Home network setups by budget: what $200, $500, $1,000 and $2,000 buy

The short version

• Size, not budget, sets the floor. For a one-floor home under about 1,800 sq ft on a plan up to 1 Gbps, the planner's top pick is the same $99.99 router at every budget setting. More money buys more units, faster ports and wired access points, not a better single box.
• $200 covers one router, or two to four eero 6 units, on plans up to 1 Gbps. $500 buys a three-unit Wi-Fi 7 mesh with 2.5 Gbps ports, or two wired ceiling access points. $1,000 adds 6 GHz on every unit, ports for 5 Gbps plans, or three ceiling access points. $2,000 buys four wired ceiling access points with 6 GHz and 2.5 Gbps links, or a mesh with 10 Gbps ports.
• The main caveat: totals add up manufacturer prices from our catalog (checked October 20, 2026), before tax, shipping, cabling, installation and subscriptions. Wired setups assume Ethernet you may not have yet.
• Watch the slowest link. A gateway with gigabit LAN ports caps an $885 access-point build at 1 Gbps; one port setting, or a $77 gateway upgrade on UniFi, fixes it.

How these setups were chosen

Every product, spec and price comes from the RouterHaus catalog (version 2026.10.20.5, published at /data), which records each maker's figures and price with the date checked. RouterHaus has no commercial relationship with these makers and didn't test any of the hardware. Each tier shows two setups, picked by fixed rules:

• The planner's pick: the top-ranked setup, or the one it labels for the tier's purpose (such as "Best ports for multi-gig internet"), when we ran the network planner (engine 2026.10.6) for a reference home.
• The cheapest wired build with a stated spec: among the complete-price access-point setups the planner assembles, the cheapest with Wi-Fi 7 (at $500), or with 6 GHz and a 2.5 Gbps port on every access point (at $1,000 and $2,000).

The planner rules out setups that can't cover the home, carry the plan or fit the budget, then scores the rest. Its published method weights coverage 3, speed 2, ease 2, cost 2, control 1 and data confidence 1, so the cheapest setup doesn't always rank first, and the budget setting only decides which setups pass; it never changes their scores.

The coverage rule behind every tier

The planner and this article use the methodology page's cautious rule of thumb, not makers' coverage claims: one access point (a router, mesh unit or ceiling access point) per about 1,800 sq ft with drywall or wood, 1,400 with plaster and 1,000 with block, brick, stucco or concrete, and at least one per floor in homes with two or more floors over 1,200 sq ft. Each planner size button counts as one number: "3,000–4,000 sq ft" is 3,500, or two access points with drywall, while a 4,000 sq ft home needs three (4,000 ÷ 1,800 = 2.2, rounded up). Near the top of a range, choose the next size up.

Why one radio per area matters more than a pricier radio is covered in mesh vs a single router and why mesh Wi-Fi doesn't always fix coverage.

What the planner picked at each budget setting

The planner's top-ranked setup for five homes at each of its budget settings, run on October 21, 2026 with drywall and no priorities ticked ("Ethernet" means cable can reach each unit):

Budget only matters when it blocks something: a bigger one adds options lower in the list but never changes the top pick. Home size and plan speed set the minimum. With no budget set, the cheapest setup the planner passes is $299.97 for the 4,000–6,000 sq ft, 2 Gbps home (a TP-Link Deco BE23 3-pack) and $876 for the four-access-point, 5 Gbps home (four UniFi Express 7 units as mesh), which is why the $200 and $800 settings find nothing for them.

The tiers below fall between the planner's settings, so each links to the nearest lower one. Some add a switch the planner doesn't price: wired backhaul needs one when the main unit has a single LAN port for the other units.

$200: one good router, or a budget mesh for a gigabit plan

Who it fits: apartments and one-floor homes up to about 1,800 sq ft with drywall (one access point), or homes needing two to four units on plans up to 1 Gbps. No wiring needed.

The RAX9 (Wi-Fi 6, a gigabit internet port and four gigabit LAN ports) is the planner's top pick for one-access-point homes on plans up to 1 Gbps. Tick gaming and it becomes a single eero 6 ($89.99), because eero documents Smart Queue Management, a setting that keeps latency down when the line is busy.

On a 2 Gbps plan, the planner's top pick for the same home is the ASUS RT-BE55 ($129.99, a price our catalog marks as not re-confirmed); the cheapest with a confirmed price is the NETGEAR Nighthawk RS100 ($149.99, NETGEAR store). Both are dual-band Wi-Fi 7 with a 2.5 Gbps internet port but gigabit LAN ports, so a wired device still gets at most 1 Gbps.

