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Structured Cabling in Aurora
Licensed structured cabling services for Aurora and Arapahoe/Adams County. The backbone of connected buildings.
- Full Design Lifecycle
- Construction & Tenant Finish
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The backbone of connected buildings
EVERY PROJECT STARTS WITH DESIGN
Local Service
Structured Cabling Services in Aurora, Colorado
Autotelic provides professional structured cabling services throughout Aurora and the surrounding Arapahoe/Adams County area. Cat6/Cat6a structured cabling with patch panels, racks, testing, and certification for data and voice networks. Whether you're in Aurora (Colorado's third-largest city) or nearby communities, our team delivers quality workmanship backed by Colorado licensing and full insurance coverage.
Permits & Licensing
Permits in Aurora
Aurora building permits are issued by the Building Division's Permit Center, which also handles public improvement, sign, and lawn and irrigation permits. Contractor licensing is a City of Aurora requirement, and applications go through the Aurora4Biz.org online portal. Authority: City of Aurora — Building Division (Permit Center).
Permit Thresholds
Aurora permit thresholds
- Code reference
- Permits are generally required for residential remodel work in Aurora, Colorado, per the adopted building codes (primarily the 2021 International Residential Code (IRC) with local amendments in Aurora City Code Chapter 22, Article V), unless specifically exempt.
- Aurora City Code § 22-184 (amending IRC R105.2) exempts only
- one-story detached accessory residential storage sheds, playhouses, or shade structures ≤120 sq ft, not attached to the residence, and not used for vehicle storage.§ 22-184
- Code reference
- Aurora City Code § 22-135 (amending IBC 105.2) has similar limited exemptions for certain small accessory structures, fences ≤7 ft high (plus all chain-link fences), and antennae/towers ≤25 ft high.§ 22-135
- Structural triggers
- Any structural alteration, addition, or work affecting load-bearing elements generally requires a permit under the adopted IRC (see R105 and amendments).
- Use tax (construction materials use tax)
- Prior to permit issuance, a deposit is required based on 3.75% (three and three-fourths percent) applied to 50% of the total estimated cost of the building/construction/reconstruction/alteration/expansion/modification/improvement (or 100% of the total estimated cost of construction materials/
- Code reference
- This is per Aurora City Code § 130-61.§ 130-61.
- Code reference
- All information is based on the Aurora Municipal Code (Chapter 22) and official city resources.
Codes are amended regularly — verify current requirements with City of Aurora — Building Division (Permit Center).
Zoning & Dimensional Standards
Setback & dimensional standards in Aurora
Zone-district dimensional standards for Aurora, quoted verbatim from the Aurora Unified Development Ordinance. Knowing your lot's district — and its setbacks, height, and coverage limits — is where every feasibility conversation starts.
I-1setback & dimensional standards
| Standard | Requirement |
|---|---|
| Rear Setback (min) | 5 ft. |
Aurora Unified Development Ordinance I-1 setback standards (146-4.2.2 Table 4.2-1) — effective 2026-02-23 · View the code
I-2setback & dimensional standards
| Standard | Requirement |
|---|---|
| Rear Setback (min) | 5 ft. |
Aurora Unified Development Ordinance I-2 setback standards (146-4.2.2 Table 4.2-1) — effective 2026-02-23 · View the code
R-1setback & dimensional standards
| Standard | Requirement |
|---|---|
| Lot Area, Single-Family Detached (min) | 6,000 sf. [1] |
| Lot Frontage, Single-Family Detached (min) | Subarea A: 50 ft. Subarea B: 60 ft. |
| Front Setback (min) | 25 ft. [4] |
| Side Interior Setback (min) | 5 ft. [6] |
| Side Setback Abutting Local Street (min) | 12.5 ft. |
| Rear Setback (min) | 20 ft. |
| Building Height (max) | 38 ft. |
Aurora Unified Development Ordinance R-1 setback standards (146-4.2.2 Table 4.2-1) — effective 2026-02-23 · View the code
R-2setback & dimensional standards
| Standard | Requirement |
|---|---|
| Lot Area, Single-Family Detached (min) | 6,000 sf. [1] |
