A 200 Mbps connection can give a busy household more capacity, but the whole path to the device must support that speed. Check the ONT or router LAN port, Ethernet cable and computer adapter. A port negotiating at 100 Mbps becomes a bottleneck even when the fiber subscription is faster. Confirm the link speed before interpreting an internet speed test.
Planning your connection in South Delhi
Mbps measures bits per second; download applications often show megabytes per second. Dividing 200 by eight gives a theoretical 25 MB/s before overheads and other limits. This is an illustration, not a promised download rate. The remote server, Wi-Fi link and other users can all reduce the result, so a single file download is not a complete acceptance test.
Use one capable device on Ethernet for the baseline, then test Wi-Fi where you actually use it. Compare evening results with quieter periods and record the server used. If the wired baseline is healthy but the bedroom result is poor, improve indoor coverage. If the ONT loses optical signal, the investigation moves to the fiber path rather than the plan speed.
Run a test that can reveal the bottleneck
Connect one capable computer directly by Ethernet to the appropriate LAN port. Check that the link negotiates at gigabit speed for a plan above 100 Mbps. Stop VPN use and background transfers where appropriate, then record the test server, time and result. Repeat under the same conditions before interpreting a single low reading as a fault.
A test exercises more than the fiber: equipment, local traffic, the provider path and the test server all contribute. Wi-Fi adds another variable. If the wired result is consistently low, share the conditions with support. If it is good while a remote room is slow, focus on the indoor path. A physical splice is justified by diagnosed cable damage or an optical issue, not merely by one disappointing wireless result.
Example: the computer connects at 100 Mbps
If the computer reports a 100 Mbps Ethernet link on a 200 Mbps subscription, inspect the local connection before judging the fiber. Try a known suitable Ethernet cable and a gigabit-capable port or adapter. A damaged cable or older intermediate switch may negotiate below the intended rate. Record the link speed after each change.
Once that bottleneck is removed, repeat the same test with other traffic paused. Do not expect an exact 25 MB/s file download merely because the plan is 200 Mbps; protocol overheads and the remote source still apply. Share both link-speed and test evidence if support is needed.
How a technician makes a fiber joint
A fiber joint reconnects the glass path that carries light. For an appropriate single-mode drop repair, a trained technician can use fusion splicing: the machine aligns prepared fiber ends and joins them with an electric arc. Mechanical splices use a different alignment method and may be selected for particular applications; twisting wires together is not a fiber repair.
- Identify and isolate: establish the affected cable, ownership and safe working access. Test before cutting so healthy neighbouring lines are not disturbed.
- Prepare: remove the damaged section, prepare the cable and strip the required coating. Clean the fibers and use a precision cleaver to create suitable ends, following the equipment instructions.
- Align and fuse: select the correct program for the fiber, inspect the preparation and run the splice. A poor cleave or contaminated end needs re-preparation.
- Protect: fit the splice protector, use the sleeve heater where required and secure the joint in an appropriate tray and enclosure with strain relief.
- Verify: check the optical path and restore service. The machine's estimated splice loss is not a substitute for an optical measurement and a working-connection test.
If the damaged cable has too little sound length, the repair may require a replacement section with more than one joint. The technician must also address the cause of the break. Never look into a fiber end or handle glass scraps; this is trained installation work, not a home repair procedure.
Tools and equipment used for installation and repair
| Equipment | Purpose |
|---|---|
| Cable and fiber strippers; aramid scissors | Prepare the jacket, strength members and coated fiber without damaging the glass. |
| Approved cleaner, lint-free wipes and precision cleaver | Prepare clean, correctly cleaved fiber ends for joining. |
| Fusion splicer and sleeve heater | Align and join compatible fibers, then protect the splice. |
| Protectors, splice tray, closure and cable fixings | Keep the joint supported and protected for its indoor or outdoor location. |
| Optical power meter and suitable test source | Measure optical power or link loss with compatible wavelengths and adapters. |
| Visual fault locator; OTDR when appropriate | Help trace continuity issues or locate optical events. Not every short drop repair needs an OTDR. |
| ONT, router, Ethernet cable and test device | Activate the service and check the usable connection after optical work. |
| Eye protection and fiber-scrap container | Control the hazards from small glass fragments during preparation. |
This describes a typical professional workflow, not a promise that every tool is carried to every visit. Ask which diagnosis and tests your quoted job includes. See the FOA installer toolkit reference and fusion-splicing guide for background.
Installation and fiber-repair timing
Planning estimates, not guaranteed appointment or repair times: a straightforward new drop installation may take roughly 2–4 hours on site once feasibility, permission and materials are ready. An accessible, simple drop-cable repair may take around 1–2 hours on site. These are illustrative allowances, not measured Fiber Link service commitments; ask for an estimate after diagnosis.
The arc that forms a joint is only one short step. Locating damage, gaining access, preparing cable, protecting the splice, measuring the optical path and confirming activation take additional time. A new cable route, several breaks, shared-network work or unavailable access can require a longer visit or another day. Appointment waiting time and provider-side activation are separate from hands-on work.
Fiber-break help for Airtel, Jio, Excitel and ACT connections
Fiber Link Broadband accepts enquiries for independent physical fiber-break and jointing work on Airtel, Jio, Excitel and ACT connections, subject to the location, diagnosis and permission to work on the affected cable. Share your current provider, exact address, ONT indicator status and a safe photo of visible damage when requesting a visit.
This is not a claim of official affiliation or authorised-provider status. Provider-owned cable and shared equipment require the network owner's approval; customer-owned sections also need the relevant property permission. Raise a ticket with your account provider first for its network. Billing, ONT registration, account restrictions and upstream outages remain with that provider. Agree the physical repair scope and quote before work; a splice cannot fix those account or network-control issues.
Questions before booking
Will 200 Mbps produce 200 Mbps on every device?
No. The device, Ethernet ports, wireless link, remote service and simultaneous use can limit an individual result. Use a wired baseline to assess the service separately from room coverage.
Ask for an address check or repair assessment
Call 9971524677 or message Fiber Link Broadband. Include your full South Delhi address, floor, entrance, preferred access window and whether the enquiry is for a new connection or a fiber break. Confirm the current plan, complete charges and job scope before payment.
Conclusion
Compare the complete cost and the household’s simultaneous needs. Keep recurring charges separate from refundable security and confirm the final payable terms before booking.