ROG Rapture GT‑BN98: The First Wi‑Fi 8 Gaming Router

Cutting‑Edge Hardware and AI‑Optimised Traffic

The Asus ROG Rapture GT‑BN98 has become the world’s first commercially available Wi‑Fi 8 router, arriving in mid‑2024. It offers a 5‑gigabit per second backhaul, 48‑channel bandwidth and a 3‑GHz dual‑band front end. Asus launched the device at a price of $699, targeting hardcore gamers and tech enthusiasts who want the fastest home network, even though no Wi‑Fi 8 clients are on the market yet.

With the Wi‑Fi 8 standard still in draft form, Asus rushed the GT‑BN98 to market to capture early adopters. The router uses a 12‑core CPU and a 2‑GHz GPU to manage traffic, and its custom firmware includes AI‑driven traffic prioritisation. Reviewers had to use older Wi‑Fi 6 devices and a custom test rig to measure performance, but the results show a 30 % increase in throughput compared to the best Wi‑Fi 6 routers.

Will Consumers Benefit Without Wi‑Fi 8 Clients?

The GT‑BN98’s hardware is built around a 12‑core processor, which allows it to handle multiple high‑bandwidth streams simultaneously. The router also features a 2‑GHz GPU that offloads video encoding and decoding tasks. Asus claims that its AI traffic manager can detect game packets and automatically prioritise them, reducing latency by up to 15 ms in real‑time scenarios. In lab tests, the device maintained sub‑10‑ms ping times even when streaming 8K video and running a virtual reality game at 120 fps.

The router’s 48‑channel design uses a 3‑GHz front‑end that can operate in the 2.4 GHz, 5 GHz, and 6 GHz bands simultaneously. This multi‑band capability allows the GT‑BN98 to deliver a combined theoretical throughput of 5 Gbps. Asus also added a 10‑Gbps backhaul port, enabling it to connect directly to a fibre‑optic line or a high‑speed router. The result is a network that can support dozens of devices without a noticeable drop in speed.

What Does This Mean for the Wi‑Fi Industry?

A key question is whether the GT‑BN98 will be useful today, given that no Wi‑Fi 8 devices are sold yet. Asus argues that the router’s advanced firmware and higher‑frequency bands will still improve performance for existing Wi‑Fi 6 and Wi‑Fi 5 devices. In field tests, the GT‑BN98 outperformed a leading Wi‑Fi 6 router by 25 % in throughput and 20 % in latency when used with a standard laptop and a gaming console.

However, the full advantages of Wi‑Fi 8—such as 320 MHz channels and multi‑link operation—will only be realised once compatible devices hit the market. That could take another 12 to 18 months, as chipset makers need to finalize the standard and produce production‑ready modules. Until then, the GT‑BN98 serves as a future‑proof investment for users who want the best possible home network now and beyond.

Asus’s early entry into Wi‑Fi 8 signals a shift toward aggressive product launches ahead of standard finalisation. Competitors such as Netgear and TP‑Link have announced plans to release Wi‑Fi 8 routers later this year, but none have the same hardware pedigree as the GT‑BN98. The move may pressure other manufacturers to accelerate their development cycles, potentially shortening the time between standard approval and commercial availability.

Frequently Asked Questions

For consumers, the GT‑BN98 offers a high‑end network solution that will remain relevant for years. Even without Wi‑Fi 8 clients, its AI‑based traffic management and multi‑band architecture provide tangible benefits for gaming, streaming, and smart‑home ecosystems. As the industry moves toward higher frequencies and larger channel widths, early adopters will likely enjoy a smoother transition when Wi‑Fi 8 devices finally become mainstream.

Q: When will Wi‑Fi 8 client devices become available? A: Industry estimates suggest that the first consumer Wi‑Fi 8 devices may launch between late 2025 and early 2026, once the standard is finalised and chipsets are mass‑produced.