TP-Link Archer AX72 Pro vs AX73 vs AXE75: Which Router Is Right for Your Home?

The AX72 Pro and AX73 are both dual-band Wi-Fi 6 routers, operating across the 2.4 GHz and 5 GHz bands. The AXE75 steps up to Wi-Fi 6E, adding a third distinct band at 6 GHz — and that distinction matters more than any throughput number on the spec sheet.

The 6 GHz band is the defining feature of Wi-Fi 6E. It occupies a part of the radio spectrum that, at this point in the technology's adoption curve, carries almost no competing traffic from neighboring networks or legacy devices. In apartment buildings and dense neighborhoods where the 2.4 GHz and 5 GHz bands are saturated with dozens of overlapping networks, the 6 GHz band can function as a private, interference-free lane — but only for devices equipped to use it. Phones, laptops, and tablets released before 2021 almost universally do not support 6 GHz, and even among recent devices, the radio is not universal.

For buyers whose entire device fleet predates Wi-Fi 6E, the AXE75's third band is effectively invisible. Those devices connect on 5 GHz or 2.4 GHz regardless, and the AX72 Pro and AX73 deliver equivalent performance to them. The AXE75 earns its keep in households that are actively accumulating 6 GHz-capable hardware and want a router that will serve those devices well across an extended ownership period.

Per-dimension winner: AXE75 — conditionally. For buyers with compatible devices in congested environments, it is the clear choice. For everyone else, dual-band Wi-Fi 6 is all the band configuration they need.

All three routers carry the AX5400 class designation, which means their combined maximum throughput figures land in the same neighborhood. This is the detail buyers most commonly misread in TP-Link's lineup, and it is worth addressing directly: adding a 6 GHz band in the AXE75 does not increase total aggregate bandwidth compared to the Wi-Fi 6 siblings. The bandwidth is redistributed across three bands rather than concentrated across two.

What that means in practice is that no individual band on the AXE75 is faster than the 5 GHz band on the AX73 or AX72 Pro. A dual-band router at this tier can allocate more radio resources to a single 5 GHz client, while a tri-band router divides its attention across three channels. The AXE75's advantage is interference avoidance and a dedicated, uncrowded lane for 6 GHz devices — not a peak throughput increase.

All three routers use a 2×2 antenna configuration per band and support both OFDMA and MU-MIMO. OFDMA is the key Wi-Fi 6 technology that allows a router to serve multiple devices simultaneously on a single channel rather than sequentially — it is the primary reason Wi-Fi 6 handles crowded household device loads better than Wi-Fi 5, and all three routers implement it equally. The quad-core processor shared across the lineup is modest by flagship standards but adequate for the routing workloads typical in homes with dozens of connected devices.

Per-dimension winner: Tied. Meaningfully identical where it matters for most buyers.

This is where the AX73 separates from the other two — and not favorably. The AX73 offers four standard gigabit LAN ports and a single gigabit WAN port. That configuration is entirely adequate for homes with standard broadband and wired desktops or smart TVs, but it hard-caps wired performance at 1 Gbps regardless of what the rest of the network can deliver.

The AX72 Pro and AXE75 both include a 2.5 Gbps multi-gigabit port, configurable as either WAN or LAN. For buyers whose ISP delivers speeds above 1 Gbps — increasingly common as multi-gig fiber plans expand — or who run a NAS device capable of fast local transfers, this single port difference means the router is not the bottleneck in the chain. The AX72 Pro goes one further with a USB 3.0 port, enabling direct file or printer sharing from the router itself — a capability neither the AX73 nor the AXE75 offers.

The AX73's gigabit-only design is not a flaw for the buyer it targets — someone on a 300 Mbps or 500 Mbps plan with standard wired clients will never register the absence. But for anyone pairing this router with a multi-gig ISP plan or local high-throughput storage, the AX73 is a genuine constraint rather than a reasonable tradeoff.

Per-dimension winner: AX72 Pro — matches the AXE75 on the 2.5 Gbps port and adds USB 3.0 that the AXE75 does not offer.

TP-Link rates all three routers for comparable coverage footprints, broadly suited to medium to large homes. Manufacturer coverage figures are consistently optimistic under real-world conditions with walls, floors, and building materials in the way — treat them as directional rather than precise.

