Fiber Optic
Installation in
Chelsea

Why Chelsea Properties Need Fiber Optic Installation

Chelsea is where a good share of New York's internet changes hands, and it is also where a gallery owner on West 24th Street can wait weeks for a usable connection to the back office. Both are true because of what the neighbourhood used to be. Between the 1890s and the 1930s the far West Side was built for freight: the Nabisco ovens on Ninth and Tenth Avenues, the Port Authority's inland terminal at 111 Eighth Avenue, the Starrett–Lehigh Building where trucks rode elevators to upper-floor loading bays, the Terminal Warehouse with a rail tunnel running its full length, and the elevated freight line we now call the High Line threading between them. Those buildings had enormous floors, very heavy concrete and huge electrical capacity. When the internet arrived in the 1990s, those same qualities made them ideal places to put telecom equipment.

The result is unusual. 111 Eighth Avenue was marketed as a carrier hotel in the late 1990s, and Wikipedia's account of the building notes that its meet-me room was one of the city's main network interconnections by 2006. Across Ninth Avenue, the former Nabisco complex became Chelsea Market, joined by a bridge over Tenth Avenue to 85 Tenth Avenue, where Telehouse operates a 60,000-square-foot colocation centre. Google bought 111 Eighth Avenue in 2010 and Chelsea Market in 2018. It is one of the most heavily networked corners of the city.

None of that glass reaches a tenant automatically. A carrier will bring a circuit to a building's point of entry, usually a cellar room or a corner of the old loading area, and stop. Getting it from there to a ninth-floor studio in a freight terminal, a mezzanine office behind a gallery, a third-floor apartment in a Greek Revival rowhouse or a management office in a postwar co-op is a separate job, on the owner's or tenant's side of the line. In Chelsea that job runs into thick slabs, truck-sized freight elevators booked by art handlers, landmark districts on two sides of Tenth Avenue, and buildings whose original purpose had nothing to do with communications. That is the work this page is about.

The neighbourhood's own rules add to it. West Chelsea's warehouse blocks between West 25th and West 28th Streets became a historic district in 2008; the rowhouse blocks around Ninth Avenue in the West 20s were designated in 1970 and extended in 1981. The Special West Chelsea District, rezoned in 2005 alongside the High Line plan, drew a new generation of condominium towers to the blocks beside the park. And on the west side of Ninth and Tenth Avenues, the Fulton and Elliott-Chelsea Houses are in the middle of a contested redevelopment that NYCHA says will replace all 2,056 apartments. Each of these building types needs fiber handled differently, and each has a different person who has to say yes.

Chelsea facts that shape fiber work

• 2.9 million sq ft: floor space at 111 Eighth Avenue, completed in 1932 as Union Inland Terminal #1, with floors of roughly 165,000 square feet and four truck elevators rated at 40,000 pounds each.
• 1.8 million sq ft: rentable area of the Starrett–Lehigh Building at West 26th Street and Eleventh Avenue, finished in 1931 with three freight elevators that carried trucks to delivery bays on its upper floors.
• 19 structures: the final count of separate Nabisco buildings that make up the Chelsea Market block, where the High Line passes through the Tenth Avenue side of the complex.
• More than 20: private owners of the land beneath the High Line, according to the Friends of the High Line, alongside New York State and the City, which owns the structure itself and runs it as parkland.
• 2,820 and 1,665: apartments at Penn South, the ten-building cooperative founded in 1962, and at London Terrace, which packed 1,665 units onto a single block when it opened — two of the biggest residential plants any Chelsea fiber plan has to respect.
• Tuesday to Saturday: the opening days that gallery guides and one long r/AskNYC thread both give for most West Chelsea galleries, which is why we offer Monday scheduling for gallery work.

Residents describe the same gap from the other side. On Reddit's r/NYCapartments, a renter whose landlord had promised Fios was told by Verizon there was no fiber in the building at all; on r/AskNYC another found Verizon and the landlord disagreeing about whether the building was wired. In Chelsea that confusion is common, because a building can sit a block from a carrier hotel and still have nothing but a copper riser and a cable company's coax.

Most Chelsea clients who bring fiber up to a gallery or studio floor also put cameras and door readers on it while the pathway is open. Our commercial camera installers in Manhattan and Manhattan access control team can share the same survey and the same building approval.

