Skip to main content

Linksys’ latest WRT device is the fastest wireless dual-band router on the market

linksys superfast wrt router wrt3200acm
Linksys
Linksys has announced the “next generation” of its WRT line of routers. The snappily named Linksys AC3200 WRT Gigabit MU-MIMO Wi-Fi Router is being billed as the fastest dual-band router available, and it’s packed with compelling features and customization options.

“We just made the WRT even more powerful, and equipped it with even more features as well as kept true to our word with open source support,” said Vince La Duca, product manager for Linksys.

“Linksys WRT is all about making the best router in its class by using all enterprise-grade components and materials while delivering the fastest wireless experience.”

The WRT3200ACM supports MU-MIMO, a networking technology that improves the overall performance of the router, as well as providing dedicated bandwidth to compatible devices. Linksys claims that this means that everyone on the network can feasibly stream 4K video at once, as if they were connected to their own dedicated routers.

The majority of today’s routers have a maximum channel width of 80MHz, whereas the WRT3200ACM doubles that. The practical purpose of this 160MHz channel width is the ability to drive more data; using its three streams, the router is apparently able to achieve speeds of up to 2.6Gbps.

The WRT3200ACM is also open source-ready, meaning that users can customize the device to tailor it to particular applications. The router can be set up to access TOR networks, administrators can use it to create a web server, gamers can optimize settings for low latency, and businesses can create a Wi-Fi hot spot for their customers.

The router is available now via the Linksys web store and Amazon, and is set to appear in retail locations over the course of the coming week. The device is priced at $280.

Editors' Recommendations

Brad Jones
Former Digital Trends Contributor
Brad is an English-born writer currently splitting his time between Edinburgh and Pennsylvania. You can find him on Twitter…
AMD’s next-gen CPUs are much closer than we thought
AMD Ryzen 7 7800X3D held between fingertips.

We already knew that AMD would launch its Zen 5 CPUs this year, but recent motherboard updates hint that a release is imminent. Both MSI and Asus have released updates for their 600-series motherboards that explicitly add support for "next-generation AMD Ryzen processors," setting the stage for AMD's next-gen CPUs.

This saga started a few days ago when hardware leaker 9550pro spotted an MSI BIOS update, which they shared on X (formerly Twitter). Since then, Asus has followed suit with BIOS updates of its own featuring a new AMD Generic Encapsulated Software Architecture (AGESA) -- the firmware responsible for starting the CPU -- that brings support for next-gen CPUs (spotted by VideoCardz).

Read more
AMD Zen 5: Everything we know about AMD’s next-gen CPUs
The AMD Ryzen 5 8600G APU installed in a motherboard.

AMD Zen 5 is the next-generation Ryzen CPU architecture for Team Red and is slated for a launch sometime in 2024. We've been hearing tantalizing rumors for a while now and promises of big leaps in performance. In short, Zen 5 could be very exciting indeed.

We don't have all the details, but what we're hearing is very promising. Here's what we know about Zen 5 so far.
Zen 5 release date and availability
AMD confirmed in January 2024 that it was on track to launch Zen 5 sometime in the "second half of the year." Considering the launch of Zen 4 was in September 2022, we would expect to see Zen 5 desktop processors debut around the same timeframe, possibly with an announcement in the summer at Computex.

Read more
Is this Razer’s Steam Deck killer?
The Razer Kishi Ultra sitting on a table.

Razer has been oddly quiet in the burgeoning world of handheld gaming PCs. When I met up with the company at the Game Developers Conference (GDC) to learn about its new products, I was happy to hear it had an answer to the success of the Steam Deck.

But it was not the type of answer I was expecting.

Read more