Comparison

Best WiFi 6 Access Points (802.11ax) — Compared

WiFi 6 is about efficiency under load (OFDMA / MU-MIMO) and client power saving, not headline speed. The table below lists only units whose standard includes ax.

How we sort

Sorted by throughput, filtered to 802.11ax units only; ties broken by bands and antenna count.

Spec comparison table

10 models in stock

CF-E373BECeiling Wireless AP3600Mbps2.4/5.8GHzWiFi 6PoEFull data publishedSpecs & photos

CF-EW87Outdoor Wireless AP3600Mbps2.4/5.8GHzWiFi 6PoEFull data publishedSpecs & photos

CF-WA971Outdoor Wireless AP3600Mbps2.4/5.8GHzWiFi 6PoEFull data publishedSpecs & photos

CF-WA973Outdoor Wireless AP3600Mbps2.4/5.8GHzWiFi 6PoEFull data publishedSpecs & photos

CF-E391AXCeiling Wireless AP3000Mbps2.4/5.8GHzWiFi 6PoEFull data publishedSpecs & photos

CF-E393AXCeiling Wireless AP3000Mbps2.4/5.8GHzWiFi 6PoEFull data publishedSpecs & photos

CF-E395AXCeiling Wireless AP3000Mbps2.4/5.8GHzWiFi 6PoEFull data publishedSpecs & photos

CF-E593AXCeiling Wireless AP3000Mbps2.4/5.8GHzWiFi 6PoEFull data publishedSpecs & photos

WA-690Ceiling Wireless AP3000Mbps2.4G and 5GHzWiFi 6PoEIP rating not published — confirm for outdoor useSpecs & photos

CF-WA933Outdoor Wireless AP3000Mbps2.4/5.8GHzWiFi 6PoEFull data publishedSpecs & photos

Model	Category	速率 / Speed	频段 / Bands	标准 / Standard	天线 / Antenna	供电 / Power	防护 / Rating	To confirm	Details
CF-E373BE	Ceiling Wireless AP	3600Mbps	2.4/5.8GHz	IEEE802.11 a/b/g/n/ac/ax/be	Built in 4dBi Internal Antennas	Support POE Supply	IP31	Full data published	Specs & photos
CF-EW87	Outdoor Wireless AP	3600Mbps	2.4/5.8GHz	IEEE802.11a/b/g/n/ac/ax/be	External 3*5dBi	POE (48V/0.32A) / DC (12V/1.5A)	IP67	Full data published	Specs & photos
CF-WA971	Outdoor Wireless AP	3600Mbps	2.4/5.8GHz	IEEE802.11a/b/g/n/ac/ax/be	Directional Antenna	POE (48V/0.5A)	IP67	Full data published	Specs & photos
CF-WA973	Outdoor Wireless AP	3600Mbps	2.4/5.8GHz	IEEE802.11a/b/g/n/ac/ax/be	External 4*6dBi	POE (48V/0.5A)	IP67	Full data published	Specs & photos
CF-E391AX	Ceiling Wireless AP	3000Mbps	2.4/5.8GHz	IEEE802.11 a/b/g/n/ac/ax	Built in 4*3dBi Internal Antennas	Support POE Supply	IP31	Full data published	Specs & photos
CF-E393AX	Ceiling Wireless AP	3000Mbps	2.4/5.8GHz	IEEE802.11 a/b/g/n/ac/ax	Built in 3dBi Internal Antennas	Support POE Supply	IP31	Full data published	Specs & photos
CF-E395AX	Ceiling Wireless AP	3000Mbps	2.4/5.8GHz	IEEE802.11 a/b/g/n/ac/ax	Built in 4*3dBi Internal Antennas	Support POE Supply	IP31	Full data published	Specs & photos
CF-E593AX	Ceiling Wireless AP	3000Mbps	2.4/5.8GHz	IEEE802.11 b/g/n/ac/ax	Built in 2*3dBi Internal Antennas	Support POE Supply	IP31	Full data published	Specs & photos
WA-690	Ceiling Wireless AP	3000Mbps	2.4G and 5GHz	IEEE802.11ax (Wi-Fi 6)	Built-in 2 x 2.4G + 2 x 5G antennas	48V PoE	—	IP rating not published — confirm for outdoor use	Specs & photos
CF-WA933	Outdoor Wireless AP	3000Mbps	2.4/5.8GHz	IEEE802.11a/b/g/n/ac/ax	Built in 5*4dBi	48V 0.5A POE Power Adapter 12V DC	IP66	Full data published	Specs & photos

The table draws on the same data as our product pages and stays in step with them. Prices move with volume and FX — quoted on request.

Choosing by scenario

Meeting rooms, classrooms, high density

WiFi 6 dual-band with high client capacity; ax scheduling pays off most with many clients.

Mobile-first deployments

Check 1024-QAM and OFDMA support; legacy clients still work but need mixed mode enabled.

Budget projects with mostly 2.4GHz clients

WiFi 6 is optional here — the same budget may buy higher-gain legacy dual-band units.

Can these ship together

WiFi 6 and legacy models mix in one order; staged rollout by zone is common.

Sourcing Service

Questions

Q1Does the gigabit uplink become the bottleneck?

Yes. WiFi 6 headline rates are radio aggregate; the real ceiling is the uplink and switch. For high density, use 2.5G uplinks or local forwarding.

Q2Will legacy clients connect?

Yes — WiFi 6 is backward compatible with a/b/g/n/ac, though legacy clients gain no OFDMA benefit.

Related knowledge

Channel Planning and Interference ControlThe goal of channel planning is not the strongest signal but adequate physical separation between co-channel APs. Without density, more power only creates more interference.How Many Devices Can One Access Point Handle?Vendor headline figures are theoretical associations, not usable concurrency. Real capacity depends on the traffic mix: browsing, video, scanning and roaming differ by orders of magnitude.

Compare & Select

Best Wi-Fi Access Points — Compared by Spec Best Outdoor Access Points — Compared by Spec Best WiFi Extenders & Repeaters — Compared WiFi 6 Access Point Spec Comparison — All Models Access Point vs Router — Which Do You Need?WiFi 5 vs WiFi 6 — Is the Upgrade Worth It?Access Point vs Extender — Two Ways to Fill Coverage Gaps Access Point Selector

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