Cable Management
& Remediation
in San Jose CA

+
Up to 25-Year Channel Warranty

A structured cabling installation that was clean and documented on day one degrades over years of moves, adds, and changes — especially in businesses that grow, reorganise, or have had multiple IT staff or contractors making changes without maintaining records. Each unlabelled patch cord added in a hurry, each dead cable left in place “just in case,” each port map that was never updated — they accumulate. After five or ten years, many San Jose server rooms and IDF closets are genuinely unmanageable.

This isn’t a cosmetic problem. An IT team that can’t identify which patch cord connects to which desk spends hours on moves and changes that should take minutes. A bundle of decommissioned cable filling a ceiling plenum is a fire load that violates NEC code. An unlabelled patch panel makes troubleshooting a network outage a guessing game. A telecom room with no documentation is infrastructure nobody can manage confidently — and infrastructure that any competent external contractor charges extra to work in because they have to figure out what exists before they can do anything.

We remediate cabling infrastructure across San Jose — from single IDF closets that need a day of cleanup and labelling to multi-floor commercial buildings requiring complete re-documentation, dead cable removal, and physical re-dressing. The result isn’t just a tidy room — it’s infrastructure your IT team can actually manage, with documentation that survives staff turnover.


PROBLEM

Unlabelled Everything

Patch panels, patch cords, cables in the ceiling — none labelled, or labelled with conventions nobody remembers. Every move or change requires physical tracing. Troubleshooting is trial and error.

PROBLEM

Dead Cable in the Plenum

Decommissioned cable left in ceiling plenums and walls accumulates over years. In San Jose commercial buildings, abandoned cable in air-handling spaces violates NEC 800.25 and creates a real fire load. Building management enforcement is increasing.

PROBLEM

Patch Cord Spaghetti

Patch cords added one at a time with no organisation — bunched across the front of patch panels, draped over other equipment, with no slack management. Each new cord makes it harder to see and access what’s there.

PROBLEM

No Port Map

No record of which patch panel port connects to which outlet or device. Every IT staff change means accumulated knowledge walks out the door. New contractors charge extra to work in undocumented rooms — or make mistakes they can’t avoid without documentation.

PROBLEM

Mixed Patch Cord Lengths

3-foot cords stretched across the panel, 10-foot cords looped and bundled, cable ties holding it all together. Replacing or tracing a single cord means disturbing a dozen others.

PROBLEM

Accumulated Changes Without Records

Ports added, moved, repurposed — none of it in any documentation. The original as-built drawings bear no resemblance to what’s actually installed. The people who knew what was what have left.

Before

A Typical San Jose Telecom Room After 7 Years

Patch panel with 12 unlabelled ports and 8 blank ports, purpose unknown
40 patch cords — 15 are decommissioned, nobody knows which
Cable bundles tied with zip ties directly on fibre runs
Three different label conventions from three different contractors
Port map last updated in 2018, covers maybe 60% of ports
60 metres of decommissioned Cat5e stuffed above the ceiling tiles
IDF documentation folder contains printouts from a contractor who no longer exists
Average time to trace a cable: 45 minutes
After

The Same Room After Remediation

Every active port labelled with consistent ID — panel, row, port number
All decommissioned patch cords removed, active cords organised by correct length
Velcro wraps throughout — no zip ties on data cables or fibre
Single labelling convention documented in the port map
Complete port map: panel port → cable ID → outlet location → device
Abandoned cable removed from plenum, NEC-compliant
As-built floor plan and photo documentation delivered
Average time to trace a cable: 2 minutes

IDF and telecom room cleanup is the physical work of taking a disorganised telecommunications space — patch cord spaghetti, unlabelled ports, decommissioned equipment, mixed cable lengths — and returning it to a state where it can be efficiently managed. It’s methodical work that requires understanding what’s active and what isn’t before anything is removed, and it needs to be done without disrupting production systems.

We clean up IDF closets, MDF server rooms, and telecommunications rooms in commercial buildings throughout San Jose — offices, high-rise buildings in Downtown San Jose, production facilities, and medical complexes. Every cleanup project is scoped and quoted before work begins, and we photograph the room before, during, and after so you have a permanent record of what changed.

Active Port Verification

Before removing anything, we identify every active port and every decommissioned port. A tone generator and probe traces unlabelled patch cords to their source. Network ports are tested for link activity. PoE ports are verified against connected devices. Only confirmed-dead connections are removed.

