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Fiber Optic Technology Basics. WHY USE FIBER OPTICS?. Superior Signal Quality Long Distance Signal Transmission Protection from Ground Loops Secure Communications Smaller Size, Lighter Weight Cable Immunity to Electrical Interference Lightning Isolation - Transient Protection

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slide2

Fiber Optic

TechnologyBasics

why use fiber optics
WHY USE FIBER OPTICS?
  • Superior Signal Quality
  • Long Distance Signal Transmission
  • Protection from Ground Loops
  • Secure Communications
  • Smaller Size, Lighter Weight Cable
  • Immunity to Electrical Interference
  • Lightning Isolation - Transient Protection
  • Safety In Hazardous Locations
  • Expansion Capability
  • Long Life Of Infrastructure
  • Most Cost Effective
fiber optic system components
FIBER OPTIC SYSTEM COMPONENTS

Transmitter

Receiver

Fiber Optic Cable

Coaxial Cable

Coaxial Cable

Video Camera

Monitor

fiber core construction
FIBER CORE CONSTRUCTION

Core

8 um to 62.5 um

Cladding

125 um

Plastic Coating

250 um

types of fiber
TYPES OF FIBER

125um

Cladding Diameter

62.5um Core

9um Core

50um Core

SINGLEMODE

MULTIMODE

slide7

Optical

Loss Budgets

system optical loss budget
SYSTEM OPTICAL LOSS BUDGET

MARGIN

  • Protection Against System Degradation
  • Factored Into System Design
  • Typically 3db Margin Allowance is Designed into System
loss budget components

Connectors

Passive Coupler

Splice

Patch Panel

Patch Panel

LOSS BUDGET COMPONENTS

Transmitter

Receiver

Fiber Optic Cable

slide11

LOSS BUDGET

COMPONENTS:

PATCH

PANEL

62.5 MICRON FIBER

PATCH

PANEL

TRANSMITTER

RECEIVER

VF-

???

VF-

???

6000 ft

Transmitter Power : dBm Fiber Cable: dB

- Receiver Sensitivity: dBm + Patch Panels: dB

Loss Budget: dB System Loss: dB

- System Loss: dB

Margin: dB

slide12

LOSS BUDGET

COMPONENTS:

PATCH

PANEL

62.5 MICRON FIBER

PATCH

PANEL

TRANSMITTER

RECEIVER

VF-

100T

VF-

100R

6000 ft

Transmitter Power : -18 dBm Fiber Cable: dB

- Receiver Sensitivity: -30 dBm + Patch Panels: dB

Loss Budget: dB System Loss: dB

- System Loss: dB

Margin: dB

slide13

LOSS BUDGET

COMPONENTS:

PATCH

PANEL

62.5 MICRON FIBER

PATCH

PANEL

TRANSMITTER

RECEIVER

VF-

100T

VF-

100R

6000 ft

Transmitter Power : -18 dBm Fiber Cable: dB

- Receiver Sensitivity: -30 dBm + Patch Panels: dB

Loss Budget: 12 dB System Loss: dB

- System Loss: dB

Margin: dB

slide14

LOSS BUDGET

COMPONENTS:

PATCH

PANEL

62.5 MICRON FIBER

PATCH

PANEL

TRANSMITTER

RECEIVER

VF-

100T

VF-

100R

6000 ft

Transmitter Power : -18 dBm Fiber Cable: 6 dB

- Receiver Sensitivity: -30 dBm + Patch Panels: dB

Loss Budget: 12 dB System Loss: dB

- System Loss: dB

Margin: dB

slide15

LOSS BUDGET

COMPONENTS:

PATCH

PANEL

62.5 MICRON FIBER

PATCH

PANEL

TRANSMITTER

RECEIVER

VF-

100T

VF-

100R

6000 ft

Transmitter Power : -18 dBm Fiber Cable: 6 dB

- Receiver Sensitivity: -30 dBm + Patch Panels: 2 dB

Loss Budget: 12 dB System Loss: dB

- System Loss: dB

Margin: dB

slide16

LOSS BUDGET

COMPONENTS:

PATCH

PANEL

62.5 MICRON FIBER

PATCH

PANEL

TRANSMITTER

RECEIVER

VF-

100T

VF-

100R

6000 ft

Transmitter Power : -18 dBm Fiber Cable: 6 dB

- Receiver Sensitivity: -30 dBm + Patch Panels: 2 dB

Loss Budget: 12 dB System Loss: 8 dB

- System Loss: 8 dB

Margin: dB

slide17

LOSS BUDGET

COMPONENTS:

PATCH

PANEL

62.5 MICRON FIBER

PATCH

PANEL

TRANSMITTER

RECEIVER

VF-

100T

VF-

100R

6000 ft

Transmitter Power : -18 dBm Fiber Cable: 6 dB

- Receiver Sensitivity: -30 dBm + Patch Panels: 2 dB

Loss Budget: 12 dB System Loss: 8 dB

- System Loss: 8 dB

Margin: 4 dB

general loss budget guidelines
General Loss Budget Guidelines
  • Applications Less than 1 Mile Typically Multimode
  • Applications More than 3 Miles Typically Singlemode
slide21

