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UniFi Network Installation · Northern Virginia
UniFi, installed as infrastructure — not set up as WiFi.
Hardwired access points, managed switching, VLAN segmentation, and Starlink/fiber failover — designed before hardware ships, for properties where consumer networking is structurally inadequate.
No charge · Non-binding · We confirm fit and recommend the appropriate next step
Position
UniFi is the platform. The architecture is the work.
UniFi is a managed networking platform — gateways, switching, wireless, segmentation, and local management in one system. What it does not decide is where the access points go, what the structure allows, how traffic is separated, or what happens when a provider drops. Those are design decisions, and they are what we are engaged to make.
Field Deployment · Northern Virginia Estate
What a properly designed deployment looks like.
New construction estate — rack build, structured Cat6 backbone, and hardwired access point coverage throughout the property. Every deployment is designed to this standard and verified against it before handoff.
Northern Virginia Estate · Northern Virginia · UniFi · May 2026
Northern Virginia Estate · Northern Virginia · UniFi · May 2026
Planned zones tested room by room
Engineered placement, not guesswork
Tested at commissioning where configured
No mandatory platform subscription; any recurring services are disclosed before approval
The Equipment
UniFi systems we install.
We specify UniFi hardware based on property conditions, device density, and performance requirements — not a standard package applied to every home.
UniFi Gateways
- Dream Machine Pro / SE / Pro Max
- Cloud Gateway Ultra
- Cloud Gateway Max
UniFi Access Points
- U7 Pro / U7 Pro Max (WiFi 7)
- U6 Pro / U6+ / U6 Enterprise
- Outdoor APs for patios & grounds
UniFi Switching
- Pro Max 16 / 24 PoE
- Flex Mini for remote locations
- Industrial PoE for outdoor installs
UniFi Protect & Cameras
- UniFi Protect G5 / G5 Pro cameras
- NVR with local storage (no mandatory cloud subscription)
- PoE-powered camera networks
Wireless Bridges & Cabling
- Building-to-building wireless bridges
- Cat6 / Cat6A structured cabling
- Network racks and UPS backup
Network Architecture
- Starlink bypass with UniFi gateway
- VLANs: guest, IoT, cameras, office, staff
- Dual-WAN Starlink/fiber failover
The Difference
Three ways a property gets networked.
UniFi can be bought by anyone. What separates a system that holds up is the set of decisions made before the hardware is ordered — and whether anyone wrote them down.
| Decision | Consumer mesh | UniFi without a design phase | An Orbit Tech deployment |
|---|---|---|---|
| RF planning and AP placement | Not planned | Estimated from floor area | Planned from property conditions |
| Access point backhaul | Wireless mesh | Wired where convenient | Wired to each planned AP where the structure allows |
| Traffic separation | Guest network only | Default VLANs, if any | Segmented by role, with rules between segments |
| Provider failover | Typically single WAN | Rarely configured | Dual-WAN where included in the approved design |
| Commissioning and documentation | Not applicable | Walked through, credentials handed over | Verified against the planned zones; topology and reasoning recorded |
The Property Edge
The same discipline, at the property edge.
Where UniFi Protect is included in the approved design, cameras and doorbell stations follow the same deployment standard as the rack: a hardwired PoE run to each position, a segmented camera network, and the same management interface as the rest of the system — with storage and any recurring service requirements identified before approval.
Architecture & Method
How a properly deployed UniFi network is built.
From provider to device, the chain is short and documented — and it is built in four phases.
ISP / Starlink
Primary or failover internet source
UniFi Gateway
Routing, firewall, VPN, dual-WAN failover
PoE Switch
Powers access points, cameras, and devices via Ethernet
Hardwired Access Points
Cat6 to each planned AP where the structure allows
Each device category runs on its own VLAN, with rules between segments.
Site Intelligence
Walkthrough of construction materials, floor plan, and device load — where coverage is failing is documented before a single component is specified.
Network Architecture
Topology designed before hardware ships — AP placement, cable routes, VLAN structure, and headroom for expansion.
Infrastructure Deployment
Cat6 to each AP location the structure allows; hardware mounted and configured as one managed system.
Commissioning
Coverage validated zone by zone, app handoff, and documentation — a baseline to build from.
Eric Enkh, Owner & Lead Engineer, sets the architecture for each deployment. Access point placement, segmentation, and failover logic are decisions with an author, and the reasoning is recorded at handoff — so the system can be serviced later by reading it rather than reverse-engineering it.
Fit
When UniFi makes sense — and when it doesn't.
When UniFi makes sense for your property
- Consumer mesh coverage breaks down on a larger or multi-level property, or through difficult construction materials
- Work traffic competes with IoT and smart-home devices — the network needs real segmentation
- Detached structures, outdoor coverage zones, or surveillance need to run on one managed platform
- You want to own the infrastructure outright, with no mandatory platform subscription
When it doesn't
- Your space is compact and single-level — a consumer mesh system is probably fine
- Your primary concern is cost — UniFi is good value but it’s not cheap
- You need immediate break-fix support rather than a planned infrastructure project
Multi-building estate or uptime-critical property? That is its own scope — and if you are not sure which fits, start with a Project Review.
Field Evidence
UniFi Network Deployments
Documented UniFi infrastructure projects across Northern Virginia and the Maryland suburbs.
UniFi Dream Machine Pro Max — Potomac
Full UniFi stack: UDM Pro Max, WiFi 7 APs, and managed switching with Starlink failover and UPS protection.
UniFi Campus Network — Fairfax
UDM Pro core with 10 UniFi access points, 3-VLAN architecture, and inter-building Cat6a infrastructure.
UniFi New Construction Estate — Loudoun
Full estate stack engineered during build phase: UDM SE gateway, 10 GbE switching backbone, three-zone WiFi 7, dual-WAN Starlink failover, and rack-managed UPS. Every cable labeled at termination.
Common Questions
UniFi Network Deployment FAQ
Scope & Investment
Scope is defined before approval.
A UniFi deployment is scoped from the property itself — two homes of the same size can need different access points, cable routes, and gateways. Five conditions determine it. Some are clear from the Initial Project Review; where construction, cable paths, or failover must be confirmed on site, the On-Site Infrastructure Assessment establishes them. Either way, the scope is quoted in writing before any work is approved.
- 01
Property size and construction
Plaster, brick, stone, and floor geometry change how far a signal carries — equal square footage does not mean an equal access-point count.
- 02
Coverage zones that actually matter
Which rooms, outdoor areas, and detached structures need to work — and to what standard.
- 03
Cable paths the structure allows
Backhaul is planned from the routes the building permits — attic, basement, crawl space, or conduit. A missing route is priced, not ignored.
- 04
How far traffic separation needs to go
Separating work, cameras, IoT, and staff onto their own segments changes gateway and switch selection.
- 05
Continuity and power requirements
Whether the property needs a second provider path, automatic failover, and protected power — or one well-built path.
You own the hardware
Equipment is purchased outright and transfers with the project, along with system access and documentation.
Recurring costs are named first
UniFi network management carries no mandatory platform subscription. Where any optional or third-party recurring service applies, it is identified before approval.
The scope is written down
What will be built, what it includes, and where the boundaries are — agreed in writing before work begins rather than discovered during it.
Start with a no-charge, non-binding Initial Project Review. We review the property and the outcome you want, then recommend one of four things — a direct quote for defined work, the $499 On-Site Infrastructure Assessment when conditions need on-site diagnosis, an Infrastructure Architecture Plan at $2,500-$5,000 for complex or in-construction properties, or no further engagement. Nothing is owed on submission.
No charge · Non-binding · We confirm fit and recommend the appropriate next step