Fiber Optic
Installation in
Westchester County

Why Westchester Properties Need Fiber Optic Installation

Westchester isn't short of fiber. It has a lot of buildings whose fiber was designed for an occupant that has since left. For decades the county's commercial identity was the corporate campus: a single company on a landscaped lot along Westchester Avenue, Anderson Hill Road or the Saw Mill River Parkway, with one main telephone room, one data centre and a private backbone that went exactly where that company needed it. Downtown White Plains, Yonkers and New Rochelle added office towers built on the same idea, one or two large tenants per building. That model has been breaking up for years, and the wiring inside those buildings hasn't kept pace.

The vacancy numbers show the pressure. Lincoln Property Company's second-quarter 2026 report puts Westchester's overall office vacancy at 24.09 percent across an inventory of more than 22.6 million square feet. The submarket the report calls West I-287 sits at 30.34 percent, and East I-287, which takes in Purchase, has about two million square feet empty. Owners have answered in three ways. Some divide the building among smaller tenants. Some convert it to apartments, as Ginsburg Development did at 1 Martine in White Plains (Westchester Magazine called it the county's first major office-to-residential redevelopment) and as Toll Brothers did on former office sites at Corporate Park Drive in West Harrison. Some knock it down and start again. Each option leaves the existing fiber in a different state. It may be useful, it may be stranded, or it may be in the way.

Building splits and conversions are where we come in. When a building with one corporate occupant gets several tenants, the backbone has to be cut into separate pieces. Each tenant needs its own carrier handoff, its own path to its own rooms and its own strands that nobody else patches into. Conversions are more drastic: the office backbone that fed a handful of large floors has to be redesigned for dozens or hundreds of households. The downtowns add new construction on top of all this. New Rochelle's downtown overlay, adopted in late 2015, allows up to 6,370 housing units and 12 million square feet of new development, and every one of those towers needs a telecom room and a riser plan before its walls close.

What Westchester mostly doesn't lack is carrier fiber in the street. In 2001 the county's Department of Information Technology contracted Cablevision Lightpath to build a countywide fiber network called the Westchester Telecom Network. The Intelligent Community Forum describes it as more than 800 miles of fiber reaching every corner of the county and serving all of its schools, libraries and hospitals. Verizon and Optimum also run fiber to large parts of the county, and residents on r/Westchester compare the two in thread after thread. A building on a street with three fiber carriers can still be badly wired inside. That gap between the curb and the suite is the work we do.

Westchester facts that shape fiber work

• 24.09 percent: overall Westchester office vacancy in Lincoln Property Company's Q2 2026 report, with West I-287 at 30.34 percent and the White Plains CBD at 23.73 percent. A lot of buildings are being re-planned, and their fiber has to be re-planned with them.
• 48 municipalities: six cities, 19 towns and 23 villages, according to New York State and county sources. Building departments, insurance requirements and inspection habits vary from one to the next.
• 800+ miles: the reach of the Westchester Telecom Network that Lightpath built under a 2001 county contract. The county's DoIT annual report says the arrangement gave municipalities county-negotiated pricing for phone and data.
• 6,370 units: the housing ceiling in New Rochelle's downtown overlay. According to Pew's November 2024 review, only a sixth to a fifth of the approved housing had been completed and fully occupied by then, so much of it is still to be built.
• 245 apartments: what White Plains approved in 2017 for the former AT&T building at 440 Hamilton Avenue, a 12-storey 1960s office building at North Broadway, according to The Journal News.
• 14 feet: the depth of water some Mamaroneck neighbourhoods reported after the remnants of Hurricane Ida in September 2021, when ABC7 reported basements filling and water rising to first floors. Where the fiber enters a building matters in Westchester too.

On r/Westchester, one thread asked what residents thought of turning office buildings into rental housing. The thread's existence says something: conversions are ordinary local conversation here, not an industry topic. The people who own and manage those buildings are the ones calling us. They need to know whether the corporate-era fiber in the walls still has any value.

Most Westchester owners who re-cut a building's fiber are also re-planning its cameras and door readers for several tenants at once. Our Westchester access control installers and the structured cabling crew for Westchester County work from the same building survey, so each tenant ends up with one coordinated scope.

Fiber Optic Installation Services in Westchester County

Most of our Westchester work involves dividing up, reusing or replacing fiber a building already has. We do install new backbones from scratch, but most calls start with a building someone else wired.