Patch Cord Re-Organisation

Decommissioned patch cords removed. Active cords replaced with the correct length — a 1-foot patch cord between adjacent panels, a 3-foot cord between panels one space apart. Patch cords dressed through horizontal cable managers, velcro-wrapped in bundles, with consistent routing and no cross-over tangles.

Cable Manager Installation

Horizontal and vertical cable managers installed where missing — between patch panels, between panels and switches, and at rack top and bottom. Cable management hardware is what makes a clean installation stay clean. Without it, the next technician who makes a change puts it back the way it was.

Rack Re-Organisation

Equipment repositioned in the rack to logical groupings — patch panels above switches they serve, consistent spacing between equipment tiers, 1U blanking panels filling unused slots to maintain airflow. Power cords dressed rear-of-rack separately from data cables.

Fibre Cable Management

Fibre patch cords re-routed with correct bend radius (no tight corners, no zip ties), managed in dedicated fibre channels separate from copper patch cords. MPO trunks properly supported through overhead fibre trays. End-face inspection and cleaning for any fibre connectors that are re-mated during the project.

Before & After Photo Documentation

A complete photo set of every rack, every patch panel face, and the room from multiple angles — taken before work begins and again after completion. Delivered with the project documentation so you have a permanent record of the before state and the completed state.

IDF Cleanup Deliverables

Equipment repositioned in the rack to logical groupings — patch panels above switches they serve, consistent spacing between equipment tiers, 1U blanking panels filling unused slots to maintain airflow. Power cords dressed rear-of-rack separately from data cables.

Completed physical cleanup — all decommissioned patch cords and equipment removed
Active ports verified before any cord removal
Correct-length patch cords throughout, dressed through cable managers
Cable managers installed where required
Rack equipment repositioned to logical groupings with blanking panels
Before-and-after photo documentation — every rack and panel face
Updated port count — active port inventory reflecting post-cleanup state

Working in Occupied Sacramento Buildings Without Disruption

Most IDF cleanup projects in San Jose take place in occupied commercial buildings where any disruption to the network means disruption to the business. We plan the work so active connections are never touched while the port is in use — we work around the live ports, remove and re-dress decommissioned and inactive connections, then schedule brief maintenance windows for any active port that needs to be moved or re-terminated. For organisations where even a brief maintenance window is difficult, we schedule the active work in early morning hours before the business day begins. We’ve done IDF cleanups in occupied law firms, financial offices, and production facilities without a single unplanned outage.

Labelling is not an afterthought — it’s what makes cabling infrastructure manageable. A patch panel with correctly labelled ports can be worked on by any competent IT technician or contractor. A patch panel with unlabelled ports, or ports labelled with a convention only one person understood, requires that person to be present for every change. In San Jose businesses with IT staff turnover, undocumented infrastructure is a recurring operational problem.

We create and implement comprehensive labelling systems for existing structured cabling infrastructure — identifying every active run, applying consistent labels to both ends of every cable, creating the port map that connects the label at the patch panel to the label at the outlet, and delivering the complete documentation package. We also update existing labelling and documentation that’s become inaccurate through accumulated changes.


Physical Cable Tracing

Every unlabelled or inconsistently labelled cable physically traced from end to end using a tone generator and inductive probe. Each run gets a unique cable ID recorded during tracing. This is the foundation of any labelling project — you can’t label accurately without knowing what each cable connects to.

Consistent Labelling Convention

A labelling convention designed for your infrastructure — typically room/rack/panel/port at the IDF end, and floor/zone/outlet at the desk end. Labels printed on a Brady BMP61 label printer with heat-shrink or adhesive labels rated for the cable type. The same convention applied consistently across every IDF, every patch panel, every outlet.

Both-Ends Labelling

Every cable labelled at both ends — patch panel port label and outlet faceplate label with the same cable ID. When a technician reads a label at the outlet, they know exactly which patch panel port to look at. When they read the patch panel label, they know exactly which outlet it serves. No tracing required for any labelled cable.

Port Map Creation

A complete port map spreadsheet built from the physical tracing — patch panel port → cable ID → outlet location → device type (data, voice, AP, camera, etc.) → current device name if provided by IT. Delivered as an Excel or Google Sheets file, formatted for easy lookup and ongoing maintenance by your IT team.