The eero 6 pack is the planner's top pick at $200 for a 4,000–6,000 sq ft home on a 1 Gbps plan: cheaper than eero's 3-pack ($199.99, one router and two extenders), and all three are full routers with two gigabit Ethernet ports. A two-unit home needs only the 2-pack; add an 8-port NETGEAR GS308 gigabit switch ($27.99, NETGEAR store) for $127.98 if you have several wired devices.

What it still can't do: offer 6 GHz (every router here is dual-band), carry more than about 900 Mbps on the eero 6 (eero says each unit "supports wireless speeds up to 500 Mbps and 900 Mbps wired"), or cover three access points on a 2 Gbps plan. The eero 6 is also managed only in eero's app, with some features behind eero Plus (see costs the totals leave out). Planner: $200, 1,000–2,000 sq ft, one floor, 1 Gbps.

$500: Wi-Fi 7 mesh with 2.5 Gbps ports, or a first wired setup

Who it fits: homes that need two or three access points (roughly 1,800–5,400 sq ft with drywall, or any two-floor home over 1,200 sq ft) on plans up to 2 Gbps.

The Orbi 370 is the planner's top pick, from the $400 setting up, for a 4,000–6,000 sq ft two-floor home on a 2 Gbps plan with Ethernet. NETGEAR lists one 2.5 Gbps internet port and one 2.5 Gbps LAN port on the router, so wiring both satellites back to it takes the switch. It's dual-band, so without Ethernet the units share their radios between your devices and the links between units. The planner's cheapest alternative is the TP-Link Deco BE23 3-pack, $299.97 (TP-Link store regular price; a lower sale price showed when checked). For a two-unit home that wants 6 GHz, its long-term pick is the tri-band ASUS ZenWiFi BT6 2-pack, $369.99 (ASUS store), with a 2.5 Gbps WAN port and three gigabit LAN ports per unit.

The Omada setup is the cheapest complete-price Wi-Fi 7 wired build the planner assembles for two access points, and its prosumer pick for a 2,000–3,000 sq ft two-floor home. (The cheapest wired build of all, with Wi-Fi 6 EAP650s, is $429.96, so none fits the $400 setting.) Each EAP723 is a ceiling-mount, dual-band Wi-Fi 7 access point with a 2.5 Gbps port, powered over the Ethernet cable (802.3at PoE, also called PoE+). TP-Link notes that Omada mesh, seamless roaming and cloud access require an Omada controller (see controllers).

What it adds over $200: Wi-Fi 7, 2.5 Gbps ports and the option of access points on Ethernet. What it still can't do: carry plans above 2.5 Gbps (every internet port here is 2.5 Gbps), give 6 GHz to three units, or run four wired access points. Planner: $400, 4,000–6,000 sq ft, two floors, 2 Gbps, Ethernet.

$1,000: 6 GHz everywhere, multi-gig plans, or three ceiling access points

Who it fits: homes needing three access points on plans from 2 to 5 Gbps, and wired homes on plans up to 2 Gbps that want ceiling access points with 6 GHz. If you're on multi-gig fiber, see choosing a router for multi-gig fiber.

The eero Pro 7 is the planner's multi-gig pick at the $800 setting for a 4,000–6,000 sq ft home on a 2 Gbps plan. eero says it's "Ideal for internet plans up to 5 Gbps", with two 5 GbE ports and 6 GHz on each unit. With one port on the internet, the main unit has one left for the other units, hence the switch, which caps those links at 2.5 Gbps. For a 5 Gbps plan in the same home, the planner's top pick at $800 is the TP-Link Deco BE68 3-pack at $699.99 (launch price), which TP-Link lists with a 10 Gbps WAN/LAN port; its other ports are 2.5 Gbps and 1 Gbps, so a wired device gets at most 2.5 Gbps.

The Omada build is the cheapest complete-price wired setup the planner assembles for that home with 6 GHz and a 2.5 Gbps port on every access point. It passes at the $1,500 setting, not $800; the planner's prosumer label at $800 goes to the EAP723 version ($689.95), which has no 6 GHz. Each EAP772 adds 6 GHz with 320 MHz channels. The XMG-108HP's ports share a 100 W PoE budget, and the planner sizes each 802.3at device at 30 W, the most an 802.3at port supplies: three access points take 90 W, so a fourth needs a bigger switch.

What it adds over $500: 6 GHz on every unit and internet ports rated for 5 or 10 Gbps. What it still can't do: give a wired device more than 2.5 Gbps through these switches. Four access points on a 5 Gbps plan start just under $1,000: the cheapest setup the planner passes for that home is four UniFi Express 7 units used as mesh ($876; with Ethernet backhaul it also needs a switch, because the main unit has one LAN port), and a wired UniFi build with four dual-band U7 Lite access points is $953.