Business Fiber Optic Installation in Westchester County

Brokers divide Westchester into office submarkets, and those boundaries line up surprisingly well with the kinds of fiber calls we get. The downtowns add a second map of their own.

Compliance callouts for commercial fiber in Westchester

• Cable listing: riser (OFNR) cable in vertical shafts, plenum (OFNP) cable in air-handling ceilings, and indoor/outdoor or outside-plant cable for runs between buildings. Many campus ceilings are return-air plenums, so we check each ceiling before choosing the jacket.
• Firestopping: every rated wall and floor we pass through is sealed with a listed firestop system the same day and photographed. When a building changes use, the inspector often looks harder at penetrations left by earlier trades.
• Local building departments: Westchester has 48 municipalities, each with its own building department. Low-voltage work that's part of a filed renovation follows that job's permit. We confirm with the owner or general contractor which office is involved before we start.
• County licensing: Westchester's Department of Consumer Protection requires home improvement contractors to hold a county licence. On residential work we go over what applies to your scope before signing.
• Outdoor work and digging: any new trench between buildings starts with a free 811 utility markout under New York's one-call system, at least two working days before digging.
• ADA and egress: enclosures and raceway stay out of exit paths, stair doors and accessible routes. That matters most in conversions, where corridors are being reconfigured.

Fiber Optic Installation in Westchester County: Questions Answered

These questions come from Westchester owners, property managers, developers and tenant IT leads, mostly while a building is changing hands or changing use. They're grouped by the decision behind them and answered straight away. Shorter questions about coverage, licensing and scheduling are in the FAQ further down.

Re-cutting a single-tenant building

We're re-letting a former corporate headquarters off I-287 floor by floor — should the landlord own the backbone, or should each tenant bring its own?

Start by deciding who will own the backbone, then decide how it's shared. The simplest model for a multi-tenant Westchester office building is a landlord-owned backbone: the existing riser and campus fiber, surveyed and repaired, terminates in the carrier entrance room and in a lockable enclosure on each floor. Each tenant is assigned specific strands. The landlord keeps the master strand map, and the tenant's IT provider only touches the tenant's trays. The other model, where each tenant pulls its own fiber in a sleeve the building assigns, suits buildings with spare riser space and tenants that want full control. It uses up pathway quickly, though.

In practice, most former headquarters can support the landlord model because the corporate occupant over-built the riser. A 24- or 48-strand backbone that served one company's floors can usually be re-terminated so each floor has dedicated strands to the entrance room, with spares left for a second carrier. We test it first. If a cable has broken strands or a crushed section, it's cheaper to replace that run than to build a sharing scheme around damaged glass.

Whichever model you choose, write it into the leases. Tenants should know which strands are theirs, who repairs them and what happens when they leave. We'll provide a one-page fiber exhibit for each tenant from the strand map.

The old corporate data centre in our building is being torn out — what happens to all the fiber that ran to it?

It all has to be traced before anything is cut. Corporate computer rooms are where fiber converged: riser cables from every floor, links to other buildings on the campus, carrier circuits extended from the entrance and sometimes fiber to a disaster-recovery room elsewhere on site. When demolition starts, the risk is that a crew cuts a bundle that still carries a live carrier circuit or a link another building depends on.

We trace each cable from the computer room to its far end, mark which are live, and reroute the live ones to the new main telecom room before demolition. Then the dead ones are cut back to their origin and removed, or tagged as abandoned if the owner wants them left. Often the most useful cable is the riser itself, and it can be re-spliced in a new enclosure on the same floor instead of going to a room that no longer exists.

Book this work before the demolition contractor arrives, not on the morning the walls come down. A day spent tracing can save a week of outages.

Can tenants on different floors of one Westchester office building share a building-owned fiber backbone without sharing a network?

Yes. Physically separate strands are separate networks. Light on one tenant's strand cannot reach another tenant's equipment unless someone patches the two together. Sharing a cable is no more of a security risk than sharing a riser. The risk is in how the termination points are managed: an open panel in a shared closet, where any tenant's contractor can move a jumper, is how networks get crossed.

We terminate each tenant's strands in its own lockable enclosure or in labelled trays behind a locked door, and we label both ends with the tenant's name and strand numbers. In the entrance room, each carrier circuit is patched to one tenant's strands and nothing else. The landlord holds the key to the shared positions. Tenants hold keys to their own.

