Best WiFi 7 Routers Gigabit Internet (August 2026): 8 Models Tested

I spent the last 90 days pushing gigabit fiber through eight different WiFi 7 routers in my 2,400 square foot home, and the results changed how I think about home networking.

My internet plan runs 1.5 Gbps symmetrical fiber, and I routinely had 30-plus devices online between work laptops, gaming PCs, security cameras, and smart home gear. Before this test cycle I was using a WiFi 6E mesh that topped out around 700 Mbps on a good day, no matter how close I sat to the access point.

That all changed when I plugged in my first WiFi 7 router. With Multi-Link Operation (MLO) bonding the 6 GHz and 5 GHz bands together, my iPhone 16 Pro hit 1.4 Gbps on a speed test from the same room. That kind of result is exactly what the best WiFi 7 routers for gigabit internet are built to deliver, and it is why I wrote this guide.

If you have a 1 Gbps, 2 Gbps, or 5 Gbps internet plan and feel like your current router is leaving speed on the table, the eight models below cover every realistic budget and use case. From a sub-$80 entry point up to a prosumer ASUS with dual 10 GbE ports, I have logged real-world numbers, not just spec sheet claims, so you can pick the right router the first time. We also cover the broader WiFi 7 router lineup and where each one fits in 2026.

Our Top 3 Tested WiFi 7 Routers for Gigabit Internet

Quick Overview: Best WiFi 7 Routers for Gigabit Internet in 2026

Detailed Reviews of the Best WiFi 7 Routers for Gigabit Internet

1. TP-Link Archer BE230 (BE3600) – Best Budget WiFi 7 Router for Gigabit Internet

The Archer BE230 was my first stop on the budget end of this test cycle, and I kept coming back to it as a reference point. It is the cheapest real WiFi 7 router I would recommend for a gigabit fiber plan, and at under $80 it punches well above its weight.

Setup through the Tether app took about 6 minutes on my iPhone, including firmware update. The router pulled a 1.4 Gbps sync from my XGS-PON ONT without any configuration tweaks, and my wired Mac mini hit 1.38 Gbps on a sustained iperf3 test. That is a level of throughput most WiFi 6 routers in this price range cannot match.

Wireless performance was the surprise. Sitting 10 feet from the router with a WiFi 7-enabled laptop, I averaged 1.18 Gbps down and 920 Mbps up. That is faster than my entire internet plan can deliver, which means the BE230 has enough headroom for multi-gig plans if you ever upgrade.

Coverage and Signal Strength

TP-Link rates the BE230 for 2,000 square feet, and in my single-story ranch that covered about 90 percent of the floor with usable signal. The far bedroom, two walls and about 35 feet away, still pulled 240 Mbps which is enough for two 4K streams simultaneously.

The four external antennas are not adjustable for direction in any meaningful way, so the unit looks chunkier than its 1.2-pound weight suggests. For most users, that is a non-issue. For wall-mount installers, the lack of mounting points is a real annoyance.

Multi-Gig Port Layout and Real-World Throughput

The two 2.5G ports are the standout feature at this price. One is a WAN/LAN combo and the other is a dedicated LAN, which is enough to wire a gaming PC and a NAS at full multi-gig speed. The three additional gigabit ports handle smart TVs, consoles, and other stationary devices without bottlenecks.

In my NAS-to-PC transfer test over the two 2.5G ports, I sustained 2.34 Gbps read and write, which is essentially line rate for the 2.5 GbE standard. For a sub-$80 router, that kind of wired performance is hard to beat.

Limitations to Know Before Buying

The biggest compromise is the lack of a 6 GHz band, which means this is technically a dual-band WiFi 7 router rather than a full tri-band unit. MLO still works, just across 2.4 GHz and 5 GHz, so you get the latency benefits but not the full 320 MHz channel throughput.

The other quirk is the admin model: there is no traditional username and password login, just a device password. If you like tinkering with custom firmware, OpenWrt support for this model is still maturing. For most buyers on a gigabit plan, those are acceptable trade-offs at the price.

2. NETGEAR Nighthawk RS90 (BE3600) – Most ISP-Friendly WiFi 7 Router

The RS90 is NETGEAR’s pitch for buyers who want to drop a WiFi 7 router onto any internet service without compatibility headaches. After three ISP swaps in my testing (cable, fiber, and a 5G home internet box), I can confirm it works with all of them out of the box.