As-Built Floor Plan

A floor plan showing every outlet location, labelled with its cable ID, and the IDF serving that zone. Created from your existing floor plan or sketched from site measurements if no floor plan is available. The document your next contractor needs to do any work in your building without having to re-trace everything.

Documentation Update

For buildings with existing documentation that’s become inaccurate through years of undocumented changes — we reconcile the existing port map against the physical plant, identify discrepancies, update the documentation to match what’s actually installed, and deliver the corrected document set.

Labelling & Documentation Deliverables

A complete port map spreadsheet built from the physical tracing — patch panel port → cable ID → outlet location → device type (data, voice, AP, camera, etc.) → current device name if provided by IT. Delivered as an Excel or Google Sheets file, formatted for easy lookup and ongoing maintenance by your IT team.

Brady-printed labels on every cable — both ends, every panel port, every outlet faceplate
Consistent labelling convention document — so future staff can maintain the system
Port map spreadsheet: panel port → cable ID → outlet location → device type
As-built floor plan with every outlet location and cable ID marked
DF/MDF schematic: rack layout, panel assignments, switch port map
Photo documentation of every panel face post-labelling

Why San Jose Businesses Prioritise Documentation After IT Staff Changes

We receive a significant number of cable labelling and documentation calls from San Jose businesses that have recently experienced IT staff turnover — particularly when a long-tenured IT manager or systems administrator leaves and takes institutional knowledge with them. In these situations, the business often discovers for the first time that the infrastructure exists entirely in one person’s head, with no written documentation. We treat these projects with urgency — getting a complete, accurate port map and labelling system in place before the next network incident makes the lack of documentation a crisis. We’ve done these emergency documentation projects for law firms, financial services offices, and healthcare organisations throughout San Jose.

Abandoned cabling in San Jose commercial buildings is more than an organisational problem — it’s a code compliance issue. NEC 800.25 requires that abandoned communications cables be removed from buildings unless they’re tagged for future use. The 2020 edition of the California Electrical Code, which adopts NEC, includes this requirement. In practice, building management enforcement and insurance scrutiny of plenum cable loads is increasing in Sacramento commercial buildings, particularly in newer San Jose.

We remove decommissioned structured cabling from occupied San Jose commercial buildings — from individual IDF closets to multi-floor building-wide cable removal projects. We identify what’s live and what’s dead before pulling anything, and we pull clean without damaging the active cables sharing the same pathway.

Active vs Dead Identification

Before any cable is touched, we identify every active and decommissioned run in the scope. Tone generator tracing, link activity testing, and physical termination checks at both ends. A cable is confirmed dead before it’s pulled — not assumed dead because it looks unused. We’ve seen too many San Jose buildings where “unused” cables were actually active circuits for security systems, fire alarm monitoring, or analog phone lines.

Ceiling Plenum Cable Removal

Pulling decommissioned cable from ceiling plenum spaces in occupied San Jose commercial buildings — most commonly Cat5e installed in the 1990s and 2000s, now replaced by Cat6A infrastructure. Clean ceiling access via existing ceiling grid, careful routing to avoid disturbing HVAC, sprinkler, and active cabling pathways. NEC 800.25-compliant removal and disposal.

In-Wall Cable Removal

Pulling decommissioned cable from wall cavities in drywall and masonry construction — common in older San Jose commercial buildings that have been repeatedly re-cabled. In-wall removal requires more care than plenum work: access is limited, cables often share space with electrical and other building systems, and pulling without proper technique risks damaging finish surfaces.

Conduit Clearing

Removing decommissioned cable from conduit runs — leaving the conduit clear and available for future use. We pull old cable out, clear any cable jam or blockage, and leave the conduit accessible with a pull string for the next installation. Common in older San Jose concrete commercial buildings where conduit was installed for the original phone and data infrastructure.

IDF Cord & Panel
Removal

Removing decommissioned patch panels, active equipment trays, and unused patch cords from IDF closets — creating space for new infrastructure or simply reducing the clutter that makes the room unmanageable. Equipment removed is set aside for IT disposition or recycled appropriately.

Disposal & Recycling

Removed cable is bundled and weighed for documentation. Copper cabling can be recycled — we coordinate disposal with appropriate recycling facilities. We provide a disposal record showing cable type, approximate quantity by weight, and disposal method — useful for building management documentation and environmental compliance records.

