Description
High-Density AX3600 Wi-Fi 6 Ceiling Access Point with 2.5G Uplink and Omada SDN
The TP-Link EAP660 HD is an AX3600 dual-band Wi-Fi 6 ceiling mount access point engineered for high-density environments where many devices connect simultaneously. With combined speeds of up to 3550Mbps, a 2.5 Gigabit Ethernet uplink port, 4× increased device capacity via OFDMA, and full integration with TP-Link's Omada SDN platform, it's purpose-built for offices, schools, hotels, retail centres, and any venue in Australia where reliable, fast Wi-Fi for large numbers of users is non-negotiable.
Key Features
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AX3600 Wi-Fi 6 Speeds: 2402Mbps on 5GHz and 1148Mbps on 2.4GHz — combined 3550Mbps throughput for fast, reliable connectivity across all connected devices.
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2.5 Gigabit Ethernet Uplink: Breaks through the 1Gbps bottleneck with a 2.5GbE port for high-bandwidth backhaul — essential in high-density deployments where aggregate Wi-Fi throughput exceeds 1Gbps.
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4× High-Density Capacity: OFDMA and MU-MIMO technology increases the number of devices that can be served simultaneously by up to 4× compared to Wi-Fi 5 — ideal for crowded venues with many concurrent users.
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PoE+ Powered (802.3at): Powered via a single Ethernet cable from a PoE+ switch — no separate power outlet required at the ceiling installation point. Also supports 12V DC.
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Omada SDN Integration: Centrally manage alongside Omada routers and switches via cloud or local controller — with Zero-Touch Provisioning (ZTP) for rapid remote deployment across multiple sites.
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Seamless Roaming: Users move between access points without dropping video streams or voice calls — automatic handoff ensures uninterrupted connectivity throughout the venue.
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Secure Guest Network: Multiple authentication options including SMS, Facebook Wi-Fi, and voucher-based access — with WPA3 security and client isolation for guest networks.
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Internal Omni Antennas: 4× 4dBi on 2.4GHz and 4× 5dBi on 5GHz — optimised for ceiling-down coverage patterns in open-plan environments.
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SNMP v1/v2c/v3 & Email Alerts: Enterprise-grade monitoring and alerting for integration with existing network management systems.
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Ceiling & Wall Mounting: Mounting kits included — installs on standard ceiling tiles, junction boxes, or walls for flexible deployment.
Common Use Cases
- High-density office Wi-Fi for open-plan workspaces with many concurrent users
- Hotel and hospitality venue Wi-Fi with guest portal authentication
- School and university campus wireless networks
- Retail centres and shopping complexes requiring reliable public Wi-Fi
- Conference centres and event venues with high peak device counts
- Multi-site business networks managed centrally via Omada cloud with ZTP
Technical Specifications
| Model |
EAP660 HD |
| Wi-Fi Standard |
Wi-Fi 6 (IEEE 802.11ax/ac/n/g/b/a) |
| Wi-Fi Speed |
AX3600: 5GHz 2402Mbps + 2.4GHz 1148Mbps |
| 5GHz Band |
2402Mbps (802.11ax) |
| 2.4GHz Band |
1148Mbps (802.11ax) |
| Ethernet Port |
1× 2.5 Gbps (PoE+ input) |
| Power Supply |
802.3at PoE+ or 12V DC |
| Power Consumption |
18.5W (EU) / 21.5W (US) |
| Antennas |
Internal Omni: 2.4GHz 4×4dBi, 5GHz 4×5dBi |
| Key Technologies |
OFDMA, MU-MIMO, Beamforming, BSS Colouring |
| Seamless Roaming |
Yes |
| Guest Network |
Yes (SMS, Facebook Wi-Fi, Voucher auth) |
| Security |
WPA3, WPA2, WPA |
| SDN Management |
Omada SDN (cloud & local controller) |
| Zero-Touch Provisioning |
Yes (ZTP via Omada) |
| SNMP |
v1, v2c, v3 |
| Cloud Access |
Yes (via Omada controller or cloud) |
| Mounting |
Ceiling or wall (kits included) |
| Dimensions (W × D × H) |
243 × 243 × 64mm |
| In the Box |
EAP660 HD, Power Adapter, Ceiling/Wall Mounting Kits, Installation Guide |
Frequently Asked Questions
Why does the EAP660 HD have a 2.5G port instead of a standard Gigabit port?
In high-density environments with many concurrent Wi-Fi 6 users, the aggregate Wi-Fi throughput can exceed 1Gbps — creating a bottleneck at a standard Gigabit uplink. The 2.5GbE port allows the access point to pass up to 2.5Gbps of traffic to the upstream switch, eliminating this bottleneck. To take full advantage, your upstream switch must also have a 2.5GbE port (e.g. TP-Link TL-SG105-M2 or a multi-gig switch).
What is Omada SDN and do I need a controller?
Omada SDN is TP-Link's centralised network management platform. The EAP660 HD can be managed via the Omada cloud (no hardware controller required), a hardware Omada controller (OC300/OC200), or a software controller on a local server or Raspberry Pi. Zero-Touch Provisioning (ZTP) allows the AP to be pre-configured in the cloud and automatically download its configuration when connected on site.
What PoE switch is required to power the EAP660 HD?
The EAP660 HD requires 802.3at PoE+ (up to 21.5W). Ensure your PoE switch supports 802.3at on the connected port. Standard 802.3af (15.4W) PoE is insufficient. For the 2.5GbE port to operate at full speed, the switch port must also support 2.5GbE — otherwise it will negotiate down to 1Gbps.
How many users can the EAP660 HD support simultaneously?
The EAP660 HD is designed for high-density environments and can support a large number of concurrent users thanks to Wi-Fi 6 OFDMA and MU-MIMO technology. TP-Link rates it for 4× increased capacity compared to Wi-Fi 5. Practical concurrent user counts depend on usage patterns, but it is well-suited for venues with 50–100+ simultaneous connected devices.
Does it support seamless roaming between multiple access points?
Yes. When managed via Omada SDN, multiple EAP660 HD units (or other Omada APs) form a unified wireless network with seamless roaming. Devices automatically hand off between access points as users move through the venue without dropping connections — video streams and voice calls remain uninterrupted.
Can I set up a guest Wi-Fi network with a captive portal?
Yes. The EAP660 HD supports guest network isolation and multiple captive portal authentication methods including SMS verification, Facebook Wi-Fi, and voucher-based access — all configurable via the Omada controller or cloud. This is ideal for hotels, cafes, retail stores, and any venue offering public Wi-Fi.
