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888-568-1230
ISO 9001:2015 Certified Quality Management System
Certification Number: C2018-04673
COVID-19 UPDATES
Premium Custom Preterminated Fiber Optic Assemblies
and Ethernet Cables manufactured in the USA since 1997!
Preterminated Assemblies
Pre-Terminated Fiber Optic Assemblies
(Choose Strand Count Below Fiber Jacket Type)
Indoor
Multimode OM1:
2
4
6
8
10
12
24
48
Multimode OM2:
2
4
6
12
24
10-G Multimode OM3:
2
4
6
8
10
12
18
24
48
72
96
144
Multimode OM4:
2
4
6
8
10
12
18
24
48
72
96
144
Multimode OM5:
2
4
6
Singlemode:
2
4
6
8
10
12
18
24
48
72
96
144
Indoor / Outdoor
Multimode OM1:
2
4
6
8
10
12
18
24
Multimode OM2:
4
6
12
24
10-G Multimode OM3:
2
4
6
8
10
12
18
24
48
72
96
144
Multimode OM4:
2
4
6
8
10
12
18
24
48
72
96
144
Multimode OM5:
2
4
6
Singlemode:
2
4
6
8
10
12
18
24
48
72
96
144
Outdoor (OSP) Loose Tube
Multimode OM1:
2
4
6
12
24
Multimode OM3:
2
4
6
12
24
Multimode OM4:
2
4
6
12
24
Singlemode:
2
4
6
12
24
Outdoor (OSP) Gel-Filled
Multimode OM1:
4
6
8
10
12
24
Multimode OM2:
4
6
12
Multimode OM3:
2
4
6
8
10
12
Singlemode:
2
4
6
8
10
12
18
24
Outdoor (OSP) Flat Drop Gel-Filled
Singlemode:
2
4
6
8
10
12
Outdoor Armored Direct Burial (OSP-DB)
Multimode OM1:
2
4
6
12
24
Multimode OM3:
2
4
6
12
24
Singlemode:
2
4
6
12
24
48
72
96
144
288
Pre-Terminated Assemblies Fiber Optic (more)
Interlock Armor Indoor Plenum
Multimode OM1:
2
4
6
8
10
12
24
10G Multimode OM3:
2
4
6
8
10
12
24
10G Multimode OM4:
2
4
6
8
10
12
24
Singlemode:
2
4
6
8
10
12
24
Interlock Armor Indoor/Outdoor Plenum
Multimode OM1:
2
4
6
8
10
12
10G Mulitmode OM3:
2
4
6
8
10
12
Mulitmode OM4:
2
4
6
8
10
12
Singlemode:
2
4
6
8
10
12
Outdoor Aerial with Messenger
Multimode OM1:
2
4
6
12
24
Multimode OM3:
2
4
6
8
10
12
Singlemode:
2
4
6
12
24
Tactical and Rugged
Multimode OM3:
2
4
6
8
12
Multimode OM4:
2
4
6
8
12
Singlemode:
2
4
6
8
12
OpticalCON:
2 Ch
4 Ch
12 Ch MTP
Extreme Mil-Tac
Multimode OM3:
2
4
6
8
12
Singlemode:
2
4
6
8
12
Hybrid (Fiber + Power)
Indoor/Outdoor Plenum
Ultra Thin Micro Armor
Ultra Thin Indoor Plenum Micro Armor
Multimode OM1:
2
4
6
8
10
12
18
24
48
72
96
144
10G Multimode OM3:
2
4
6
8
10
12
18
24
48
72
96
144
10G Multimode OM4:
2
4
6
8
10
12
18
24
48
72
96
144
Singlemode:
2
4
6
8
10
12
18
24
48
72
96
144
Ultra Thin Indoor/Outdoor Plenum Micro Armor
Multimode OM1:
2
4
6
8
10
12
18
24
48
72
96
10G Multimode OM3:
2
4
6
8
10
12
18
24
48
72
96
10G Multimode OM4:
2
4
6
8
10
12
18
24
48
72
96
Singlemode:
2
4
6
8
10
12
18
24
48
72
96
144
Ultra Thin Outdoor Direct Burial (OSP) Micro Armor
Multimode OM1:
2
4
6
8
10
12
18
24
48
72
96
10G Multimode OM3:
2
4
6
8
10
12
18
24
48
72
96
10G Multimode OM4:
2
4
6
8
10
12
18
24
48
72
96
Singlemode:
2
4
6
8
10
12
18
24
48
72
96
Fiber Optic Cables & Term. Boxes
Fiber Optic Patch Cable
Multimode 62.5/125 OM1
ST to ST
ST to SC
SC to SC
MT-RJ to ST
MT-RJ to SC
MT-RJ to MT-RJ
LC to MT-RJ
LC to LC
LC to ST
LC to SC
Multimode 50/125 OM2
ST to ST
ST to SC
SC to SC
MT-RJ to ST
MT-RJ to SC
MT-RJ to MT-RJ
LC to MT-RJ
LC to LC
LC to ST
LC to SC
10-GiG Multimode OM3
LC to SC
LC to LC
SC to SC
LC to ST
SC to ST
40-GiG 50/125 Multimode OM4
LC to SC
LC to LC
SC to SC
LC to ST
SC to ST
10/40/100/400-GiG 50/125 Multimode OM5
LC to SC
LC to LC
SC to SC
LC to ST
SC to ST
Singlemode
ST to ST
ST to SC
SC to SC
LC to LC
LC to ST
LC to SC
MT-RJ to MT-RJ
MT-RJ to ST
MT-RJ to SC
MT-RJ to LC
MT-RJ to FC
FC to FC
FC to ST
FC to SC
FC to LC
Armored Fiber Optic Patch Cable
Multimode 62.5/125 OM1
LC to LC
LC to SC
LC to ST
LC to FC
SC to SC
SC to ST
SC to FC
ST to ST
ST to FC
FC to FC
10-GiG Multimode OM3
LC to LC
LC to SC
LC to ST
LC to FC
SC to SC
SC to ST
SC to FC
ST to ST
ST to FC
FC to FC
40-GiG 50/125 Multimode OM4
LC to LC
LC to SC
LC to ST
LC to FC
SC to SC
SC to ST
SC to FC
ST to ST
ST to FC
FC to FC
Singlemode
LC to LC
LC to SC
LC to ST
LC to FC
SC to SC
SC to ST
SC to FC
ST to ST
ST to FC
FC to FC
Mode Conditioning Cables
SC Equipment Side
SC to SC
SC to ST
SC to LC
SC to MT-RJ
LC Equipment Side
LC to LC
LC to ST
LC to SC
LC to MT-RJ
MT-RJ Equipment Side
MT-RJ to MT-RJ
MT-RJ to ST
MT-RJ to SC
MT-RJ to LC
Fiber Optic Enclosures
Termination Boxes
Wall Mount Termination Boxes
1 panel Wall Mount Box
1 panel Lightweight Wall Mount Box
1 panel Wall Mount Splice Box
2 panel Wall Mount Box
2 panel Lightweight Wall Mount Box
2 Panel Outdoor Box
4 panel Wall Mount Box
4 panel Wall Mount Splice Box
4 panel Lightweight Wall Mount Box
4 Panel NEMA Enclosure
Dome Enclosure
Rack Mount Termination Boxes
2 panel Rack Mount Box
2 panel Lightweight Rack Mount Box
3 panel Rack Mount Box
3 panel Lightweight Rack Mount Box
4 panel Rack Mount Box
4 panel Lightweight Rack Mount Box
6 panel Rack Mount Box
6 panel Lightweight Rack Mount Box
12 panel Rack Mount Box
12 panel Lightweight Rack Mount Box
Fiber Optic Adapter Panels
OM1 (62.5/125) Adapter Panels
12 LC OM1 Adapter Panel
6 SC OM1 Adapter Panel
12 SC OM1 Adapter Panel
6 ST OM1 Adapter Panel
