Network Infrastructure
Fiber Optics
Single-mode and multimode fiber backbones for long runs and high throughput.
Overview
Backbones for the distances copper cannot cover.
Copper Ethernet stops at 100 metres. Fibre carries 10 Gbps and more across a campus, between buildings or along a production line, and it is immune to the electrical noise from motors, welding and power cables. That makes it the backbone of every plant, campus and multi-floor office we build.
We design, lay, splice and test single-mode and multimode fibre, indoors and outdoors, and hand over a test report for every core.
Scope of work
What's included
- OM3/OM4 multimode and single-mode design
- Splicing, termination and OTDR testing
- Inter-building and campus backbone links
- Industrial runs across plants and warehouses
Every fiber optics engagement follows our documented delivery process and is handed over with as-built documentation. It also qualifies for our annual maintenance program.
Delivered from our offices in Mumbai, Pune, Kolhapur and Ichalkaranji.
How we deliver it
- 01
Route survey and design
We walk the route, measure distances and choose single-mode or multimode, the core count and the cable type: indoor, armoured outdoor or aerial.
- 02
Laying and protection
Fibre laid in ducts, trays or trenches with the correct bend radius and pulling tension, spare loops at each end, and armoured cable where rodents or machinery are a risk.
- 03
Splicing and termination
Fusion-spliced joints and pigtails terminated in wall-mount or rack-mount fibre panels, with each core labeled at both ends.
- 04
Testing
Every core tested with an OTDR and a power meter, with loss figures documented against the design budget.
Buyer's checklist
What to check in any fibre quote
- Single-mode (OS2) or multimode (OM3 or OM4)? Single-mode has far more headroom for distance and future speeds.
- How many spare cores are included? Extra cores cost little at installation and a lot later.
- Is the outdoor cable armoured, and is the route protected in duct or conduit?
- Are OTDR and power-meter reports handed over for every core?
- Are the transceivers (SFP modules) matched to the fibre type and distance?
Related services
Industries we deliver this for
Talk to an engineer about fiber optics
FAQs
Fiber Optics: common questions
Single-mode or multimode fibre: which do we need?
Multimode (OM3 or OM4) is economical for short links inside a building or data centre, up to a few hundred metres at 10 Gbps. Single-mode (OS2) covers kilometres and supports higher speeds in future, so we recommend it for links between buildings and across campuses.
What is OTDR testing and why does it matter?
An OTDR sends light down the fibre and measures what comes back, showing the length of the link and the loss at every splice, connector and bend. It proves the installation is sound and gives you a baseline to compare against if a fault appears later.
Can fibre be laid between buildings in a working plant?
Yes. We plan routes along existing trays, ducts or pole lines, use armoured cable where needed and schedule the cut-over outside production hours.
Let's design your infrastructure.
Tell us what you're building. We'll bring the survey kit.
We reply within 4 business hours.