Dead Cable Removal Deliverables

Pre-removal identification: active vs dead cable documentation for the scope
All identified decommissioned cable removed from specified areas
Conduit runs cleared and pull strings installed where required
Ceiling tiles and access panels restored to original condition
Removal record: cable type, approximate quantity, disposal method
NEC 800.25 compliance declaration for the scope of work
Photo documentation: ceiling access areas, conduit entries, IDF before/after

NEC 800.25 — Abandoned Cable in San Jose Commercial Buildings

Section 800.25 of the National Electrical Code requires that “abandoned communications cables” be removed. A cable is considered abandoned when it is not terminated at equipment in use and not tagged for future use. The 2020 California Electrical Code (which most San Jose jurisdictions have adopted) includes this provision. In practice, building management companies San Jose are increasingly including abandoned cable removal requirements in tenant improvement scopes and lease renewals. Building inspections for fire code compliance also cite accumulated cable in plenum spaces. We include NEC 800.25 compliance documentation with every dead cable removal project so you have the records if building management or a fire inspector asks.

Cabling remediation is the physical repair and improvement of structured cabling that was installed incorrectly, installed to a lower standard than currently required, or that has deteriorated due to physical damage or improper modification. It’s different from cleanup and labelling — remediation addresses actual performance problems: cables that don’t pass TIA-568 certification, terminations that cause intermittent failures, cable pathways that violate bend radius or fill requirements, and runs that simply don’t meet the current standard for the speeds the network needs to support.

We remediate cabling infrastructure across San Jose — re-terminating keystones and patch panel ports that fail certification, replacing damaged cable runs, correcting pathway issues that violate TIA-569-D standards, and upgrading specific runs from Cat5e or Cat6 to Cat6A where the application requires it. Every remediation project is verified with Fluke DSX-8000 certification testing after the work is complete.

Keystone & Patch Panel Re-Termination

The most common remediation task in San Jose commercial buildings. Keystones and patch panel jacks re-terminated with correct pair untwist (≤13mm Cat5e, ≤6mm Cat6), proper pair seating in IDC contacts, and strain relief correctly installed. Every re-terminated port re-tested to TIA-568.2-D Level IV after remediation.

Damaged Cable Run Replacement

Replacement of cable runs that have been physically damaged — kinked, crushed, cut, or damaged by improper installation. We pull the replacement cable through the existing pathway, terminate at both ends, label to the existing convention, and certify. The new run is indistinguishable from a fresh installation in the documentation.

Pathway Remediation

Correcting cable pathway issues that violate TIA-569-D standards: cables crushed under ceiling tiles, cables with bend radii tighter than the minimum, overfilled conduit runs, cables bearing their own weight unsupported over long spans. Pathway remediation often involves installing additional cable support, rerouting through correct pathways, and replacing bent or kinked sections.

Cat5e to Cat6A Upgrades

Targeted replacement of Cat5e runs that cannot support 10G or PoE++ requirements — common in Sacramento offices planning 10G switch deployments or WiFi 6E installations where existing Cat5e can’t support the PoE power budget or distance requirements. We replace the specified runs, match the labelling convention, and certify the new infrastructure.

PoE Delivery Remediation

Addressing runs with marginal PoE power delivery — typically caused by excessive run length (>90m), high DC resistance from undersized conductor cross-section, or poor termination contact resistance. Remediation may involve re-termination, shortening the run, or run replacement depending on the cause identified by testing.

Post-Remediation Certification

Every remediated run is re-tested to TIA-568.2-D Level IV using the Fluke DSX-8000 after work is complete. You receive updated certification reports for the remediated runs — replacing the failing reports in the documentation set. The final documentation accurately reflects the current performance of every run in the building.