12 ST OM1 Adapter Panel
OM2/3/4/5 (50/125) Adapter Panels
12 LC OM2/3/4/5 Adapter Panel
24 LC OM2/3/4/5 Adapter Panel
6 SC OM2/3/4/5 Adapter Panel
12 SC OM2/3/4/5 Adapter Panel
Singlemode Adapter Panels
12 LC SM Adapter Panel
24 LC SM Adapter Panel
6 SC SM Adapter Panel
12 SC SM Adapter Panel
6 ST SM Adapter Panel
12 ST SM Adapter Panel
12 LC APC SM Adapter Panel
24 LC APC SM Adapter Panel
6 SC APC SM Adapter Panel
12 SC APC SM Adapter Panel
MTP Adapter Panels
MTP Adapter Panel - 6 Adapters
MTP Adapter Panel - 8 Adapters
Fiber Optic Couplers
Multimode OM1 62.5/125 Couplers
Multimode OM3/4 50/125 Couplers
Singlemode Couplers
Attenuators
Splice Trays
Fiber Optic Cable By The Foot (Unterminated)
OM1 62.5/125 Multimode Fiber
OM3 50/125 Multimode Fiber
OM4 50/125 Multimode Fiber
OM5 50/125 Multimode Fiber
Singlemode Fiber
Fiber Optic Pigtail Kits
OM1 62.5/125 Pigtail Kits
OM3 50/125 Pigtail Kits
OM4 50/125 Pigtail Kits
Singlemode Pigtail Kits
Fiber Optic Cleaning Supplies & Tools
Fusion Splicers
Core Alignment - PRO Series Kit
Core Alignment - Economy Series Kit
Fiber Optic Splice Trays & Boxes
Aluminum 12 Splice Tray
Compact Plastic 12 Splice Tray
Aluminum 24 Splice Tray
1 Panel Wall Mount Splice Box
Lightweight 1 Panel Splice Box
2 Panel Outdoor Splice Box
4 Panel Wall Mount Splice Box
Fiber Optic Splice Sleeves
40mm Splice Sleeves
60mm Splice Sleeves
Ribbon Splice Sleeves
Network Equipment
Media Converters
10/100Base Multimode
10/100Base Singlemode
Gigabit 1000Base MM & SM
SFP & GBIC Transceivers
Multimode SFP Modules
Singlemode SFP Modules
Network Switches
Managed Gigabit Switches
Unmanaged Gigabit Switches
Managed Gigabit PoE Switches
Unmanaged Gigabit PoE Switches
MTP Cables and Cassettes
MTP® / MPO Trunk Cables
Indoor MTP® Trunk Assemblies
Indoor OM3 (Plenum)
Indoor OM4
Indoor Singlemode
Indoor Armored MTP® Trunk Assemblies
Indoor Armored OM3
Indoor Armored OM4
Indoor Armored Singlemode
Stock Indoor MPO Fiber Trunk Cables
Indoor/Outdoor MTP® Trunk Assemblies
Indoor/Outdoor OM3
Indoor/Outdoor OM4
Indoor/Outdoor Singlemode
Outdoor (OSP) MTP® Trunk Assemblies
Outdoor (OSP) OM3
Outdoor (OSP) OM4
Outdoor Singlemode
Weatherproof IP68 OptiTip® MTP Assemblies
Indoor/Outdoor OptiTip MTP
OSP Flat Drop OptiTip MTP
OSP Loose Tube OptiTip MTP
OSP Armored Direct Burial OptiTip MTP
TRY OUR EASY CONFIGURATOR
MTP® Fanout Cables
Indoor MTP® Fanout Assemblies
Indoor OM3 (Plenum)
Indoor OM4 (Plenum)
Indoor Singlemode (Plenum)
Indoor/Outdoor MTP® Fanout Assemblies
Indoor/Outdoor OM3
Indoor/Outdoor OM4
Indoor/Outdoor Singlemode
Outdoor MTP® Fanout Assemblies
Outdoor (OSP) Loose Tube
Outdoor (OSP) Armored
TRY OUR EASY CONFIGURATOR
MTP® / MPO Cassettes
OM3 Multimode MTP®/MPO Cassettes
12 Fiber MTP® (1 X 12) to 12 LC - LGX
24 Fiber MTP® (2 X 12) to 12 LC - LGX
12 Fiber MPO (1 X 12) to 12 LC - LGX
12 Fiber MPO (1 X 12) to 12 LC - SHD
24 Fiber MPO (2 X 12) to 24 LC - SHD
24 Fiber MPO (1 X 24) to 24 LC - SHD
OM4 Multimode MTP®/MPO Cassettes
12 Fiber MTP® (1 X 12) to 12 LC - LGX
24 Fiber MTP® (2 X 12) to 12 LC - LGX
12 Fiber MPO (1 X 12) to 12 LC - LGX
12 Fiber MPO (1 X 12) to 12 LC - SHD
24 Fiber MPO (2 X 12) to 24 LC - SHD
24 Fiber MPO (1 X 24) to 24 LC - SHD
Singlemode MTP®/MPO Cassettes
12 Fiber MTP® (1 X 12) to 12 LC - LGX
24 Fiber MTP® (2 X 12) to 12 LC - LGX
12 Fiber MPO (1 X 12) to 12 LC - LGX
12 Fiber MPO (1 X 12) to 12 LC - SHD
24 Fiber MPO (2 X 12) to 24 LC - SHD
24 Fiber MPO (1 X 24) to 24 LC - SHD
MTP® / MPO Cassettes Enclosures
MTP® / MPO Couplers / Adapter Panels
Configurators
MTP® / MPO Cassettes Enclosures
MTP® / MPO Couplers / Adapter Panels
Fiber Optic Testing & Cleaning
Fiber Optic Test Instruments
Test Kits
Zoom Owl
WaveTester Owl
Micro Owl
Fiber Owl
Installer Series
Photonix LANLITE
Photonix TECHLITE
Fiber Optic Equipment
Fiber Optic Power Meters
Fiber Optic Light / Laser Sources
Optical Time-Domain Reflectometers (OTDRs)
OTDR Launch Box
Fiber Optic Fault Locators
Fiber Optic Length Testers
Fiber Optic Inspection Microscopes
Fiber Optic Talk Sets
Meter Connector Adapters
Fusion Splicers
Core Alignment - PRO Series Kit
Core Alignment - Economy Series Kit
Fiber Optic Cleaning
Cleaning Kits
Cleaning Fluid
Sticklers® CleanStixx™
Sticklers® CleanWipes™
CleanClickers™
Fiber Optic Reference Cable Kits
Multimode Reference Kits
MM ST (Meter) to ST (Test)
MM ST (Meter) to SC (Test)
MM ST (Meter) to FC (Test)
MM ST (Meter) to LC (Test)
MM ST (Meter) to MTRJ (Test)
MM SC (Meter) to ST (Test)
MM SC (Meter) to SC (Test)
MM SC (Meter) to FC (Test)
MM SC (Meter) to LC (Test)
MM SC (Meter) to MTRJ (Test)
Singlemode Reference Kits
SM ST (Meter) to ST (Test)
SM ST (Meter) to SC (Test)
SM ST (Meter) to LC (Test)
SM SC (Meter) to ST (Test)
SM SC (Meter) to SC (Test)
SM SC (Meter) to FC (Test)
SM ST (Meter) to FC (Test)
SM SC (Meter) to LC (Test)
Fiber Optic Couplers
Bulk Cable, Patch Cables, Connectors
Patch Cables (Cat5e/6/6a/7/8,UTP,STP)
CAT 5E
Category 5E
Category 5E Plenum
Category 5E Shielded
Category 5E Shield Plenum
