Will a new router give me 2Gbps over WiFi on Virgin Media Gig2?

Not to a single device. A strong WiFi 6 client realistically peaks around 1 to 1.25 Gbps near the router and less further away, and even WiFi 7 only nears 2Gbps under ideal close-range conditions with a matching device. The real Gig2 win is high combined throughput across many devices at once, plus a genuinely fast wired link if you use a 2.5G port to a 2.5G-capable PC.

Which routers in your shortlist can actually carry more than 1Gbps to a wired device?

Only the ASUS RT-AX86U and the ASUS RT-AX86U Pro from our library have a true 2.5GbE port intended for full multi-gig wired throughput, so they are the two that comfortably push past the 940 Mbps gigabit ceiling on a single wired connection. You also need a 2.5G network card in the device and Cat5e or better cabling for it to take effect.

Can I put the Virgin Media Hub 5x into modem mode to use my own router on Gig2?

Often not yet. As of 2026 the Hub 5x, the XGS-PON full-fibre unit most Gig2 customers receive, still lacks a dependable modem mode in many areas, and where it exists people report drops and short sessions. Check the Virgin Media Connect app to see if Modem Mode is even an option on your line before buying a router. The standard cable Hub 5 has a reliable modem mode.

Do I need WiFi 7 for Virgin Media's 2Gbps tier?

No. For Gig2 in 2026 the value-correct choice is a good WiFi 6 router with a 2.5G port, which clears the wired gigabit ceiling and delivers strong real-world WiFi. WiFi 7 is the only standard that can approach 2Gbps to one device, but only with WiFi 7 client devices at close range, so it is worth the premium only if you are also upgrading your phones and laptops.

If I cannot use modem mode, is a mesh system still worth it on Gig2?

Yes, for coverage. Running a mesh such as the eero Pro 6E or a TP-Link Deco in access-point mode behind the Hub gives consistent WiFi across a large home, even though it does not change the Hub's routing. Note the eero Pro 6E does have a 2.5GbE port, but eero limits practical single-device wired throughput to around 1Gbps, so treat it as a coverage upgrade and a 2.5G ASUS router as the way to get fast multi-gig wired speed when modem mode is available.

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Best Routers for Virgin Media Gig2 (2Gbps) in 2026

Gig2 is the fastest tier Virgin Media sells, and it is genuinely quick. The trouble is that most of that 2Gbps quietly disappears before it ever reaches a laptop or a phone. We have set this swap up enough times to know exactly where the speed leaks away, so here is the honest version: which routers actually keep up with Gig2, what to expect over WiFi, and the one Hub 5x catch worth checking before you spend a penny.

Gig2 is a 2Gbps full-fibre tier, and most of that speed never reaches your devices on the Hub alone

Gig2 is Virgin Media's 2Gbps tier, roughly 2,000 to 2,100 Mbps down, delivered over XGS-PON full fibre rather than the older DOCSIS cable. It ships with the Hub 5x. The line itself is the real deal and can sustain close to 2Gbps, but the fibre is almost never the bottleneck. What sits between the Hub and your device is.

Let's set the frame early. A faster line only helps if your router and your connection method, whether that is WiFi or a wired port, can actually carry more than 1Gbps. Most kit in a typical home cannot, and that is the whole story in one sentence.

So here is the honest takeaway up front. The realistic win on Gig2 is high combined throughput across a busy household, plus one genuinely fast multi-gig wired link. It is not 2Gbps to a single phone. Get that expectation right and everything below makes sense.

The Hub 5x wastes Gig2 because its WiFi is locked down and its fast wired port is hard to feed

The Hub 5x runs WiFi 6, which sounds fine, and the radio itself is capable enough. The problem is how locked down it is: limited control, no proper QoS, barely any advanced settings, and real-world per-device throughput well short of 1Gbps once you move a room or two away.

Now for the port reality check, because this corrects a common assumption. The Hub 5x is not short on fast wired output; it carries one 10Gbps Ethernet port plus three 1Gbps ports. The trouble is the opposite of "too few ports".

