How to Get Internet and Wi-Fi for a New NYC Office

01 / Office equipment

What equipment does the office need?

These functions can be combined in one device or distributed across several.

In a typical office, the Internet handoff connects to the router/firewall. Its internal network connects to a switch, which serves wired devices and Wi-Fi access points. Wireless devices join those access points. ^{[1] [10]}

An all-in-one wireless router combines several of these functions. Larger or more demanding offices can use separate access points so wireless coverage can be placed independently of the Internet handoff.

02 / Connection planning

First, confirm the connection and the workload

Check availability for the exact building, floor and suite. Agree on the handoff location, installation scope, building access and service date.

Then estimate the work that will happen simultaneously: video meetings, cloud applications, uploads, backups and large transfers. Consider upload and download separately. Employee count alone does not establish the bandwidth requirement. ^[2]

Use the bandwidth planning guide to develop that estimate. Review the fiber installation guide with your building and IT contacts.

Budget for the office network as well as the circuit: equipment, cabling, installation, software subscriptions where required, and ongoing management.

03 / Site assessment

In NYC, assess the radio environment before placing access points

In a dense office building, neighboring tenants and nearby floors can share the same radio channels. Your own access points also need to coexist with one another.

RF means radio frequency. An RF assessment examines the environment in which your Wi-Fi must operate. Ask the designer to assess:

• Signal quality in the rooms where people work.
• Channel utilization: how busy the radio channels are.
• Neighboring networks and other interference sources.
• Expected users and applications in each area.
• The actual laptops, phones and other devices being supported.

A list of nearby network names is useful context, but it is not a measurement of how much airtime those networks consume. Survey results should distinguish signal coverage from interference and capacity. Cisco’s survey guidance also emphasizes signals from adjacent floors and testing with representative client devices. ^[3]

Coverage and capacity answer different questions. Coverage asks whether a device can maintain a usable connection. Capacity asks whether the network can support everyone’s work at the same time. A conference room needs both.

04 / Bands and channels

Evaluate the bands and channel widths

A Wi-Fi generation and a radio band are different things. “Wi-Fi 7” describes a technology generation; 2.4, 5 and 6 GHz identify frequency bands. Check which bands and features each access point and client actually supports.

Six-gigahertz spectrum provides additional channel options, but its coverage still needs validation. An existing access-point layout should not automatically be assumed suitable. ^[4]

Channel width also matters. A wider channel can support higher rates under suitable conditions, while leaving fewer separate channels for nearby access points. The widest setting is not automatically the best choice for a busy office. ^[4]

Have the designer select bands, channels and widths for the measured environment and workload.

05 / Coverage

Place access points where people use Wi-Fi

Plan access-point locations around desks used by mobile workers, conference rooms, meeting spaces and other occupied areas.

The Internet connection may terminate in an equipment room. That is a sensible place for network equipment, but it does not determine the best radio location.

Use the floor plan, construction materials, antenna characteristics and survey results to choose mounting positions. Avoid placing access points inside metal cabinets or behind substantial obstructions simply because power or cabling is convenient. Follow the equipment’s mounting guidance. ^[5]

Adding more access points without a channel plan can increase contention. Raising transmit power is also not a substitute for checking the complete connection: the client must be able to transmit back to the access point.

Ask the designer to validate both directions using representative employee devices. ^[3]

06 / Wired backhaul

Connect access points back to the network with Ethernet

For a permanent office, plan Ethernet cabling from each access point to the appropriate LAN switch. The switch connects through your router/firewall to the Stealth Internet connection.

This connection is the access point’s backhaul: the path carrying traffic from the wireless access point into the rest of the network.

Wired backhaul lets you place access points where coverage is needed without depending on an additional wireless link between access points. Wireless mesh can help where cabling is impractical, but its backhaul also depends on radio conditions and available airtime. ^[6]

Ethernet backhaul does not eliminate interference between wireless clients and their access points. It removes the need for that additional wireless transport path.

Have the installer confirm:

• Cabling suitable for the intended speed and installation.
• Compatible access-point and switch port speeds.
• Sufficient switch uplink capacity.
• The required Power over Ethernet standard and power budget.

Power over Ethernet, or PoE, carries electrical power and data over the Ethernet cable. Requirements vary by access point. Insufficient power can disable features or reduce capabilities on some models; check the actual equipment specifications. ^[7]

07 / Wi-Fi options

Provider Wi-Fi or your own Wi-Fi?

When comparing Internet offers, ask what “Wi-Fi included” actually supplies.

A bundled gateway may combine the Internet connection, router and wireless radio in one unit. Its location may follow the service handoff rather than the places where employees need coverage. The supplied model and replacement policy may also limit when you can adopt newer wireless capabilities.

Ask for the exact equipment model, supported bands and Wi-Fi generation. Confirm the upgrade policy and whether separate access points with Ethernet backhaul are available.

Provider-managed Wi-Fi can include a properly surveyed deployment with multiple access points. Evaluate the proposed design and support scope rather than assuming all provider Wi-Fi works the same way.

With your own Wi-Fi infrastructure, you can choose the equipment, placement and upgrade schedule independently of the Internet service. You also need someone responsible for configuration, security updates, monitoring and support. That can be your internal IT team or a separately engaged network provider.

Stealth’s role is the Dedicated Internet connection. Arrange your office Wi-Fi design and management separately.

08 / Wireless generations

What about Wi-Fi 7 and Wi-Fi 8?

Wi-Fi 7 access points can serve an office using Stealth Dedicated Internet through the customer’s router/firewall and LAN. Features such as Multi-Link Operation depend on compatible equipment, software and configuration. ^{[5] [7]}

Wi-Fi 7 does not make shared radio airtime dedicated, nor does it guarantee that a single wireless device will achieve the full Internet circuit rate.

Status checked November 7, 2026: IEEE 802.11bn, associated with Wi-Fi 8, remains under development. Evaluate any early product against its documented capabilities and support commitments rather than treating the generation name as a finalized specification. ^[8]

Plan the cabling, power and equipment locations so the wireless equipment can be upgraded as requirements change.

09 / Acceptance

Check the entire path before opening day

A fast circuit needs equipment capable of carrying the intended traffic. For example, a 1 Gbps access-point uplink cannot carry 2 Gbps of Internet traffic through that port, even if the office has a 10 Gbps connection. Firewall performance also depends on the security and VPN functions being used. ^{[2] [9]}

Agree on an acceptance plan with your IT team:

• Test the wired connection. Use capable equipment and record the test destination, direction and conditions.
• Test Wi-Fi where people work. Include conference rooms, enclosed offices and normal movement between coverage areas.
• Test representative workloads. Check calls, uploads and cloud applications under expected simultaneous use.
• Test access controls. Confirm that guest users can reach the Internet while being kept separate from internal business resources. A different network name alone does not establish isolation. ^[10]
• Document the network. Keep the handoff details, equipment inventory, access-point locations, configuration records and support responsibilities.

A strong Wi-Fi signal or one successful speed test does not establish that the whole office is ready. Compare wired and wireless results under similar conditions and investigate the part of the path that differs. ^[9]

Recheck performance after the office is occupied and when layouts or workloads change.

Next steps

Plan the connection into your office

Start with the service address, expected bandwidth and preferred installation date. Coordinate the internal network and Wi-Fi installation with your IT team.

For a closer look at local network performance, read Wired Ethernet vs. Wi-Fi.