WiFi 7 Client Devices Explained: Which Laptops, Phones, and Adapters Support BE and MLO in 2026
WiFi 7 routers are everywhere, but your router’s speed only matters if your devices can keep up. This guide breaks down which laptops, smartphones, and adapters actually support 802.11be, what Multi-Link Operation (MLO) looks like on real client hardware, and what you need to enable it today.
Buying a WiFi 7 router is only half the equation. The other half is making sure your devices can speak the same language. As of mid-2026, WiFi 7 (802.11be) client support is widespread in flagship smartphones and premium laptops — but the details matter. Not every “WiFi 7” device supports every WiFi 7 feature, and the most important feature — Multi-Link Operation (MLO) — behaves differently depending on whether your hardware uses eMLSR or STR. Here’s exactly what you need to know before assuming your devices are ready.
What Makes a Device “WiFi 7”?
A device qualifies as WiFi 7 (802.11be) if its wireless adapter supports the core features of the standard: operation on 2.4 GHz, 5 GHz, and 6 GHz bands; channel widths up to 320 MHz on 6 GHz; 4K-QAM (4096-QAM) modulation for higher spectral efficiency; and Multi-Link Operation. WiFi 7 certification from the Wi-Fi Alliance requires all of these. That said, implementation quality varies — a budget WiFi 7 laptop may use a 2×2 MIMO adapter with limited 6 GHz antenna gain, while a flagship phone integrates a purpose-built connectivity chip with full four-stream support.
The simplest way to check your device: look for “802.11be” in the wireless adapter specifications. On Windows, open Device Manager, expand “Network Adapters,” right-click your WiFi adapter, and check Properties → Advanced. On macOS, hold Option and click the WiFi menu bar icon to see your current PHY mode. On Android, Settings → About Phone → WiFi chip information (varies by manufacturer).
Laptops: Intel BE200 and the Windows 11 Requirement
The vast majority of WiFi 7 Windows laptops ship with the Intel Wi-Fi 7 BE200 (also called “Gale Peak 2”). It supports tri-band operation (2.4/5/6 GHz), 320 MHz channel width on 6 GHz, 4K-QAM, and MLO. The BE200 is standard equipment on premium and gaming laptops from Dell (XPS 13/15, Inspiron 16 Plus), HP (Spectre x360, OMEN series), Lenovo (ThinkPad X1 Carbon Gen 13, Legion 9i), ASUS (ROG Zephyrus, Zenbook series), and MSI (Titan and Raider gaming lines) starting with 2024 models.
There is one critical caveat: MLO on the Intel BE200 requires Windows 11 24H2 or later. Driver support for MLO was not included in earlier Windows 11 versions. If you are running Windows 11 23H2 or older, your BE200-equipped laptop will connect to WiFi 7 routers but will not activate MLO — it will behave as a high-speed WiFi 6E adapter. Update to 24H2 via Windows Update before expecting MLO to work. After updating, confirm the driver version is current through Device Manager.
The Intel BE200 uses eMLSR (Enhanced Multi-Link Single Radio) — a key distinction explained in detail below. Qualcomm also produces the FastConnect 7800 chipset, which appears in select Snapdragon X Elite-powered Windows laptops and supports WiFi 7 with up to 5.8 Gbps theoretical throughput.
Smartphones: Which Phones Have WiFi 7?
WiFi 7 smartphone adoption moved quickly through 2024 and 2025. As of mid-2026, every flagship Android phone and all Apple iPhones from iPhone 16 onward ship with WiFi 7.
Apple iPhones
The iPhone 16 series (all models) introduced WiFi 7 support using Apple’s proprietary wireless silicon. The iPhone 17 line (2025) continues with WiFi 7. Both generations support tri-band operation and MLO via eMLSR. Apple’s implementation is well-regarded for real-world stability — iOS manages band switching and MLO activation automatically with no user configuration required. MacBook Air (M4) and MacBook Pro (M3, M4, M5) also include WiFi 7 with similar automatic MLO management.
