EAP653 Gigabit dual-band ceiling wireless access point, AX3000 standard

• Fast Wi‑Fi 6 speeds: Simultaneous support for up to 574 Mbps on 2.4 GHz and 2402 Mbps on 5 GHz, for a total up to 2976 Mbps.
• High Wi‑Fi 6 performance: More connected devices can enjoy higher speeds.
• Centralized cloud management: Integration with the Omada SDN platform enables local and remote cloud management via the web interface or the Omada app.
• 160 MHz channel width:
• Seamless roaming: Ongoing video streams and voice calls are not interrupted when users change location.
• Omada Mesh: Wirelessly interconnect access points to maintain wide network coverage and flexible placement.
• PoE+ power support: Device placement and installation are easier thanks to support for PoE+ (802.3at) and DC power (power adapter not included).
• Compact design: Dimensions 160 mm x 33.6 mm with a sleek look.

AX3000 WiFi 6
2402 Mbps on 5 GHz + 574 Mbps on 2.4 GHz

160 MHz channel
Double the peak single‑stream data rate with HE160

Smooth roaming
Uninterrupted streaming when moving between access points

High Wi‑Fi 6 performance
More connected devices, higher speed

Automatic channel selection and power control
Performance optimization by reducing Wi‑Fi interference

Compact design
Dimensions 160 mm x 33.6 mm with a sleek design

Centralized cloud management
Manage the network locally and remotely via the cloud

Omada Mesh technology
Convenient and flexible wireless network distribution

PoE+ power
Supports 802.3at PoE+ and DC power (no power adapter in the box)

Higher performance for more devices
Wi‑Fi 6 brings features like OFDMA and MU‑MIMO, enabling more client connections even in high‑traffic environments (offices, guesthouses, or small clinics). That means higher speeds, more connected devices, and lower latency.

High speed with Wi‑Fi 6
A new era of enterprise Wi‑Fi 6 with speeds up to 2976 Mbps, offering double the speed of Wi‑Fi 5. Every action is faster and smoother.

Integration with the Omada SDN platform
The Omada Software Defined Networking (SDN) platform brings together network devices such as access points, switches, and routers, delivering 100% cloud‑based centralized management and a highly scalable network managed from a single interface.

Automatic channel selection and power adjustment optimize performance
Ensures high wireless performance while reducing Wi‑Fi interference by automatically adjusting channel settings and transmit power levels of neighboring access points on the same network.

Easy pairing, fewer cables
Omada EAP access points with Mesh require no extra cabling, wirelessly relaying the Wi‑Fi signal for easy installation in places where running cables is difficult.

Network performance optimization
Intelligent optimization selects the best path between EAP access points, and Self‑healing ensures they stay online even if one access point goes down.

Seamless switching with fast roaming
Provides users uninterrupted streaming on the move by automatically switching devices to access points with the optimal signal.

Very compact design
Exceptional performance and a compact form factor enable easy Wi‑Fi deployment while saving space. With its sleek design, the EAP653 blends into any modern office, hotel, classroom, or café.

Secure guest network with up to 16 SSIDs
The guest network provides enhanced security for users. Separate SSIDs simplify management.

Guest network with Facebook Wi‑Fi and SMS login
Captive portal (including SMS, Facebook Wi‑Fi, and vouchers) and 802.1x authentication help maintain guest verification and network access. Grow your business with a customizable promotional page.

WPA3 for open public networks
With enterprise‑grade security, WPA3 provides better data protection for previously unsecured Wi‑Fi hotspots.

Band steering
Dual‑band devices are automatically guided to the wider 5 GHz band for faster connections.

Band load balancing
Heavily loaded networks run smoothly and without interference, even with more devices connected.

Network efficiency
Improves network performance by reducing inefficient bandwidth usage.