Fiber Optic Cabling — From Single Building to Multi-Campus
Sprinter designs and installs single-mode and multi-mode fiber for backbone infrastructure, inter-building connectivity, and high-bandwidth applications — fusion spliced, OTDR tested, and fully documented.
- Single-Mode & Multi-Mode
- Fusion Splicing
- OTDR Tested
- Indoor & Direct-Burial
Single-Mode vs Multi-Mode — Choosing the Right Fiber for Your Project
Single-Mode (OS2)
Long Distance- Wavelength
- 1310nm / 1550nm
- Distance
- Up to 40km+ with appropriate transceivers
- Core diameter
- 9 micron
- Typical cost
- Higher per foot, lower cost at long distances
- Connector types
- LC, SC, ST (LC most common)
Campus backbone between buildings, WAN links, inter-facility connectivity, telco handoffs.
Required when runs exceed 300m or when single-strand WDM is planned.
Multi-Mode (OM3 / OM4 / OM5)
Most Common- Wavelength
- 850nm / 1300nm
- Distance
- Up to 300m (OM3), 400m (OM4) at 10G; 100m at 40G/100G
- Core diameter
- 50 micron (OM3/4/5)
- Typical cost
- Lower per foot, practical for intra-building backbone
- Connector types
- LC, SC (LC most common)
MDF to IDF backbone, data center interconnects, intra-building high-speed links.
OM4 or OM5 recommended for all new installations.
Our Fiber Optic Scope of Work
Fusion Splicing
Precision fusion splicing for permanent, low-loss fiber joints. We carry field fusion splicers on every fiber job — no mechanical splice substitutions.
OTDR Testing
Optical Time Domain Reflectometer testing characterizes every span — splice loss, connector loss, total attenuation, and fault location. You get the full trace file.
Pre-Terminated Assemblies
For speed-sensitive installations, we use MTP/MPO pre-terminated trunk cables with field-verified polarity.
Fiber Enclosures & Panels
Wall-mount and rack-mount fiber enclosures, LC/SC patch panels, and splice trays — neatly dressed and clearly labeled.
Indoor & Outdoor Runs
Riser, plenum, and armored fiber for indoor applications. Direct-burial and aerial lashing for outdoor runs between buildings.
Fiber-to-the-Desk
Single-mode or multi-mode fiber runs to high-performance workstations, editing suites, or where EMI makes copper impractical.
Where We Run Fiber
Campus Backbone
Connecting MDF to remote IDFs across a multi-building campus.
Data Center Interconnects
High-density inter-rack and cross-connect fiber in server rooms.
Security Camera Backbones
Fiber uplinks from camera clusters to the core network — eliminates distance limits of copper.
Manufacturing Plants
EMI-immune runs across factory floors near VFDs and large motors.
Healthcare Campuses
Backbone connecting multiple clinical buildings with deterministic latency.
Outdoor / Direct-Burial
Between buildings, parking structures, or across parking lots.
Common questions about fiber installation
Data Cabling
Cat6, Cat6A, and fiber structured cabling for commercial facilities.
Explore Data CablingCat6A Installation
10GbE and PoE++ ready cabling for new construction and retrofits.
Explore Cat6A InstallationNetwork Infrastructure
IDF/MDF buildouts, rack installations, and full port documentation.
Explore Network InfrastructureOur Work
Fiber installs and splices
Single-mode and multi-mode fiber — fusion-spliced, OTDR tested, and documented for the long haul.
Photo 1
Fusion splicer in use on a job site
Photo 2
OTDR test results on a tech's screen
Photo 3
Fiber patch panel terminated in an LIU
Photo 4
Outside-plant fiber pull between buildings
Photo 5
Aerial or underground fiber install
Photo 6
Completed fiber backbone in a clean rack
More project photos coming soon.
Plan Your Fiber Infrastructure
Single-mode or multi-mode, indoor or outdoor — we design the right fiber system for your building and deliver every meter fusion-spliced and OTDR verified.
Or call us: 888-711-9669