That single 10G port goes mostly unused for normal users, though it is more useful than people assume. To exceed 1Gbps from it you need a faster network card and matching cabling, and here is the fair point: a 2.5G card in your PC will auto-negotiate against that 10G port and pull around 2Gbps without any third-party router at all. The catch is that consumer laptops and desktops ship with 1GbE, so unless you fit a 2.5G or 10G card, the 10G port is wasted. Meanwhile the three remaining LAN ports are capped at 1Gbps each, so any single wired device on those tops out around 940 Mbps no matter which tier you pay for.

The net effect for most homes is still a bit grim. You pay for 2Gbps, and unless you fit a multi-gig card, the Hub hands you a gigabit-class WiFi experience plus a fast port you cannot realistically feed. A capable third-party router with a usable 2.5G port gives you that multi-gig wired link plus far better WiFi control. For the wider picture beyond the Gig2 angle, see our full guide to the best routers and mesh to replace the Virgin Media Hub.

Passing more than 1Gbps to one wired device needs a router with a 2.5GbE port

A standard gigabit Ethernet port is hard-capped at around 940 Mbps usable. On a 2Gbps line, a 1G-only router therefore throws away roughly half your speed on any single wired link. That is not a marketing exaggeration; it is the protocol overhead doing exactly what it always does.

To carry more than 1Gbps to one device you need multi-gig at both ends. That means a 2.5GbE port on the router, a 2.5G network card in the device, and Cat5e or Cat6 cabling between them. Miss any one of those three and you silently drop back to gigabit.

From our verified UK library, only two units have a true 2.5G port built for full multi-gig wired throughput, and on the ASUS RT-AX86U it can be assigned as either the WAN (internet) side or a LAN port.

Check the ASUS RT-AX86U price on Amazon UK →

Being explicit and accurate matters here. The TP-Link Archer AX73, the Deco X20 and X60, and the ASUS ZenWiFi XT8 are all gigabit-WAN units for this build, so do not assume a 2.5G WAN on any of those. The eero Pro 6E is a special case: it does have a 2.5GbE port (auto-sensing for WAN or LAN), but eero limits practical single-device wired throughput to roughly 1Gbps, so it is not a true multi-gig wired feeder either. The 2.5G port on the ASUS units is the practical sweet spot for Gig2: it clears the 1Gbps ceiling, it is cheap and widely supported, and it does not drag you into exotic 10G hardware.

Judge a Gig2 router on aggregate throughput and wired multi-gig, not single-client WiFi

Here is the plain truth about WiFi: it is shared airtime, not a fixed pipe. A strong WiFi 6 client realistically peaks around 1.0 to 1.25 Gbps sitting near the router on 5GHz, and considerably less a few rooms away. Even WiFi 7 only approaches 2Gbps to one device under lab-like conditions, meaning close range, a 320MHz channel, and a matching WiFi 7 client. None of that is a sustained, whole-home number.

Where Gig2 actually pays off over WiFi is aggregate throughput. Picture several devices streaming, downloading, backing up and on video calls at once, with the household total comfortably past 1Gbps and no single device starving the others. That is the experience you are really buying.

When one task genuinely needs raw speed, such as huge downloads, NAS transfers or big game installs, the clean answer is a wired 2.5G link to a PC with a 2.5G card, not WiFi. So cable the one device that needs speed into the 2.5G port, and let WiFi handle everything else, which is what it is good at. If your actual problem is a weak signal in a far room rather than raw speed, our guide to device-side fixes when WiFi is only showing 2 bars is the better read.

Running your own router on Gig2 means modem mode on the Hub 5x, and that is the catch

To use a third-party router, you put the Hub into modem mode so it stops routing and passes the connection straight through to your own kit. Simple enough on paper.

The catch is specific to Gig2. On the Hub 5x, the XGS-PON full-fibre unit most Gig2 customers receive, a dependable modem mode is still not available in many areas as of 2026, and where it does appear, users report drops and short-lived sessions. By contrast, the standard cable Hub 5 has had a solid, long-standing modem mode for years.