| Lot Frontage, Single-Family Detached (min) | Subarea A: 50 ft. Subarea B: 60 ft. |
| Front Setback (min) | 20 ft. [4] |
| Side Interior Setback (min) | 5 ft.[6] |
| Side Setback Abutting Local Street (min) | 10 ft. |
| Rear Setback (min) | 15 ft. |
| Building Height (max) | 38 ft. |
Aurora Unified Development Ordinance R-2 setback standards (146-4.2.2 Table 4.2-1) — effective 2026-02-23 · View the code
R-3setback & dimensional standards
| Standard | Requirement |
|---|---|
| Lot Area, Single-Family Detached (min) | 5,000 sf. |
| Lot Frontage, Single-Family Detached (min) | 50 ft. |
| Front Setback (min) | 15 ft. |
| Side Interior Setback (min) | 5 ft. |
| Side Setback Abutting Local Street (min) | 10 ft. |
| Rear Setback (min) | 10 ft. |
| Building Height (max) | 45 ft.[7] |
Aurora Unified Development Ordinance R-3 setback standards (146-4.2.2 Table 4.2-1) — effective 2026-02-23 · View the code
R-4setback & dimensional standards
| Standard | Requirement |
|---|---|
| Lot Area, Single-Family Detached (min) | 5,000 sf. |
| Lot Frontage, Single-Family Detached (min) | 50 ft. |
| Front Setback (min) | 12 ft. |
| Side Interior Setback (min) | 5 ft. |
| Side Setback Abutting Local Street (min) | 7.5 ft. |
| Rear Setback (min) | 10 ft. |
| Building Height (max) | 65 ft.[8] |
Aurora Unified Development Ordinance R-4 setback standards (146-4.2.2 Table 4.2-1) — effective 2026-02-23 · View the code
R-MHsetback & dimensional standards
| Standard | Requirement |
|---|---|
| Lot Area, Single-Family Detached (min) | [2] |
| Front Setback (min) | 15 ft. |
| Side Interior Setback (min) | 5 ft. |
| Side Setback Abutting Local Street (min) | 15 ft. |
| Rear Setback (min) | 8 ft. |
| Building Height (max) | 20 ft.[9] |
Aurora Unified Development Ordinance R-MH setback standards (146-4.2.2 Table 4.2-1) — effective 2026-02-23 · View the code
R-Rsetback & dimensional standards
| Standard | Requirement |
|---|---|
| Lot Area, Single-Family Detached (min) | 43,560 sf. |
| Lot Frontage, Single-Family Detached (min) | 120 ft. |
| Front Setback (min) | 30 ft. |
| Side Interior Setback (min) | 10 ft. |
| Side Setback Abutting Local Street (min) | 25 ft. |
| Rear Setback (min) | 25 ft. |
| Building Height (max) | 38 ft. |
Aurora Unified Development Ordinance R-R setback standards (146-4.2.2 Table 4.2-1) — effective 2026-02-23 · View the code
Verify current requirements with the jurisdiction — informational reference only. Standards vary by overlay, lot, and use; we confirm the exact rules for your property during feasibility.
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What Structured Cabling Covers
Structured cabling is the standardized pathway and cable plant that carries data, voice, video, and other low-voltage signals through a building or campus. In the Denver metro area, projects typically include site survey and needs assessment; design with cable counts, drop locations, and rack layouts; horizontal copper to work areas; fiber backbone between floors, MDF/IDF rooms, or buildings; pathways such as conduit, cable tray, and ladder rack; telecom room and equipment rack build-outs; termination and labeling at patch panels and outlets; performance testing with documented results; and as-built drawings for the operations team. The same plant often supports Wi-Fi access points, security cameras, access control, and intercoms when those systems are part of the scope.
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Typical Technical Scope
Horizontal runs commonly use unshielded twisted pair in Cat5e, Cat6, or Cat6A (Cat6/Cat6A are the usual choice when higher throughput and headroom matter). Backbone and longer links use multi-mode fiber inside a building or campus and single-mode fiber for higher bandwidth or longer distance. Coax may still appear for broadband or legacy video. Work includes permanent link and channel termination on patch panels and keystone jacks, optical connectors where fiber is used, labeled ports and panel fields, and tidy dressing for serviceability and airflow. Active gear such as switches and routers can be racked, grounded, and cable-managed as part of the build. Pathways and penetrations are coordinated with firestopping and structural support requirements so the plant stays maintainable and inspection-ready.
