hAP ax S Access Point with Dual-Core 950MHz CPU, 512MB RAM, 5x GLAN, 1x SFP port, 2.4GHz Dual and 5GHz 802.11ax Triple Chain Rad

hAP ax S - High-performance SOHO Wi-Fi 6 with unbeatable value

Meet the new hAP ax S - our most cost-effective Wi-Fi 6 access point yet!

It costs far less than most mid-range, mass-produced routers... while delivering far more flexibility and longevity right out of the box!

Under the sleek exterior lies a dual-core ARM CPU, dual-band Wi-Fi 6, USB, five Gigabit Ethernet ports, and a 2.5 Gigabit SFP cage. You can connect direct fiber-to-home or link up a high-speed NAS for lightning-fast local access.

Triple-chain 5 GHz: the key to stable, gigabit-class Wi-Fi

The new hAP ax S features a triple-chain 5 GHz radio that achieves real-world throughput of around 800-900 Mbit/s. That means smooth streaming, faster downloads, and stable performance across multiple devices - even in crowded environments.

It's also perfect as a dedicated Wi-Fi 6 VR streaming access point for PC VR headsets, offering higher resolution and lower latency without the cables. Unlike single-purpose ``gaming'' access points, the hAP ax S gives you the full performance, flexibility, and futureproofing of RouterOS v7!

Enjoy dual powering options - DC jack or PoE-in - and a passive PoE-out port to power another MikroTik device, such as an additional AP or a compact desktop switch. This makes it ideal for both home setups and small offices where clean cable management matters.

Your network, your rules

Despite the low price, the hAP ax S runs a full version of RouterOS v7, the most flexible networking software on the market.

In the age of growing data security and privacy challenges, RouterOS gives you complete control - with no subscriptions, no upsells, no locked features. Whether you're configuring your first Wi-Fi network through the MikroTik app or building complex topologies, RouterOS v7 grows with you.

VLANs, firewalls, VPN tunnels, traffic shaping, scripting, SMS automation - the possibilities are endless. For example: you can easily isolate IoT devices into separate subnets to protect your home network from unwanted access via the smart fridge or those flashy LED light hubs.