ASUS's new ROG Rapture GT-BN98 is the world's first quad-band WiFi 8 gaming router, bringing the next generation of networking and wireless technology to a cutting-edge device that's also designed to deliver peak wireless gaming performance. With premium hardware and intelligent routing for gaming, it reduces latency by up to 34% and benefits from WiFi 8's focus on Ultra High Reliability.
For the modern connected home, WiFi 8 is a networking game changer because it delivers smoother connectivity across more devices while boosting mid-to-long range speeds. WiFi 8 is a breakthrough for gaming because it tackles the issue that is never fun: an unreliable connection. If you're in the middle of a round of Counter-Strike 2 or jumping into Diablo 4 or Helldivers 2 with friends, a network stutter or momentary speed drop can cause lag and latency you can see. At worst, it can decide whether you win or lose.
WiFi 8 and the ROG Rapture GT-BN98 are all about helping you maintain a solid connection in a household with multiple people jumping online, IoT devices, and a gaming device located on the other side of the home. Unlike previous advances, WiFi 8 isn't simply about boosting network speed on a single device; instead, it overhauls and optimizes how bandwidth is delivered to multiple devices. It also eliminates performance issues, even when multiple devices are connected and transmitting and receiving data at the same time.
What is WiFi 8?
Home wireless networking has, for the most part, remained consistent over the years. Devices connect to a router or mesh/repeater system and share wireless bandwidth, with the most stable, sustained performance available to devices that sit relatively close to networking hardware. As WiFi standards and technologies like WiFi 7 evolve to handle the growing reliance on wireless connectivity by improving speeds, the modern high-density home adds a new challenge and layer of complexity. With WiFi 8, the goal isn't more speed; it's reliability.
In a modern IoT-filled home (Internet of Things), smart devices that connect to the internet and interact with other devices are now commonplace. This could be as simple as using your smartphone to see who's at the door by logging into a camera, or using voice commands to control lights or play some music. And in the age of AI-powered devices with consistent upstream and downstream network traffic, things have become much more complex, as local and cloud-based large-language models are constantly being tapped into. Before we get into the technology that defines WiFi 8, keep in mind that, above all, it delivers on that age-old wireless promise: it should just work.
WiFi 8 Delivers More Coverage for More Devices, with Sustained Speed
One of the most exciting aspects of Wi-Fi 8 is that, compared to WiFi 6E and WiFi 7, it delivers up to double the throughput. What this means is that even in a fully connected home, even if you're gaming on a device that's upstairs or on the other side of a wall or two, the WiFi 8-powered ROG Rapture GT-BN98 maintains sustained speeds and stability.
WiFi 8 isn't about throwing more hardware at the problem; it's a foundational update with new technologies designed to deliver a system that works. New Modulation and Coding Schemes (MCS) make speed changes and stability smoother, even when the signal strength varies. WiFi 8 also introduces Unequal Modulation (UEQM), which ensures a weak stream or device with a poor signal doesn't hold back the rest of the network. As a result, WiFi 8 gives mid-to-long-range wireless performance a massive boost.
This technology, along with Enhanced Long Range (ELR) and Distributed-Tone Resource Units (DRU), also marks a major leap in balancing connectivity across a wide range of IoT devices. Essentially, WiFi 8 includes technology specifically for modern home and office environments. As modern cameras are now wireless, ELR explicitly improves edge coverage for IoT devices farther from the router. Because IoT devices transmit at lower power than routers, DRU boosts these connections by using the full wireless spectrum in ways older WiFi standards can't.
WiFi 8 Reduces Interference and Enhances Multi-User Environments
A home with more than a single router, whether that's a mesh-based system or a dedicated wireless access point, is not unusual. In fact, for the broadest coverage, it can be a must. The good news is that WiFi 8 is backward compatible so that it can slot seamlessly into an existing wireless setup, and it's designed to make any multi-router, multi-user environment more efficient and reliable.