CAT 6
Cat 6 Patch Cable
Cat 6 Plenum Patch Cable
Cat 6 Shielded Patch Cable
Cat 6 Shielded Plenum Patch Cable
Cat 6 Outdoor Water-Resistant
Cat 6 Flexible Flat
Cat 6A
Cat 6A Shielded Patch Cables
Cat 6A Shielded 28AWG Custom Mini
Cat 6A Shielded Plenum Patch Cable
Cat 6A Ultra Thin
Cat 6A Ultra Thin Extreme
Cat 7 Double Shielded Patch Cables
Cat 8 Patch Cables
Cat 8 Shielded Patch Cable
Cat 8 Shielded Slim Patch Cable
Cat 8 Shielded Ultra Thin Patch Cable
CAT 5E/6A Tactical
Category 5E Deployable Assembly
Category 6A Deployable Assembly
110 Patch Cables
110 to 110 Patch Cables
110 to RJ45 Patch Cables
Connectors & Accessories (Cat5e/6/6A/7)
Keystone Jacks
Cat 5E Keystone Jack
Cat 6 Keystone Jack
Cat 6 Shielded Keystone Jack
Cat 6A Keystone Jack
Cat 6A Shielded Keystone Jack
Cat 8 Shielded Keystone Jack
Modular Plugs with Loadbar
Cat 5E Modular Plugs
Cat 6 Modular Plugs
Cat 5&6E Shielded Modular Plugs
Cat 6A Shielded Modular Plugs
Cat 7 Shielded Modular Plugs
Cat 7A & 8 Shielded Modular Plug
Cat 8 Tooless Modular Plug
RJ-45 Snagless Boots
Cat 5 & 6 Unshielded Plug Boots
Cat 5E/6/6A Shielded Plug Boots
Cat 7A & 8 Shielded Plug Boots
Keystone Couplers
Cat 5E Keystone Coupler
Cat 6 Keystone Coupler
Cat 6E Shielded Keystone Coupler
Cat 6A Shielded Keystone Coupler
Ethernet to USB Adapter
Splitters
Network Splitter
Voice/Data Splitter
Accessories (Wallplates and surface mount boxes)
Bulk Cable (Cat5e/6/6A/7), Fiber, Coax,Power,Audio
Cat 5E Bulk Cable
Cat 6 / 6E Bulk Cable
Cat 6A Augmented Bulk Cable
Cat 7/7A Bulk Cable
Cat 8 Bulk Cable
Fiber Optic Cable by the Foot
Co-ax Bulk Cable
Cat3 25 Pair Cable
Security Camera Power Wire
Composite Cable/Cable Bundles
THHN Building Wire / Power Cable
Thermostat Cable
Audio Cable
Patch Panels (Cat5e/6/6A/7)
Cat 5 Patch Panels
12 Port Cat 5E Patch Panel
24 Port Cat 5E Patch Panel
48 Port Cat 5E Patch Panel
Cat 6 Patch Panels
12 Port Cat 6 Patch Panel
24 Port Cat 6 Patch Panel
24 Port Cat6A Patch Panel
24 Port Cat6A Shielded Patch Panel
48 Port Cat 6 Patch Panel
96 Port Cat 6 Patch Panel
Keystone Patch Panels
12 Port Blank Patch Panel
16 Port Blank Patch Panel
24 Port Shielded Blank Patch Panel
24 Port Blank Patch Panel
48 Port Blank Patch Panel
Wall Brackets
1U Patch Panel Wall Bracket
2U Patch Panel Wall Bracket
4U Patch Panel Wall Bracket
Patch Panel Mounting Bracket
Media Converters
UTP to Multimode Fiber Media Converters
UTP to Singlemode Fiber Media Converters
Gigabit Media Converters
Media Chassis
SFP Modules & GBIC Transceivers
HDMI Cables
HDMI Male/Male Cables
HDMI / DVI
Mini HDMI (Type C)
Micro HDMI (Type D)
Switches / Routers
10/100BaseTX
Fiber Optic Modules
Gigabit
HDMI Connectivity
HDMI Wall Plates & Jacks
HDMI Adapters
HDMI / IR Extenders
HDMI IR Extender Wallplates
HDMI Hardware
HDMI Switches & Splitters
HDMI Matrix
Toolkits, Tools & Testers
Ethernet Installation & Maintenance Tool Kits
Kronos IT-Tech Network Toolkit
Helios IT-Tech Network Toolkit
Hyperion IT-Tech Network Toolkit
Network Administrator IT-Tech Network Toolkit
QuickTreX® LAN-PRO Custom Basic II Electro-Tech Toolkit
SOHO LAN Tool Kit
QuickTreX Coax Terminator Tool Pouch Kit
Datacom Tools
Crimpers(RJ45, Hex Coax)
PRO RJ-45 Crimper
Cat 7A & 8 RJ-45 Crimper
Economy RJ-45 Crimper
Compression Connector Crimper
Hex Crimper
Punch Down Tools
PRO '110' Impact Termination Tool
Economy ‘110’ Termination Tool
110 Replacement Blade
66 Replacement Blade
Wire and Kevlar Scissors
Coax Cable Stripper
Wire Strippers & Cutters
UTP & STP Cable Stripper
"Cleancut" Cable Cutter
Network Testers
Basic LAN Cable Tester
LAN Tester w/8 Remotes
Tone & Probes
LAN Diagnostics Kit
Toner & Probe - KIT
140 Tone Generator
Cable Installation
Pull String - 6500 ft
Pull Rope - 1200ft
Cable Lubricant 1 Quart
Cable Lubricant 1 Gallon
Fish Tape - 50 ft
Fish Tape - 120 ft
Co-ax & CATV Tools & Connectors
Collapsible Utility Carts
Empty Tool Cases
Suggested Telecom / Electrical
"Kronos" Waterproof Tool Case
"Helios" IT Tech Tool Case
"Hyperion" Wheeled IT Tool Case
Featherweight Tool Case
Sewn Tool Cases
Pouches, etc
Collapsible Utility Carts
QuickTreX Pro System
Connectors
Cat 5E Modular Plugs
Cat 6 Modular Plugs
Cat 5/6E Shielded Modular Plugs
Cat 6A Shielded Modular Plugs
Patch Panels
24 Port Cat 5E Patch Panel
24 Port Blank Patch Panel
48 Port Cat 5E Patch Panel
48 Port Blank Patch Panel
24 Port Cat 6 Patch Panel
24 Port Shielded Blank Patch Panel
48 Port Cat 6 Patch Panel
Tools
Tool Kits
Tool Cases
FlashLight PAL™ & QuickTreX® Merchandise
Cable Management
Patch Panels (Cat5e/6/6A/7)
Cat 5 Patch Panels
12 Port Cat 5E Patch Panel
24 Port Cat 5E Patch Panel
48 Port Cat 5E Patch Panel
Cat 6 Patch Panels
12 Port Cat 6 Patch Panel
24 Port Cat 6 Patch Panel
24 Port Cat6A Patch Panel
24 Port Cat6A Shielded Patch Panel
48 Port Cat 6 Patch Panel
96 Port Cat 6 Patch Panel
Keystone Patch Panels
12 Port Blank Patch Panel
16 Port Blank Patch Panel
24 Port Shielded Blank Patch Panel
24 Port Blank Patch Panel
48 Port Blank Patch Panel
