Rate – 19.2K (9.6 for CPU)
Keypad Address Sngl: 0-7
1200: CO (192) – EF(239)
1300: 1-64
Modify Passcodes No, Mgr, UP1 – UP64
Auto Logout Off, 5 Min – 60 Min
Install Defaults No, Yes
Enter Diagnostic Mode Enter or SEQ

80. System Controls – V1300X-DVC
Run-Program Switch
Power, 10VAC
J20 Aux Connector
J29 RS485
SW39 Mode Dipswitch
J1 RS422 Connections

81. System Controls – V1300X-DVC
Connections: V1300X-DVC, J1 (in Standalone Mode) to SVFT, TB3
TB3 J1

82. System Controls – V1300X-DVC
Connections: V1400X-IDL, J1-J10 to V1300X-DVC, J1

83. System Controls – V1300X-DVC
Questions?

84. System Controls – V1410X-DVC, V1411X-DVC
V1411J-DVC

85. V1411X-DVC Intelligent Keypad

86. V1411X-DVC Intelligent Keypad
Two Operating Modes:
Standalone Mode
Keypad Mode
(Note: Unlike previous keypads, V1300X-DVC for instance, the V1411X-DVC cannot be connected in daisy-chain)

87. V1411X-DVC Intelligent Keypad
The V1411X-DVC must be programmed prior to use.
To enter the Keypad Programming Mode:
hold down the PROG key and press 4
To step through the program without making changes, press A/I.
To change a programming option, use the joystick.
To store a change and move to the next option, press A/P.
To exit the Keypad Programming Mode:
hold down the PROG key and press 1.

88. V1411X-DVC Intelligent Keypad
Standalone Mode
This mode permits direct connection to a Vicon Dome Camera or receiver-driver.
To select this mode, set the keypad address to --

89. V1411X-DVC Intelligent Keypad
Keypad wiring (in Standalone mode) to Surveyor VFT, TB3

90. V1411X-DVC Intelligent Keypad
Keypad Mode
This mode permits operation and control of a Vicon Matrix Switching System
To select this mode, set the keypad address to 01 thru 64

91. V1411X-DVC Intelligent Keypad
Keypad wiring (in Keypad mode) to V1400X-IDL
From V1400X-IDL
Termination Box
Supplied with the
V1411X-DVC

92. V1411X-DVC Intelligent Keypad
Programming Menu:
Display Contrast Sets the LCD contrast
Address -- Standalone, 1-64 for Keypad
Baud Rate 1200, 2400, 4800, 9600, 19200
Joystick Profile Low, Med, High
Keypad Sounder On or Off
Key Click On or Off
Preset 1 on Alarm On or Off (In standalone, recalls PP1 on alarm)
Alarm Self Clear On or Off (Auto acknowledge mode when On)
Pace Factor 0-20, 2 (only change when using 19.2kb Baud rate)
Additional Stops 0-6, 1 (sends additional stop commands when in Spx)
Auto Logoff -- Disabled, 1-60 min
Passcode Length 2, 4, 6 digits
Set Defaults Reset factory defaults

93. V1411X-DVC Intelligent Keypad
Questions?

94. V1400X-DVC System Console

95. V1400X-DVC System Console
Four Operating Modes
Keypad
Standalone Mode
Keypad Mode
VCR Control Mode
AuroraNet Control Mode

96. V1400X-DVC System Console Mode Selection Keypad Mode Shift + F1
AurorA Mode Shift + F3
VCR Mode Shift + F4
Programming Menus Shift + F5
Screen Setup Shift + F7

97. V1400X-DVC System Console Rear Panel
RS422 Communications
Joystick
Control Out
RS232/RS485 AuroraNet Connection
Power, 12 VAC

98. V1400X-DVC System Console
Keypad wiring (in Standalone mode) to Surveyor VFT

99. V1400X-DVC System Console
Keypad wiring (in Keypad mode) to V1400X-IDL

100. System Controls Keypad Mode – CPU Compatibility
V1300X-DVC
V1400X-DVC
V1411X-DVC
VPS1200
1200
VPS1300
1300
VPS1400
1400
VPS1500

101. System Controls
Questions?

102. Matrix System Peripherals
V1300X-TCC External Titler Card Cage
Provides Monitor Titling for up to 32 Monitors
A Master cage titles Monitors 1-32
A Slave cage titles Monitors 33-64

103. Matrix System Peripherals
From Matrix Mon 1 Out
V1300X-TCC Rear Panel
From Matrix Mon 2 Out
2RU
From CPU Titler Output
Mon 1
To Slave Titler Input
Mon 2

104. Matrix System Peripherals
V1300X-IA Alarm Interface
V1300X-IA-EX Alarm Interface
V1300X-IA provides interconnection capability for 32 dry contact inputs.
V1300X-IA-EX is similar but provides for 64 dry contact inputs.
When used with the 1300 series CPUs, inputs are N/C. The 1400 and 1500 CPUs allow selection of either N/C or N/O contacts.

105. Matrix System Peripherals
Alarm Point #64
V1300X-IA-EX Rear Panel
2RU
Out to next XIA
Relay Output, Global
In from CPU
Alarm Point #1
V1300X-IAs are addressable in groups of 32 inputs. V1300X-IA-EX are addressable in groups of 64 inputs.

106. Matrix System Peripherals
V1332AF-1 Audio Follower
The V1332AF-1 provides relay switching that follows the camera to monitor selection to provide audio channel paths.
The V1332AF-1 can be configured as 32x1, 16x2, or 8x4.

107. Matrix System Peripherals
V1332AF-1 Rear Panel
2RU
Out to Next AF
Inputs
Outputs
In from CPU

108. Matrix System Peripherals
V1400X-VLD Video Loss Detector
Used with the 1400 series of CPUs.
Provides video loss detection for up to 256 cameras.
Can trigger on sync loss or video loss.

109. Matrix System Peripherals
V1400X-VLD Video Loss Detector Rear Panel
In from XIA bus
Video Switching In from CPU
Menu Output
1RU
Out to Next Unit
Video Switching Out to next unit
Local Alarm Inputs
Video from High Speed Sw Monitor

110. Matrix System Peripherals
V422-VI ViCoax Translator
Adapts up to 16 sequentially addressed ViCoax controlled PTZ cameras to operate with a non-ViCoax Matrix.
Addresses in groups of 16 (1-16, 17-32).
Operates at 4800 Baud only.

111. Matrix System Peripherals
RS422 PTZ Data In
Address Switch
RS422 PTZ Data Out
Looping Connectors

112. Matrix System Peripherals
V1311RB Universal Receiver-Driver
V1311R-VPS-1: Interface card for RS422 Data Control
V1311R-VI-1: Interface card for ViCoax Control
Can be used to control either 24VAC or 115VAC Pan & Tilt Drives
Has internal Auto-Iris Control

113. Matrix System Peripherals
Questions?