Android Flagships
The Samsung Galaxy S25 series (including S25, S25+, and S25 Ultra) ships with the Qualcomm FastConnect 7800, supporting WiFi 7 with tri-band operation and MLO. The Galaxy S26 series (2026) uses the newer FastConnect 7900, which also supports WiFi 7. Google Pixel 9 and Pixel 10 series include WiFi 7 via their integrated connectivity chips. OnePlus, Xiaomi, and other Android OEMs releasing flagships in 2024–2026 have broadly adopted WiFi 7, particularly on Snapdragon 8 Gen 3 and 8 Elite-based models.
Mid-Range Phones
WiFi 7 is beginning to appear in mid-range Android phones — select Samsung Galaxy A-series and Pixel A-series models introduced it in 2025 — but it is not yet universal below the $600 tier. If you’re buying a mid-range phone and WiFi 7 matters to you, check the spec sheet explicitly for 802.11be rather than relying on marketing language.
eMLSR vs. STR: The MLO Distinction You Need to Understand
Multi-Link Operation comes in two fundamentally different forms, and nearly every client device on the market today uses the less powerful version:
- eMLSR (Enhanced Multi-Link Single Radio): The device has one radio but can passively monitor multiple bands and switch between them with low overhead. It can only transmit on one band at a time, but it picks the best band per packet and switches very quickly. This reduces latency and improves roaming between bands, but it does not provide the additive throughput of using two bands simultaneously. The iPhone 16, MacBook M4, Samsung Galaxy S25, and Intel BE200-equipped Windows laptops all use eMLSR.
- STR MLO (Simultaneous Transmit and Receive): The device has independent radios for each band and can genuinely transmit on multiple bands at the same time, providing true parallel throughput. This is the “maximum performance” form of MLO that WiFi 7 spec sheets imply. As of mid-2026, STR MLO in client devices remains extremely rare — Ubiquiti’s AirWire adapter is essentially the only commercial example, and it is large, power-hungry, and priced for enterprise use.
For practical purposes: eMLSR still delivers real benefits over WiFi 6E, particularly reduced latency variance and more resilient connections under interference. But if you’re expecting your WiFi 7 laptop to hit router-to-device aggregate speeds combining multiple bands simultaneously, that is not what current client hardware delivers. Our deep-dive on eMLSR vs. STR MLO covers the technical differences in detail.
Desktop PC Adapters: PCIe and USB WiFi 7
Desktop users who want WiFi 7 can add it via a PCIe card or USB adapter. The most widely available options use the Intel BE200 or MediaTek Filogic 380 chipsets. PCIe cards from ASUS (PCE-BE92BT), TP-Link (Archer TX90E), and Fenvi offer tri-band WiFi 7 with Bluetooth 5.4. USB adapters are limited in performance due to USB bandwidth constraints — they typically max out at single-band speeds and do not support 320 MHz channel widths effectively. For a desktop, a PCIe card is strongly preferred. See our WiFi 7 adapter upgrade guide for specific PCIe card picks and installation instructions.
What You Actually Need to Get WiFi 7 Working
To take full advantage of a WiFi 7 network, you need three things aligned:
- A WiFi 7 router with a 6 GHz radio and MLO support enabled. Most 2024–2026 tri-band routers qualify. Check our WiFi 7 home network setup guide for router recommendations.
- A WiFi 7 client device with 802.11be certification — confirmed in the specs, not assumed from the year of release.
- Updated software: For Windows laptops with Intel BE200, Windows 11 24H2 is required for MLO. For iOS devices, iOS 17.4 or later enables full WiFi 7 feature negotiation. Keep drivers and OS current.
Once all three are in place, run a WiFi speed test from your device to confirm you’re seeing the performance uplift. On a WiFi 7 router with 6 GHz coverage at close range, a capable laptop or phone should achieve 500–1,500 Mbps in real-world conditions — a meaningful leap over the 300–700 Mbps typical of WiFi 6E clients on the same hardware.
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