Wall Brackets
1U Patch Panel Wall Bracket
2U Patch Panel Wall Bracket
4U Patch Panel Wall Bracket
Patch Panel Mounting Bracket
Fiber Optic Enclosures
Termination Boxes
Wall Mount Termination Boxes
1 panel Wall Mount Box
1 panel Lightweight Wall Mount Box
1 panel Wall Mount Splice Box
2 panel Wall Mount Box
2 panel Lightweight Wall Mount Box
2 Panel Outdoor Box
4 panel Wall Mount Box
4 panel Wall Mount Splice Box
4 panel Lightweight Wall Mount Box
4 Panel NEMA Enclosure
Dome Enclosure
Rack Mount Termination Boxes
2 panel Rack Mount Box
2 panel Lightweight Rack Mount Box
3 panel Rack Mount Box
3 panel Lightweight Rack Mount Box
4 panel Rack Mount Box
4 panel Lightweight Rack Mount Box
6 panel Rack Mount Box
6 panel Lightweight Rack Mount Box
12 panel Rack Mount Box
12 panel Lightweight Rack Mount Box
Fiber Optic Adapter Panels
OM1 (62.5/125) Adapter Panels
12 LC OM1 Adapter Panel
6 SC OM1 Adapter Panel
12 SC OM1 Adapter Panel
6 ST OM1 Adapter Panel
12 ST OM1 Adapter Panel
OM2/3/4/5 (50/125) Adapter Panels
12 LC OM2/3/4/5 Adapter Panel
24 LC OM2/3/4/5 Adapter Panel
6 SC OM2/3/4/5 Adapter Panel
12 SC OM2/3/4/5 Adapter Panel
Singlemode Adapter Panels
12 LC SM Adapter Panel
24 LC SM Adapter Panel
6 SC SM Adapter Panel
12 SC SM Adapter Panel
6 ST SM Adapter Panel
12 ST SM Adapter Panel
12 LC APC SM Adapter Panel
24 LC APC SM Adapter Panel
6 SC APC SM Adapter Panel
12 SC APC SM Adapter Panel
MTP Adapter Panels
MTP Adapter Panel - 6 Adapters
MTP Adapter Panel - 8 Adapters
Fiber Optic Couplers
Multimode OM1 62.5/125 Couplers
Multimode OM3/4 50/125 Couplers
Singlemode Couplers
Attenuators
Splice Trays
Racks, Brackets, & Metal Products
Hinged Wall Brackets
1 Rack Space Bracket
2 Rack Space Bracket
4 Rack Space Bracket
Universal Mounting Bracket
Wire Management Units
1U Wire Management Panel
2U Wire Management Panel
Horizontal 1 Sided Wire Channel
Horizontal 2 Sided Wire Channel
2 Vertical Wire Rings
J-Hooks
1 - 5/16" J-Hooks
2" J-Hooks
4" J-Hooks
3/4" J-Hooks w/ Batwing Clip
1 - 5/16" J-Hooks w/ Batwing Clip
2" J-Hooks w/ Batwing Clip
Cable Trench System
Relay & Server Racks
4' 19" Black Relay Rack
4' 19" Aluminum Relay Rack
7" 19" Black Relay Rack
7' 19" Aluminum Relay Rack
84" H 4-Post Black Rack
Wall Racks
8 Unit Wall Mount Rack
12 Unit Wall Mount Rack
12U V-Line Wall Rack - 12" D
16U V-Line Wall Rack - 12" D
12U V-Line Wall Rack - 18" D
16U V-Line Wall Rack - 18" D
12U Side Load Wall Rack
12U Open Swing-Out Rack
12U Open Swing-Out Rack
Wall Mount Data Cabinets
6U Fixed Glass Door
6U Swing Out Glass Door
6U Fixed Solid Door
6U Swing Out Solid Door
6U Fixed Vented Door
6U Swing Out Vented Door
9U Fixed Glass Door
9U Swing Out Glass Door
9U Fixed Solid Door
9U Swing Out Solid Door
9U Fixed Vented Door
9U Swing Out Vented Door
12U Fixed Glass Door
12U Fixed Vented Door
12U Fixed Solid Door
Equipment & Keyboard Shelves
Adapters, Fillers & Accessories
Network Equipment
Media Converters
UTP to Multimode Fiber
UTP to Singlemode
Gigabit
Media Chassis
Network Switches
Managed Gigabit Switches
Unmanaged Gigabit Switches
Managed Gigabit PoE Switches
Unmanaged Gigabit PoE Switches
SFP Modules
Rip-Tie Velcro Cable Ties
Pre-Cut Hook & Loop Cable Ties
Bulk Roll Cable Ties
Econo Catch / Cinch Wallstrap Cable Ties
Fire Retardant Hook & Loop Cable Ties
Rip-Tie Cable Carrier
Economy Cable Ties
Cable Socks
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How to fusion splice fiber optic cable
In this tutorial, we will show you how to fusion splice two fiber optic strands together in an easy 12 step process.
How to Use a Fiber Optic Termination Box
In this 60 second video, we go over why you should use a fiber optic termination box. If you're running an assembly more than 2 strands, we recommending terminating it within a box to keep your connectors free from dust and contamination, and for a neater installation. Visit these products at: http://www.lanshack.com/Termination-Boxes-C157.aspx
How to Install a Pre-terminated Fiber Optic Assembly (Easy Installation)
http://www.LANshack.com - How to Install a Pre-terminated Fiber Optic Assembly (Easy Installation). In this video we show you how you can easilly install fiber optics with no prior knowledge of fiber optic termination or installation. We ran a Pre-Terminated Fiber Optic assembly across a warehouse and made the connections in less than one hour.
How to Extend a Copper Network with a Fiber Optic Assembly
In this 60 second video, we explain why you would need to use fiber optic cabling instead of copper cabling, and how to convert the fiber optic signal back to copper on either end of the run. For more information visit: http://www.lanshack.com/PreterminatedAssemblies.aspx
How to Remove a Pulling Basket from a Fiber Optic Pre-Terminated Assembly
http://www.LANshack.com - How to Remove a Pulling Basket from a Fiber Optic Pre-Terminated Assembly. Important Note: This tutorial covers QuickTreX Brand assemblies. Other manufacturers may have different prodedures.
