- eero 7 (dual-band, BE5000): ASIN B0D954FD8R (1-pack), B0D955ZMSR (3-pack) — 2x 2.5GbE, 1.8 Gbps wireless, 2.3 Gbps wired, 2,000 sq ft/node, 120+ devices, $169.99 (1-pack), $349.99 (3-pack)
- eero Pro 7 (tri-band, BE10800): ASIN B0C6RBS846 (1-pack), B0C6R9P664 (3-pack) — 2x 5GbE, 3.9 Gbps wireless, 4.7 Gbps wired, 2,000 sq ft/node, 200+ devices, $299.99 (1-pack), $699.99 (3-pack)
- eero Max 7 (tri-band, BE20800): ASIN B09HJJN7MS (1-pack), B09HK6WYMC (3-pack) — 2x 10GbE + 2x 2.5GbE, 4.3 Gbps wireless, 9.4 Gbps wired, 2,500 sq ft/node, 250+ devices, $599.99 (1-pack), $1,699.99 (3-pack)
Wi-Fi 7 (802.11be) is the first home networking standard to deliver tri-band operation with a dedicated 6 GHz backhaul, multi-link operation (MLO), and wired port speeds that can actually match what a multi-gigabit ISP plan delivers. MLO is not a marketing term to skim past: it allows a client device to transmit and receive simultaneously across two bands, reducing effective latency and recovering gracefully from per-band congestion. For homes with NAS boxes, multi-gig fiber handoffs, or 50+ concurrent devices, this matters. Wi-Fi 6E could aggregate 2.4/5/6 GHz bands in infrastructure, but clients still connected to a single radio at a time. Wi-Fi 7 changes that at the client level.
Amazon’s eero lineup now spans the full Wi-Fi 7 range: the entry-level eero 7, the mid-tier eero Pro 7, and the flagship eero Max 7. All three run eero’s TrueMesh firmware and share the same app-based management stack, but the hardware underneath them is radically different. The eero 7 is dual-band only — no 6 GHz, no dedicated wireless backhaul band — while the Pro 7 and Max 7 are proper tri-band systems with the architecture to use 6 GHz for node-to-node links while keeping 2.4 and 5 GHz free for client traffic. The port specs diverge even more sharply: 2.5 GbE on the base model, 5 GbE on the Pro 7, and a full 10 GbE on the Max 7.
The right pick depends almost entirely on three things: the speed tier of your internet plan, the square footage and floor count of your space, and whether you have wired devices — a NAS, a gaming PC, a managed switch — that need more than 1 Gbps to the router. This comparison breaks all three models down on those axes.
Quick Comparison
| Model | Wi-Fi Class | Bands | Max Wireless | Wired Ports | Max Wired | Coverage/Node | Devices | 3-Pack Price |
|---|---|---|---|---|---|---|---|---|
| eero 7 | BE5000 | Dual (2.4 + 5 GHz) | 1.8 Gbps | 2x 2.5 GbE | 2.3 Gbps | 2,000 sq ft | 120+ | ~$350 |
| eero Pro 7 | BE10800 | Tri (2.4 + 5 + 6 GHz) | 3.9 Gbps | 2x 5 GbE | 4.7 Gbps | 2,000 sq ft | 200+ | ~$700 |
| eero Max 7 | BE20800 | Tri (2.4 + 5 + 6 GHz) | 4.3 Gbps | 2x 10 GbE + 2x 2.5 GbE | 9.4 Gbps | 2,500 sq ft | 250+ | ~$1,700 |
eero 7 (BE5000, Dual-Band)
The eero 7 is a BE5000-class dual-band system: 2.4 GHz and 5 GHz, no 6 GHz radio. At $169.99 for a single unit or $349.99 for a 3-pack, it is eero’s entry into Wi-Fi 7 and the most affordable way to get MLO in the lineup. Each node ships with two auto-sensing 2.5 GbE Ethernet ports, supports internet plans up to 2.5 Gbps, and covers up to 2,000 square feet per unit. A 3-pack delivers up to 6,000 sq ft with 120+ device capacity per node.
The critical limitation is the absence of a 6 GHz radio. In a multi-node mesh, the eero 7 cannot use 6 GHz for wireless backhaul, which means inter-node traffic competes on the same 5 GHz band as client devices. This is a real architectural constraint, not a theoretical one. In single-router deployments — where all nodes connect back to a wired switch — this doesn’t matter at all, and the eero 7’s 2.5 GbE ports make it a clean fit for gig-and-a-half cable or fiber plans. But if your nodes are wirelessly meshed and more than one satellite is in the chain, 5 GHz congestion will surface under heavy simultaneous load. The eero 7 is best suited to wired satellite deployments or single-router setups where the budget is the primary driver.
At 1.8 Gbps maximum wireless throughput (BE5000 rated aggregate) and 2.3 Gbps wired, the eero 7 handles everything up to a 2 Gbps internet plan without bottlenecking at the WAN port. For households on gigabit or sub-gigabit plans with straightforward device counts, the spec-to-dollar ratio here is competitive. The Wi-Fi 7 MLO capability means compatible client devices (modern MacBooks, recent Android flagships, Wi-Fi 7 adapters) will see measurably lower latency than on Wi-Fi 6E, even without the 6 GHz band.
eero Pro 7 (BE10800, Tri-Band)
The eero Pro 7 introduces the 6 GHz radio and tri-band architecture. Rated BE10800, it aggregates 688 Mbps on 2.4 GHz, up to 4,324 Mbps on 5 GHz, and the 6 GHz band on top of that — eero’s published wireless speed ceiling is 3.9 Gbps per node. Wired throughput reaches 4.7 Gbps across its two 5 GbE ports. The 3-pack covers up to 6,000 sq ft with 200+ device support per node, priced at $699.99 (single unit: $299.99).
