Wi‑Fi 7 Mesh Under $800 in 2026: Real Features (MLO, 320 MHz, Backhaul) — Orbi 370 vs Deco 7 Pro vs ZenWiFi BQ16 Pro

The Wi‑Fi 7 label identifies a generation of wireless technology, but it is not enough to know what features a specific mesh system includes. To make a purchase decision, one must separate what the manufacturer's spec sheet declares, what a certification accredits for a model, and what could only be established with performance tests. They are not interchangeable evidence: an announced aggregate rate does not equal the speed an individual device will receive in a house. The IEEE 802.11be standard is marketed as Wi‑Fi 7, but the available source here on the standard is secondary, so we do not use it to support technical details requiring a normative reference.

MLO, or Multi‑Link Operation, allows Wi‑Fi 7 devices to establish an operation involving more than one link; the specific modality matters. The certificate available for the Deco BE11000 includes EMLSR, a specific form of MLO. The presence of MLO in a spec sheet or certificate should not be confused with a promise of speed, coverage, or lack of drops: those conclusions would require trials under defined conditions. The certification accredits capabilities within its scope, not the result each home will obtain.

320 MHz channels appear in the Deco BE11000 documentation, and ASUS declares widths of up to 320 MHz for the BQ16 Pro. This does not prove that any client can connect with that width: the capabilities of the access point and the client must match, in addition to local regulatory conditions for the 6 GHz spectrum. Documentary comparison allows verifying product declarations; it does not replace checking the country, client, or firmware to be used.

The review is limited to the eight sources included in the research: official manufacturer spec sheets, two corporate press releases, a NETGEAR support page, and the public Wi‑Fi Alliance certificate. It contrasts the features those documents explicitly name, such as bands, ports, channel widths, and certification. No independent tests were conducted, no coverage measurements or firmware evaluations, and the package does not include independent reviews to compare results in real scenarios.

There is also insufficient documentation in the package to sustain that the three kits cost less than $800 in the US market, nor to establish observed prices, sale dates, or a “most popular” ranking. The useful decision the available evidence supports is more limited: identifying which ports and features each model declares and where specific certification exists.

The Orbi 370 spec sheet describes the RBE373 as a dual-band Wi‑Fi 7 mesh system, announcing up to 5 Gbps combined speed and coverage of up to 6,000 ft². It also details a 2.5 GbE WAN port and one 2.5 GbE LAN port on the router, plus a 2.5 GbE LAN port per satellite. These are data declared by NETGEAR, not independent measurements of speed or coverage.

The same spec sheet mentions “Enhanced backhaul — Multi-link operation.” This allows stating that NETGEAR presents MLO as part of its backhaul proposal for the series, but the provided document does not by itself establish the MLO modality nor demonstrate how the system behaves with obstacles, interference, or other clients. For a wired installation, the multigigabit ports offer physical connection options, although the cited spec sheet does not serve to compare the result of Ethernet backhaul with wireless. The choice depends on cabling and topology, not just the name of a feature.

EasyMesh is a Wi‑Fi Alliance standard for mesh network interoperability, but the cited NETGEAR support article applies to Nighthawk Mesh Wi‑Fi 6 systems and lists models from that family. It does not offer a compatibility matrix for the Orbi 370. Therefore, the evidence allows distinguishing EasyMesh documentation for Nighthawk from Orbi documentation, but it is not enough for an exhaustive statement on all Orbi models. Before combining nodes, it is advisable to check the compatibility list corresponding to the exact model.

TP-Link's US page presents the Deco BE11000, also called Deco 7 Pro BE11000, as a tri-band Wi‑Fi 7 system and declares 320 MHz channels and a 2.5 Gbps WAN/LAN port. The available promotional page mentions a 2.5 Gbps port, not four; therefore, the claim of four 2.5 GbE ports cannot be repeated here. The port configuration must be verified in the spec sheet of the model and package to be purchased.

The Wi‑Fi Alliance certificate is the most specific evidence in the set: it identifies the product as “BE11000 Whole Home Mesh Wi‑Fi 7 System,” variant “Deco BE11000,” with a certification date of June 12, 2024. It lists Wi‑Fi CERTIFIED 7 and EMLSR, in addition to channel widths of up to 320 MHz in 6 GHz. The certification corresponds to the indicated variant, so it should not be automatically transferred to other products with similar names.

The certificate confirms that those capabilities passed the interoperability tests contemplated by the program; it does not accredit a coverage range or that MLO produces a perceptible improvement in each installation. For those with compatible clients, the documentation helps confirm features to consider when buying. For those without those clients or unable to use 6 GHz in their location, the Wi‑Fi 7 label alone does not resolve the decision: ports, node distribution, and the possibility of wiring the return also count.