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Design, Standards, and Code
Installations are planned around hierarchical structured cabling practice—work-area outlets, horizontal cabling, telecommunications rooms, and backbone—aligned with ANSI/TIA commercial cabling standards (including TIA-568 series practices for topology, distances, termination, and administration). Electrical and life-safety aspects follow the National Electrical Code as adopted by the City and County of Denver, including cable type ratings (for example plenum-rated cable in air-handling spaces), grounding/bonding where required, support of raceways and trays, and firestopping at rated assemblies. Denver Community Planning and Development is the usual permit authority; low-voltage work may need electrical or building permits when it is part of new construction or tenant finish, alters fire-rated construction, adds permanently affixed pathways, or ties into life-safety systems. Local amendments and project type (residential vs. commercial, remodel vs. new build) affect exact permit and inspection paths.
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Testing, Documentation, and Handoff
Buyer-useful handoff means more than cables in the wall. Links should be tested to the category or fiber performance specified for the project, with results retained (commonly via certified field test equipment such as Fluke-class testers). Deliverables typically include labeled faceplates and panels, a consistent labeling scheme, rack elevations or diagrams, test reports, and as-built pathway/drop documentation so IT and facilities can move, add, or change ports without reverse-engineering the plant. That package is what makes troubleshooting, warranty support from manufacturers (where applicable), and future expansion practical.
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Who Performs the Work in Denver
Our firm is a municipally licensed Denver general contractor. We coordinate structured cabling and related low-voltage scope with the appropriate licensed specialty trades and project schedule—especially when pathways, electrical adjacency, firestopping, or multi-trade tenant finish are involved. That single point of coordination helps align IT drop lists, rack placement, electrical power at the MDF/IDF, and inspection timing without treating cabling as an afterthought.
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What Buyers Should Compare
Evaluate design clarity (drop counts, cable categories, fiber types, rack and pathway plan), adherence to TIA practices and NEC/local requirements, certification testing and as-built documentation, experience on similar residential or commercial work, and how permits, firestopping, and trade coordination are handled. Ask how the design leaves headroom for denser Wi-Fi, cameras, and access control, and whether labeling and panel layout will still be readable years later. Cost is project-specific and depends on drop count, cable category, fiber backbone needs, pathway difficulty, rack build-out, testing scope, and access conditions—compare scope and documentation quality, not headline promises.
FAQ
Common questions
What is included in a typical structured cabling project?
Most projects include assessment and design, horizontal copper and/or fiber backbone, pathways, rack and patch-panel build-out, termination and labeling, certification testing, and as-built documentation. Many also include drops or pathways for Wi-Fi access points, cameras, and access control when those systems are in scope.
Cat6 or Cat6A—what should I choose?
Cat6 is common for general office and many residential data needs. Cat6A is often specified when you want more headroom for higher-speed links, denser PoE device loads, or longer-term horizontal performance. The right choice depends on device mix, channel lengths, and the performance target in the design—not a one-size default.
Do you install fiber as well as copper?
Yes. Multi-mode fiber is typical for in-building or campus backbone runs; single-mode is used when distance or bandwidth requirements call for it. Fiber work includes termination, testing, and integration into the same rack and labeling system as the copper plant.
Who handles the structured cabling permits and licensing?
A municipally licensed Denver general contractor coordinates the project and the licensed specialty trades needed for the electrical/low-voltage scope. Permit needs vary by project; work that affects rated assemblies, adds structural pathways, is part of new construction or major tenant finish, or interfaces with life-safety systems is more likely to require City and County of Denver review and inspection under adopted NEC and local rules.
Will every drop be tested and documented?
Performance testing of installed links and clear documentation are standard expectations for a complete structured cabling handoff. Ask for category- or fiber-appropriate test results, a labeling scheme, and as-built or rack documentation so moves, adds, and changes are manageable after occupancy.
Can structured cabling support cameras, access control, and Wi-Fi?