For multi-node wireless deployments, the 6 GHz radio changes the equation. In a TrueMesh system, eero can dedicate the 6 GHz band primarily to backhaul between nodes, leaving 5 GHz free for client traffic. This is the same architectural advantage that made Wi-Fi 6E tri-band systems outperform dual-band mesh in real-world multi-room scenarios — and the Pro 7 gets it with Wi-Fi 7’s additional MLO and 320 MHz channel-width support layered on top. A two-story home where satellite nodes are wireless becomes a substantially different performance experience on the Pro 7 versus the base eero 7, particularly for high-throughput transfers between floors.
The 5 GbE wired ports are relevant for anyone on a 2.5 Gbps or higher ISP plan. Multi-gig fiber (AT&T Fiber 5 Gig, Comcast Gigabit Pro, various municipal providers) is increasingly common, and a 1 GbE or 2.5 GbE router port will hardware-cap your WAN throughput regardless of wireless performance. The Pro 7’s 5 GbE port eliminates that ceiling for plans up to 5 Gbps. For wired devices — a NAS, a workstation — 5 GbE is sufficient for most real-world use cases: a Synology NAS doing multi-stream sequential reads, a 4K editing workstation pulling from shared storage, a multi-gig switch trunk. Where the Pro 7 falls short relative to the Max 7 is single-link wired speeds above 5 Gbps and the total port count for devices needing direct 10G links.
eero Max 7 (BE20800, Tri-Band with 10 GbE)
The eero Max 7 is in a different weight class. Each node ships with four Ethernet ports: two 10 GbE and two 2.5 GbE. The BE20800 rating aggregates 4×4 MIMO on both 5 GHz and 6 GHz, delivering up to 4.3 Gbps wireless throughput and 9.4 Gbps wired. Per-node coverage is 2,500 sq ft (2,000 for the smaller eero 7 and Pro 7 nodes), and device capacity scales to 250+ per node. The 3-pack is priced at $1,699.99 (on sale: $1,249.99); single units run $599.99 ($449.99 on sale).
The dual 10 GbE ports per node are the headline feature for power users. If you have a 10G NAS — a Synology DS423+ on a 10G switch, for example — you can wire the NAS directly to a Max 7 node and use the second 10 GbE port to uplink to a 10G managed switch, maintaining full-speed wired throughput throughout the stack. No other eero device gets close to this. The 2.5 GbE ports handle secondary devices or an uplink to a multi-gig cable modem. In a wired-backhaul deployment where every node is connected via Ethernet, the Max 7 lets you run a 10G spine without introducing a bottleneck at the wireless edge.
The wireless spec advantages over the Pro 7 are more marginal in practical terms. Both are tri-band 802.11be with 6 GHz support and MLO. The Max 7’s 4×4 MIMO (versus the Pro 7’s configuration) adds spatial streams, which improves aggregate throughput in high-device-density environments — a home with dozens of Wi-Fi 7 clients competing for airtime will see more headroom. But for typical households with 20-50 devices, the 4×4 radios won’t show up as a measurable improvement over the Pro 7 in day-to-day use. The Max 7 earns its premium purely through wired port spec and raw capacity headroom, not through wireless range or coverage.
Who Should Buy eero 7 vs Pro 7 vs Max 7
Buy the eero 7 (3-pack ~$350) if your internet plan is 1 Gbps or under, you have a flat or single-story home, and you’re running a wired-backhaul satellite setup (nodes connected via Ethernet to your main switch). The 2.5 GbE ports are adequate for that plan tier, and MLO on Wi-Fi 7 clients will still deliver tangibly lower latency than your current Wi-Fi 6 or 6E gear. Don’t buy the eero 7 for wireless mesh deployments in multi-story homes — the lack of 6 GHz backhaul will hurt in exactly the scenarios where mesh systems matter most.
Buy the eero Pro 7 (3-pack ~$700) if you’re on a 2.5 Gbps to 5 Gbps internet plan, have a two- or three-story home where at least some nodes will be wireless, or have a wired NAS or workstation that can saturate a 5 GbE link. This is the best-value pick for the majority of power users: tri-band architecture with proper 6 GHz backhaul, 5 GbE wired ports, MLO, and a price point that doesn’t require a dedicated networking budget. It handles every real-world scenario short of 10G LAN requirements.
Buy the eero Max 7 (3-pack ~$1,700) if you have a 10 Gbps internet handoff or 10G wired devices on your LAN — a 10G NAS, a 10G managed switch, a 10G workstation — and you want the router to not be the bottleneck. Also relevant for large homes (7,000+ sq ft) where the extra 500 sq ft per node closes coverage gaps without adding a fourth node. The premium is steep, and the wireless performance advantage over the Pro 7 is modest; buy it for the ports, not the radios.
One architectural note that applies to all three: eero runs its own cloud-managed firmware. You don’t get VLAN configuration, static routing tables, or advanced QoS via the app. If you need that level of control, pair any eero system in bridge mode behind a dedicated router — a GL.iNet GL-MT6000 running OpenWrt, for example — and let eero handle the wireless layer only.
Bottom Line
For most power users with a multi-gig ISP plan and a multi-story home, the eero Pro 7 3-pack hits the right spec point at a defensible price: tri-band Wi-Fi 7 with 5 GbE wired ports and a proper 6 GHz backhaul for wireless mesh deployments. Step up to the Max 7 only if your LAN includes 10G wired devices and you need the router hardware to match. The base eero 7 is worth considering only in single-router or fully wired-backhaul configurations where the missing 6 GHz radio is a non-issue.