Planner: $800, 4,000–6,000 sq ft, two floors, 2 Gbps, Ethernet. For three of these ecosystems side by side, see Ubiquiti vs eero vs ASUS.

$2,000: four ceiling access points with 6 GHz, or a 10 Gbps mesh

Who it fits: homes needing four or more access points (over about 6,000 sq ft with drywall), plans of 5 Gbps or more, and owners who can run Ethernet to every access point.

For a home over 6,000 sq ft on three floors with a 5 Gbps plan and Ethernet, the planner at $1,500 ranks four ASUS RT-BE86U routers as an AiMesh system first ($1,079.96; $269.99 each at the ASUS store): ASUS lists a 10 Gbps WAN/LAN port and three 2.5 Gbps LAN ports, enough to wire the other units without a switch, but it's dual-band, with no 6 GHz. The eero Pro 7 four-pack is its multi-gig pick. In the UniFi build, the cheapest complete-price wired setup it assembles with 6 GHz and a 2.5 Gbps port on every access point, the UniFi Express 7 is the gateway (Ubiquiti lists a 10 GbE internet port and a 2.5 GbE port) and runs the UniFi Network application that manages everything. Ubiquiti rates the Flex 2.5G PoE at 196 W of PoE only with the separately sold 210 W adapter; four U7 Pro access points (21 W maximum each, per Ubiquiti) fit easily. Two limits are worth the arithmetic before spending more:

• The link to the gateway is shared. All four access points reach the internet through the UniFi Express 7's single 2.5 GbE LAN port, so on a 5 Gbps plan the whole Wi-Fi network together tops out at 2.5 Gbps. A gateway with a 10 Gbps LAN port, such as the Cloud Gateway Fiber ($307 with surcharge, $279 before it), removes that limit, but connecting it to the switch's 10 Gbps uplink needs an SFP+ module or cable our catalog doesn't price.
• Faster access-point ports help groups, not single devices. Apple lists its Wi-Fi 7 iPhones, and its MacBook Pro and MacBook Air models with the N1 chip, at a maximum PHY (link) rate of 2,400 Mbps at 160 MHz, and real throughput is lower than link rate. One such device can't fill a 2.5 Gbps port, so 10 Gbps access points pay off only when several fast devices share one access point, and only with a 10 Gbps switch and gateway.

The mesh alternative at this price is the quad-band NETGEAR Orbi 970 3-pack, $1,999.99 (NETGEAR store), with a 10 Gbps internet port and 10 Gbps plus 2.5 Gbps LAN ports; as three units, it suits three-access-point homes, not the four-unit home above.

What it adds over $1,000: a fourth access point with 6 GHz and a 2.5 Gbps link, and PoE budget to add more. What it still can't do: know your floor plan. At this size placement matters more than the model, and a rule of thumb is no substitute for a site survey.

Planner: $1,500, over 6,000 sq ft, three floors, 5 Gbps, Ethernet. The methodology suggests a consultation for homes over 5,000 sq ft, where the rule of thumb is least reliable; a network design consultation can place the access points on your floor plan before you buy cable.

Specs and prices behind the setups

Access points and switches have no product pages yet, so here are their catalog figures:

Costs the totals leave out

Every total above is hardware only. Plan for these too:

• Cable runs. Each wired unit needs an Ethernet run, which the planner lists without a price because labor and length vary. Zyxel says 2.5 Gbps runs over existing Cat 5e cable, so a wired house may need no new cable for 2.5 Gbps links. For new runs, see what to pre-wire in a new home.
• PoE power. Each PoE standard has a per-port maximum at the switch (15.4 W for 802.3af, 30 W for 802.3at, 60 W for 802.3bt Type 3, per TP-Link's PoE guide), all ports share one budget, and some budgets need a separately sold supply, like the $79 adapter in the UniFi build.
• Controllers. Omada's software controller (on a computer you keep on) and its Cloud Essentials are free; hardware controllers cost extra and aren't in our catalog. UniFi's cloud gateways, including the UniFi Express 7, run the UniFi Network application themselves; Ubiquiti's "Gateway" models need a CloudKey, UniFi hosting or UniFi OS Server.
• Subscriptions. None of these setups needs one to route traffic or provide Wi-Fi, but several makers sell add-ons, checked October 21, 2026:

Over three years at the yearly rate, eero Plus or Armor comes to $299.97, more than the whole $200 setup (arithmetic, not a forecast of future prices). Also check how your provider's gateway fits in: if it keeps routing in front of your new system you get double NAT, which bridge mode or IP passthrough usually fixes.