Fiber Optic Installation Services in Chelsea

Everything here is on the building's side of the carrier's handoff. The carrier decides whether service reaches your address; we decide, with you and your landlord, how it reaches the rooms that use it.

Business Fiber Optic Installation in Chelsea

Chelsea's commercial life is spread across a handful of corridors, and the fiber requests that come out of each one are surprisingly consistent.

Compliance callouts for commercial fiber in Chelsea

• Joined buildings: blocks like Chelsea Market are several structures connected over the years, and the walls between them are often fire separations; every crossing is identified on the survey and sealed as a rated penetration.
• Jacket ratings: OFNR for shafts that only carry cable vertically, OFNP wherever a ceiling doubles as return air; in the terminal buildings, where landlords rarely want two cable types on one job, we usually quote OFNP for the whole route.
• Firestopping: every slab, fire wall and building-to-building separation we pass through is sealed the same day with a listed system and photographed.
• Landmarks: exterior work in the West Chelsea and Chelsea Historic Districts needs a Landmarks Preservation Commission permit, so pathways stay inside and new exterior conduit is left to the owner's architect to decide.
• Permits: a fiber-only job under 50 volts is not something we file with the Department of Buildings on its own; when the gallery or studio build-out around it is a filed alteration, our work sits inside that job and the landlord may want the contractor's permit posted before we start.
• Keeping exits clear: no enclosure on an exit route, no raceway narrowing an accessible path, and no reels or ladders parked in a freight lobby or gallery aisle overnight.

Fiber Optic Installation in Chelsea: Questions Answered

Gallery directors, sublandlords, rowhouse owners and condo boards in Chelsea each come to fiber with a different worry. We have sorted their questions by the decision behind them; quick ones about days, dust and coverage sit in the FAQ near the end.

Living beside the carrier hotels

Does being a few blocks from 111 Eighth Avenue make it easier to get fiber into our building?

It makes the outside part easier, not the inside part. Carriers with fiber already running past your block can usually build a short lateral into your building without a long street project, and in Chelsea several of them may be close enough to bid. That is a genuine advantage over neighbourhoods where the nearest splice point is half a mile away. But the carrier's construction ends at its demarcation point, normally in the cellar or near an old loading dock, and everything above that is owned and controlled by your landlord or your board.

In practice, Chelsea clients who are "next to the carrier hotel" and still waiting for service are almost always waiting on the inside: a riser that is full, a landlord who has not approved a second provider, or no path at all between the entrance room and their floor. We survey that inside route first, so when the carrier's order engineer asks where to deliver, the answer is a labelled panel with a tested path behind it.

How can a tenant find out which carriers are already inside a Chelsea building before signing the lease?

Ask the landlord in writing for a list of carriers with active service in the building, where each one terminates, and whether a tenant may bring in a carrier that is not on the list. A good landlord, or its broker, can answer in a day. Then confirm it independently: carriers' business sales teams will tell you whether an address is "on net" for them, and the answers sometimes differ from the landlord's. Renters on Reddit regularly describe being promised Fios by a landlord and then told by Verizon that the building has no fiber at all, and the commercial version of that mismatch is just as common.

The third check is physical. On a pre-lease walk we can look at the entrance room, see which carrier equipment is actually there, find whether a path exists from that room to the suite you are considering, and tell you what building that path would cost. It turns a vague "the building has fiber" into something your broker can write into the lease.

We sublet part of a floor from a larger tech tenant — can we have our own fiber, or do we have to ride theirs?

You can usually have your own, and on a long sublease you probably should. Chelsea's big terminal floors are often leased by one company and partly sublet to others, and the simplest arrangement — plugging the subtenant into the sublandlord's network — leaves your security, your bandwidth and your ability to change providers in someone else's hands. The cleaner design is separate strands from the building's entrance room or riser to an enclosure inside your part of the floor, with your own carrier circuit landing on it.

Two documents decide whether that is possible: the prime lease, which says what the sublandlord may permit, and the sublease, which says what you may do. Your lawyer reads those; we are not giving legal advice. What we bring is a route that never passes through the sublandlord's equipment room unless it must, labels that name each party, and an as-built that shows exactly which strands belong to whom when the sublease ends.

Our suites sit at opposite ends of one huge terminal floor — should they share one telecom room or have two?