Let's say you're on a tablet or smartphone and walking from one side of a home to another. In a multi-router environment, your device would switch routers to maintain the strongest signal and performance. Many people experience this every day, and it works, but it's not without issues. Before WiFi 8, interference and stability suffered when multiple access points targeted the same device or overlapped in coverage. With WiFi 8's Coordinated Beamforming (Co-BF) and Coordinated Spatial Reuse (Co-SR) technologies, multiple access points and routers will no longer focus on the same target device. They will coordinate transmission settings to eliminate overlap interference.
With WiFi 8, devices no longer compete for bandwidth, reducing congestion. Using the traffic comparison, it's like going from dealing with traffic lights and hold-ups to driving on a smooth highway with enough lanes for everyone. Multi-Link Operation (MLO), introduced with WiFi 7, also lets devices connect across multiple frequencies (2.4GHz, 5GHz, and 6GHz) and now has the added benefit of sharing profiles with nearby access points for seamless handoff. So, when you're moving from one side of a home to another, performance stays smooth and reliable with WiFi 8.
For households with TVs, consoles, laptops, computers, and multiple users, WiFi 8 goes beyond simple quality of service (QoS) profiles. Dynamic Sub-Band Operation (DSO) ensures the available spectrum is used more efficiently, while Enhanced Distributed Channel Access (EDCA) opens the door to the holy trinity for networking: low-latency for gaming, smooth and stable streaming for movies and TV shows, and plenty of bandwidth for downloads and dealing with lots of data. On the cutting-edge ROG Rapture GT-BN98, this is called Adaptive QoE, the ultimate, most advanced network solution for gaming.
Introducing the ROG Rapture GT-BN98, Quad-Band WiFi 8 for the Modern Home
The ROG Rapture GT-BN98 is the world's first WiFi 8 (802.11bn) gaming router, benefiting from the new WiFi standard's Ultra-High Reliability covered above. It's also designed to deliver a new level of flagship performance, stability, and speed for both gaming and high-density environments with multiple devices. Right off the bat, it benefits from WiFi 8's up to double the throughput, low-latency coordination in multi-access point environments, and up to double the coverage for IoT devices.
The best part is that the next-generation ROG Rapture GT-BN98 isn't just a wireless router for the gaming devices of the future; even when paired with modern WiFi 7 gaming hardware, it delivers performance gains and improved latency and stability.
It's also ASUS's flagship router with a premium design and hardware that includes a 2.6GHz quad-core processor, 2GB of onboard memory, and quad-band technology supporting an impressive 25,000 Mbps of total throughput. It also features dual 10G ports, with 10 Gbps Ethernet backhaul to deliver a robust wired and wireless network. Plus, a dedicated 10G gaming port taps into the router's advanced gaming-first features, prioritizing gaming traffic without any configuration or user input. The stylish, space station-like physical design also features eight high-performance external antennas and a thermal solution that includes an aluminum top plate and a nanocarbon layer for improved airflow and heat dissipation.
What sets the ROG Rapture GT-BN98 apart and solidifies its position as the world's first high-performance WiFi 8 gaming router is its Adaptive Quality of Experience (QoE) technology. Made possible by WiFi 8, the ROG Rapture GT-BN98 analyzes your network in real time and, based on application demands, dynamically allocates bandwidth for sustained performance and reliability. Even with multiple devices connected, you can jump into a ranked match of a competitive shooter on a PC, stream a 4K movie on a service like Netflix on a TV, and download a large software update on a laptop at the same time.
The ROG Rapture GT-BN98 goes further by optimizing latency and accelerating connections across WiFi and LAN. And for gamers, the bundled GTNet service uses real-time data to route traffic to faster game servers. Unlike other services that simply choose the closest server, this differs in that the shortest path isn't always the one that delivers the best latency and stability.
ASUS also leads the way in powerful monitoring, security, and configuration tools across its router lineup, and the ROG Rapture GT-BN98 is no different. With Guest Network Pro, users can create dedicated networks for gaming, visitors, kids, VPN use, and more. Plus, with powerful tools to monitor devices and track historical network usage, you also get commercial-grade AiProtection for security, safe browsing, and parental controls.
Ultimately, the ROG Rapture GT-BN98 represents a big leap forward in wireless networking, introducing next-generation WiFi 8 technologies in a world's first premium, flagship design built for unmatched performance, stability, and coverage.