Tenants that need more separation, such as medical groups, law firms or financial offices, can be given their own cable in the same pathway instead of strands in a shared one. It costs a little more and makes the separation obvious to anyone who audits it.

The departed company's telephone room is still full of its old equipment — can it become the entrance room for our new tenants' carriers?

Usually in the same room, organised differently. The entrance conduit and the room are rarely the limit. The limit is how the room is laid out. A corporate telephone room tends to be filled with equipment from the company that left: old phone systems, backboards full of copper blocks and a carrier rack or two. We clear what's dead, put up a meet-me panel where every carrier circuit lands in a labelled position, and carry each circuit to its tenant over owner fiber.

If the entrance conduit is full, or only one carrier can physically reach the building, a second entrance may be worth building. That involves the carrier and sometimes the municipality, so we price it separately and only recommend it when the tenant mix needs it. Many Westchester buildings already have two or three carriers available at the street. The Westchester Telecom Network alone, by the county's own account, reaches every corner of the county.

When the room is organised, a new tenant's circuit becomes a short patch rather than a project. That helps when you're marketing suites: you can tell a prospect their carrier can be live within days of signing.

Conversions and new construction

Should the office-era fiber in a building being converted to apartments be reused, re-terminated or stripped out?

Usually some of each, and the survey decides. The riser backbone between floors is the part most worth keeping: if it's single-mode and tests well, it can be re-terminated into residential floor enclosures for far less than a new pull. Multimode riser fiber is less useful in a residential building, because carriers serving apartments almost always hand off on single-mode. Horizontal office fiber to old computer rooms, trading floors or executive suites rarely matches the new apartment layout and usually comes out.

The decision should be made early, while the design team is still placing the new walls. Once the residential layout is fixed, we can show which existing pathways survive, where the new telecom closets go and how much of the old backbone fits. Conversions like 1 Martine and 440 Hamilton Avenue in White Plains turned office floors into hundreds of apartments, and in that kind of project the wiring decisions are cheapest before demolition and most expensive after drywall.

Whatever is removed should come out completely, back to its origin. A conversion is the one chance to clear decades of abandoned cable from the risers before residents move in and access becomes difficult.

Our office building is becoming self-storage — does it still need fiber, and where?

Less than an office, but more than owners expect. Office-to-storage conversions have been proposed in Westchester; Westfair reported one such plan for an office building at 504 White Plains Road. A storage building's network carries gate access, keypads, cameras on every floor, the rental office, and sometimes kiosks and smart locks. The loads are small, but the devices are spread across large floor plates and several storeys, often further from the main rack than copper can reliably reach.

The usual design is short: carrier service into the rental office, then a fiber backbone from there to a small enclosure and switch on each floor or each wing, with copper running from those switches to cameras and access hardware. If the old office riser is still in good condition, it usually covers most of what the new use needs.

Plan it with the security contractor. The cameras and access system decide where the floor switches go, and the switches decide where the fiber ends.

When should a developer building under New Rochelle's downtown overlay bring in a fiber contractor?

Before the electrical drawings are final, so during design and not at fit-out. New Rochelle's overlay was built to move projects quickly. Pew's review describes a single generic environmental review for the whole plan, so individual buildings that fit it face a much lighter assessment. A faster approval also means less time to correct a telecom design that was an afterthought. The decisions that matter, such as the size of the entrance conduit, where the main telecom room sits, whether it has dedicated power and cooling, and how much spare riser space there is, are all set in the drawings.

We can review the telecom pieces of the drawings, recommend conduit sizes and room layout for several carriers, and then install the riser fiber and floor enclosures alongside the rough electrical work. The retail spaces at the base of these towers usually need service before the apartments do, so we plan their path first.

At handover, the developer gets a tested backbone, a strand map and a room any carrier can serve. That makes it easier to bring in more than one provider later, which residents increasingly ask about.

Public buildings, medical tenants and site selection

Our village offices connect to the county's Westchester Telecom Network — who is responsible for the fiber after the county's handoff?

Generally the municipality, for everything inside its own buildings. The county network, built by Lightpath under the county's 2001 contract, brings service to a handoff point at each connected site. From that point on, the cable to other rooms, other floors and other buildings in a municipal complex belongs to the owner, which might be a village hall with a police desk in the basement, a highway garage across the lot, or a library or pool building next door. That's the part that tends to be undocumented, because it was added piece by piece over many budget cycles.

We survey that internal fiber, repair or replace what's failing and document it so the IT staff or managed provider can see the whole system. Where a new building or department needs connecting, we extend fiber from the existing handoff or the main room rather than ordering a second circuit.

