Networking & Wi-Fi Mesh

Wi-Fi that holds up on the call that matters.

Cat6 / Cat6A structured cabling, ceiling-mount access points with hardwired backhaul, switch closets with cable management, UPS for power events. UniFi, Eero, Orbi — installed the way each platform actually deserves.

Modern Wi-Fi router with antennas

What This Is

Wired backbone, Wi-Fi where it makes sense.

Every "the Wi-Fi is bad" call we get is one of three things: AP placed inside the wrong wall, mesh node wireless-backhauled across too much drywall, or 5 GHz radio fighting microwave-oven and baby-monitor noise. Real fix is structured cabling — pull Cat6A to the AP locations, hardwire-backhaul each AP, and let Wi-Fi do what it is actually good at (mobile devices, not 4K Plex streams).

Bay Area homes are unusually dense with smart-home devices, security cameras, video-call workstations, and PoE cameras — Wi-Fi-only architectures buckle under that load fast. We design wired-first, with mesh wireless for the gaps. Cat6A for new pulls, Cat6 for retrofits where 1 Gbps is the realistic ceiling.

Patch panel and structured cabling in a network rack

Terminated patch panel — the part the homeowner never sees.

Scope

What is included in a networking install.

Cabling, access points, switch closet, router, UPS and segmentation — single accountable contractor.

Cat6 / Cat6A Drops

Plenum or riser-rated cable pulled through wall, ceiling, attic and crawlspace. Outlet locations per use case map. Both ends terminated and tested with a cable certifier.

Access Point Placement

Site survey with Wi-Fi analyzer first. Ceiling-mount or wall-mount APs per Wi-Fi heatmap. Hardwired backhaul wherever practical.

Switch & Patch Panel

PoE-capable switch sized to drops + cameras + APs (typical: 16 or 24 port). 12-24 port patch panel. Cable management, port labels, switch port labels.

Router / Gateway

UniFi Dream Machine Pro, Eero Pro 6E / Max 7, Netgear Orbi Pro, or pfSense / OPNsense for self-hosted firewall. ISP modem coordination.

UPS + Power Resilience

CyberPower / APC UPS sized for 30-60 min of router + switch + NVR runtime. Outlet wiring at the rack, not relying on extension cords.

VLAN & Guest Segmentation

Optional but recommended for IoT-heavy households: separate VLAN for cameras / smart-home devices, isolated guest network, firewall rules between zones.

Structured cabling and patch cords organized in a rack

Equipment We Install

UniFi, Eero, Orbi — honestly compared.

UniFi for households that want dashboards and VLAN segmentation; Eero / Orbi for households that want phone-only setup. We will deploy whichever your priorities match — and tell you when the "easy" choice is the wrong one for the building.

UniFi Dream Machine Pro

Router + controller + 8-port switch in 1U

UniFi U6 / U7 Pro Access Points

Ceiling-mount, Wi-Fi 6 / 6E / 7

Eero Pro 6E / Eero Max 7

Tri-band / quad-band mesh, easy setup

Netgear Orbi RBKE963 / RBE973

Tri-band / quad-band high-power mesh

UniFi USW Pro 24 PoE

24-port managed PoE+ switch for racks

CyberPower / APC UPS 1500VA

Sine-wave UPS for sensitive electronics

FAQ

Networking questions, straight answers.

Cat6 supports 1 Gbps to 100 m and 10 Gbps to about 55 m. Cat6A supports 10 Gbps to the full 100 m, has thicker conductor + better shielding, and handles PoE+ / PoE++ heat better. For new construction or major remodels we always pull Cat6A — the cable cost premium is small versus the labor of pulling new cable later. For short retrofit drops where current need is 1 Gbps, Cat6 is fine.

Prefer Ethernet backhaul, or MoCA over suitable existing coax, where the equipment and cable route support it: this avoids contention on the node-to-node radio link. Wireless mesh remains useful where suitable cabling is impractical. A strong signal at a phone does not prove a strong backhaul; compare wired and wireless tests and verify each node’s actual connection before choosing.

A useful rule of thumb in residential is one AP per 1,500-2,000 sq ft of finished space, plus one for outdoor zones. Layout matters more than count — a single AP centered in a single-story 2,400 sq ft home often works; a 2,400 sq ft two-story with a master suite at the far corner of the second floor probably needs two. We site-survey with a Wi-Fi analyzer before committing.

Eero (Amazon-owned since 2019) is the easiest — phone-only setup, no controller, automatic updates. Right for households that want zero ongoing administration. Orbi (Netgear) is similar but with stronger raw performance in some models. UniFi (Ubiquiti) requires a controller — Cloud Key Gen2 Plus or self-hosted UniFi Network Application — and gives you VLAN-per-device-type, guest network segmentation, per-client speed metrics, and a much more powerful firewall. Right for households with IoT-segmentation needs or homeowners who like dashboards. We install all three.

Yes. Streaming TVs, gaming consoles, NAS / file servers, work-from-home video calls, and PoE cameras all benefit from wired. Wi-Fi is the right answer for phones, tablets and laptops; wired is the right answer for everything that sits in one spot. We typically drop Cat6A to every TV, every desk, the AP locations, the printer / NAS, and the doorbell / camera positions.

A networking closet, structured-wiring panel, or open shelf in a utility room — depending on the home. A typical Bay Area residential rack contains an ISP modem / ONT, a router (UniFi Dream Machine, Eero Pro, etc.), a PoE switch (8 / 16 / 24 ports), a UPS for power resiliency, and a 12-24-port patch panel terminating the in-wall runs. We design the panel layout, label every port, and document the network for the homeowner.

Ready to fix the Wi-Fi?

Site survey + scope visit.

On-site walk-through with Wi-Fi analyzer. Drop count, AP placement, switch sizing, fixed quote within 3 business days.

Frequently asked project questions

Work through the difficult decisions.

Explore the causes, choices and practical next steps behind common project questions.

Why will my phone not switch to the closest Wi-Fi access point?

Clients do not always choose the nearest radio. Review association history, coverage overlap, client support, and roaming settings; test movement with the affected phone rather than relying only on stationary speed tests.

Read the full guide: The Phone Stays on the Wrong Access Point: Diagnose Sticky Wi-Fi Roaming ↗
Why do smart devices disappear on a separate IoT network?

Isolation or firewall policy may block discovery and local control even while internet access works. Map the required communication paths, configure supported exceptions narrowly, and test both function and separation.

Read the full guide: Smart Devices Disappear After Moving Them to an IoT Network ↗
Does a connection near 100 Mbps mean I need Cat6A?

Not necessarily. Check negotiated link speed, active-port limits, patch cords, and terminations. A damaged or poorly terminated path can limit performance regardless of its printed cable category.

Read the full guide: A Wired Connection Is Stuck Near 100 Mbps: Check the Link Before Upgrading the Cable Category ↗
Should I put my mesh system or ISP router into bridge mode?

Use bridge mode on the ISP gateway when the provider supports it and the mesh should handle routing. Mesh access-point or bridge mode is another option only where the product supports the required topology: Google Wifi and Nest Wifi bridge mode cannot retain multiple mesh points. Deliberate double NAT can remain if needed functions work. Check feature losses and retest local services after any change.

Read the full guide: Two Routers in One Home: When Double NAT Matters ↗

Browse all service guides ↗

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Project: Wi-Fi that holds up on the call that matters.

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