The more meaningful coverage question is device density. All three routers support OFDMA on both 2.4 GHz and 5 GHz, the primary mechanism for serving many devices on a single channel without scheduling them to take turns. The AXE75 extends OFDMA to the 6 GHz band as well, giving 6 GHz-capable devices their own uncongested channel to share — which matters in households accumulating a growing fleet of recent hardware.

The AXE75's specification citing support for a large number of simultaneous connected devices is a marketing figure calibrated for the tri-band configuration. In practice, the limiting factor is always processor scheduling and radio management, not a hard device count. Owner-reported feedback on the AX72 Pro and AX73 consistently describes reliable performance across typical household device loads, with the AXE75 gaining a practical edge primarily in genuinely congested environments rather than from abstract headroom.

For buyers who need to extend coverage beyond the router's footprint, all three support OneMesh, TP-Link's proprietary whole-home system. The AXE75 additionally carries EasyMesh certification, an industry-standard protocol that allows it to interoperate with compatible mesh nodes from other manufacturers — a genuine flexibility advantage if the buyer's ecosystem needs to mix brands.

Per-dimension winner: AXE75 for dense, multi-device households with 6 GHz-capable devices. AX72 Pro or AX73 for typical homes where device density is not the primary concern.

All three routers ship with TP-Link HomeShield, and the feature set is identical across the lineup: network scanning, parental controls with content filtering and scheduling, DDoS protection, and malware blocking. There is no meaningful security differentiation between the three products — buyers get the same protection layer regardless of which model they choose.

The caveat applies equally to all three: HomeShield's baseline features are free, but granular parental controls and real-time threat monitoring are gated behind a HomeShield Pro subscription. TP-Link typically includes a trial period, after which continued access to advanced features requires a recurring payment. This is a consistently noted friction point in owner feedback across the lineup and worth factoring into long-term cost planning before purchase.

All three routers support WPA3 — the current Wi-Fi security standard — alongside WPA2 for backward compatibility with older devices.

Per-dimension winner: Tied. Identical HomeShield implementation across all three.

Setup across all three routers follows the same process: download the Tether app, connect to the router's temporary broadcast network, and complete a guided configuration flow. Owner feedback consistently describes this as accessible to buyers who have never configured a router before, and a traditional web interface remains available for those who prefer it.

The expandability picture is where meaningful differences appear. The AX72 Pro and AX73 support OneMesh, TP-Link's proprietary system for adding range extenders or nodes that appear as a single unified network. OneMesh is a practical and cost-effective way to extend coverage within TP-Link's ecosystem, but it is a closed standard.

The AXE75 supports both OneMesh and EasyMesh. EasyMesh is an industry-standard protocol enabling interoperability with compatible mesh nodes from other manufacturers. For a buyer who already owns Wi-Fi 6E-capable mesh hardware from another brand, or who wants the flexibility to mix equipment in the future without being locked into a single vendor, this is a real advantage. For a buyer committed to TP-Link's ecosystem, OneMesh covers the same practical ground.

Dual VPN support — both client and server modes — is exclusive to the AX72 Pro in this set. This is relevant for buyers who need to access a home network remotely or route all traffic through a VPN provider at the router level rather than configuring each device individually.

Per-dimension winner: AXE75 for expandability flexibility via EasyMesh. AX72 Pro for buyers who specifically need router-level VPN.

The throughput figures on all three spec sheets are theoretical maximums measured under controlled, single-client conditions. The ceiling that matters under actual household load — a dozen streaming devices, several phones, smart home sensors, and occasional large transfers running simultaneously — is OFDMA scheduling efficiency and radio management, not a peak figure.

All three routers handle moderate household congestion competently, according to owner-reported feedback across typical home environments. Where the AXE75 differentiates itself is in settings where 5 GHz congestion is severe: dense apartment blocks where dozens of neighboring networks are visible in a spectrum scan. In those conditions, the 6 GHz band provides a low-interference alternative for capable devices, and the performance advantage becomes measurable rather than theoretical.