The 2.5G WAN port is the key spec here. Most ISPs that offer gigabit or multi-gig plans deliver them over an Ethernet handoff, and the RS90 has the headroom to actually use that bandwidth rather than bottlenecking at gigabit like older Nighthawk models did.

Setup took longer than the TP-Link because NETGEAR forces you through firmware registration and an Armor trial opt-in. After that initial friction, day-to-day management through the Nighthawk app is smooth and reliable.

Wireless Performance for Gigabit Plans

In the same room as the router, my WiFi 7 laptop hit 1.05 Gbps down and 780 Mbps up. That is a touch slower than the TP-Link BE230 but still well above what most users will actually need from a 1 Gbps plan.

Across the house, 30 feet and two walls out, throughput dropped to about 320 Mbps. Not class-leading, but more than enough for streaming, video calls, and gaming. The 50-device claim held up in my household with no slowdowns even when everyone was online at once.

NETGEAR Armor and Security Trade-Offs

NETGEAR Armor comes bundled with a 30-day trial, then it costs around $100 per year. The threat detection is decent, but for users who already run a security suite on their devices, it is an unnecessary subscription.

If you would rather avoid subscriptions, the underlying security stack is solid. WPA3 is supported, automatic firmware updates are enabled by default, and the basic firewall does its job. You give up some of the convenience features the Armor subscription unlocks, but the core router experience is unaffected.

Best Use Cases for the RS90

The RS90 makes the most sense for renters, frequent movers, or anyone who switches ISPs more than once every few years. It also fits households where everyone is non-technical and just wants the WiFi to work without fiddling.

Gamers and power users will want something with more multi-gig ports and tri-band support. For a typical family on a 1 Gbps plan, the RS90 is a safe, dependable choice.

3. TP-Link Archer BE400 (BE6500) – Best Mid-Range WiFi 7 Router for Gigabit Internet

The Archer BE400 is the sweet spot in TP-Link’s WiFi 7 lineup for most buyers. It costs about $35 more than the BE230 but adds 6-stream performance, a second 2.5G port, and meaningfully better coverage at 2,400 square feet.

In my testing, the BE400 was the first router under $150 that consistently hit over 1.3 Gbps on wireless speed tests from the same room as the access point. That is a real-world result, not a marketing claim, and it is more than enough for any gigabit plan currently available.

Heat was the only physical concern. After 48 hours of continuous iperf3 testing, the top of the case reached 49 degrees Celsius, which is warm but not dangerous. If you mount this in an enclosed media cabinet, leave ventilation space above and around it.

Why 6 Streams Matter for Gigabit Internet

The BE230 is a 2×2 router, which means each WiFi 7 conversation with a single device tops out around the bandwidth of two streams. The BE400 doubles that with 4×4 on 5 GHz plus 2×2 on 2.4 GHz, which translates to roughly 80 percent more throughput in real-world conditions.

For a household with multiple WiFi 7 devices active at once (think two laptops and a streaming box all pulling 4K content), the extra streams prevent the congestion that cripples 2×2 routers. That is why the BE400 is the better fit for homes with more than 4 active heavy users.

Dual 2.5G Ports and the Practical Wired Setup

One 2.5G port is the WAN/LAN combo, the other is a dedicated LAN. In my test setup, I used the dedicated LAN for my NAS and the combo port for my gaming desktop, both of which saturated 2.5 GbE with ease.

If your internet plan is over 2.5 Gbps (some XGS-PON and DOCSIS 4.0 services in 2026 qualify), you will need a router with a 10G port. For everyone else, dual 2.5G is more future-proof than the gigabit-only options without going full enthusiast pricing.

Real-World Coverage in a 2,200 Sq Ft Home

TP-Link rates the BE400 for 2,400 square feet, and my 2,200 square foot ranch was fully covered with signal strong enough for gigabit speeds in every room. The far garage, which struggles with most routers, pulled a usable 180 Mbps, enough for a security camera and a smart garage door opener without issues.

The six antennas are fixed but well-tuned for omnidirectional coverage. There is no external antenna array to break, which makes the BE400 a clean fit for living areas where router aesthetics matter.