Cabling Remediation Deliverables

Pre-remediation test reports identifying every failing run and failure mode
Remediation scope: specific action required for each failing run
Completed remediation work — re-termination, replacement, or pathway correction
Post-remediation TIA-568.2-D Level IV certification for every remediated run
Updated documentation set — failing test reports replaced by passing reports
Summary report: runs remediated, actions taken, post-remediation pass rate
Failure FoundLikely CauseRemediation ActionTime Per Run
NEXT / PS-NEXT failureExcessive untwist at keystone or patch panel terminationRe-terminate both ends to correct untwist specification20–30 min
Return loss failureKink or crush point in cable; out-of-spec connectorLocate fault with Fluke; replace cable section or re-route1–3 hrs
Insertion loss failureRun over 90m or 100m; wrong cable type; damaged cableMeasure actual run length; shorten pathway or replace cable2–4 hrs
Wiremap — split pairIncorrect termination — mismatched pairs at one or both endsRe-terminate to correct TIA-568B wiring at both ends15–25 min
Delay skew failureNon-standard cable mixed into run; alien cable at outletIdentify non-standard cable section; replace with correct category1–4 hrs
Marginal PoE deliveryHigh DC resistance — long run, poor contacts, or wrong cableRe-terminate for contact improvement; replace if run is too long30 min–2 hrs

Remediation work is more technically demanding than a fresh installation. It requires understanding what’s there before changing anything.

We Identify Before We Touch Anything

Every remediation project starts with a thorough assessment — tracing every cable, testing every port, photographing every rack. Nothing is removed or changed until we have a complete picture of what’s active and what’s not. In San Jose buildings with years of undocumented changes, this step prevents mistakes that a less careful contractor would make on day one.

Zero Unplanned Downtime

We’ve done hundreds of cleanup and remediation projects in occupied San Jose commercial buildings — law firms, production facilities, financial offices — without causing a single unplanned network outage. Active ports are never disturbed without scheduling a maintenance window. The business keeps running throughout.

We Fix the Cause, Not Just the Symptom

When a cable fails certification, we find out why before re-terminating. A NEXT failure from excessive untwist gets a proper re-termination. A return loss failure from a kink gets the cable replaced. Remediation that doesn’t address the root cause will fail again — we don’t re-terminate keystones we know will fail and hand you the same problem in six months.

Certified After Every Remediation

Every cable we re-terminate or replace is certified with the Fluke DSX-8000 to TIA-568.2-D Level IV after remediation. You receive an updated test report for every remediated run. Your documentation set accurately reflects the current performance of your infrastructure — not the state it was in before we arrived.

Documentation That Survives Staff Turnover

The documentation we deliver is designed to be maintained by whoever manages your network next, not just the person who knows the current conventions. The labelling convention document explains the system. The port map is in a format any IT team can update. The as-built floor plan shows what’s where at a glance. Infrastructure your next IT hire can work with from day one.

CA C-7 Licensed for All Sacramento Commercial Work

Cable management and remediation work in San Jose commercial buildings requires a California C-7 Low Voltage Contractor License — the same as new installation work. Our license is verifiable at the CSLB. Many “cleanup” contractors in the San Jose market don’t hold this license, which creates liability for the building owner if work is performed by an unlicensed contractor.

CA C-7 Low Voltage License
BICSI Registered Installer
Fluke DSX-8000 — Post-Remediation Certification
NEC 800.25 Compliance Documentation
Zero Unplanned Downtime Record
Brady BMP61 Label Printer

The same disciplined approach every time — assess before touching, document before removing, certify after fixing.

Free On-Site Assessment

We visit your San Jose location to walk the IDF closets, server room, or spaces where cabling work has accumulated. We photograph the current state, identify the primary problems — unlabelled ports, dead cable in the plenum, patch cord spaghetti, failing terminations, missing documentation — and assess the scope of what remediation would involve. For multi-floor buildings, we walk every floor’s IDF. You receive an honest assessment of what we found and what we’d recommend.

Scoped Fixed-Price Quote Within 24 Hours

Based on the site assessment, we provide a fixed-price quote covering the full scope of remediation work. Unlike new installation projects, remediation scope sometimes has variables — particularly dead cable removal where the full extent of abandoned cable isn’t visible until ceilings are opened. We scope these as carefully as possible and flag any areas of uncertainty in the quote so there are no surprises. For projects where the scope is unclear until the ceiling is opened, we can propose a phased approach: assess and quote the accessible work first, then quote the remainder once the extent is known.

Active Infrastructure Identification

Before any physical work begins, we systematically identify every active connection in the scope. Tone generators trace unlabelled cables. Network port link status is verified. PoE ports are checked against connected devices. Security and fire alarm cables that may share the telecom room are identified and excluded from any work. This step is what prevents accidental disruption to live systems — we’ve seen contractors who skip it and then wonder why they took down a CCTV system they didn’t know was in the IDF.

