Fiber Optic Cables, Built to Specs Fiber Assemblies
High Quality, Individually Tested, Lifetime Warranty
 Standard fiber optic cables and built to specs fiber assemblies are our expertize. We serve customers in various markets who demand quick fiber cabling solutions from trunk to patch cords. If you need to eliminate field terminations and speed up the process of installation we can quickly manufacture the fiber cables to your exact specs.
From the highest quality fiber cable and connectors, to advanced manufacturing processes, our main goal is to produce the best quality fiber cable assemblies for your specific application.Our custom fiber cables carry a lifetime warranty, and every cable is individually tested.
We manufacture and market a wide variety of high quality custom fiber optic cables for all your high-speed network applications, Singlemode, Multimode, Simplex, and Duplex. Ask us for terminations using any of the following connectors: SC, ST, LC, MTP LC, MT-RJ, Toslink, SC/APC, FC, FC/APC, MTP, FDDI, Mini BNC, SMA, D4.
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Request a Quote for Custom Fiber Optic Cable Assemblies
Please see below sample Fiber
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 Fiber Counts: 4 to 144 Fibers
Labels: One Side / Both Sides
Optional Pulling Eye
RoHS Compliant Available
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50/125 Multimode
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MIC Style Plenum
MIC Style Riser
Tight Buffered Plenum - Breakout
Tight Buffered Plenum - Distribution
Tight Buffered Riser - Breakout
Tight Buffered Riser - Distribution
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45 degrees LC
90 degrees LC
Blunt (pigtail)
D4
Escon
FC
FC PAC (angeled)
FDDI
LC
LC APC (angeled)
MTP
MTRJ
Opti-Jace (male)
Opti-Jack (female)
SC
SC APC (angeled)
SMA 905 (stainless)
SMA 906 (stainless)
ST
Stainless ST
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62.5/125 Multimode
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MIC Style Plenum
MIC Style Riser
Tight Buffered Plenum - Breakout
Tight Buffered Plenum - Distribution
Tight Buffered Riser - Breakout
Tight Buffered Riser - Distribution
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45 degrees LC
90 degrees LC
Blunt (pigtail)
D4
Escon
FC
FC PAC (angeled)
FDDI
LC
LC APC (angeled)
MTP
MTRJ
Opti-Jace (male)
Opti-Jack (female)
SC
SC APC (angeled)
SMA 905 (stainless)
SMA 906 (stainless)
ST
Stainless ST
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9/125 Single Mode
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MIC Style Plenum
MIC Style Riser
Tight Buffered Plenum - Breakout
Tight Buffered Plenum - Distribution
Tight Buffered Riser - Breakout
Tight Buffered Riser - Distribution
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45 degrees LC
90 degrees LC
Blunt (pigtail)
D4
Escon
FC
FC PAC (angeled)
FDDI
LC
LC APC (angeled)
MTP
MTRJ
Opti-Jace (male)
Opti-Jack (female)
SC
SC APC (angeled)
SMA 905 (stainless)
SMA 906 (stainless)
ST
Stainless ST
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Laser Optimized 50/125
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MIC Style Plenum
MIC Style Riser
Tight Buffered Plenum - Breakout
Tight Buffered Plenum - Distribution
Tight Buffered Riser - Breakout
Tight Buffered Riser - Distribution
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45 degrees LC
90 degrees LC
Blunt (pigtail)
D4
Escon
FC
FC PAC (angeled)
FDDI
LC
LC APC (angeled)
MTP
MTRJ
Opti-Jace (male)
Opti-Jack (female)
SC
SC APC (angeled)
SMA 905 (stainless)
SMA 906 (stainless)
ST
Stainless ST
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Common Configurations:
Here are just a few reasons why you should work with us on all your fiber cabling projects: Automated Polish and Manufacture 100% optically tested, Excellent consistency, Low insertion loss, Low Back Reflection, Guaranteed performance, High temperature jacket, Excellent concentricity.
Testing and certifying fiber optic cables
The parameters that need to be tested are as follows:
 Attenuation (or decibel loss) - The decrease of signal strength as it travels through the fiber optic cable (Measured in dB/km).
Return loss - The amount of light reflected from the far end of the cable back to the source. The lower the number, the better.
Graded refractive index - Measures how much light is sent down the fiber cable.
Propagation delay - The time it takes the signal to travel from one point to another over a transmission channel.
Time-domain reflectometry (TDR) - The transmission of high-frequency pulses onto a cable to examine the reflections and isolate faults.
Selecting Fiber Optic Cables: Multimode, Singlemode, Simplex, and Duplex
Custom Singlemode Fiber Cables - Single-mode fiber offers a higher data transmission rate and up to 50 times more distance than multimode, but it is also more expensive. Single mode fiber optic cable has a small core and only one pathway of light. With only a single wavelength of light passing through its core, singlemode transmission aligns the light toward the center of the core instead of bouncing it off the edge of the core as in the case of multimode. Singlemode is typically used in long-haul network connections, measured in miles. Singlemode fiber optic cables feature a 9-micron glass core.
Custom Multimode Fiber Cables - Multimode fiber optic cables have a large-diameter core that is much larger than the wavelength of light transmitted, and therefore multiple pathways of light are used in the fiber core. As a result, multimode fiber provides a high bandwidth. Multimode fiber optic cable can be used for adding segments to your network, alarm systems, bringing fiber to the desktop, etc. Multimode cable comes in two core sizes: 50 micron or 62.5 micron
Duplex Fiber - Duplex fiber cables, featuring simultaneous, bi-directional data transfer, consist of two fibers, usually in a zipcord style. Duplex applications: Workstations, fiber switches, servers, and fiber modems.. Duplex fiber is available in singlemode and multimode.
Simplex Fiber - Simplex fiber optic cables, featuring one-way data communication, are frequently used in one-way data collection applications. Simplex fiber cables are also available in singlemode and multimode
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SC to FC Singlemode Cables