Yes. A well-planned cable plant commonly provides PoE-capable horizontal runs and pathway capacity for wireless access points, IP cameras, access control panels/readers, and related devices, terminated and labeled in the same telecom rooms as data drops.
Service Area
Serving Aurora and Arapahoe/Adams County
We serve Aurora, CO and all surrounding Denver metro communities. Our team is based in Denver and operates throughout the Front Range, from Castle Rock to Longmont and everywhere in between. Contact us for a free estimate on your Aurora project.
How It Runs
01
Survey
02
Design
03
Build
04
Verify
DESIGN SERVICES
Discovery & Site Analysis
Needs + preference programming, site survey, as-built documentation, feasibility.
We walk, measure, and photograph your property — existing conditions, utilities, structure, and constraints. You get the as-built documentation and feasibility read that every later decision rests on.
Learn more →Concept Design & Space Planning
Schematic design, floor plan studies, layout options.
Your scope becomes schematic floor plans you can compare side by side — circulation, daylight, adjacencies, and what each option does to the budget. Layout decisions happen on paper, where changes are cheap.
Learn more →Architectural Design & 3D Renderings
Design development, materials + finishes, photorealistic visualization.
The chosen concept resolves into materials, finishes, fixtures, and lighting — with the automation layer drawn in. Photorealistic renderings let you walk the space and adjust before anything is priced.
Learn more →Construction Documents & Permitting
Full CD sets, structural + MEP engineering coordination, permit-ready drawings.
Approved designs become coordinated architectural, structural, and MEP sheets — the set your jurisdiction permits from and trades build from. We submit, track, and answer review comments.
Learn more →CONSTRUCTION
New Construction & Custom Homes
Ground-up homes and light commercial, dirt to keys.
Ground-up residential and light commercial builds — foundations through finishes, including modular and steel construction. One accountable builder from dirt to keys.
Learn more →Remodels & Additions
Kitchens, baths, basements, pop-tops, whole-home.
Kitchens, baths, basements, pop-tops, and whole-home renovations that respect the house you already have. We handle structure, permits, and the dust.
Learn more →Commercial Tenant Finish & Build-Outs
Shells to working spaces — retail, office, restaurant, school.
Raw shells become working spaces — showrooms, offices, restaurants, schools. Dealer-spec finishes, code compliance, and opening dates held.
Learn more →ADUs & Modular Construction
Backyard cottages, garage conversions, factory-built homes.
Backyard cottages, garage conversions, and factory-built homes — zoning, design, permits, and set. Denver’s ADU rules are a specialty, not a surprise.
Learn more →Outdoor Living & Patio Structures
Decks, pergolas, and dining patios built for Colorado weather.
Decks, pergolas, and dining patios engineered for Colorado sun, snow, and hail — structure, shade, and drainage done right the first time.
Learn more →TECHNOLOGY
Smart Home Automation
Lighting, shades, climate, audio, security — one interface.
Whole-home control of lighting, shades, climate, audio, and security from a single interface — Crestron, Lutron, Savant, and Control4 designed in, not bolted on.
Learn more →A/V Systems
Theaters, distributed audio, video walls, commercial sound.
Theaters, distributed audio, video walls, and commercial sound — designed, installed, and tuned by the same team for over 20 years.
Learn more →Control Systems
Custom programming — scenes and schedules that fit the space.
Every subsystem brought into one elegant interface — custom programming for homes and venues, with scenes and schedules that match how the space is actually used.
Learn more →Networking & Edge Compute
Enterprise Wi-Fi, structured cabling, racks, on-prem compute.
Enterprise-grade Wi-Fi, structured cabling, racks, and on-premise compute — the backbone that makes everything else reliable, including our own Barbot platform.
Learn more →Solar & Energy Storage
Solar arrays, Tesla Powerwall, EV charging — certified install.
Solar arrays, Tesla Powerwall, and EV charging designed and installed by a Tesla Energy Certified team — roof, electrical, and app in one scope.
Learn more →TRUSTED TO BUILD FOR
- Punch Bowl SocialFirst four locations
- Spectrum RetirementSenior living communities
- Denver HighlandsFirst modular custom home
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