ASUS ROG Rapture GT-BN98 vs GT-BE98: Is the Wi-Fi 8 Upgrade Worth It?

If you already own ASUS's ROG Rapture GT-BE98, the new ROG Rapture GT-BN98 is not worth an upgrade today — on paper, the two routers ship with the exact same band speeds, the same eight antennas, and the same port layout. The only thing that actually changes is the radio standard inside: Wi-Fi 7 (802.11be) on the GT-BE98 versus a draft implementation of Wi-Fi 8 (802.11bn) on the GT-BN98. Since zero Wi-Fi 8 client devices exist anywhere yet — the IEEE isn't expected to finalize 802.11bn until 2028 — none of that new silicon has a true Wi-Fi 8 partner to talk to. What you're really paying for right now is ASUS's claim of better multi-device traffic management and higher real-world throughput for the Wi-Fi 6, 6E, and 7 gear you already own, not a next-generation wireless standard you can actually use.

What "Wi-Fi 8" actually changes (and doesn't)

Wi-Fi 8 is the Wi-Fi Alliance's marketing name for IEEE 802.11bn, and its own working group describes the goal differently than you'd expect from a numbered upgrade: this generation is about reliability, not a higher speed ceiling. According to Wikipedia's technical summary of the draft standard, 802.11bn targets roughly 25% higher throughput at a given signal-to-noise ratio, about 25% lower 95th-percentile latency, and about 25% fewer lost packets when a device roams between access points — while keeping peak data rate, channel widths (up to 320MHz), and modulation (4096-QAM) essentially unchanged from Wi-Fi 7. That last part matters enormously for this comparison, because it's exactly what shows up in ASUS's own spec sheets: the GT-BN98's per-band numbers are identical to the GT-BE98's.

The features that do the real work in 802.11bn — coordinated multi-AP scheduling, Non-Primary Channel Access (NPCA), Dynamic Sub-channel Operation, and a "seamless mobility domain" for roaming — require a client device that also speaks 802.11bn to unlock their benefit. Our explainer on what Wi-Fi 8 actually is goes deeper into those mechanics if you want the full picture of what's coming once hardware catches up.

GT-BN98 vs GT-BE98: the official spec comparison

ASUS's own product pages for the GT-BN98 and the GT-BE98 list nearly line-for-line identical hardware. Both are quad-band routers running 4x4 streams on 2.4GHz, two separate 5GHz bands, and a single 6GHz band, each at 20/40/80/160MHz (320MHz on 6GHz), with 4096-QAM throughout.

That identical throughput math isn't a coincidence or an oversight on ASUS's part — it's a direct consequence of 802.11bn's draft state. The standard reuses Wi-Fi 7's PHY-layer ceiling and simply adds coordination logic on top, so until the IEEE finalizes new PHY features, a "Wi-Fi 8" router and a "Wi-Fi 7" router with the same radio hardware will post the same link-rate numbers. Both routers are also sold in higher "Pro" configurations (BN30000 and BE30000, respectively) that trade the second 5GHz band for a second 6GHz band, but that's a separate product tier from the base models compared here.

Ports and wired throughput

If you're building a wired gaming or NAS setup, there is genuinely nothing to decide between these two routers: both carry one 10Gbps WAN/LAN port, one additional 10Gbps LAN port, a 2.5Gbps WAN/LAN port, three more 2.5Gbps LAN ports, a Gigabit LAN port, plus USB 3.2 Gen1 and USB 2.0. ASUS's GT-BN98 product page highlights link aggregation of up to 20Gbps across its 10G ports and a dedicated 10G "gaming port" with automatic device detection — a software feature (part of ASUS's Adaptive QoE system) rather than anything tied to the Wi-Fi 8 radio itself. If your priority is multi-gig wired throughput to a gaming PC or server, either router already gets you there; the GT-BN98 doesn't add a single additional wired port or a faster one.

Price and availability

Pricing is the area where the two routers currently diverge the most — not because the GT-BN98 is necessarily pricier, but because ASUS hasn't finished rolling it out. ASUS began selling the GT-BN98 series in Canada on September 4, 2026, with the Pro variant listed at CA$1,299.99 on ASUS's own Canadian eStore. ASUS has said worldwide availability, including the United States, follows in October 2026, but as of this writing the standard (non-Pro) GT-BN98's official US price has not been published.

The GT-BE98, by contrast, has been on the market since 2024 and is easy to price: its Pro variant lists at $699.99 on ASUS's US store, while the standard GT-BE98 has an ASUS-listed price of ¥116,820 in Japan. In practice that means the GT-BE98 is a known quantity you can buy today at an established street price, while the GT-BN98's eventual US price for anyone who isn't ready to import from Canada is still an open question. If price-to-spec ratio is your deciding factor, you're currently comparing a confirmed number against an unconfirmed one for hardware that performs identically on every band.