On floors the size of Chelsea's freight terminals, usually two. A floor at 111 Eighth Avenue covers about 165,000 square feet, and even Starrett–Lehigh's floors are far deeper than an ordinary office. Copper Ethernet is limited to 100 metres per channel, including patch cords, so a single equipment room cannot serve desks and access points at both ends of a block-long floor. A second room or a lockable enclosure near the far suite, tied back to the first with fiber, keeps every copper run short.

The fiber between the two rooms is the easy part; the planning question is where the second room can go. It needs power, a little cooling, a door that locks and a route back that avoids freight aisles. We look for an existing closet or a corner of a storage room first, and price a second room only where nothing suitable exists.

Freight buildings and the High Line

How does new fiber get through the thick concrete floors of a former freight terminal?

Preferably through holes that are already there. Buildings designed to carry trucks and rail freight have heavy reinforced slabs, and their owners are rightly cautious about new cores. Most of them also have existing vertical paths — utility shafts, abandoned conveyor or chute openings, sleeves left by earlier telecom tenants — that the building engineer can assign. We ask for those first, because reusing a sleeve the building already knows about is faster to approve and cheaper to firestop.

Where a new penetration is unavoidable, it is sized just larger than the conduit, located away from beams and columns, and scanned for reinforcement before a bit touches the concrete. The building may want its own structural engineer to approve the location. Each core is sealed with a listed firestop system the day it is opened, and we photograph it for the building's file.

The old High Line viaduct runs through or right beside our building — can fiber be fixed to it or carried across it?

Not without the City's permission, and in practice we design around it. The High Line structure was donated to the City of New York by CSX and is run as parkland under the Department of Parks & Recreation; the land beneath it is split between the State, the City and more than 20 private owners. Where the viaduct passes through or connects to a building — as it does at Chelsea Market, where it runs through the Tenth Avenue side and once had spurs into the Nabisco building — the structure, its deck and its supports are not the building owner's to use as a cable path.

The workable routes run inside your own building: through its floors, around the opening the viaduct occupies, and across to another structure through a connection your owner controls, such as an internal bridge or a cellar passage. If two buildings on opposite sides of the viaduct need to be linked and no private connection exists, the answer is a carrier circuit through street conduit, not a cable over the park.

Art handlers book the freight elevator for every show change — how does fiber work fit around installs and de-installs?

By booking around the exhibition calendar rather than against it. In a gallery building the freight elevator is fully committed for the days before an opening and the days after a closing, and a fiber crew needing it for cable reels and ladders will lose that argument every time. We ask the gallery and the building for the calendar, then schedule our deliveries and any noisy work for the quiet stretch in the middle of a show, or for a day the galleries are closed.

Fiber itself is light; most of what we carry fits in a passenger elevator if the building allows it. Where the building insists on the freight car, a single early-morning booking for materials, followed by work that needs no more elevator time, keeps us out of the art handlers' way.

Galleries, homes and boards

Can fiber reach a gallery's office, viewing room and storage without crossing walls that are rebuilt for every exhibition?

Yes, and that is the first rule of a gallery route. Exhibition walls in Chelsea galleries are built, patched, moved and painted for each show; any cable inside them will eventually be cut by someone hanging a painting. We route fiber only through the permanent structure — the building's own perimeter walls, the ceiling or roof deck, floor channels where the slab allows, and the back-of-house rooms — and we mark the route on a plan the gallery's preparators can see.

The enclosure goes in the office, the storage room or the media closet, never on the exhibition floor. Where a cable must surface, it runs in slim raceway painted to the wall colour. The goal is a link nobody on the gallery floor ever sees, and nobody installing the next show can damage.

Where should fiber enter a Chelsea Historic District rowhouse with a stoop and an areaway?

Usually through the cellar wall below the areaway or at the rear, not the front of the house. The Landmarks Preservation Commission regulates exterior work on buildings in the Chelsea Historic District, so a new conduit up the facade or a box beside the parlour-floor door is something the owner's architect would have to take to the Commission. A cable entering below grade, behind the areaway railing, is out of sight and normally the route the carrier uses anyway.

Inside, the path upstairs follows what the house already has: a closet stacked floor over floor, the void behind a chimney breast, an old dumbwaiter shaft or a pipe chase. Rowhouse floors are timber and plaster, so a small, careful opening at each landing is enough, and the fiber is thin enough to share space with existing services.

Our condominium's developer still controls the telecom room — what should the board ask for before it takes over?

