Telecom EPC — FTTH
FTTH Project Contractor for City and Township Access Networks
Feeder, distribution and drop layers built as one programme — with the permissions, the trenchless crossings and the testing that decide whether a rollout actually energises.
Where FTTH is won and lost
Not in the OLT room.Not in the design.In the last two hundred metres,where the permissions live.An access rollout has hundreds of small permissions rather than a handful of large ones: society committees, facility managers, municipal ward offices, road-cutting sanctions on residential streets. Any one of them can hold a cluster, and none of them appears on a network design.
Minimum ₹1 crore · Direct awards from operators and ISPs · Full scope only
Quick AnswerMezux Touch is an FTTH project contractor delivering complete fibre access networks — feeder, distribution and drop layers — for city zones, townships and greenfield developments. Scope covers route survey, ward-level and society permissions, HDD crossings, duct and cable, splitter and joint installation, splicing, OTDR testing and as-built handover.
Why access rollouts stall
Rarely at the network layer. An FTTH programme has hundreds of small approvals rather than a few large ones, and each is with a different party: a ward office for a road cut, a society committee for internal routing, a facility manager for a riser, a developer for a greenfield parcel.
None of these appear on a network design and most are not tracked by anyone until they become the reason a cluster has not energised. We carry them as a permission workload with named accountability per cluster rather than as an operational detail.
The second common stall is duct. Existing duct assumed usable often is not, and blowing into a partially blocked route wastes cable, access and the window that was negotiated to get in.
What we do differently in occupied areas
Internal routing in an occupied society is negotiated before it is designed. Where a route crosses a paved courtyard, a landscaped area or a resident driveway, it is bored rather than opened, because reinstatement quality is what residents judge the work by regardless of how the network performs.
Riser and shaft routing inside buildings is agreed with facility management in writing, because a verbal agreement with one committee does not survive a change of committee halfway through a rollout.
How an FTTH cluster is delivered
Zone survey and homes-passed assessment
Each cluster is surveyed for what it actually contains rather than what the design assumes: existing duct and its usable capacity, entry constraints at each building, and who controls access at each point. This is where a realistic homes-passed figure comes from.
Society, facility and ward-level approvals
Permissions are obtained per building and per street rather than per project, with named accountability by cluster. Written agreement with societies and facility management, because verbal consent does not survive a change of committee.
Trunk route into the zone
The feeder route into the cluster is laid, with HDD used for crossings under arterial roads so lane closures are avoided and the municipal approval is easier to obtain and cheaper to close out.
Street-level duct and splitter siting
Distribution routing follows the street layout with splitter positions chosen for maintenance access as well as optical balance, because a splitter in an unreachable position becomes a permanent fault-handling problem.
Building entry and riser routing
Building entries and risers are installed to the arrangement agreed with facility management, using bored crossings under courtyards and driveways so paved and landscaped surfaces are not opened.
Joints and terminations to loss budget
Every joint is made to a loss budget agreed before work and recorded individually, so a future fault can be isolated to a specific splice rather than requiring the whole cluster to be re-traced.
OTDR on every fibre and every drop
Each fibre carries its own trace against budget. On access networks in particular, sampled testing produces marginal drops that surface as customer complaints weeks after activation.
Cluster as-built and restoration closure
A coordinate-tied as-built per cluster showing duct, chambers, splitters and drops, plus duct occupancy for future capacity, and every society and municipal restoration closed out.
Greenfield versus brownfield clusters
In a greenfield township the network goes in before the surface does, which is by far the cheaper sequence and produces a genuinely accurate record because everything is recorded while open. We push developers toward as-built capture during construction rather than clearance survey afterwards, since the opportunity exists only once.
In an occupied brownfield zone almost nothing is documented, entry is negotiated per building, and trenchless method is what makes the work acceptable at all. The two are quoted on different productivity rather than at one blended rate.