How to use a Flashlight to Test Multimode Fiber Optic Cable: Quick and Easy Method
http://www.LANshack.com/FlashlightPAL Did you know that it is possible to test Multimode Fiber Optic Cable with a simple flashlight? It is so easy to do and we show you how in this video. For the most useful flashlight you have ever seen go to http://www.LANshack.com/FlashlightPAL
How to Splice an Innerduct: Working with Fiber Optic Pre-Terminated Assemblies
http://www.LANshack.com In this video, Tony Casazza shows you how to splice two sections of innerduct together. Also, you may be doing an installation and realize that the pull is too difficult in which case Tony shows you how to "break-in" into the mid sections of a run, pull the cable and then splice the duct back into a single continuous piece. This is a valuable tip especially when working with Fiber Optic Pre-Terminated Assemblies (AKA: Fiber Whips(R))
How to Install RG6 Quadshield Waterproof Compression and Hex
Tony Casazza, CEO of Lanshack.com, demonstrates how to Install RG6 Quadshield Waterproof Compression and Hex Crimp Connectors using the Quick-Cat™ System
How to install a cat 6a and cat 6 shielded modular plugs with our patented loadbar
How to install a cat 6a and cat 6 shielded modular plugs with our patented loadbar Shielded Cat 6A (and Cat 6) cabling systems have been growing steadily in popularity for the past 36 months or so. Finding a system that is both easy to install and produces great repeatable results is fantastic. That is what you get with the QuickTreX System. This video contains the simple installation instructions.
How to make a Cat 6 Patch Cable: Install a Cat 6 Connector (or Cat 5E): Easy Loadbar Method
http://www.LANshack.com - How to Install a Cat 6 Connector (or Cat 5E -same procedure) How to make a Cat 6 Patch Cable, Easy Loadbar Method
Tech Tip How to: Modifying Snagless Boots on Cat 5 and Cat 6 RJ-45 Connectors
http://www.LANshack.com Tech Tip How to: Modifying Snagless Boots on Cat 5 and Cat 6 RJ-45 Connectors Don't you hate those bubble caps on booted Cat 5 and Ca6 6 RJ-45 connectors? In this video, Jennifer shows you how to easily eliminate them for good.
How to install Cat 5E and Cat 6 Plugs Using the QuickTreX System
http://www.LANshack.com In this online Tutorial, Tony Casazza (CEO of Lanshack) walks you through how to Install Cat 5E Plugs. Please note that since this video was originally filmed, the brand Quick-Cat changed to QuickTreX due to conflicts with the Caterpillar Corp. who uses the name CAT. Additionally, the design of the loadbar has been improved and now requires a straight cut instead of an angle cut as shown in the video
Informational Videos
Choosing the Best Fiber Optic Cabling Jacket Type for Your Install
In this video we break down all the different fiber jacket types and help explain the differences in each one which will help you decide with jacket type you need for your fiber optic cable installation.
LANShack Pre-Terminated Fiber Optic Assemblies
At LANshack we specialize in Pre-Terminated Fiber Optic Assemblies. In this video we we explain the different types of pre-terminated fiber optic assemblies we manufacture and go over our premium features included on all of our fiber optic assemblies.
QuickTreX Tactical & Rugged Ethernet Assemblies
Our QuickTreX Tactical & Rugged Ethernet assemblies are perfect for rapid deployment of Ethernet cabling. These assemblies come on a heavy duty Schill Reel and allow for rapid deployment and retrieval. This Ethernet cabling is also crush resistant, water-resistant, and can withstand the harshest environments. These assemblies are great for military application, outdoor events, testing, conventions, and more! We offer this assembly in Cat 5E and Cat 6A and as always all of our custom Ethernet assemblies are manufactured in the USA!
Pre-terminated Outdoor Armored Direct Burial Fiber Optic Assemblies
In this video we go over the features and benefits of choosing our pre-terminated outdoor armored direct burial fiber optic assemblies. These custom assemblies are designed to be directly buried and offer a metallic armor for rodent resistance and crush resistance. They also offer a heavy duty polyethylene jacket that can with stand the harshest of elements. We offer these assemblies in every modal type and can cut to any length and terminate with any connector type. As always our custom fiber optic assemblies are manufactures in the USA.
QuickTreX Micro Armor Pre-Terminated Fiber Optic Assembly
Our Ultra-Thin Armored Pre-Terminated Fiber Optic Assemblies utilize Micro Armor Fiber™. It's a revolutionary designed fiber optic cable that provides a perfect solution for your fiber optic installs and usage. Instead of a traditional interlocking armor it utilizes a steel spiraling technology. This allows for the cable to remain extremely flexible while also being crush and rodent resistant. Micro Armor Fiber™ features the smallest outer diameter of any armor compared to conventional fiber optic cable in size and flexibility. Its light weight and great flexibility makes pulling and installs faster and easier. These assemblies are typically up to 65 percent smaller in diameter and 75 percent lighter than the usual aluminum interlocking armor cable. These assemblies provide a perfect combination of strong armor and maximum bend radius. They are available in indoor and outdoor options. They come available in OM1, OM2, OM3, OM4 and Singlemode and we can provide any standard fiber optic connector type such as LC, ST, and SC.
Tactical & Rugged Pre-Terminated Fiber Optic Assembly
Our QuickTreX® Tactical & Rugged Pre-Terminated Fiber Optic Assemblies are a great option for deployment situations where your fiber may be stepped upon or even driven over. It comes on a heavy duty Schill deployment reel and are designed to be quickly deployed and retrieved. These Schill reels include a door which houses the connectors for safe and secure storage while not in use. When we receive your custom order, we build the assembly to your specifications using the finest materials to our exacting standards. The assembly is made in the USA by skilled technicians under controlled conditions and comes to you fully tested and ready for immediate use. The test results are placed on the inside of the door. For more info, visit: http://www.lanshack.com/Tactical-Fiber-Optic-Assemblies-C807.aspx
LANShack Pre-terminated Fiber Optic Assembly Builder
In this video we introduce our awesome new Pre-terminated Fiber Optic Assembly Builder and give you a brief demonstration on how to use it. It's the easiest and fasted way to build your customer pre-terminated fiber optic assembly. It also includes all the important information you may need to help you decide which assembly is right for you.
Choosing a Conduit Size for Fiber Optic Cabling
Choosing a Conduit Size for Fiber Optic Cabling (Pre-Terminated) http://www.LANshack.com We here at LANshack.com have been selling Pre-Terminated Fiber Optic Cable Assemblies for over 15 years. Our success rate with our customers is a virtually unheard of 99.9%. That is absolutely amazing. To attain such a high success rate, first we build in the quality into the assembly and secondly, we make sure that our customers are well educated in the techniques of installation. This video gives them a great start in obtaining some of the most important installation techniques.