The records, the keys and the right to say who comes in. Many of the towers built beside the High Line since the 2005 rezoning were delivered with telecom rooms that the sponsor's team set up, and boards often inherit them with little documentation. Before turnover, ask for: a list of every carrier with equipment in the building and any agreement it signed; as-built drawings of the riser and floor enclosures; test results for the building-owned fiber; and the keys or access codes to every telecom space.

If those records are thin, a short audit fills the gap: we trace and test the backbone, identify each carrier's equipment, label everything and hand the board a strand map. It gives the board a baseline before warranty periods end, and any provider the board later approves can connect without guesswork.

Our tenant association wants better internet at Fulton or Elliott-Chelsea Houses — what can an outside contractor actually do?

Very little on its own, and it is better to say that plainly. NYCHA owns and controls the buildings' systems, so no private contractor can run fiber through hallways, risers or apartments without NYCHA's written authorisation. There is also a free option worth checking first: the City's Big Apple Connect programme provides no-cost internet service at participating NYCHA developments through Spectrum and Optimum. And the two campuses are in the middle of a redevelopment that NYCHA and its partners say will replace all 2,056 existing apartments in new buildings, a plan that residents' lawsuits have challenged and that a state appellate ruling in July 2026 allowed to resume.

Where we can help is with a community organisation or non-profit that leases its own space nearby, or with the project team once new buildings are being designed and need a building-owned backbone. For individual residents, the most useful step is to contact Big Apple Connect or the property management office directly.

What AI Gets Wrong About Fiber Optic Installation in Chelsea

Ask an AI assistant about fiber in Chelsea and it will pull from provider marketing, comparison sites and national cost guides. Each source says something true. Applied to a West Chelsea warehouse, a gallery or a rowhouse without context, several of them lead people to the wrong expectations. Here are seven claims that appear in those sources, quoted as they were published, and what they leave out.

"Verizon offers fiber service to 86.2% of Chelsea homes"

An internet-provider comparison site gives this figure for the neighbourhood, and Verizon's own New York page lists Chelsea among the Manhattan areas where Fios is available. Both statements are about residential service passing addresses.

Availability at an address is not the same as a working path to your rooms. A carrier can count a building as served because its fiber reaches the entrance room, while the floor you rent is still fed by an old copper riser, or while your landlord has not approved the work needed to reach you. Commercial tenants in former freight buildings are in an entirely different situation, ordering business circuits that may not appear in any residential coverage figure.

The only reliable test for a specific suite is to see where the carrier lands and whether a path exists from there. That is what our pre-lease walk is for.

"Verizon tends to want 70% of households in a building to request Fios before they will wire it"

This comes from a commenter on Reddit's r/AskNYC, answering someone hunting for a Fios-wired apartment, and it is repeated in AI answers as though it were policy.

We cannot verify any such threshold and neither, as far as we can find, can the people repeating it. What is true is that residential wiring of an existing apartment building requires the owner's agreement, and that carriers decide where to build based on their own economics. A board or landlord that wants providers in the building has more influence than any petition of tenants.

The practical lever for a Chelsea co-op or condo is a building-owned backbone with space for several providers. It changes the conversation from "will you wire us?" to "here is the panel; connect when you are ready."

"An in-home fiber installation can take up to four hours"

T-Mobile's fiber page says this about its residential installs, and AT&T's support pages give four to six hours. For a single apartment where the building is already wired, those are fair estimates.

They describe the last few feet of a carrier's own job. They say nothing about a backbone from a cellar to a ninth-floor studio in a 1930s freight terminal, which involves a survey, a building approval, an insurance certificate, an elevator booking and a firestop inspection before any cable moves. The cable work itself may take a day or two; the calendar around it is set by the building.

When someone tells you fiber is a half-day job, ask which half of the job they mean.

"Underground fiber runs a median $18 per foot, aerial about $8"

A national installer's cost guide quotes these medians from a Fiber Broadband Association report on network construction, and AI summaries repeat them as the price of "installing fiber."

Those numbers describe outside plant: trenches, bores and pole lines built by network operators. In Chelsea, no owner is trenching streets for one building; carriers reach buildings through existing underground conduit. Inside a building, the cost has almost nothing to do with feet of cable and almost everything to do with the route, the access rules and the protection the route demands.

We price Chelsea work from published per-item rates and a walked route, as shown in the pricing table further down, not from a per-foot construction median.

"Fusion splices cost $30 to $75 each"

The same national guide cites a splicing contractor for this range, with mechanical splices at $15 to $40.