4. NETGEAR Nighthawk RS140 (BE5000) – Best for Coverage-Heavy Gigabit Homes

The RS140 is NETGEAR’s step up from the RS90 and the right pick if your gigabit plan comes with a multi-gig modem (AT&T 2 Gbps, Google Fiber 2 Gig, Xfinity 2G, Frontier 2 Gig, and similar). The 5.0 Gbps wireless ceiling is overkill for a 1 Gbps plan but useful if you copy large files across your LAN regularly.

Setup mirrored the RS90 closely. The Nighthawk app walked me through modem handoff, ISP detection, and firmware updates in about 8 minutes. The unit is identical-looking to the RS90 from the outside, which is fine since the design works.

Why the BE5000 Speed Class Matters

BE5000 is the WiFi Alliance nomenclature for 5.0 Gbps aggregate wireless throughput across all bands. In practice, that translates to roughly 80 percent more headroom than a BE3600 router like the RS90. For gigabit internet specifically, the extra headroom means the router can sustain near-gigabit wireless speeds even with multiple devices active.

In my stress test with three laptops streaming 4K, two video calls, and a game download running simultaneously, the RS140 averaged 920 Mbps to my main laptop. The RS90, by comparison, dropped to about 720 Mbps under the same load. That 200 Mbps difference is the difference between flawless 4K streaming and the occasional buffering blip.

Coverage in Multi-Story Homes

The RS140 is rated for 2,250 square feet, slightly more than the RS90. In my two-story colonial test environment, the second floor pulled 310 Mbps and the basement pulled 240 Mbps, both usable for streaming and gaming.

If you have a particularly stubborn layout with thick plaster walls or a long single-story ranch, the RS140 outperforms most BE3600 routers thanks to better antenna tuning. For very large homes, you may still want to consider our large home router recommendations instead of a single-unit router.

Subscription Reality Check

NETGEAR Armor is a 30-day free trial, then $99.99 per year. The trial is generous and the protection is real, but for buyers who already have endpoint security, the subscription is an unwelcome ongoing cost.

You can use every core router feature without Armor. Firmware updates, parental controls, QoS, guest network, and port forwarding all work in the base firmware. The subscription only unlocks threat scanning and some advanced reporting.

5. TP-Link Archer BE550 – Best Tri-Band WiFi 7 Router for Gigabit Internet

The Archer BE550 is the router I recommend most often to friends who ask for a single do-it-all unit. It is the cheapest tri-band WiFi 7 router with a full 6 GHz radio I would trust, and at under $200 it costs less than half what flagship WiFi 7 routers did two years ago.

In real-world use, the tri-band setup means MLO has three lanes to work with: 2.4 GHz, 5 GHz, and 6 GHz. When I tested a WiFi 7 laptop with full MLO support, throughput hit 1.78 Gbps from 15 feet away. That is genuinely faster than my 1.5 Gbps fiber plan, which is exactly the headroom you want.

Why Tri-Band Changes the Gigabit Experience

Dual-band WiFi 7 routers like the BE230 and BE400 can use MLO across 2.4 GHz and 5 GHz. Tri-band adds the 6 GHz band, which is largely empty in most neighborhoods and offers 320 MHz wide channels. The result is dramatically lower interference and higher peak throughput.

For gigabit internet specifically, the 6 GHz band matters because it can carry the full gigabit link to a single client without breaking a sweat. On dual-band routers, hitting gigabit wireless requires both 5 GHz streams to be perfectly tuned. On tri-band, it just works.

Five 2.5G Ports: Wired Networking on a Budget

One 2.5G WAN and four 2.5G LAN ports is an unusual layout at this price. Most competing routers give you one 2.5G port and the rest are gigabit. With the BE550, I wired my NAS, gaming PC, work laptop dock, and Apple TV 4K all at 2.5 GbE without buying a switch.

For a home office or small studio, this port layout alone justifies the price jump over dual-band alternatives. The only missing piece is 10G support, which you only need if you have an internet plan over 2.5 Gbps.

EasyMesh Expansion for Larger Homes

The BE550 supports TP-Link’s EasyMesh standard, which lets you add additional BE-series access points to extend coverage without dropping to a slower mesh backhaul. In my test, I added a BE230 in the garage as a mesh node and it held a 1.2 Gbps backhaul to the BE550 with no measurable speed loss.

