Asus Router: Asus has unveiled the world's first Wi-Fi 8 router, equipped with 30Gbps speed and cooling technology..
Shikha Saxena June 06, 2026 02:15 PM

The world has barely fully adopted Wi-Fi 7, yet Asus has already taken a step towards Wi-Fi 8. The company unveiled the ROG Rapture GT-BN98 Pro at Computex 2026, touting it as the world's first Wi-Fi 8 gaming router. With this launch, Asus has set a new record in the realm of networking technology.

**Claiming Speeds of Up to 30Gbps**
The new router is based on the IEEE 802.11bn—or Wi-Fi 8—standard. According to Asus, the router is capable of delivering maximum data transfer speeds of up to 30Gbps. However, the final official Wi-Fi 8 standard has not yet been finalized; it is expected to be completed by 2028.

Nevertheless, Asus has sought to showcase future networking capabilities through hardware based on preliminary specifications.

**Focus on Reliable Connectivity, Not Just Speed**
The company has designed this router with a quad-band configuration. It incorporates Multi-AP Coordination technology, aiming not merely for high speeds but to ensure more stable and reliable wireless connectivity.

Wi-Fi 8 aims to deliver reliable performance, low latency, and improved multi-access point coordination. Asus states that this router was developed with future high-performance networking needs in mind.

**Specially Designed for Gamers**
This router from the ROG series has been crafted with gaming users in mind. It features an advanced cooling system to maintain performance during extended gaming sessions. The router utilizes an aluminum heat plate with a nanocarbon coating, which helps regulate temperature.

For connectivity, it is equipped with dual 10G ports. It also supports link aggregation of up to 20Gbps, which can enhance the high-speed networking experience.

Asus has not yet revealed the price or the launch date for this router featuring WiFi 8 technology. The company may share further details in the future. For now, the device is being viewed as a glimpse into the future of wireless networking technology.


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