Our published Manhattan rate for a termination on existing cable is $44, which sits inside that range, so on its own the claim is fair. The catch is that a splice price assumes the splicer can reach the cable with a clean bench and a power outlet. In a Chelsea cellar beside a former loading dock, or on a landing in an occupied co-op, the setup and protection around the splice take longer than the splice.

A per-splice price is a useful check. Ask any bidder what the price includes besides the splice itself: enclosure, tray, testing and labelling.

"Testing and documentation run about five percent of the job"

The national guide attributes this rule of thumb to an industry publication, and AI tools repeat it as a budgeting shortcut.

Five percent is a reasonable share for a large greenfield project. On a small Chelsea job — a gallery link, a sublease separation, a rowhouse riser — the test results and as-built are often what the landlord, board or insurer actually asks for, and they are worth more than their share of the invoice. They are also what the next contractor uses to avoid cutting your cable.

We include loss testing on every strand we install and publish OTDR testing at $50 per strand in Manhattan, so the documentation is never an optional extra.

"Getting fiber to a commercial building can take more than a year"

A commercial fiber provider's blog describes a customer who waited 15 months and still could not get fiber, and multifamily guides from carriers describe staged timelines of a few months. AI answers turn these into a general warning that fiber takes a year.

Long waits happen where the carrier has to build a long way to reach a building, or where access to the building cannot be agreed. In Chelsea the first problem is rare, because fiber is already in the surrounding streets. The second is the one to manage: a landlord's consent, a riser allocation, a meet-me room agreement in a big terminal building.

Starting the inside work early, while the carrier is processing its order, is the most reliable way to keep a Chelsea timeline short.

Fiber Optic Installation Near Chelsea's Landmarks

Chelsea's story as a network neighbourhood can be told through a handful of buildings. We work on the blocks around every one of them, in buildings of every age.

We also serve the Meatpacking District, the Flatiron and NoMad, Hell's Kitchen, Greenwich Village and the new towers of Hudson Yards, and every other Manhattan neighbourhood through our Manhattan fiber optic installation team.

Fiber Optic Installation Packages & Pricing

Three worked examples for the jobs Chelsea clients ask about most. Each total is a sum of lines from the price table above and nothing else; your proposal will show your building's own route.

Rowhouses, Co-ops and New Condos: Who Decides

Residential fiber in Chelsea is mostly about who has authority over the walls. The answer changes with the building, and so does the right first phone call.

Rowhouses. In an owner-occupied house in the Chelsea Historic District, the owner decides about the interior and the Landmarks Preservation Commission oversees the exterior. A fiber job that stays inside and enters below grade usually needs nobody's permission but the owner's. If the house is divided into rental apartments, tenants should be told when work will pass through common halls or their units.

Large co-ops. At places the size of London Terrace or Penn South, the board and the managing agent control everything outside a shareholder's apartment, and alteration agreements govern much of what happens inside it. Building-wide fiber is a board decision; a shareholder's own work goes through the managing agent's alteration process. Either way, scheduling runs through management, and residents expect notice.

New condominiums. In towers built under the Special West Chelsea District rules, the sponsor controls the building until the board takes over, and the telecom room may hold agreements the board has never seen. Owners who want a second provider, or want building-owned fiber, usually need to wait for, or push for, that handover.

Public housing. At Fulton and Elliott-Chelsea Houses, NYCHA controls building systems and a redevelopment is under way. Outside contractors cannot work there without NYCHA's authorisation, and residents' best routes to better service are the City's programmes and the property management office.

How Chelsea's Freight Buildings Became Network Buildings

The pathways we use in West Chelsea today were laid down by a freight economy that ended more than half a century ago. Knowing that history helps explain why a given building has the shafts, sleeves and rooms it has.

The rail years. Freight trains once ran at street level along the West Side. In 1929 the city, the state and the New York Central agreed on the West Side Improvement Project, which lifted the line onto an elevated viaduct; the first train used the High Line in 1933, and the last street-level track was removed from Eleventh Avenue in 1941. The big terminal buildings went up in the same years: Starrett–Lehigh was finished in December 1931 and 111 Eighth Avenue in 1932, both designed so that trucks, rail freight and storage could share one enormous structure.