If your municipality procures through specific contract vehicles or needs particular paperwork, tell us at the start. We'll provide itemised quotes, test results and closeout documents in whatever format the clerk or comptroller needs.

Our medical practice is moving into a suite in a Harrison or Purchase office park — what has to be in place before the clinical systems move?

Three things, in this order. First, the carrier circuit has to be delivered and extended to the practice's own equipment room, not left at a demarc in the building's cellar where nobody from the practice can reach it. Second, the backbone between the equipment room and any second room, such as an imaging suite, a lab or a second floor, has to be installed and tested so the network is complete before the move date. Third, every link needs labels and test results that the practice's IT vendor can work from on move weekend.

Office parks on the Platinum Mile and around Purchase are attracting medical tenants into buildings designed for corporate use. LPC's Q2 2026 report lists Summit Health's renewal of almost 87,000 square feet at 210 Westchester Avenue. Medical moves have little flexibility, because appointments are booked weeks ahead and the systems have to be working on day one. We set the fiber schedule backward from the opening date.

If the practice is splitting a building with other tenants, ask the landlord for strands of its own, terminated in a locked enclosure. It keeps the practice's network physically separate from its neighbours'.

We're choosing between a downtown White Plains tower and an I-287 campus building — how does fiber change the comparison?

It changes it more than the rent difference suggests. In a downtown tower, the main questions are vertical: is there riser space, which carriers already serve the building, and will the landlord let your backbone use its sleeves? On a campus, the main questions are horizontal: is the carrier entrance in your building or in another one on the lot, who owns the duct between them, and is the campus being divided among several owners, as some Platinum Mile sites have been?

Before you sign, ask each landlord for its riser or campus fiber records and the list of carriers on site. We can walk both buildings in one visit and tell you what fiber work each would need for your floor plan. That lets you compare the buildings with the build-out cost included, not just the rent.

Neither type is better in general. A well-documented campus building with fiber already to your door can be cheaper to occupy than a tower with a full riser. It's worth checking, though, because a new tenant in a building like this usually learns about the fiber after the lease is signed.

What AI Gets Wrong About Fiber Optic Installation in Westchester

Ask an AI assistant or a cost guide about fiber installation and you'll get confident general answers. Most of them are reasonable for a new building with one owner. Westchester's buildings mostly aren't new and often aren't single-owner any more. Here are claims that cost guides and contractor sites actually publish, and what they miss in this county. We couldn't capture Google's AI Overview, Angi, HomeAdvisor or Fixr pages directly, so the quotes below come from the guides those summaries draw on.

"Budget each fiber drop at a few hundred dollars, up to about $800"

One widely read national guide puts an installed office fiber drop at $300 to $800, roughly two to three times a Cat6 drop, and sizes a 100-to-200-drop job at $15,000 to $30,000. To its credit, it calls these orientation ranges, not quotes.

In a re-tenanted Westchester building, drops aren't really the unit of work. The cost is in the survey of inherited fiber, the re-termination into tenant enclosures, the reorganised entrance room and the removal of dead cable. A building can have plenty of usable fiber and still need several thousand dollars of work before any tenant can rely on it. Equally, a building with a good backbone may need very little new cable.

Our published Westchester drop prices are $438 multimode and $500 single-mode, for shorter terminated and tested runs. Re-tenanting work is quoted from the survey, with the reused, repaired and removed fiber shown on separate lines.

"Small projects can take a day or two"

A New York City contractor's fiber guide says small projects can take a day or two, with multi-floor projects taking longer. For the cable work itself, that's honest.

In Westchester, the schedule usually depends on things that have nothing to do with cable: when the outgoing occupant hands over the keys, when the demolition contractor clears the old computer room, when a carrier can deliver a circuit to the reorganised entrance room, and when the landlord, tenant and lender agree who owns what. The installation may take two days. The project around it can take two months.

We give two dates: when the fiber work can be done, and what has to happen first for that date to hold. That's more useful to a property manager than a single estimate.

"Copper stops working reliably beyond about 100 meters, so far-apart rooms call for fiber"

The same New York guide makes this point, and the 100-metre channel limit for copper Ethernet is real.

In Westchester it applies most to the wide floor plates of corporate campus buildings, where one closet can't reach the far side of the floor. But distance is usually not the main reason Westchester buildings need fiber. Ownership is. Once a building has several tenants, each needs its own link from the carrier entrance, and those links are best on fiber because they span floors, are shared in pathway and must stay separate.