What we will not do here either
We do not take FTTH work as a sub-contractor to another contractor, and we do not accept partial scopes — drop-only, splicing-only or blowing-only packages. On an access network the interfaces between those activities are precisely where clusters stall.
Local underground utility work for a single building follows separate rules entirely, from a ₹1 lakh minimum, and is handled under our underground utility service.
Elsewhere in this section
Telecom EPC overview|NLD OFC projects|How we work|Delhi–Mumbai corridor|Mumbai–Chennai corridor|Bengaluru–Kolkata corridor|Delhi–Patna corridor|Delhi–Indore corridor|Jammu–Patna corridor|Delhi NCR|Gurugram|Mumbai & MMR|Bihar|Jharkhand
Frequently asked questions
Permissions rather than construction — hundreds of small consents from societies, facility managers and ward offices, none of which appear on a network design.
Subject to condition and occupancy, which we survey first. Blowing into a partially blocked route wastes cable and the access window negotiated to get in.
Yes, in writing rather than verbally, because a verbal agreement with one committee does not survive a change of committee mid-rollout.
Courtyards, driveways and landscaped areas are bored rather than opened, because reinstatement is what residents judge the work by.
Every fibre and every drop, with an individual OTDR trace. Sampled testing surfaces as customer complaints weeks after activation.
No. Partial scopes on access networks leave us accountable for an outcome that depends on work we do not control.
Planning an FTTH rollout?
Send the cluster list and the target homes-passed date — we will come back with a permission workload assessment alongside the construction figure.
Get A Quote +91 99100 10209FTTH delivery — clusters, consents and detailed questions
Access networks fail in a different place from backbone corridors. A national route is held by a handful of large approvals; an FTTH rollout is held by hundreds of small ones, each with a different party, none of them visible on a network design, and any one of them capable of stranding a cluster that is otherwise complete. Treating that permission workload as engineering rather than administration is the main thing that separates rollouts that energise from rollouts that report progress.
What a realistic homes-passed figure depends on
Not the design. It depends on how many buildings will actually grant entry, how much usable capacity the existing duct really has, and whether internal riser routing can be agreed with each facility manager. A cluster survey establishes all three before a programme date is committed, which is why our first deliverable on an FTTH package is an assessment rather than a schedule. Clients who commit a homes-passed date from a design alone are committing to something nobody has verified.
What a cluster handover contains
A coordinate-tied as-built per cluster showing feeder, distribution, splitter positions, chambers and building entries. Duct occupancy so remaining capacity is known without resurveying. Splice records per joint against the agreed loss budget. OTDR traces for every fibre and every drop rather than a sample. Written consents from societies and facility management held with the record, because a rollout frequently outlasts the committee that agreed to it. And restoration closed at both municipal and society level, since an unresolved complaint in one society reliably makes the next one harder.
Beyond the basics
Why survey a cluster before quoting? Because homes-passed depends on entry consent and usable duct capacity, neither of which a design can tell you. Quoting from a design alone commits to something unverified.
How is splitter position decided? By maintenance access as well as optical balance. A splitter placed where nobody can reach it becomes a permanent fault-handling cost.
Are greenfield and brownfield priced alike? No. Greenfield goes in before the surface and is materially cheaper; brownfield is negotiated building by building. Blending them misleads both sides.
What happens when a society refuses entry? We report it as a cluster constraint rather than absorbing it. A homes-passed figure that assumes universal consent is not a figure worth reporting against.
Do you install OLT and active equipment? Our scope is the outside plant — duct, cable, splitters, splicing and testing. Active equipment is normally the operator's own or their integrator's.
Terms used on this page
FTTH — Fibre To The Home, the access layer delivering fibre to individual premises. Homes passed — premises the network is capable of serving, distinct from premises connected. Feeder — the trunk fibre route carrying capacity into a cluster. Splitter — a passive device dividing one fibre across multiple premises. Drop — the final fibre segment from distribution into an individual premises.
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