Tech Tip Preparing Various Types of Cables for Pulling
Did you ever have to pull a bunch of Terminated Cat 6 cables or fiber patch cables across a ceiling? That could be quite a mess, and may even damage the cables if you don't know the proper technique. Tony will show you this simple but "tried and true" method that really works. Knowing this technique can save you loads of time, money and aggravation. http://www.LANshack.com
Understanding How Optical Fiber Type Affects Speed and Distance
In this video you are given the basics of how Optical Fiber Type affects speed and distance, starting with Multimode 62.5/125 µm (AKA: OM1) and Multimode 50/125 µm core size comes in three different classifications (OM2, OM3 and OM4). Singlemode Fiber is also discussed. These optical fiber types have great differences in their speed and distance as you will see. http://www.LANshack.com
All About Our MTP-MPO Cables and Cassettes
All About Our MTP-MPO Cables and Cassettes http://www.LANshack.com MTP / MPO fiber optic cabling systems are among the most popular in the industry. This is due mainly to their compact size and simplicity of installation and quick deployment. In this video you will learn about the 12 Fiber MTP connector and the 12 and 24 fiber MTP Cassettes that easily make the transition from MTP to ST, SC, LC, and many others. The video explains about the names MTP and MPO and that MPO is the actual industry name for this connector but a company called US Connec Trademarked their own version of this connector called the MTP and that this name became so popular that it far surpassed the true name (MPO).
Tech Tip: How to Cut a Bolt with a Plier and Screwdriver
Anyone who does Network Cabling Installation work may at times run into a situation where they have to cut a bolt down to a certain length. Few technicians carry Bolt-Cutter Tools so they need an alternate way to cut the bolt without destroying the threads. This installation technique shows you how to cut a bolt using a simple Plier and Screwdriver and saving the threads! This tip will surely come in very handy. http://www.LANshack.com
Featuring The Network Administrator Tool Kit
The "Network Administrator II" is the ultimate toolkit for anyone who is responsible for maintaining a local area network. For network port and cable tracing we have included the Psiber(TM) CABLETRACKER Network ID KIT which can identify both live or dormant cable connections. We have engineered this kit to be the best of its kind and the best value that you'll find anywhere.
All About Our Fiber Optic Pre-Terminated Cables
http://www.LANshack.com LANshack.com has been selling Custom Pre-Terminated Multi-strand Fiber optic Assemblies for 14 Years (as of November 2011) on the internet with an incredible 99.9% success rate which is much longer than any other company. Tony Casazza shows us the benefits of a quality assembly made under our "house-brand" called "QuickTreX Fiber Whips" and how you can install fiber optic cable like a pro.
LANShack ISO Video
Atcom Services Inc. D/B/A LANshack.com, an industry leader in the Datacom Inductry, is pleased to announce that we have earned ISO 9001 certification. The comprehensive system audited and covered every aspect of our operations to ensure we maintain and implemnent a robust Quality Managment System.
Demonstrational Videos
How to Pre lubricate a conduit
http//www.LANshack.com Field conditions can cause excessive pulling force which in turn can ruin the cable. Many people know the importance of lubricating the cable but very few know that they can actually pre-lubricate the conduit. Knowing this technique can save you tons of money and time on your next install Buy our Pre-Terminated Fiber Optic Assemblies at http://www.lanshack.com/Pre-Terminated-Assemblies-C15.aspx For ropes, cable lubricant, and other installation tools and hardware, go to http://www.lanshack.com/Cable-Installation-C203.aspx
Fiber Optic Tutorial Chapter 1: How to use a VFL to trace, verify, and test continuity of fiber
http://www.LANshack.com - Fiber Optic Tutorial - Chapter 1 - Using a VFL to trace, verify, and test continuity of fiber Hi this is Tony Casazza from LANshack.com and I would like to introduce you to what I consider to be a very comprehensive and useful video on installing a Pre-Terminated Fiber Optic cable in a commercial building. A while back I was asked to install a fiber optic cable in a local High School. Their goal was for me to install a cable that would allow them to broadcast a live video feed from the High School Auditorium to their Municipal TV channel. Years earlier, a fiber optic cable had been run from the TV studio in the Municipal Building to a Fiber Optic Termination box located on the West end of the High School. In order to get the live video feed to work, we needed to extend the fiber connection in the High School that originated from the TV studio to the camera location in the auditorium that was about 400 feet away. So my first task was to verify the connection from the TV studio in the Municipal Building to the Fibers terminated in the high school. Once this was done, we installed a singlemode fiber inside of an innerduct from the Fiber termination box to the camera location in the Auditorium. Once it was connected we tested the connection from end to end and used it to transmit a video feed to live TV. See the entire video series in a playlist: http://www.youtube.com/watch?v=QXLlvB5HMqs& In this video series, you will learn how to Trace and identify an existing Singlemode fiber that was run between two buildings Use Fishtape to snake a pullstring across a dropped ceiling Use the installed pullstring to install an innerduct across a dropped ceiling Pull a Pre-Terminated Fiber through the innerduct Extend the fiber in the 2nd building using the newly installed Fiber Optic cable Test and connect the end to end connection Fiber Optic Tutorial - Chapter 1
Fiber Optic Tutorial Chapter 2: How to use a VFL to trace, verify, and test continuity of fiber
http://www.LANshack.com - Fiber Optic Tutorial - Chapter 2 - Using a VFL to trace, verify, and test continuity of fiber (Continued) Hi this is Tony Casazza from LANshack.com and I would like to introduce you to what I consider to be a very comprehensive and useful video on installing a Pre-Terminated Fiber Optic cable in a commercial building. A while back I was asked to install a fiber optic cable in a local High School. Their goal was for me to install a cable that would allow them to broadcast a live video feed from the High School Auditorium to their Municipal TV channel. Years earlier, a fiber optic cable had been run from the TV studio in the Municipal Building to a Fiber Optic Termination box located on the West end of the High School. In order to get the live video feed to work, we needed to extend the fiber connection in the High School that originated from the TV studio to the camera location in the auditorium that was about 400 feet away. So my first task was to verify the connection from the TV studio in the Municipal Building to the Fibers terminated in the high school. Once this was done, we installed a singlemode fiber inside of an innerduct from the Fiber termination box to the camera location in the Auditorium. Once it was connected we tested the connection from end to end and used it to transmit a video feed to live TV. See the entire video series in a playlist: http://www.youtube.com/watch?v=QXLlvB5HMqs& In this video series, you will learn how to Trace and identify an existing Singlemode fiber that was run between two buildings Use Fishtape to snake a pullstring across a dropped ceiling Use the installed pullstring to install an innerduct across a dropped ceiling Pull a Pre-Terminated Fiber through the innerduct Extend the fiber in the 2nd building using the newly installed Fiber Optic cable Test and connect the end to end connection Fiber Optic Tutorial - Chapter 2
Fiber Optic Tutorial Chapter 3: How to Fish Wires Through a Wall or Ceiling (Snaking)