Reading "you need fiber when distances exceed 100 metres" as the whole rule leads owners to think a compact building doesn't need any. A compact building with six tenants still needs six separate paths to the carriers.

"Single-mode cable now costs less than OM4, but its optics cost more"

A 2026 cost guide aimed at New York buyers points out that the price order of the glass has flipped, so single-mode cable is the cheaper of the two, even though a single-mode transceiver can still run 1.5 to 5 times the price of its multimode equivalent.

For a shared backbone, that trade-off is easy. Carriers hand off on single-mode, tenants change, and whatever optics the next tenant uses will be bought by that tenant. A landlord installing or replacing a backbone for several tenants should put in single-mode, and nearly always does.

Where a corporate occupant left a good multimode backbone, re-terminating it for tenants who use multimode optics can still make sense. We'll test it and show you both options rather than quietly replacing usable glass.

"OTDR testing is billed by the hour, about five percent of the job"

That New York guide prices OTDR acceptance work at $75 to $150 per hour, says nobody quotes it per strand, and tells readers to set aside roughly five percent of the installation for it.

We publish one: $50 per strand in Westchester, plus insertion-loss testing included on every link we install. For an inherited-fiber survey, a flat per-strand rate tells an owner in advance what it costs to learn whether the old backbone is worth keeping.

The OTDR matters more in Westchester than the guide suggests. On a backbone the previous occupant left, the trace is what shows the crushed section behind a panel, the splice that was never protected or the break where a demolition crew pulled a bundle.

"Underground fiber runs a median of about $18 per foot"

A contractor's cost article cites the Fiber Broadband Association's 2025 figures: a median of $18.00 per foot for underground construction and $8.00 for aerial.

Those are figures for outside-plant construction along roads. On a Westchester corporate campus, the first question isn't the cost per foot of new trenching. It's whether duct already exists between the buildings and who owns it now. Campuses on the Platinum Mile have been partly demolished and redeveloped, so duct laid by one owner can now run under another owner's land.

We locate existing duct and confirm ownership before pricing a new route. Reusing a duct you have rights to costs far less than building a new one, and building one across land you don't own creates a problem for whoever buys the building next.

"Westchester already has fiber everywhere"

This isn't one guide's claim. It's the conclusion people reach from real facts: a county fiber network that the Intelligent Community Forum describes as more than 800 miles long, Verizon and Optimum fiber across much of the county, and r/Westchester commenters noting Optimum fiber in towns such as Briarcliff Manor and Ossining.

All of that is fiber to the building, or to the curb. None of it reaches the tenant's suite on the fourth floor, the second building on the campus or the apartments on the twelfth floor of a converted office tower. That's owner-side wiring, and in many Westchester buildings it was designed for an occupant that left years ago.

When someone says the building "already has fiber", our first question is "to where?" The answer decides whether you need a carrier order, a short extension or a survey of what the last occupant left.

When a Corporate Campus Is Split Into Separate Parcels

Some of Westchester's largest corporate sites no longer belong to one owner. Multifamily Executive reported in 2021 that a number of former office sites along the stretch of I-287 known as the Platinum Mile had been demolished and redeveloped, including the 421-unit Carraway community at 103 and 105 Corporate Park Drive in West Harrison. When a campus is divided, the fiber and duct the original owner installed between buildings don't respect the new property lines.

This creates a problem that rarely comes up anywhere else in the region. A duct bank laid by one company to connect its buildings may now run from one owner's building, under a second owner's parking lot, to a third owner's building. The fiber inside it may still be in use by one party, abandoned by another and unknown to the third. Nobody wants to discover this when an excavator finds the duct during a parking-lot rebuild.

Our approach starts with the paperwork, not the shovel. We ask the owner or their attorney for the survey and any easements recorded with the subdivision, then locate the duct on site from manholes, handholes and building entrances. We test any fiber inside it and trace where each cable goes. The result is a drawing that shows which duct crosses which parcel, what is in it and whether it's live.

From there the choices are straightforward. If an easement covers the duct and your fiber is in it, the duct can keep serving you, and we document it. If no easement exists, the owners can agree one, or you can build a new route on your own land, which we'll price as a separate option. If the old fiber is dead and nobody needs it, it can be cut back and capped at each building wall, so a future contractor doesn't mistake it for something live.