The catch: zero Wi-Fi 8 client devices exist yet

This is the part that should weigh most heavily on anyone deciding whether to pay a premium for the GT-BN98. Wi-Fi 8 isn't a finished standard — the IEEE 802.11bn task group isn't expected to complete ratification until roughly 2028, and the Wi-Fi Alliance hasn't opened a certification program for it either. ASUS's own GT-BN98 product page is upfront about this, noting plainly that "full use of WiFi 8 features requires both the router and client to support WiFi 8." No laptop, phone, or gaming handheld on the market today — including anything ASUS itself sells — has a Wi-Fi 8 radio inside it, because the chips to put in them don't exist as finished, certifiable silicon yet.

That means every device you currently own, from a Wi-Fi 6 phone to a Wi-Fi 7 gaming laptop, connects to the GT-BN98 the same way it would connect to the GT-BE98: as a legacy client falling back to whichever standard it supports. The router's 802.11bn-specific coordination features — the ones meant to reduce latency spikes and improve reliability in crowded networks — have no Wi-Fi 8 peer to coordinate with yet. You are, in effect, buying future-proofing for a future that reliable public estimates put two to three years out.

What you actually gain today on existing hardware

None of this means the GT-BN98 is pointless right now — it just means the benefit is narrower than "Wi-Fi 8" implies. ASUS's marketing for the router claims up to 2x higher median throughput and up to 2x wider IoT coverage versus a comparable Wi-Fi 7 setup, attributing the gains to firmware-level multi-AP coordination and traffic scheduling improvements that apply even when every connected client is still running Wi-Fi 6, 6E, or 7. In other words, the claimed advantage isn't "your phone talks Wi-Fi 8 now" — it's "the router's new scheduling logic uses airtime more efficiently for the Wi-Fi 7 and older devices already in your house."

ASUS hasn't published the detailed methodology, client count, or distances behind that 2x figure, so treat it as a vendor claim rather than an independently verified benchmark — this article isn't testing either router and can't confirm real-world numbers either way. What is verifiable is that the underlying radio hardware and band ratings are identical between the two routers, so any throughput improvement for existing clients would have to come from software and scheduling changes in the GT-BN98's firmware, not from a faster physical link. If you're chasing a specific number, there isn't yet an ASUS-published one you can rely on.

Who should actually consider upgrading

The GT-BN98 makes the most sense for a narrow group: people who don't currently own a flagship ASUS ROG router at all, are buying new regardless, and want the newest hardware generation with the longest runway of firmware support before it's inevitably succeeded again. It's also a reasonable pick if you specifically run a dense household with many simultaneous Wi-Fi 6/6E/7 clients — streaming boxes, game consoles, phones, laptops, smart-home gear — where ASUS's claimed multi-device scheduling improvements would have the most devices to actually apply to. And if you're an early adopter who simply wants the first quad-band Wi-Fi 8 gaming router on the market and the first-to-ship bragging rights that come with it, that's a legitimate reason too — just go in knowing you're paying for a draft standard, not a finished one.

Who should skip it

Anyone who already owns a GT-BE98 should skip this upgrade without much hesitation. You would be paying full router price to swap a Wi-Fi 7 radio for a draft Wi-Fi 8 radio with matching band speeds, matching antennas, and matching ports — essentially a firmware and chipset refresh with no new wired capability and no client devices able to use the new wireless features. The same logic applies if you're shopping new and comparing the two: unless the GT-BN98 ends up at price parity (or close to it) with the GT-BE98 once US pricing lands, the GT-BE98 remains the better-value buy today, since it delivers the same measured specs at a confirmed, already-discounted price. Anyone still deciding between Wi-Fi generations more broadly may also want to read our breakdown of what Wi-Fi 7 and MLO actually get you before assuming newer automatically means faster.

What happens next

Three things are worth watching before this calculus changes. First, US pricing and a firm on-sale date for the standard GT-BN98 — ASUS has only committed to "worldwide" availability in October 2026 without a specific US price for the non-Pro model, and that number will determine whether this is actually a premium over the GT-BE98 or close to the same cost. Second, independent, methodology-disclosed throughput testing against Wi-Fi 7 hardware, since ASUS's own 2x figures remain unverified vendor claims. Third, and most importantly, actual Wi-Fi 8 client silicon: phones, laptops, and handhelds with certified 802.11bn radios aren't expected until IEEE ratification firms up around 2028, per current estimates, which is the point at which routers like the GT-BN98 start delivering the wireless-standard benefits their name promises rather than just a software-tuned version of Wi-Fi 7. Until then, the realistic framing is that you'd be buying a Wi-Fi 7-equivalent router with a Wi-Fi 8 badge and a bet on ASUS's firmware roadmap.

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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