http://www.LANshack.com - Fiber Optic Tutorial - Chapter 3 - How to Fish Wires Through a Wall or Ceiling. Using a Fishtape to snake across a dropped ceiling for the purpose of installing a fiber optic Pre-Terminated assembly and Innerduct from Point A to Point B Hi this is Tony Casazza from LANshack.com and I would like to introduce you to what I consider to be a very comprehensive and useful video on installing a Pre-Terminated Fiber Optic cable in a commercial building. A while back I was asked to install a fiber optic cable in a local High School. Their goal was for me to install a cable that would allow them to broadcast a live video feed from the High School Auditorium to their Municipal TV channel. Years earlier, a fiber optic cable had been run from the TV studio in the Municipal Building to a Fiber Optic Termination box located on the West end of the High School. In order to get the live video feed to work, we needed to extend the fiber connection in the High School that originated from the TV studio to the camera location in the auditorium that was about 400 feet away. So my first task was to verify the connection from the TV studio in the Municipal Building to the Fibers terminated in the high school. Once this was done, we installed a singlemode fiber inside of an innerduct from the Fiber termination box to the camera location in the Auditorium. Once it was connected we tested the connection from end to end and used it to transmit a video feed to live TV. See the entire video series in a playlist: http://www.youtube.com/watch?v=QXLlvB5HMqs& In this video series, you will learn how to Trace and identify an existing Singlemode fiber that was run between two buildings Use Fishtape to snake a pullstring across a dropped ceiling Use the installed pullstring to install an innerduct across a dropped ceiling Pull a Pre-Terminated Fiber through the innerduct Extend the fiber in the 2nd building using the newly installed Fiber Optic cable Test and connect the end to end connection
Fiber Optic Tutorial Chapter 4: How to Prepare an Innerduct for Installation
http://www.LANshack.com - Fiber Optic Tutorial - Chapter 4 - Preparation of an Innerduct for Installation Hi this is Tony Casazza from LANshack.com and I would like to introduce you to what I consider to be a very comprehensive and useful video on installing a Pre-Terminated Fiber Optic cable in a commercial building. A while back I was asked to install a fiber optic cable in a local High School. Their goal was for me to install a cable that would allow them to broadcast a live video feed from the High School Auditorium to their Municipal TV channel. Years earlier, a fiber optic cable had been run from the TV studio in the Municipal Building to a Fiber Optic Termination box located on the West end of the High School. In order to get the live video feed to work, we needed to extend the fiber connection in the High School that originated from the TV studio to the camera location in the auditorium that was about 400 feet away. So my first task was to verify the connection from the TV studio in the Municipal Building to the Fibers terminated in the high school. Once this was done, we installed a singlemode fiber inside of an innerduct from the Fiber termination box to the camera location in the Auditorium. Once it was connected we tested the connection from end to end and used it to transmit a video feed to live TV. See the entire video series in a playlist: http://www.youtube.com/watch?v=QXLlvB5HMqs& In this video series, you will learn how to Trace and identify an existing Singlemode fiber that was run between two buildings Use Fishtape to snake a pullstring across a dropped ceiling Use the installed pullstring to install an innerduct across a dropped ceiling Pull a Pre-Terminated Fiber through the innerduct Extend the fiber in the 2nd building using the newly installed Fiber Optic cable Test and connect the end to end connection
Fiber Optic Tutorial Chapter 5: How to pull Innerduct Into the ceiling (First 200 Feet)
http://www.LANshack.com - Fiber Optic Tutorial - Chapter 5 - Pulling in the First 200 Feet of Innerduct Into the ceiling Hi this is Tony Casazza from LANshack.com and I would like to introduce you to what I consider to be a very comprehensive and useful video on installing a Pre-Terminated Fiber Optic cable in a commercial building. A while back I was asked to install a fiber optic cable in a local High School. Their goal was for me to install a cable that would allow them to broadcast a live video feed from the High School Auditorium to their Municipal TV channel. Years earlier, a fiber optic cable had been run from the TV studio in the Municipal Building to a Fiber Optic Termination box located on the West end of the High School. In order to get the live video feed to work, we needed to extend the fiber connection in the High School that originated from the TV studio to the camera location in the auditorium that was about 400 feet away. So my first task was to verify the connection from the TV studio in the Municipal Building to the Fibers terminated in the high school. Once this was done, we installed a singlemode fiber inside of an innerduct from the Fiber termination box to the camera location in the Auditorium. Once it was connected we tested the connection from end to end and used it to transmit a video feed to live TV. See the entire video series in a playlist: http://www.youtube.com/watch?v=QXLlvB5HMqs& In this video series, you will learn how to Trace and identify an existing Singlemode fiber that was run between two buildings Use Fishtape to snake a pullstring across a dropped ceiling Use the installed pullstring to install an innerduct across a dropped ceiling Pull a Pre-Terminated Fiber through the innerduct Extend the fiber in the 2nd building using the newly installed Fiber Optic cable Test and connect the end to end connection
Fiber Optic Tutorial Chapter 6: How to pull Innerduct Into the ceiling (Second 200 Feet)
http://www.LANshack.com - Fiber Optic Tutorial - Chapter 7 - Pulling in the Second 200 Feet of Innerduct Into the ceiling Hi this is Tony Casazza from LANshack.com and I would like to introduce you to what I consider to be a very comprehensive and useful video on installing a Pre-Terminated Fiber Optic cable in a commercial building. A while back I was asked to install a fiber optic cable in a local High School. Their goal was for me to install a cable that would allow them to broadcast a live video feed from the High School Auditorium to their Municipal TV channel. Years earlier, a fiber optic cable had been run from the TV studio in the Municipal Building to a Fiber Optic Termination box located on the West end of the High School. In order to get the live video feed to work, we needed to extend the fiber connection in the High School that originated from the TV studio to the camera location in the auditorium that was about 400 feet away. So my first task was to verify the connection from the TV studio in the Municipal Building to the Fibers terminated in the high school. Once this was done, we installed a singlemode fiber inside of an innerduct from the Fiber termination box to the camera location in the Auditorium. Once it was connected we tested the connection from end to end and used it to transmit a video feed to live TV. See the entire video series in a playlist: http://www.youtube.com/watch?v=QXLlvB5HMqs& In this video series, you will learn how to Trace and identify an existing Singlemode fiber that was run between two buildings Use Fishtape to snake a pullstring across a dropped ceiling Use the installed pullstring to install an innerduct across a dropped ceiling Pull a Pre-Terminated Fiber through the innerduct Extend the fiber in the 2nd building using the newly installed Fiber Optic cable Test and connect the end to end connection
Fiber Optic Tutorial - Chapter 7 - How to pull Innerduct Into the ceiling (Second 200 Feet Cont.)
