This week’s Qualcomm Snapdragon Technology Summit was supposed to be the coming-out party for blazing-fast 5G cellular networks — the first time that journalists would be able to see real, consumer 5G devices running on real 5G networks from Verizon and AT&T.

That’s only partially true. A handful of 5G devices are here on the beautiful island of Maui. But journalists aren’t being allowed to try 5G in any meaningful way. They can’t touch the Samsung phone, or the AT&T hotspot, or the Verizon hotspot, or run an actual speed test on Motorola’s 5G modded phone. There are demos, like a VR headset plugged into a computer connected to Wi-Fi that’s also technically 5G, but we can’t peer behind the curtain to verify that 5G is actually working.

Why the cloak and dagger? It’s because the networks aren’t anywhere near as fast as 5G is supposed to be. They’re slower than the Comcast internet connection I have at home.

While Qualcomm’s newly announced Snapdragon 855 processor will theoretically be capable of multi-gigabit speeds, and even today’s most LTE networks can cross 400Mbps in some areas, the single 39GHz millimeter wave 5G network here in Maui is currently running at a measly 130-140Mbps, network provider Ericsson tells The Verge.

 Photo: Sean Hollister / The Verge
Ericsson 5G base stations, overlooking the Verizon demo room.

Ericsson set up the network for both Verizon and AT&T here in Maui, and representatives for each side told me the same thing: Because they threw together a network here with just 100MHz worth of spectrum, and only a few days to test and optimize it, the speeds aren’t what they should be.

These 5G networks should have more like 400 to 800MHz worth of spectrum in the real world, says one Ericsson rep. As the devices are able to latch onto more of that spectrum simultaneously, both speeds and latency should improve, said another.

To AT&T’s credit, it’s not trying to hide the slow speeds. “I’ll tell you straight up that the speeds aren’t as eye popping as I’d like them to be,” AT&T assistant vice president of mobile broadband Glenn Couper tells me.

“It’ll be multi-gigabit when it’s live, production, tuned, optimized,” Verizon director of architecture Chris Emmons assured me.

But Netgear, which is providing AT&T’s first 5G mobile hotspot, suggested you might not see those gigabit-plus speeds everywhere. “It varies market to market — some markets they may have a couple hundred megabits of bandwidth in the 39GHz, others can go all the way up to 5Gbps,” he says.

 Photo: Sean Hollister / The Verge
Netgear’s hotspot will be the first AT&T 5G device. The company had two in Maui, but only let journalists take photos of this one with the screen off due to non-final branding. (They showed me a 5G logo on the other one.)

None of the other 5G-hopeful companies at Maui contests that the speeds are slow here on the island. Each one independently offered a very similar comment, suggesting that they’d been prepped in advance for this very question.

  • Samsung rep, onsite: “We’re only talking use cases here, we’re not trying to show any speeds.”
  • Verizon, via email: “The intent of the live 5G networks at the tech summit is to demonstrate 5G user experiences rather than peak speeds.”
  • Qualcomm, via email: “The intent of the live 5G networks at the tech summit is to demonstrate 5G user experiences rather than peak speeds.”
  • Ericsson rep, onsite: “What we’re showing here is not the actual performance measurements, but what you can use it for.“

And each company also pointed me to the multi-gigabit speeds they’d previously claimed they’d seen in behind-closed-door demos as proof that things will be better in the real world.

 Photo: Sean Hollister / The Verge
Verizon, similarly, wouldn’t let us take pictures of its chunky mobile hotspot with the screen on, or connect to it ourselves.

But Maui was supposed to be the real-world test, or so we thought. With just four weeks left before AT&T is scheduled to launch its 5G network in the United States, we can’t yet bring you first-hand proof that 5G is actually delivering on its promise of speed.