ASUS's technical spec sheet identifies the ZenWiFi BQ16 Pro with four bands: 2.4 GHz, 5 GHz, and two 6 GHz radios. It specifies widths of up to 320 MHz and a 4×4 configuration in each of those bands. In the connections section, it lists a 10G WAN/LAN port, a 10G LAN port, a 1G WAN/LAN port, two 1G LAN ports, and USB 3.0. The quantity and speed of the ports are documented; the performance obtained with them is not.

ASUS announced the availability of the BQ16 Pro in July 2024 and highlighted MLO, 4K‑QAM, and two 10 Gbps Ethernet ports in its corporate communication. That date matters: the product is not a new 2026 launch. The announcement supports the features the company attributed to the system, while the technical spec sheet allows checking bands and ports. The documentation consulted does not include a specific Wi‑Fi Alliance certificate for the BQ16 Pro, so we do not equate ASUS's declaration with a localized certification.

Two 6 GHz radios give the device more distribution options than a system with a single radio in that band, but the documentation consulted does not prove that one remains dedicated to backhaul in all configurations. It also does not allow stating that the BQ16 Pro is the best option for large houses without cabling: comparable coverage and performance tests would be needed for that. The verifiable criterion is simpler: if you need 10 GbE wired links, ASUS declares two ports of that speed; the practical value will depend on the rest of the network.

A certification must be checked by product name and variant, not inferred from a commercial family. The Wi‑Fi Alliance PDF identifies the Deco BE11000 variant and lists the certified capabilities. It is a more concrete way to verify interoperability than relying only on a generic mention of Wi‑Fi 7; still, it does not certify home performance nor guarantee that any other Wi‑Fi 7 device uses all features.

EasyMesh can allow interoperability between devices from different manufacturers when those devices implement it and are compatible. However, the support page provided by NETGEAR describes its application to a specific series of Nighthawk Wi‑Fi 6. The available evidence does not demonstrate that Orbi 370 can be combined with EasyMesh nodes from other brands. Similarly, the package sources do not provide a sufficiently detailed matrix to establish all combinations between Deco, AiMesh, and Orbi. Do not buy nodes from different ecosystems assuming they will be compatible: request confirmation for the exact models.

Before choosing, it is advisable to note three data points from the spec sheet or certificate of the model offered:

• Bands and widths per radio; 320 MHz is documented for Deco BE11000 and ASUS BQ16 Pro, but its use also depends on the client and local 6 GHz rules.
• WAN/LAN ports and speed; Orbi 370 declares 2.5 GbE ports and ASUS BQ16 Pro lists two 10 GbE ports.
• Compatibility of the additional node with the exact kit and region; it is not enough that both products are announced as “mesh” or Wi‑Fi 7.

If you can connect nodes via Ethernet, the type and speed of the ports determine which wired links are possible. The Orbi 370 declares 2.5 GbE connections and the BQ16 Pro includes two 10 GbE; TP‑Link presents the Deco BE11000 with a 2.5 Gbps WAN/LAN port on the consulted page. The practical advantage depends on the entire chain: router, cable, node, client or server, and Internet plan. A fast port does not by itself turn a slower Internet connection into a faster one.

For wireless backhaul, the number of bands and the specific implementation matter, but the available sources do not offer comparable tests between the three systems. NETGEAR declares MLO for the Orbi 370 backhaul; ASUS communicated MLO in the BQ16 Pro; and the Deco BE11000 certificate lists EMLSR. Those documents do not justify a ranking of stability or coverage. Wireless mesh cannot be evaluated only by the spec sheet: distance between nodes, walls, interference, and firmware influence, and they were not measured here.

The documentary conclusion is concrete: Deco BE11000 has a public Wi‑Fi CERTIFIED 7 certificate listing EMLSR and 320 MHz in 6 GHz; Orbi 370 declares dual-band, MLO for backhaul, and 2.5 GbE ports; ASUS BQ16 Pro declares dual 6 GHz, widths up to 320 MHz, MLO in the announcement, and two 10 GbE ports. There is no basis in the included sources to say which offers better performance, which costs less than $800 currently, or which kit suits a specific house. Buy by verifiable need: model certification, required ports, local availability of 6 GHz, and confirmed node compatibility.

[^c1]: IEEE 802.11be — secondary source on the standard and its relation to Wi‑Fi 7. [^c2]: Wi‑Fi Alliance Certificate for Deco BE11000. [^c3]: ASUS ZenWiFi BQ16 Pro Specifications and Wi‑Fi Alliance Certificate for Deco BE11000. [^c4]: TP-Link Deco BE11000, NETGEAR Orbi RBE373 Spec Sheet and ASUS BQ16 Pro Specifications. [^c5]: NETGEAR RBE373 Technical Spec Sheet. [^c6]: NETGEAR Support: EasyMesh and Nighthawk Mesh Wi‑Fi 6 Systems. [^c7]: Official TP-Link Deco BE11000 Page. [^c8]: Official ASUS ZenWiFi BQ16 Pro Specifications. [^c9]: ASUS Press Release on ZenWiFi BQ16 Pro and BT10 Availability, July 2, 2024.