Asus has begun taking orders for its first Wi-Fi 8 router, putting a premium quad-band model on sale while the wireless standard it is based on is still being developed. The move comes as TP-Link opens pre-orders for its own first Wi-Fi 8 router in several international markets, marking the start of a new hardware race centred less on headline speed and more on keeping connections steady in difficult conditions.
The Asus ROG Rapture GT-BN98 is available to pre-order for £790, with deliveries expected in October. It is a 4×4 quad-band router with a combined rated capacity of 25Gbps. The specification includes 1,376Mbps on the 2.4GHz band, two 5GHz bands rated at 5,764Mbps each, and an 11,529Mbps 6GHz connection.
The router also carries two 10Gb Ethernet ports and four 2.5Gb ports, giving users several options for connecting high-performance computers, storage systems, games consoles and other demanding equipment. Inside is a 2.6GHz quad-core processor supported by 2GB of RAM. Asus has also included Adaptive QoE, a system that can adjust bandwidth allocation according to network conditions and the applications using the connection.
TP-Link’s Archer 8 Ultra takes a different approach to the product line-up. It is a tri-band router with an aggregate wireless rating of up to 19Gbps and two 10Gbps auto-sensing WAN/LAN ports. Four 2.5Gbps LAN ports are provided for wired devices. The company says its 18 internal antennas are designed to cover up to 3,600 square feet and support as many as 200 connected devices, although coverage will depend on the building, construction materials and local radio conditions.
Pre-orders for the Archer 8 Ultra opened on 30 September in the United Kingdom, Germany, Australia and selected other markets. TP-Link has not published one universal price, saying regional pricing will appear on local websites. The company is also preparing the Deco 8 Ultra mesh system, while a wider range of Wi-Fi 8 products is planned for later releases. The Deco 8 mesh system is scheduled for the first quarter of 2027, followed by a Roam 8 travel router and Wi-Fi 8 range extenders and adapters in the second quarter.
The two launches underline the main promise of Wi-Fi 8, also known as IEEE 802.11bn. Earlier generations put much of their marketing focus on maximum data rates. Wi-Fi 7 introduced 320MHz channels, 4096-QAM modulation and Multi-Link Operation, allowing supported devices to use more than one band at the same time. Wi-Fi 8 keeps the high-capacity foundation but is designed to reduce the slowdowns, lost packets and latency spikes that appear when a signal becomes weak or when many nearby networks compete for the same airwaves.
The IEEE project describes Wi-Fi 8 as an Ultra High Reliability amendment. Its targets include a mode capable of increasing throughput by 25 per cent in at least one difficult signal environment, reducing 95th-percentile latency by 25 per cent and cutting packet loss by 25 per cent in a given scenario compared with the relevant Wi-Fi 7 operation. The project also covers better power management, peer-to-peer operation and compatibility with existing devices using the 2.4GHz, 5GHz and 6GHz bands.
The standard is not yet final. The current Wi-Fi 8 hardware is being sold as an early implementation of the developing specification, with final approval expected in 2028. That means manufacturers are bringing products to market ahead of the finished standard and are relying on firmware updates as parts of the specification mature.
TP-Link says its StabilityEngine is central to the Archer 8 Ultra. The system combines several Wi-Fi 8 technologies intended to address familiar problems around the home. Enhanced Long Range is designed to help distant, low-power devices maintain a stronger connection, while Distributed Resource Units can improve the way smaller devices use spectrum. Non-Primary Channel Access helps devices continue transmitting when a primary channel is busy, and Unequal Modulation allows different spatial streams to use modulation levels suited to their individual signal quality.
The company says the Archer 8 Ultra can deliver up to 33 per cent more throughput than Wi-Fi 7 at mid-to-long range and up to 24 per cent greater consistency under interference. Those gains are aimed at the parts of a home where a router’s advertised maximum speed matters least: behind several walls, on another floor, at the edge of coverage or in a flat surrounded by dozens of competing networks.
TP-Link is also building software features around the new hardware. Its Aireal AI Assistant is integrated into the Tether app and is intended to help users diagnose network problems and change settings using plain-language instructions. Other automated functions include Wi-Fi Optimizer, which scans for clearer channels, Self-Healing for common connection failures, Quality of Service controls for traffic prioritisation and an ECO Mode intended to lower power use during quieter periods.
Setup can be started by tapping an NFC-enabled phone against the Archer 8 Ultra. The same process can be used to help guests join the network without being given the main Wi-Fi password. The Tether app also brings together network monitoring, parental controls and security settings. A hardware-level VPN can encrypt selected device traffic at router level, while separate guest and Internet of Things networks can isolate smart-home equipment from a user’s main devices. HomeShield adds threat protection, parental controls and WPA3 authentication.
Asus is targeting the same reliability problems with a more heavily specified router. The GT-BN98 is intended for homes with multiple access points, dense device populations and users who want high-speed wireless links alongside a substantial wired network. Its four-band design gives it more radio capacity than TP-Link’s tri-band Archer 8 Ultra, but the two products are aimed at the same emerging market: households where phones, computers, televisions, cameras, appliances and gaming systems are all competing for dependable access.
The benefits will be limited at first by the number of compatible client devices. A Wi-Fi 8 router cannot turn an existing Wi-Fi 6 or Wi-Fi 7 phone, laptop or television into a Wi-Fi 8 device. The most advanced features require support from both ends of the connection, and compatible client hardware is expected to become more common from 2027 onwards.
The early arrival of these routers nevertheless gives consumers a first look at the direction home networking is taking. Rather than simply increasing the number printed on a box, Wi-Fi 8 is being built around steadier performance when signals weaken, neighbours’ networks overlap and dozens of devices are active at once. For people who already have multi-gigabit broadband and newer client hardware, the Asus and TP-Link launches offer an early route into that system. For everyone else, they begin a transition that will depend on prices falling, devices catching up and the final 802.11bn specification reaching approval.
“Wi-Fi 8 sets a new foundation, and we’ve built beyond it,” said Jim Poder, senior vice president of research and development at TP-Link. “Archer 8 Ultra combines our Wi-Fi 8 StabilityEngine with intelligent antenna technology and AI-powered optimization to deliver what matters most: a smarter, more reliable network that’s easier to use.”
For now, Asus has the first widely publicised quad-band option at £790, while TP-Link is pushing a broader platform that includes a router, mesh hardware and future travel and coverage products. Both companies are selling the promise of a more resilient wireless connection before the standard itself is complete, making Wi-Fi 8 one of the earliest networking generations to reach homes in draft form.