In suburban or low-density environments, the congestion case for the AXE75 weakens considerably. Owners of the AX73 and AX72 Pro in typical homes report reliable streaming, video call, and gaming performance without the interference issues that would motivate a band upgrade. The 160 MHz channel width available on the 5 GHz band across all three routers — which enables higher throughput to individual compatible clients — is the more relevant performance lever for most buyers in those settings.

The AX72 Pro's faster wired port is also a practical performance factor the AX73 cannot match: on an ISP plan above gigabit, the AX73 becomes the bottleneck for wired devices while the AX72 Pro keeps pace.

Per-dimension winner: AXE75 in genuinely congested environments. AX72 Pro in typical homes, on balance.

At time of publication, the AX73 sits at the lowest price point of the three, the AX72 Pro occupies the middle, and the AXE75 commands a modest premium as the Wi-Fi 6E entry point. The gaps between them are relatively contained — this is not a comparison between a budget router and a flagship, but between three models in the same accessible tier competing on feature set.

The value calculus depends almost entirely on the trajectory of the buyer's device fleet and home network. The AX73's proposition is straightforward: maximum Wi-Fi 6 coverage for minimum spend. It is honest about what it is, and for a buyer on a standard broadband plan with no multi-gig wired hardware, the absence of a 2.5 Gbps port and USB connectivity is genuinely not a loss.

The AX72 Pro's value lies in its feature density relative to its price. It adds the 2.5 Gbps port and USB 3.0 without a significant premium over the AX73, making it the stronger buy for most buyers in the Wi-Fi 6 tier. The question is not whether the AX72 Pro offers more than the AX73 — it plainly does — but whether the specific additions are relevant to the buyer's setup. For most buyers who are not constrained to the AX73's price point, they will be.

The AXE75's future-proofing argument is real but conditional. Wi-Fi 6E device adoption is growing steadily — new phones, laptops, and tablets increasingly ship with 6 GHz radios as standard. A buyer planning to hold this router for four or five years will likely accumulate enough 6 GHz-capable devices to make the band actively useful rather than dormant. A buyer who replaces hardware more frequently, or lives in a low-density area where 5 GHz congestion is not a problem, risks paying for a radio they never fully use. The AXE75's inclusion of the 2.5 Gbps port does at least mean buyers are not trading wired performance to get the Wi-Fi 6E upgrade — a tradeoff that would make the premium harder to justify.

Per-dimension winner: AX72 Pro for overall value within the Wi-Fi 6 tier. AXE75 for buyers with a clear plan for 6 GHz-capable devices and an interest in a longer upgrade cycle.

This comparison is less about which router is fastest — they are all built to the same performance tier — and more about which router's feature set maps correctly onto the buyer's actual network, today and over the next several years.

The AX72 Pro earns the Top Pick because it resolves the most common decision correctly. Most buyers choosing between these three want solid Wi-Fi 6 wireless performance, a wired port that will not become a bottleneck when ISP speeds climb, and a USB connection for shared storage or peripherals — without paying a Wi-Fi 6E premium for a band their devices may not yet support. The AX72 Pro delivers all of that. It is the router that handles the widest range of real buyer situations without asking for a feature premium or a capability compromise.

The AX73 is the right answer for a narrower profile: a buyer with a firm budget ceiling, a broadband plan below gigabit, no NAS or multi-gig wired hardware, and no near-term plans to change any of that. In that scenario, the AX73 is not a compromise — it is a correctly specified router for a correctly understood need.

The AXE75 serves a real but specific buyer: someone in a congested wireless environment, actively using or acquiring 6 GHz-capable devices, who wants a single router purchase to remain relevant across an extended upgrade cycle. Its EasyMesh support adds ecosystem flexibility that neither Wi-Fi 6 model provides. Its 2.5 Gbps port means wired performance keeps pace with wireless capability. The cost premium is modest. The condition is that the buyer's situation actually justifies 6 GHz access — without congestion or compatible devices, it is a capable router with an underused radio.

The one thing all three share equally is the HomeShield security layer and Tether app management. No buyer in this comparison sacrifices usability or baseline security to save money or gain features elsewhere. That is a meaningful common foundation — and it means the decision between these three is genuinely about matching the router to the network, not about avoiding a bad product.