http://www.LANshack.com - Fiber Optic Tutorial - Chapter 7 - Completing the Second 200 Feet of Innerduct Into the ceiling Hi this is Tony Casazza from LANshack.com and I would like to introduce you to what I consider to be a very comprehensive and useful video on installing a Pre-Terminated Fiber Optic cable in a commercial building. A while back I was asked to install a fiber optic cable in a local High School. Their goal was for me to install a cable that would allow them to broadcast a live video feed from the High School Auditorium to their Municipal TV channel. Years earlier, a fiber optic cable had been run from the TV studio in the Municipal Building to a Fiber Optic Termination box located on the West end of the High School. In order to get the live video feed to work, we needed to extend the fiber connection in the High School that originated from the TV studio to the camera location in the auditorium that was about 400 feet away. So my first task was to verify the connection from the TV studio in the Municipal Building to the Fibers terminated in the high school. Once this was done, we installed a singlemode fiber inside of an innerduct from the Fiber termination box to the camera location in the Auditorium. Once it was connected we tested the connection from end to end and used it to transmit a video feed to live TV. See the entire video series in a playlist: http://www.youtube.com/watch?v=QXLlvB5HMqs& In this video series, you will learn how to Trace and identify an existing Singlemode fiber that was run between two buildings Use Fishtape to snake a pullstring across a dropped ceiling Use the installed pullstring to install an innerduct across a dropped ceiling Pull a Pre-Terminated Fiber through the innerduct Extend the fiber in the 2nd building using the newly installed Fiber Optic cable Test and connect the end to end connection
Fiber Optic Tutorial Chapter 8: How to make a Splice to Connect Sections of Innerduct Together
http://www.LANshack.com - Fiber Optic Tutorial - Chapter 7 - Making a Splice to Connect Both Sections of Innerduct Together Hi this is Tony Casazza from LANshack.com and I would like to introduce you to what I consider to be a very comprehensive and useful video on installing a Pre-Terminated Fiber Optic cable in a commercial building. A while back I was asked to install a fiber optic cable in a local High School. Their goal was for me to install a cable that would allow them to broadcast a live video feed from the High School Auditorium to their Municipal TV channel. Years earlier, a fiber optic cable had been run from the TV studio in the Municipal Building to a Fiber Optic Termination box located on the West end of the High School. In order to get the live video feed to work, we needed to extend the fiber connection in the High School that originated from the TV studio to the camera location in the auditorium that was about 400 feet away. So my first task was to verify the connection from the TV studio in the Municipal Building to the Fibers terminated in the high school. Once this was done, we installed a singlemode fiber inside of an innerduct from the Fiber termination box to the camera location in the Auditorium. Once it was connected we tested the connection from end to end and used it to transmit a video feed to live TV. See the entire video series in a playlist: http://www.youtube.com/watch?v=QXLlvB5HMqs& In this video series, you will learn how to Trace and identify an existing Singlemode fiber that was run between two buildings Use Fishtape to snake a pullstring across a dropped ceiling Use the installed pullstring to install an innerduct across a dropped ceiling Pull a Pre-Terminated Fiber through the innerduct Extend the fiber in the 2nd building using the newly installed Fiber Optic cable Test and connect the end to end connection
Fiber Optic Tutorial Chapter 9: How to Prepare to Pull in the Pre-Terminated Fiber Optic Assembly
http://www.LANshack.com - Fiber Optic Tutorial - Chapter 9 - Preparing to Pull in the Pre-Terminated Fiber Optic Assembly Hi this is Tony Casazza from LANshack.com and I would like to introduce you to what I consider to be a very comprehensive and useful video on installing a Pre-Terminated Fiber Optic cable in a commercial building. A while back I was asked to install a fiber optic cable in a local High School. Their goal was for me to install a cable that would allow them to broadcast a live video feed from the High School Auditorium to their Municipal TV channel. Years earlier, a fiber optic cable had been run from the TV studio in the Municipal Building to a Fiber Optic Termination box located on the West end of the High School. In order to get the live video feed to work, we needed to extend the fiber connection in the High School that originated from the TV studio to the camera location in the auditorium that was about 400 feet away. So my first task was to verify the connection from the TV studio in the Municipal Building to the Fibers terminated in the high school. Once this was done, we installed a singlemode fiber inside of an innerduct from the Fiber termination box to the camera location in the Auditorium. Once it was connected we tested the connection from end to end and used it to transmit a video feed to live TV. See the entire video series in a playlist: http://www.youtube.com/watch?v=QXLlvB5HMqs& In this video series, you will learn how to Trace and identify an existing Singlemode fiber that was run between two buildings Use Fishtape to snake a pullstring across a dropped ceiling Use the installed pullstring to install an innerduct across a dropped ceiling Pull a Pre-Terminated Fiber through the innerduct Extend the fiber in the 2nd building using the newly installed Fiber Optic cable Test and connect the end to end connection
Fiber Optic Tutorial Chapter 10: How to Pull in the Pre-Terminated Fiber Optic Assembly
http://www.LANshack.com - Fiber Optic Tutorial - Chapter 10 - Preparing in the Pre-Terminated Fiber Optic Assembly Hi this is Tony Casazza from LANshack.com and I would like to introduce you to what I consider to be a very comprehensive and useful video on installing a Pre-Terminated Fiber Optic cable in a commercial building. A while back I was asked to install a fiber optic cable in a local High School. Their goal was for me to install a cable that would allow them to broadcast a live video feed from the High School Auditorium to their Municipal TV channel. Years earlier, a fiber optic cable had been run from the TV studio in the Municipal Building to a Fiber Optic Termination box located on the West end of the High School. In order to get the live video feed to work, we needed to extend the fiber connection in the High School that originated from the TV studio to the camera location in the auditorium that was about 400 feet away. So my first task was to verify the connection from the TV studio in the Municipal Building to the Fibers terminated in the high school. Once this was done, we installed a singlemode fiber inside of an innerduct from the Fiber termination box to the camera location in the Auditorium. Once it was connected we tested the connection from end to end and used it to transmit a video feed to live TV. See the entire video series in a playlist: http://www.youtube.com/watch?v=QXLlvB5HMqs& In this video series, you will learn how to Trace and identify an existing Singlemode fiber that was run between two buildings Use Fishtape to snake a pullstring across a dropped ceiling Use the installed pullstring to install an innerduct across a dropped ceiling Pull a Pre-Terminated Fiber through the innerduct Extend the fiber in the 2nd building using the newly installed Fiber Optic cable Test and connect the end to end connection
Fiber Optic Tutorial Chapter 11: How to test the Fiber Optic Cable from End to End (Completion)
http://www.LANshack.com - Fiber Optic Tutorial - Chapter 11 - Testing the Fiber Optic Cable from End to End Hi this is Tony Casazza from LANshack.com and I would like to introduce you to what I consider to be a very comprehensive and useful video on installing a Pre-Terminated Fiber Optic cable in a commercial building. A while back I was asked to install a fiber optic cable in a local High School. Their goal was for me to install a cable that would allow them to broadcast a live video feed from the High School Auditorium to their Municipal TV channel. Years earlier, a fiber optic cable had been run from the TV studio in the Municipal Building to a Fiber Optic Termination box located on the West end of the High School. In order to get the live video feed to work, we needed to extend the fiber connection in the High School that originated from the TV studio to the camera location in the auditorium that was about 400 feet away. So my first task was to verify the connection from the TV studio in the Municipal Building to the Fibers terminated in the high school. Once this was done, we installed a singlemode fiber inside of an innerduct from the Fiber termination box to the camera location in the Auditorium. Once it was connected we tested the connection from end to end and used it to transmit a video feed to live TV. See the entire video series in a playlist: http://www.youtube.com/watch?v=QXLlvB5HMqs& In this video series, you will learn how to Trace and identify an existing Singlemode fiber that was run between two buildings Use Fishtape to snake a pullstring across a dropped ceiling Use the installed pullstring to install an innerduct across a dropped ceiling Pull a Pre-Terminated Fiber through the innerduct Extend the fiber in the 2nd building using the newly installed Fiber Optic cable Test and connect the end to end connection