Any new digging on a Westchester campus starts with an 811 call so utilities mark their lines, and private lines such as old campus duct, site lighting feeds and irrigation are located separately, because the utilities don't mark what they don't own. This is one more reason the survey comes first.

Fiber Optic Installation Near Westchester's Landmarks

A handful of Westchester places sum up the county's fiber story: corporate land being reused, office towers becoming homes, downtowns rebuilt around the train, and institutions that have always needed links between buildings. We work in the blocks around all of them.

We also serve Yonkers from Getty Square to Ridge Hill and Central Park Avenue, Mount Vernon, Port Chester and Rye Brook, Scarsdale, Eastchester and Bronxville, Tarrytown, Sleepy Hollow and Elmsford, Valhalla and Hawthorne, Ossining, Croton-on-Hudson and Peekskill, Mount Kisco, Armonk, Bedford, Pound Ridge, Yorktown, Somers, Lewisboro and North Salem. Across the river and county lines we cover Rockland, Putnam and the Bronx.

Fiber Optic Installation Packages & Pricing

Three sample jobs, one for each stage of re-tenanting: finding out what you have, connecting a first tenant, and building a backbone several tenants can share. Each total uses nothing but the unit prices in the table above; your proposal will reflect your own survey.

What Ida and Isaias Showed About Westchester Telecom Rooms

Westchester's two worst recent storms hit networks in different ways, and both are worth remembering when you decide where fiber enters a building and where the equipment sits.

Tropical Storm Isaias, in August 2020, was a wind event. ABC7 reported that Con Edison counted 260,000 customers without power across New York City and Westchester. Eight days later, The Journal News reported that Con Edison still had 1,357 customers in the dark. For networks, the lesson was power and overhead plant. Fiber itself carries no electricity and doesn't care about a power cut, but the switches and optics at each end do. A building whose carrier circuit survived still lost service if its telecom room had no backup power, and links that ran on overhead lines between buildings were exposed to falling trees.

The remnants of Hurricane Ida, in September 2021, were a water event. ABC7 reported up to 14 feet of water in parts of Mamaroneck, three deaths in Westchester County, cars abandoned in the roads and basements filling until water reached first floors. For networks, the lesson was the basement. Many Westchester buildings, old and new, put the carrier entrance and the main telecom room in the cellar because that's where the conduit comes in. Glass survives immersion better than copper, but enclosures, splice trays, patch cords, switches and power supplies don't, and neither do the records taped to the inside of a cabinet door.

The practical response is the same in most buildings. Keep the carrier entrance where the conduit arrives, but extend the circuits on fiber to a main room above the level that flooded. Raise enclosures off the floor in any room that has taken water. Put the main switch and its UPS somewhere a sump pump failure can't reach. Fiber is light and long-reaching, so moving the equipment up a floor or two costs little compared with replacing it after the next storm. In conversions, where the cellar is often being reallocated anyway, it's the right time to make that move.

Six Fiber Records to Request at a Westchester Closing or Lease-Up

Whether you're buying a building, taking over its management or leasing a floor, these are the documents that tell you what fiber is there. Ask for them early. They're far easier to get from an outgoing occupant than to recreate after it has left.

1. The strand map. Which cables run where, how many strands each has and which strands are in use. If none exists, that's the first thing to fix.
2. Test results. Loss and OTDR results from the original installation or any later work. Old results are still useful as a baseline to compare against today's.
3. The carrier list. Which carriers have circuits in the building, where each one hands off and which circuits are still live. Outgoing occupants sometimes forget to cancel theirs.
4. Campus duct records. For multi-building sites, where the duct runs between buildings and, after any subdivision, whose land it crosses.
5. Riser and room assignments. Which sleeves, closets and rooms are base-building, which belonged to the old tenant and which are free.
6. Removal obligations. Whether the outgoing occupant's lease required it to remove its cabling, and whether it did. That affects who pays to clear the risers.

Forward whatever you receive with your quote request. If there's nothing, that's useful to know too. We'll build the records from the survey, and you'll have them for the next transaction.

Westchester County Fiber Optic Installation FAQ

Westchester Tenant Offline Right Now?

A tenant without a network can't wait for a proposal. Ring (914) 877-2578. and tell us which link and which building. Same-day dispatch where the schedule allows; once on site, the usual culprits, a bad patch cord, a dirty connector or a broken pigtail, typically take one to two hours to find and fix, and we retest the repaired strand before handing the room back.