So before you buy anything, do one thing. Open the Virgin Media Connect app, go to your Hub, and confirm that Modem Mode is genuinely an option on your line. Do not take it from a spec sheet. If it is missing on your 5x, your realistic option today is a mesh or router running in access-point mode behind the Hub for better coverage, accepting that the Hub keeps doing the routing. For the full step-by-step and the usual gotchas, follow how to put the Hub 5 into modem mode (step by step).

WiFi 6 covers Gig2 today; 6E and 7 matter only with matching client devices

For a 2Gbps line in 2026, a good WiFi 6 router with a 2.5G port is the value-correct choice. It clears the wired 1Gbps ceiling and still delivers strong real-world WiFi. WiFi 6E adds a clean 6GHz band that helps in congested homes, but only devices that support 6GHz benefit, and the wired-speed story is completely unchanged by the radio.

WiFi 7, with its 320MHz channels and MLO, is the only standard that can flirt with 2Gbps to a single client, and only with a WiFi 7 phone or laptop at close range. Most people do not yet own such devices. The key point, so nobody overspends, is that the radio standard does not raise your wired ceiling. Multi-gig carries more than 1Gbps over a cable regardless of whether you are on WiFi 6, 6E or 7. Buy WiFi 6 plus 2.5G now for the best price-to-capability, and reach for WiFi 7 only if you are also upgrading your client devices.

The routers we would actually pair with Gig2

Keep-up pick: ASUS RT-AX86U. WiFi 6 with a true 2.5G port usable as the WAN, AiMesh-ready, and strong range. This is the sensible way to stop a 1G-only router quietly wasting half your line, and it is the best-value route to Gig2's multi-gig wired speed.

Check the ASUS RT-AX86U price on Amazon UK →

Premium and futureproof pick: ASUS RT-AX86U Pro. Same 2.5G port, but a faster CPU for heavier, device-dense households and easier AiMesh expansion later. Get this one if you want more headroom rather than just enough.

Check the ASUS RT-AX86U Pro price on Amazon UK →

Whole-home coverage pick: Amazon eero Pro 6E. Be clear about its job. This is about coverage, not multi-gig wired speed. Each node does carry a 2.5GbE port (auto-sensing for WAN or LAN), but eero caps practical single-device wired throughput at around 1Gbps, so it is not a true multi-gig feeder; treat it as a system whose purpose is filling a large home with consistent WiFi 6E. It shines in access-point mode behind the Hub when Hub 5x modem mode is unavailable.

Check the Amazon eero Pro 6E price on Amazon UK →

Budget mesh alternative: TP-Link Deco X60. Whole-home WiFi for larger homes on a tighter budget, gigabit-class, and again a coverage play behind the Hub rather than a 2Gbps-wired solution.

Check the TP-Link Deco X60 price on Amazon UK →

The decision rule is short. Want raw multi-gig to one wired device, buy the RT-AX86U or the Pro and cable in. Want coverage everywhere first, buy a mesh and accept gigabit-class single-device wired speed.

Set realistic expectations and a clean setup so Gig2 feels like Gig2

Anchor your expectations first. Do not expect 2Gbps on a phone speed test; expect a fast wired number to a 2.5G PC and high combined throughput across the house. With that settled, the setup follows naturally.

If modem mode works on your Hub: put the Hub in modem mode, run the RT-AX86U or Pro as the router, and cable your priority device into the 2.5G port.
If modem mode is unavailable on your Hub 5x: run a mesh in access-point mode behind the Hub for coverage, then revisit a full router swap when Virgin's modem mode reaches your area.
Use Cat5e or better for the 2.5G link, and confirm the device end actually has a 2.5G network card. A 1G card will silently cap you at gigabit and you will never see the difference.
Test method: run a wired speed test into the 2.5G port to verify the line, then test WiFi in your worst room to judge coverage. Those two numbers measure different things, so do not compare them against each other.

Get the wired link right and the expectations honest, and Gig2 stops feeling like a number on a bill and starts feeling like the connection you are paying for.

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