ASUS Ships ROG Rapture GT-BN98, the First Wi-Fi 8 Gaming Router

ASUS has begun shipping the ROG Rapture GT-BN98, which it markets as the world's first Wi-Fi 8 gaming router, delivering a claimed 25,000Mbps of quad-band bandwidth, two 10G wired ports, and gaming-tuned traffic routing — but with a catch: the underlying Wi-Fi 8 standard (IEEE 802.11bn) has not actually been finalized yet, so ASUS is building to a draft spec it expects networking gear to catch up to over the next two years.

ASUS Republic of Gamers announced on October 6, 2026 that the GT-BN98 is "now shipping," pitching it as the answer for crowded, multi-device homes where gaming, streaming, and smart-home traffic all compete for the same airwaves. Here is what's actually confirmed, what ASUS is still vague on (starting with price), and whether jumping onto pre-standard Wi-Fi 8 hardware this early makes sense.

What is the ROG Rapture GT-BN98?

The ROG Rapture GT-BN98 is ASUS's new flagship gaming router, and the company is leaning hard on being first to market with Wi-Fi 8 hardware. In its own press release, ASUS frames the pitch around consistency rather than raw top speed: "In today's multi-device environments driven by gaming, streaming, and smart home usage, users need more than peak speed. They need stable, predictable, and efficient connectivity." The router's internal model code is BN25000, reflecting its combined four-band bandwidth rating.

It replaces the Wi-Fi 7-based GT-AXE16000 at the top of ASUS's ROG Rapture lineup, and if you want the fuller picture of the standard it's succeeding, our explainer on Wi-Fi 7 and Multi-Link Operation covers what changed last generation.

Wi-Fi 8 explained — and why it's still a draft standard

This is the detail most coverage glosses over: Wi-Fi 8, formally IEEE 802.11bn, is not a finished standard. ASUS's own spec page lists the router's wireless mode plainly as "WiFi 8 (802.11bn) Draft," and the press materials carry a direct disclaimer: "As the IEEE 802.11bn standard has not yet been finalized, these figures are based on preliminary vendor test data." According to Wikipedia's entry on Wi-Fi 8, the IEEE task group only approved Draft 1.3 in January 2026, a Draft 2.0 ballot slipped from May to July 2026, and full ratification is targeted for around May 2028, with Wi-Fi Alliance certification expected to begin roughly mid-2027.

Unlike Wi-Fi 6 to 7, which chased bigger channels and higher-order modulation for peak throughput, Wi-Fi 8's design goals are about reliability: steadier connections as devices move around a home, fewer dropped packets at the edge of range, and smarter hand-offs between access points. ASUS's own marketing echoes this directly, describing Wi-Fi 8 as prioritizing "ultra-high reliability" over peak speed, with "improved mid-to-long-range throughput and wider IoT coverage."

The practical catch, which ASUS also states outright: "Full use of WiFi 8 features requires both the router and client to support WiFi 8." Since Wi-Fi 8 client devices don't meaningfully exist yet, anyone buying the GT-BN98 today is buying for the future, running mostly on Wi-Fi 7/6E compatibility in the near term.

Speeds and specs: what BN25000 actually means

ASUS's official spec sheet breaks the GT-BN98's "up to 25,000Mbps" headline number down by band. Each band uses 4x4 MIMO over 4096-QAM, fed by eight external antennas in total:

Added together, those four figures round to the "BN25000" class name ASUS uses for marketing. New-to-Wi-Fi-8 technologies ASUS lists on the spec sheet include additional MCS (modulation and coding scheme) rates, UEQM (uneven quadrature amplitude modulation, which lets a single stream use different modulation depths per spatial path), and NPCA (non-primary channel access, which lets the router use secondary channels more flexibly when the primary one is busy) — all aimed at the "fewer dropped connections" goal rather than bigger speed numbers.

Under the hood, ASUS specifies a 2.6GHz quad-core processor with 2GB of RAM and 256MB of flash storage — a meaningful step up from typical consumer routers, needed to run the GT-BN98's packet-inspection and traffic-prioritization features in real time.

Gaming features: Adaptive QoE, GTNet and three-level acceleration

Beyond raw wireless specs, ASUS is positioning the GT-BN98 around software features aimed specifically at gamers:

• Adaptive QoE (Quality of Experience): ASUS contrasts this with traditional Quality of Service, which relies on static, pre-set rules. Adaptive QoE instead "dynamically allocates bandwidth based on real-time network conditions and application demands," continuously rebalancing traffic across gaming, streaming, and background downloads.
• Three-level game acceleration: ASUS's product page describes a pipeline covering device detection, traffic prioritization, and intelligent routing, which the company says cuts latency by up to 34% in its own lab testing under bandwidth-constrained conditions — a vendor-reported figure, not an independently verified benchmark.
• GTNet: A bundled third-party routing service built into the router's web interface. Rather than always taking the geographically shortest path, GTNet evaluates real-time latency and congestion to route traffic to game servers over whichever path is actually fastest at that moment.

For context on how this fits the broader ROG hardware push, ASUS's own ROG Xbox Ally X20 handheld launches around the same window, and low, stable latency is just as relevant for handheld cloud and remote-play gaming as it is for a desktop rig sitting next to the router.

WiFi Insight and AiProtection

Two features round out the networking side. WiFi Insight is a web-interface tool that continuously scans for WiFi and non-WiFi interference across every band, generates visualized network-health reports, supports real-time channel switching, and keeps a rolling 24-hour log of events — aimed at surfacing interference sources (microwaves, neighboring networks, baby monitors) that are normally invisible to a router's owner.

