Skip to main content

Qualcomm’s Snapdragon 600E and 410E processors are bound for IoT products

qualcomm
Karlis Dambrans/Flickr
You might not be familiar with the name Qualcomm, but if you bought a high-end Android phone from the likes of HTC, Samsung, LG, or Huawei recently, chances are the company’s responsible for the chip at its heart. The San Diego, California-based chipmaker had a 64 percent share of the processor market in 2014, and it absolutely dominated this year’s lineup of flagship phones: LG’s G5, Samsung’s Galaxy S7 and S7 Edge, the HTC 10, and Sony’s Xperia X Performance all packed silicon of the silicon behemoth’s making.

But Qualcomm’s ambitions extend beyond smartphones to the Internet of Things (IoT), a nebulous industry that encompasses essentially any vehicle, building, appliance, or otherwise that’s able to transfer data (think “smart homes”). There’s plenty in the way of pecuniary motivation — some analysts project will grow to more than $883 billion by 2022, up from about $130 billion in 2015. And so on Wednesday, in an attempt to nab a bigger slice of the ever-growing pie, Qualcomm announced two new processors bound principally for IoT devices: the 600E and 410E.

Chances are you won’t find yourself buying a product packing a 600E or 410E — Qualcomm said they’re intended strictly for “industrial” applications. But you’ll more than likely to come into contact with products that do contain them. The company’s hopes to see the chips embedded in a range of electronics from “digital signage, set-top boxes, [and] medical imaging” to “point-of-sale systems [and] industrial robotics.” It’s laying the manufacturing groundwork to establish a foothold: for the first time in Qualcomm’s history, it’s providing Snapdragon reference designs to “third-party distributors” like Colorado-based Arrow Electronics. “[We’re] making [the 600E and 410E] accessible in a variety of quantities to manufacturers of all size,” Qualcomm said in a statement.

The processors, speaking of, are an impressive pair. The Snapdragon 600E sports a 1.5GHz quad-core Krait 300 CPU, Adreno 320 GPU, and digital signal processor, at its core, and in terms of connectivity supports Bluetooth (4.0, Low Energy, and 3.x), Wi-Fi up to 802.11ac, and GPS. All the more impressive, it’s expandable: Qualcomm said it’ll play just as nicely with a SATA hard drive as it will an HDMI television, assuming you have the right components on hand.

The 410E is decidedly less capable than its higher-end counterpart, but still a quantifiable IoT champ. It sports a 1.2GHz quad-core processor paired with an Adreno 306 GPU and digital signal processor, and packs wireless accouterments including Bluetooth (4.1 and Low Energy), Wi-Fi up to 802.11n, and GPS. It lacks the 600E’s modularity, though, and for that reason has been deigned for single-purpose applications like “smart homes, digital signage, [and] medical equipment.”

Snapdragon Chip with Dragon
Image used with permission by copyright holder

“The Snapdragon 600E and 410E bring together some of our best connectivity and compute technologies to meet the needs for a large range of embedded and IoT applications,” senior vice president of product management Raj Talluri said in a press release.

“Snapdragon is a powerful and versatile processor with many potential applications in a wide variety of IoT applications and we can now offer this technology to a much wider range of customers with the additional benefit of long-term support and availability.”

You’d be forgiven for assuming the 600E and 410E were Qualcomm’s first IoT rodeo, but the company’s a bit of an old hand in the market. According to a recent report, it not only holds the most IoT patents of any chipmaker in the field, but has the distinction of retaining some of the most valuable. And with the debut of the 600E and 410E, it’s building upon a preexisting ecosystem: the new processors are fully compatible with Qualcomm’s DragonBoard 410c development motherboard.

It’s all a part of Qualcomm’s far-reaching effort to establish a holistic IoT platform. In the middle of September, the chipmaker joined Ericsson, InterDigital, KPN, ZTE, and other firms in forming Avanci, a patent licensing clearinghouse that aims to make it easier for manufacturers to embed cellular technologies in their products. Earlier in the month, it announced support for service provider Verizon’s ThingSpace IoT platform. And it August, it inked an agreement with electronics maker Philips to collaborate on connected healthcare devices like medication dispensers, bionsensors, ventilators, blood pressure monitors, and blood glucose monitors.

For Qualcomm, though, all that’s just the beginning. The company’s director of product marketing for India, Uday Dodla, told Digit that the company anticipates 20 billion IoT devices by 2020 — a sector that could eventually represent “almost a third” of the company’s revenue.

Editors' Recommendations

Kyle Wiggers
Former Digital Trends Contributor
Kyle Wiggers is a writer, Web designer, and podcaster with an acute interest in all things tech. When not reviewing gadgets…
It’s time to stop believing these PC building myths
Hyte's Thicc Q60 all-in-one liquid cooler.

As far as hobbies go, PC hardware is neither the cheapest nor the easiest one to get into. That's precisely why you may often run into various misconceptions and myths.

These myths have been circulating for so long now that many accept them as a universal truth, even though they're anything but. Below, I'll walk you through some PC beliefs that have been debunked over and over, and, yet, are still prevalent.
Liquid cooling is high-maintenance (and scary)

Read more
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