Vicon

Fiber Optic Products

100 series single channel low cost fm video transmission system
100 Series Single Channel, Low Cost, FM Video Transmission System
  • For Distances Up To 2.5 Km (1.5 Miles )
  • Full Color Transmission
  • Compatible With NTSC, PAL, CCIR Standards
  • Internal Dome Mount Versions Available
    • VF-143TD For Surveyor Dome
    • VF-144TD For Roughneck Dome
  • Diagnostics for Video, Power & Optical Presence
  • Available As Modules or Rack Cards
30 series single channel 3 ports per card rackmount fm video transmissions systems
30 SeriesSingle Channel 3 Ports Per Card Rackmount FM Video Transmissions Systems
  • For Distances Up To 2.5 Km (1.5 Miles)
  • Full Color Transmission
  • Diagnostics for Video, Power & Optical Presence
  • Compatible With 100 Series Products
  • “High Density”- 42 Video Ports Per Rack
  • Least Expensive Video Link Available
  • Available As Rack Cards Only
404 440 series single fiber four channel video system
404/440 Series Single Fiber Four Channel Video System
  • For Distances Up To 25km (15+ Miles)
  • Real Time Video Transmission
  • Full Color Transmission
  • Diagnostics for Video, Power & Optical Presence
  • Compatible With NTSC, PAL, CCIR Standards
  • Available As Stand Alone Modules or Rack Cards
1400 1600 series single fiber bi directional transceivers low profile
1400 / 1600 SeriesSingle Fiber Bi-Directional Transceivers - Low Profile
  • For Distances Up To 3 KM (1.8 Miles)
  • Full Color Transmission
  • Smallest Profile Available Anywhere
  • 1400 Series and 1431 Series Compatible With Vicon RS422 Control
  • 1605 Series and 1631 Series Compatible With Vicon Vicoax Control
  • Compatible With NTSC, PAL, CCIR Standards
  • Available As Stand Alone Modules or Rack Cards
slide31

Typical System

Configurations

point to point video data

VF-SR20/2

14 Slot Card Cage with Power Supply

Data

Coax

Fiber

POINT-TO-POINT VIDEO/DATA

#1

VF-

1400T

VF-1400RR

video data video w daisy chain data

VF-SR20/2

14 Slot Card Cage with Power Supply

Data

Coax

Fiber

VIDEO/DATA & VIDEO w/ DAISY CHAIN DATA

#2

#1

VF-

1400T

VF-

100T

*Spare Fiber is Used. Transmitter Modules are mounted together in the same enclosure

VF-1400RR

VF-100RR

slide34

VIDEO/DATA & 4 CHANNEL VIDEO

w/ DAISY CHAIN DATA

VF-SR20/2

14 Slot Card Cage with Power Supply

Data

Coax

Fiber

#2

#1

VF-

1400T

VF-

404T

#3

#5

#4

*Spare Fiber is Used. Transmitter Modules are mounted together in the same enclosure

VF-1400RR

VF-404RR

campus setting building to building unlimited fibers
CAMPUS SETTINGBuilding to Building-Unlimited Fibers

4 Units VF-SR-20/2

16 Units Each VF-30TR/RR

Bldg “B”

Bldg. “A”

Control Room

Riser Cable

48 Fibers for 48 Videos

Patch Panel

Patch Panel

campus setting building to building limited fibers
CAMPUS SETTINGBuilding to Building-Limited Fibers

4 Units VF-SR-20/2

12 Units Each VF-404TR/RR

Bldg “B”

Bldg. “A”

Control Room

Riser Cable

12 Fibers for 48 Videos

Patch Panel

Patch Panel

start with basic information
Start with basic information:
  • What Model Number?
  • What Power Supply?
  • Fiber Type?
  • Instruction Manual?
  • Pin-outs
things to check
Things To Check:
  • LED Indicators:
    • OLI Optical Loss Indicator
    • VLI Video Loss Indicator
    • PWR Power Indicator
things to check1
Things To Check:
  • Transmission Distance?
  • What Splices and Patches are in the system?
  • Loss Budget (Calculated vs. Actual)
more detailed troubleshooting
More detailed troubleshooting:
  • Patch cords
  • Proper audio balance
  • Misaligned connectors
  • 75 ohm video termination
  • 120 ohm RS485 (RS422) data terminations
  • Physical damage (Shock, water…)
slide43

Diagnostic

Indicators

diagnostics module bi directional
DiagnosticsModule Bi-directional

VLI

OLI

Fiber

Video

Data

Power

Bi-Directional Module

VF-1400T

diagnostics vf 404tr
DiagnosticsVF-404TR

VLI 1

VLI 2

VLI 3

VLI 4

VF-404TR

diagnostics vf 404rr
DiagnosticsVF-404RR

PWR

OLI

VF-404RR

slide48

Tools and

Test Equipment

power meter
POWER METER
  • The Volt-ohm-meter of Fiber Optics (Basic Troubleshooting Tool)
  • Switch Selectable Wavelength
  • Adapters for Different Connectors
  • Display Readout Directly in dBm
received power

Video Camera

Transmitter

RECEIVED POWER

Coupler

Coupler

62.5u, 1 Km.

-23.0 dBm

-18.0 dBm

Launch Power = -18 dBm

Coupler Loss = (1dB x 2) -2 dB

Fiber Loss = 3dB/Km @ 850nm -3 dB

Received Power = -23 dBm

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