On security, the GT-BN98 ships with an upgraded version of ASUS's AiProtection suite: always-on ad and tracker blocking, malicious-site filtering, two-way intrusion prevention, and infected-device blocking at the network level. ASUS also lists Instant Guard (a one-tap personal VPN that requires a public IPv4 WAN address), VPN Fusion, support for WireGuard/OpenVPN/IPSec/PPTP as both server and client, Guest Network Pro with up to five separate SSIDs for segmenting IoT, guest, and gaming traffic, and parental controls covering up to 64 device profiles and 64 content-filter rules.

Wired ports and build

For wired connections, ASUS's spec sheet lists one 10Gbps WAN/LAN port, one 2.5Gbps WAN/LAN port, one additional 10Gbps LAN port, three more 2.5Gbps LAN ports, and a single gigabit RJ45 LAN port — summarized in ASUS's own release as "two 10G ports and four 2.5G ports." There's also one USB 3.2 Gen 1 port and one USB 2.0 port for attaching external storage or a cellular backup modem. The router supports dual-WAN failover, WAN link aggregation, and LAN link aggregation for multi-gigabit wired setups.

Physically, ASUS lists the GT-BN98 at roughly 350 by 350 by 221mm and 2,070 grams — a large, eight-antenna router in the same styling family as prior ROG Rapture flagships, with ASUS claiming a top plate up to 30% thicker and up to 35% better heat dissipation than the outgoing GT-AXE16000.

How it compares to ASUS's Wi-Fi 7 flagship

The GT-BN98 directly succeeds the GT-AXE16000, ASUS's Wi-Fi 7 flagship gaming router, and the generational jump is as much about software as raw radio specs. Wi-Fi 7's headline feature was Multi-Link Operation (MLO), which lets a single device use two bands at once to cut latency and add resilience — a technology our Wi-Fi 7 explainer covers in more detail. Wi-Fi 8 keeps MLO and builds on it with NPCA (non-primary channel access) and UEQM, both aimed at squeezing more usable throughput out of a band when the primary channel is congested, rather than adding a new band outright.

On paper, the per-band link rates are similar to high-end Wi-Fi 7 routers — the GT-BN98's 6GHz band tops out at 11,529Mbps, in the same range as flagship Wi-Fi 7 hardware. What's different is reliability under load: ASUS's pitch is that a crowded home with a dozen phones, a smart TV, several game consoles, and IoT devices all fighting for airtime will see fewer stutters and retransmissions on Wi-Fi 8, even if the theoretical max speed doesn't change dramatically. That's consistent with the IEEE's own design goals for 802.11bn, which target roughly 25% lower 95th-percentile latency and 25% fewer dropped packets than 802.11be (Wi-Fi 7) under equivalent conditions, rather than a jump in peak bandwidth.

AiMesh, the ROG app, and router modes

Like other recent ROG Rapture routers, the GT-BN98 supports multiple operating modes beyond a standalone router: it can run as the primary node in an ASUS AiMesh network, as an AiMesh satellite node extending an existing mesh, as a plain wireless access point, as a repeater, or as a media bridge. All of this is managed through the same ASUSWRT web interface and the ASUS Router mobile app that ASUS uses across its router lineup, with support for automatic firmware updates. For households already running AiMesh with older ASUS routers, that means the GT-BN98 can slot in as a mesh upgrade without replacing every node at once, rather than forcing an all-or-nothing switch to Wi-Fi 8.

Price and availability

This is the biggest gap in ASUS's own materials: neither the press release nor the official spec page lists a price. The spec page's "ASUS estore price starting at" field is simply blank, and ASUS directs buyers to regional store pages instead. What ASUS has confirmed is availability: the GT-BN98 is FCC- and Industry Canada-certified and is shipping in the US and Canada as of October 6, 2026, with the standard caveat that "products may not be available in all markets" yet.

Given the router's flagship positioning, eight antennas, and 10G networking gear, expect this to land well above mainstream router pricing once ASUS confirms regional figures — but until ASUS itself publishes a number, treat any specific price you see elsewhere as unconfirmed.

Should you buy a draft Wi-Fi 8 router right now?

The honest answer depends on what you already own. Because Wi-Fi 8 client devices don't exist on the market yet, and ASUS itself says full Wi-Fi 8 benefits require both ends of the connection to support it, the GT-BN98 will spend its first year or more connecting to phones, laptops, and consoles over Wi-Fi 7 or 6E instead. You're effectively buying tomorrow's wireless standard attached to today's wired networking, security, and gaming-routing features.

That's not necessarily a bad trade if the 10G wired ports, Adaptive QoE, AiProtection, and GTNet routing are what you actually want — similar to how early buyers of ASUS's gaming handhelds often prioritize today's confirmed hardware over future-proofing claims. But if your main goal is "fastest Wi-Fi 8 speeds," note that the IEEE hasn't even finished the standard this router is built on, and ASUS's own 25,000Mbps figure is explicitly caveated as preliminary, vendor-reported data rather than a certified result.

What's next

The near-term things to watch: ASUS publishing actual US and Canada retail pricing, the IEEE's Draft 2.0 ballot for 802.11bn (last reported as slipping toward a mid-2026 vote), and whether other router makers follow ASUS with their own pre-standard Wi-Fi 8 hardware before Wi-Fi Alliance certification arrives around 2027. We'll update this page once ASUS confirms pricing for its regional stores.

Written byMara Lindqvist

Mara Lindqvist edits the hardware desk. She covers graphics cards, processors, memory and storage, the foundries and chip designers behind them, and what the numbers on a spec sheet mean for people choosing a PC. Specifications in her stories come from manufacturer spec pages and datasheets.

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