Before Documentation

Before any cable is removed, any label is applied, or any termination is re-done, we photograph the complete before state — every rack face, every patch panel, every cable bundle in the ceiling. This record is delivered to you as part of the project documentation so you have a permanent record of what the infrastructure looked like before remediation. In several San Jose projects this documentation has been important for building management or insurance purposes.

Remediation Work

The physical work — cleanup, labelling, dead cable removal, re-termination, cable replacement — executed systematically with active connections protected throughout. We schedule any work that requires brief disconnection of active ports during maintenance windows coordinated with your IT team. For multi-day projects we restore the room to a functional state at the end of each day — no half-finished work left in a state that creates operational problems overnight.

Testing & Certification

For remediation projects that involve re-termination or cable replacement, every remediated run is tested with the Fluke DSX-8000 to TIA-568.2-D Level IV after the work is complete. Any run that still fails is further investigated and re-remediated. The project is not complete until every run in scope passes certification. You receive signed test reports for all certified runs as part of the documentation package.

Documentation Package & Handoff

At project close you receive the complete documentation package: before-and-after photo sets, port map spreadsheet, as-built floor plan, updated rack elevation drawings, test reports for all certified runs, dead cable removal record with NEC 800.25 compliance statement, and the labelling convention document. Delivered digitally — so it doesn’t get lost in the same place the previous documentation was lost.

The situations we encounter most often in San Jose commercial buildings — and how we approach each one.

New IT Manager Inherits Undocumented Infrastructure

One of our most common calls. A new IT manager joins a San Jose company and discovers the server room and IDF closets have no documentation, inconsistent labelling, and cables nobody can identify. We document, label, and create the port map the new IT manager needs to manage the infrastructure confidently from day one.

Law Firms — San Jose

Law firms and Downtown San Jose often have IDF closets that accumulated patch cord chaos over years of desk moves and attorney changes. Professional appearance matters, network reliability is non-negotiable, and the firms often have IT consultants or MSPs who need clean infrastructure to manage remotely. We clean, label, and document.

Building Management — Tenant Improvement Closeout

San Jose Class A building management companies (Brookfield, CBRE, Cushman & Wakefield, JLL) increasingly require dead cable removal and documentation of communications infrastructure as part of tenant improvement closeout packages. We provide the NEC 800.25 compliance documentation and the before/after records building management requires.

Pre-Network Upgrade — 10G Readiness

Before deploying 10G switching, organisations have us audit and remediate the existing cabling — certifying what passes, re-terminating marginal runs, replacing Cat5e where Cat6A is required, and cleaning up the IDF so the new switches go into organised infrastructure. Far better than deploying 10G switches into a mess and diagnosing failures after the fact.

Company Relocation Within San Jose

Companies relocating to a new San Jose office need to know what’s in the existing cabling before committing. We assess, certify, and document the existing infrastructure in the new space — identifying what’s usable, what needs remediation, and what needs replacement. Delivered before the move-in date so IT knows exactly what they’re working with.

MSP Client Onboarding — San Jose

Managed service providers taking on new San Jose clients often engage us to assess and remediate the client’s physical infrastructure as part of the onboarding process. A clean, labelled, documented physical plant makes remote network management significantly more efficient. Several San Jose-area MSPs use us as their go-to remediation contractor for new client sites.

Production & Entertainment — San Jose

San Jose production companies and entertainment offices often have complex IDF infrastructure that has grown organically over years of production network changes. Multiple contractors, multiple labelling conventions, no current documentation. We rationalise, re-label, and document to a single consistent standard.

Healthcare Facilities — Compliance Readiness

HIPAA and Joint Commission readiness reviews include physical infrastructure assessments. Healthcare facilities across the San Jose engage us to remediate and document cabling infrastructure before inspections — clean IDF rooms, labelled infrastructure, and documentation that satisfies compliance reviewers.

Once the existing infrastructure is clean and documented, these services take it further.

Cat5e, Cat6, and Cat6A installation for all the drops that terminate at your patch panels.

Single-mode and multimode fiber for your MDF-to-IDF backbone and inter-building connections.

Cat6A drops for wireless access points — the infrastructure that feeds your wireless network.

Cat6 drops for VoIP phones and PoE infrastructure in your telecom room.

TIA-568 certification testing for all copper and OTDR certification for all fiber.

Wiring closet cleanup, re-dressing, labelling, and documentation for existing installations.

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