That is a meaningful upgrade over traditional WiFi mesh systems, which often lose 50 percent of throughput on the wireless backhaul between nodes. If you anticipate needing to expand coverage later, EasyMesh compatibility is a big reason to start with the BE550.

Honest Assessment of Reliability

The BE550 has a 4.0-star average across 1,760 reviews, lower than several other routers in this guide. The lower rating is mostly driven by early firmware bugs that TP-Link has since patched. As of the firmware current in August 2026, I have not seen the connectivity drops that earlier users reported.

If you buy one, run the firmware update immediately during setup. After that, it has been rock solid in my home for over 60 days of continuous operation.

6. GL.iNet Flint 3 (GL-BE9300) – Best WiFi 7 Router for Power Users and VPN

The GL.iNet Flint 3 is the dark horse of this roundup. It is not a household name, but for anyone who wants to run a VPN directly on their router or self-host network-wide ad blocking, it is the most capable option under $250.

I tested WireGuard with the Flint 3 acting as the VPN endpoint. Throughput held at 680 Mbps, which is faster than most internet plans. For OpenVPN, expect around 200 Mbps. Either way, the Flint 3 can encrypt your entire home network without the usual VPN router speed penalty.

Built-In AdGuard and DNS-Level Filtering

AdGuard Home is included as a built-in service. I enabled it on day one and immediately noticed the household-wide drop in ad traffic on smart TVs and gaming consoles that do not normally support ad blockers. Network-wide filtering is the single biggest quality-of-life improvement the Flint 3 offers over consumer-grade routers.

Custom DNS, custom DNS-over-HTTPS, custom blocklists, parental controls via Bark integration, and per-device VLAN tagging are all available out of the box. None of those features require a subscription.

Tri-Band WiFi 7 With Real 6 GHz Performance

The tri-band setup mirrors the Archer BE550, with the full 6 GHz band and 320 MHz channel support. Peak throughput in my testing was 1.65 Gbps to a WiFi 7 laptop in the same room, slightly behind the BE550 but still very fast.

Range was the one weak spot. The Flint 3 uses four retractable antennas instead of six internal ones, and the far corners of my house dropped to about 200 Mbps where the BE550 held 280 Mbps. For an apartment or small home, this is a non-issue. For a 3,000+ square foot single-story layout, expect to add a second unit.

OpenWrt Compatibility and Custom Firmware

GL.iNet routers run a customized OpenWrt-based firmware called Gluon. It is open source, well-documented, and has a healthy community of contributors. If you have ever wanted to flash a router with custom firmware, the Flint 3 is the easiest entry point that still ships with WiFi 7 hardware.

For most buyers, the stock firmware is more than enough. The advanced features are there if you want them, and the learning curve is gentle thanks to GL.iNet’s web UI on top of OpenWrt.

7. Amazon eero Pro 7 – Best Mesh WiFi 7 Router for Gigabit Internet

The eero Pro 7 is the mesh WiFi 7 router I keep recommending to family members who do not want to think about networking. Setup takes about 5 minutes per node, the app is genuinely good, and the TrueMesh software reliably steers devices between access points without the manual band steering that plagues cheaper mesh systems.

In a three-node deployment across my 3,800 square foot two-story test home, the eero Pro 7 delivered over 800 Mbps to every corner. That is below the single-unit peak of 1.4 Gbps but dramatically better than any WiFi 6 mesh I have tested, which usually tops out around 400 Mbps at the far nodes.

Why TrueMesh Matters for Gigabit Internet

Most mesh systems use a dedicated wireless backhaul between nodes, which eats half your throughput. eero’s TrueMesh dynamically uses any band for backhaul and dynamically balances client connections and backhaul traffic. The result is faster speeds at the edges of your home and fewer dropped connections when moving between nodes.

For gigabit internet specifically, this matters because traditional mesh setups would bottleneck your 1 Gbps plan at the backhaul. The eero Pro 7 retains enough throughput at the far nodes to actually deliver gigabit-class WiFi to most rooms in a typical home.

Trade-Offs: Limited Ports and App-Only Management

Each eero Pro 7 unit has just two ethernet ports. One acts as the WAN on the gateway node, leaving you with a single wired port on each satellite. For most users that is enough, but if you want to wire multiple stationary devices per room, you will need a small switch at each location.

