Reliability means your connection stays up and responsive
As Computex prepares to open in Taipei, ASUS has already claimed recognition for a router that gestures toward a wireless future not yet fully written. The ROG Rapture GT-BN98 Pro, winner of the Gaming and Immersive Tech Best Choice award, carries WiFi 8 support into a world where the standard itself won't be finalized until 2028 — a reminder that industry ambition habitually outruns the calendars of consensus. What the device promises is less about raw speed than about something quieter and more human: the ability to stay connected reliably in the crowded, signal-saturated spaces where modern life increasingly unfolds.
- ASUS has claimed a Computex Best Choice award for a router built around a wireless standard that doesn't officially exist yet, signaling the industry's eagerness to get ahead of the curve.
- Dense urban environments are choking on overlapping WiFi signals, and the congestion problem — not raw speed — is what WiFi 8 is being engineered to solve.
- The GT-BN98 Pro introduces multi-AP coordination, intelligent path optimization, and dynamic bandwidth management, representing a production-ready step beyond ASUS's earlier NeoCore concept.
- No release date, no price, and no full specifications have been announced, meaning this award-winning hardware remains more promise than product for now.
- With WiFi 6 and 7 still the practical choice for most users, the GT-BN98 Pro's recognition at Computex is less a consumer signal and more an industry declaration of direction.
With Computex about to open in Taipei, ASUS has already secured attention for a router that looks past the current generation of wireless networking. The ROG Rapture GT-BN98 Pro has taken the Best Choice award in the Gaming and Immersive Tech category, becoming the company's most concrete statement yet on WiFi 8.
Building on its WiFi 7 predecessor, the GT-BN98 Pro adds multi-AP coordination, intelligent path optimization, dynamic bandwidth management, and a proprietary thermal design, all wrapped around 10Gbps ports and compatibility with ASUS's AiMesh ecosystem. It follows a concept router called NeoCore that ASUS demonstrated at CES earlier this year, but where NeoCore was a vision, the GT-BN98 Pro is positioned as something closer to a real product.
The case for WiFi 8 isn't about speed records. It's about the quiet degradation that happens in apartment buildings and office towers where dozens of networks compete for the same airspace. Smarter coordination and dynamic bandwidth management are the tools WiFi 8 brings to that problem — a meaningful upgrade for anyone living in a crowded city.
The caveats are significant. The WiFi 8 standard won't be finalized until at least 2028, ASUS has shared no release date or pricing, and full specifications remain undisclosed. For the foreseeable future, WiFi 6 and 7 remain the sensible choice for most buyers. Still, the award signals that the industry's next chapter is already being written, and Computex is likely to surface more WiFi 8 hardware as manufacturers quietly prepare for the transition ahead.
Next week, Computex opens its doors in Taipei, and among the hardware earning recognition before the show even begins is a router that points toward the next generation of wireless networking. The ASUS ROG Rapture GT-BN98 Pro has won the Computex Best Choice award in the Gaming and Immersive Tech category, marking the company's latest push into WiFi 8 territory.
The GT-BN98 Pro builds on the foundation of its WiFi 7 predecessor, the GT-BE98 Pro, but adds support for the emerging WiFi 8 standard. The new router introduces multi-AP coordination architecture, intelligent path optimization, dynamic bandwidth management, and a proprietary thermal design. It includes 10Gbps ports and works with ASUS's AiMesh ecosystem, which allows multiple routers to function as a unified network. If the earlier model is any indication, this one will command significant real estate on a desk or shelf.
WiFi 8 is not yet finalized—the standard won't be locked down until 2028 at the earliest—but ASUS has already shown its hand. The company unveiled a concept router called NeoCore at CES earlier this year, complete with a working demonstration. The GT-BN98 Pro represents a more practical, production-oriented take on that vision.
What makes WiFi 8 worth the wait isn't raw speed. Instead, the standard targets something more fundamental: range and reliability. In dense urban environments where apartment buildings and office complexes pack dozens of networks into a small geographic area, overlapping signals create congestion and interference that degrade performance regardless of how fast the underlying technology is. WiFi 8 aims to solve that problem through smarter coordination and dynamic management of available bandwidth. For anyone living or working in a crowded city, that's a meaningful improvement.
The catch is time. ASUS hasn't announced a release date or price for the GT-BN98 Pro, and full specifications remain under wraps. The company is unlikely to ship it for some time, and when it does arrive, expect a premium price tag. For most users, WiFi 6 and WiFi 7 hardware will remain the sensible choice for years to come. But the GT-BN98 Pro's award signals that the industry is moving forward, and Computex next week will likely showcase more WiFi 8 hardware as manufacturers prepare for the eventual transition.
Notable Quotes
WiFi 8's aim is to improve range and reliability over raw throughput, which will help in dense environments where overlapping signals lead to congestion and interference issues.— TweakTown reporting on WiFi 8 design philosophy
The Hearth Conversation Another angle on the story
Why does a router that won't ship for months—and won't even have a finalized standard behind it—deserve an award now?
Because it's a signal. Computex is where the industry shows what's coming. This router tells manufacturers, retailers, and early adopters that WiFi 8 is real and worth paying attention to, even if the standard itself isn't done.
But if the standard isn't finalized until 2028, how does ASUS know this thing will actually work with the final spec?
That's the gamble. Early adopters always take that risk. But ASUS has shown this works with a concept router already, so they're not flying blind. They're betting they can iterate.
The source says it prioritizes reliability over speed. Why would anyone care about that when they already have fast internet?
Because fast doesn't matter if it keeps dropping. In a dense city, you can have gigabit service and still get terrible WiFi because your signal is drowning in interference from fifty other networks. Reliability means your connection stays up and responsive, which is worth more than raw throughput.
So this is really a solution to a specific problem—urban congestion.
Exactly. It's not for everyone. But for anyone in a crowded environment, it's the problem that actually matters.