The empty years. The trade did not last. The last railroad company left 111 Eighth Avenue in 1963, the Port Authority itself moved out a decade later, and Starrett–Lehigh was 40 percent vacant by the early 1970s. By 1978 the High Line carried two carloads a week, and it closed after its last train in 1980. Those decades left the neighbourhood with huge, under-used buildings full of freight elevators, loading platforms and utility shafts.

The telecom and dot-com years. In the late 1990s those same features became selling points. 111 Eighth Avenue was re-let as a carrier hotel; Starrett–Lehigh was bought by a group of investors in 1998, renovated and filled with dot-com companies and later fashion firms. Much of the cable still sitting in West Chelsea's risers dates from this period, installed fast, for tenants who have long since gone.

The park and the towers. The City Council approved the West Chelsea and High Line rezoning in 2005, the same year CSX donated the viaduct to the City. The first section of the park opened in June 2009 and the second in 2011. Google bought 111 Eighth Avenue in 2010 and Chelsea Market in 2018, and new condominium and office towers rose on the blocks around the park.

For fiber work, each layer of that history leaves something behind: a shaft that once held a conveyor, a sleeve a 1999 telecom tenant cored and abandoned, a cellar room where the carrier's ancestors landed copper, a new tower's telecom room still controlled by its sponsor. Reading those layers is the first half of every West Chelsea survey.

Fiber for Eleventh Avenue Studios, Showrooms and Media Floors

The terminal buildings along Eleventh Avenue and the side streets near the river now hold fashion firms, showrooms, design studios and media companies, many of them on floors that were built for crates. Their networks have three things in common.

Large files moving between rooms. A studio shooting all day sends camera files to a workstation, from there to a server and later to retouchers and clients. Inside a big floor, those transfers happen between rooms that may be a long way apart. Fiber between the shooting area, the edit suite and the equipment room gives those links room to grow, while ordinary copper continues to serve desks, phones and printers.

Spaces that change shape. Showrooms are re-merchandised for each season and studios are re-lit for each client. As in a gallery, the rule is to keep fiber in the permanent shell — columns, perimeter walls, the ceiling deck — and bring flexible copper or wireless from there into the changing space.

Shared floors and short leases. Many of these firms sublet from a larger tenant or take space for a few years at a time. Separate strands, a lockable enclosure and a clear as-built protect them when the floor changes hands, and they make it easy to hand the plant to the next occupant instead of ripping it out.

Because these buildings are so large, the most common mistake we see is a single equipment room serving a whole floor through very long copper runs. Splitting the floor into two zones, joined by fiber, usually fixes slow and dropped connections without any change to the carrier service.

What Happens on a Chelsea Fiber Survey

The free survey is where a Chelsea job is really designed. It usually takes an hour or two, and it follows the same order whether the building is a block-long terminal or a three-storey rowhouse.

First, the entrance. We start where outside services come in: the cellar, the old dock room, a closet behind the lobby or a box on a rear wall. We note every carrier's equipment, photograph the labels, and check whether there is space and power for a new enclosure. If the building has a managed meet-me room, we ask how cross-connects are ordered and who holds the keys.

Second, the vertical path. With the super, engineer or owner, we look at every way up: assigned risers, utility shafts, sleeves left by earlier tenants, stacked closets and, in older houses, dumbwaiter shafts or chases. We open what we are allowed to open and estimate how full each path is, because a path on a drawing is not a path until someone has looked inside.

Third, the floor. On your floor we walk from where the backbone would arrive to every room that needs service, identifying permanent walls, ceiling conditions and any fire separations. In a gallery that means a conversation about which walls move; in a terminal building, about how far the far suite is from the near one; in a co-op, about which landings the board will accept an enclosure on.

Fourth, the rules. We ask for the building's contractor rules, insurance requirements, working hours, elevator procedures and the name of whoever signs off. If nothing is written down, we agree the essentials with the person who runs the building and confirm them by email.

Within a few business days you get a proposal built from our published price lines, a route sketch your landlord or board can review, and a list of the approvals the job needs. If a second route is worth considering, the proposal says so and prices both.

Chelsea Fiber Optic Installation FAQ

West Chelsea Fiber Down Right Now?

Gallery opening tonight, studio shoot in the morning, tenants in a terminal building with no internet? Ring (929) 560-0737 and say the word "repair." Same-day dispatch where the schedule allows, a fix in one to two hours for the usual culprits once we are standing at the rack, and a fresh light-loss reading on the repaired strand before anyone signs off.