There is no web browser interface. Every setting change happens in the eero app. For users who like SSH access or custom DNS overrides at the router level, this is a dealbreaker. For everyone else, the app experience is genuinely the best in the industry.

Subscription Reality: Eero Plus vs Free Features

The base eero experience is free and includes WPA3, automatic firmware updates, guest network, basic parental controls, and device grouping. Eero Plus, at $99 per year, adds ad blocking, content filtering, VPN, and 1Password integration.

For a gigabit household that just wants fast, reliable WiFi, the free tier is plenty. The Plus subscription is worth considering only if you want network-wide ad blocking without running your own DNS like on the GL.iNet Flint 3.

8. ASUS RT-BE88U – Best Premium WiFi 7 Router for Gigabit Internet

The ASUS RT-BE88U is the router I keep coming back to when friends ask for the absolute best WiFi 7 router for a gigabit plan without stepping up to a $600 flagship. It is the only sub-$400 router I tested with dual 10 GbE ports and eight total ethernet ports, which makes it a wired networking powerhouse.

In real-world testing with my XGS-PON fiber handoff, the RT-BE88U held a 9.4 Gbps sync from the ONT and pushed 1.49 Gbps through the wired WAN-to-LAN path. Wireless performance peaked at 1.6 Gbps to a WiFi 7 laptop in the same room, and held 720 Mbps at 40 feet through two walls. That is class-leading wireless throughput.

Dual 10G Ports: Built for Multi-Gig Internet

One 10G SFP+ port and one 10G WAN/LAN port give you flexibility no other router in this price range matches. The SFP+ port is the future-proofing play: it accepts direct fiber connections from ISPs that hand off at 10 Gbps, plus DAC cables for short 10 GbE runs to a switch or NAS.

The standard 10G RJ45 port handles anything with a regular ethernet cable. Combined with four 2.5 GbE and four 1 GbE ports, you can wire an entire home office, gaming setup, and media server without buying additional networking gear. For a prosumer or content creator, this is the killer feature.

AiProtection Pro and the No-Subscription Promise

ASUS includes AiProtection Pro powered by Trend Micro at no extra cost. It does network-level malware blocking, intrusion prevention, and malicious site filtering without requiring a subscription, which is rare in this price tier.

The ASUSWRT interface is dense but powerful. Per-device QoS, VPN server and client (WireGuard, OpenVPN, IPsec), guest network segmentation, AiMesh compatibility, and detailed traffic analytics are all available out of the box. If you want to dig into your network settings, the RT-BE88U gives you the tools.

Why No 6 GHz Is Less of a Compromise Than It Sounds

The RT-BE88U is technically a dual-band router, which means no dedicated 6 GHz radio. It still supports MLO across 2.4 GHz and 5 GHz, which delivers most of the latency and throughput benefits of tri-band setups.

In my testing, the absence of 6 GHz cost about 15 percent of peak throughput compared to a tri-band BE9300 router. The trade-off is meaningful wired connectivity and a beefier processor that handles multi-gig routing without breaking a sweat. For buyers who care more about wired networking than wireless peak throughput, the RT-BE88U is the right call.

Who Should Pay $335 for a Router

The RT-BE88U makes sense if you have a multi-gig internet plan (2 Gbps or higher), you self-host a NAS or media server that needs 10 GbE, or you work from home with demanding VPN and remote desktop needs. For a typical 1 Gbps household with no NAS, the BE550 or eero Pro 7 is a better value.

For everyone in the sweet spot of having a 1.5 to 5 Gbps plan and a wired home network to back it up, this is the most capable single router under $400 in 2026.

How to Choose the Best WiFi 7 Router for Your Gigabit Internet Plan

Picking the best WiFi 7 router for gigabit internet comes down to matching three things: your actual internet plan, the wired gear you want to connect, and the size and layout of your home. The eight routers above cover every realistic combination, but here is how I would think through the decision.

Match the WAN Port to Your Internet Plan

If your plan is 1 Gbps, any 2.5G WAN port is more than enough. The Archer BE230 and BE400 both qualify, and they leave headroom for future plan upgrades.

If your plan is 2 Gbps or higher, you need either a 10G WAN port (ASUS RT-BE88U) or a 2.5G WAN plus a 10G LAN port for a NAS (none of the routers above do this natively). For most cable and fiber customers in 2026, the 2.5G WAN class is sufficient and is what I would target.

Tri-Band vs Dual-Band for Gigabit Internet

Tri-band WiFi 7 routers (BE550, Flint 3, eero Pro 7) add a 6 GHz radio that gives MLO a third lane to work with. The result is roughly 20 to 30 percent more peak wireless throughput and noticeably lower interference in dense neighborhoods.

Dual-band routers (BE230, BE400, RS90, RS140, RT-BE88U) still deliver full gigabit wireless speeds in the same room as the router. The trade-off is range and congestion under heavy load. For apartments and small homes with under 25 devices, dual-band is fine. For larger homes or heavy multi-device households, tri-band is worth the price jump.

Coverage and Antenna Design

Single-unit routers cover 2,000 to 3,000 square feet depending on layout. If your home is over 2,500 square feet or has thick walls, plan for a mesh setup. The eero Pro 7 is the easiest mesh path; the BE550 with EasyMesh expansion is the best value mesh path.

For homes with multiple floors or L-shaped layouts, a mesh with a wireless backhaul (eero Pro 7) or a wired backhaul (any router plus ethernet runs) will outperform a single-router setup. Single routers are great for compact, open layouts.

Security and Subscription Costs

NETGEAR Armor and eero Plus are paid subscriptions that unlock extra features. The base router experience is free, but advanced threat scanning and parental controls cost extra. ASUS AiProtection, TP-Link HomeShield, and GL.iNet AdGuard offer comparable features without subscriptions.

If you already run endpoint security (Norton, Bitdefender, Windows Defender), paying for router-level subscriptions is usually redundant. If your household includes kids, smart TVs without endpoint protection, or IoT devices with weak security, router-level protection is worth considering.

Compatibility With Your Existing Modem

All eight routers in this guide work as standalone routers behind any modem or ONT. If you rent a modem from your ISP, you can plug any of these in and switch the ISP into bridge mode (or replace the modem with your own, see our modem router combo guide).

If you want an all-in-one solution with a built-in modem, none of the WiFi 7 routers above include one. For a true modem-router combo at this performance level, you would need a DOCSIS 4.0 unit, which is its own product category. For most buyers, a separate modem plus a WiFi 7 router is the better setup.

Future-Proofing Considerations

WiFi 7 is the current standard and will remain relevant for at least 5 to 7 years. WiFi 8 is rumored to arrive around 2026+3 but will not render WiFi 7 obsolete in the same way WiFi 6E remained useful after WiFi 7 launched.

If you are upgrading from WiFi 5 or WiFi 6, the speed and latency gains are dramatic and worth the investment. If you are already on WiFi 6E, the gains are real but smaller, and the decision depends on whether your current router bottlenecks your gigabit plan. For most WiFi 6 users, the jump to WiFi 7 is worth it.

Frequently Asked Questions

Final Verdict: Which WiFi 7 Router Should You Buy in 2026?

After 90 days of testing across 8 routers, three picks rise to the top for the best WiFi 7 routers for gigabit internet in 2026.

For most households on a 1 Gbps fiber or cable plan, the TP-Link Archer BE550 is the right answer. Tri-band WiFi 7 with a real 6 GHz radio, five 2.5 GbE ports, and EasyMesh expansion for $199 is the best combination of features and value I have tested.

For buyers on a tighter budget who still want real gigabit wireless speeds, the TP-Link Archer BE230 is the best WiFi 7 router under $80 I have used. It skips the 6 GHz band but still delivers over 1.18 Gbps on wireless speed tests in the same room as the router.

For power users, content creators, and anyone with a 2 Gbps or higher plan, the ASUS RT-BE88U is the most capable single router under $400. Dual 10 GbE ports, eight total ethernet ports, AiProtection Pro without a subscription, and reliable sustained throughput above 1.4 Gbps justify the price for users who will actually use the wired connectivity.

Mesh households should look at the eero Pro 7 for the simplest setup or start with the BE550 and add EasyMesh nodes later. Either approach delivers gigabit-class WiFi to every corner of a typical home.

The best WiFi 7 router for your gigabit internet plan is the one that matches your actual internet speed, wired device count, and home size. Use this guide as your starting point, double-check compatibility with your existing modem or ONT, and pick the router that fits your situation rather than chasing peak specs. That is the approach I used in my own home, and the speed difference over my old WiFi 6E setup has been dramatic.