Let's Talk Tech
It’s in my hands!
One of the gadgets I’ve been most excited about this year is finally here! Qualcomm is delivering a really interesting smart watch solution, with a fantastic display. Also exciting, as this is the first product from Qualcomm where they’re trying to speak directly to consumers.
I’ve barely gotten it out of the shipping box, but let’s take a look at this sexy little piece, some of the set up, and a run down on the feature set!
I normally don’t pre-announce my videos and reviews, but I’m too excited not to share this one!
The Qualcomm Toq is on my wrist, and I’m super stoked to break it in and share my experiences using it. Part of why I’m excited is in watching a company like Qualcomm make such a direct move to interact with customers directly. Chances are your phone or tablet is using SOMETHING built by Qualcomm, but they don’t have a lot of consumer mind share.
Toq aims to change that.
My first impressions video will be posted tomorrow! Spoiler Alert: this thing is one sexy piece of smartwatch.
A bit techie, but stick with me.
We’re watching a smartphone revolution happen. It’s a little quiet now, but it’ll heat up very quickly. The exciting growth sector next year wont be in premier and high end phones. It’ll be in emerging and developing markets. We’ve seen hints of this with the popularity of the Nokia Lumia 520 and Moto G. Now Qualcomm is pushing forward with a new chipset designed to improve the mobile data experience for low-cost smartphones.
The Snapdragon 410 chipset is a 64-bit quadcore with integrated world mode LTE. We’re struggling to crawl out of the “chicken or egg” problem of delivering faster bandwidth to emerging markets. If they don’t have devices to support LTE, why build out the network? If there’s no network, why include expensive radios? The 410 aims to solve part of this problem by including LTE in a package which is designed for phones around the $150 off-contract price point. That’s Lumia 520 and Moto G territory.
The 64-bit addition could be interesting as well. Apple struck first, and we can take that as a clue or a cue that they might start merging the iOS and OSX ecosystems. We know Microsoft is working towards that with a planned release of “Threshold” in 2015, bringing Windows Phone and Windows 8 together. Qualcomm is now offering up hardware which might better facilitate that kind of software integration. Imagine Windows Phones, which can offer a robust computing environment like Windows RT for $200 or less powered by LTE data. Remarkable.
Read the full PR after the jump.
Continue reading “Qualcomm announces 64-Bit Snapdragon 410 chipset with World Mode 4G LTE”
The smartwatch market is growing ridiculously quickly. From early novelty with niche players to seeing big boys like Samsung enter the field. We can’t go a week without another Apple or Google smartwatch rumor. Qualcomm’s entry into this field is particularly exciting as it marks their first direct-to-consumer endeavor.
If you know about Qualcomm, it’s likely because you know what kind of processor is in your phone. They aim to change that relationship with Toq, their first smartwatch, which we covered following the announcement back in September. While the watch looked cool, and we were happy to hear about broad phone compatibility, we didn’t have a release date or pricing information. Now we have both.
Toq will be available JUST in time for the holiday gift buying season, and starting December 2nd you’ll be able to pick one up for $349.99. As the Galaxy Gear will only work with select Samsung phones, Toq could be an interesting alternative for those wanting a bleeding-edge smart experience strapped to their wrist. We’ll find out more early next month!
You can find out more info on Toq at:Â http://toq.qualcomm.com/
Related:
Qualcomm Toq Competes For Your Smartwatch Affection
New Qualcomm Radio Power Management Means More Run Time, Less Heat
In Android land we care about specs. We care about them a lot. Before even handling a device, many will scrutinize things like processor, storage, and RAM to make purchasing decisions.
Here stateside, the LG G2 was one of the first phones to utilize Qualcomm’s Snapdragon 800 series processor. This is an architecture improvement over the very solid Snapdragon 600 used in phones like the HTC One and Galaxy S4. How much of an improvement? That’s what we’re going to take a look at in this video.
LG’s Optimus G Pro uses the 600 series chipset, so this obviously isn’t a competition. This is a comparison to see how improved the new processor is, so I don’t want cranky fanbois telling me how this isn’t a “fair test” or other such nonsense. We KNOW the G2 is going to win most of these. We wanna see by how much!
There are links after the jump if you want to skip to specific bench marks, or you can watch the whole battery of tests below. Let’s get to it!
Continue reading “The most powerful Android phone? Benchmarking the LG G2.”
From the Twitters:
@SomeGadgetGuy hey man, gaming wise is there any difference in lumias to other phones when considering only graphics?
— Yasi Jay (@YasiJay) September 30, 2013
Hey Yasi,
So here’s the deal, long story short, current Windows Phone Handsets will run at a deficit compared to current Android handsets when it comes to gaming. Microsoft’s hardware mandate pretty much guarantees that all Windows Phones will rock similar hardware. To date, that means Qualcomm’s older dual core Snapdragon chipset. Even though Windows Phone 8 is a decently lean OS which runs more efficiently than Android, and for day to day tasks you’d be hard pressed to see much difference in operation between WP8 on dual-core and Android on quad-core, gaming is one of those phone taxing activities where the extra horsepower comes in handy.
It’s not to say that the gaming experience is bad, far from it. I’m having a blast playing Halo: Spartan Assault, and Where’s My Water 2 was released on WP before Android. All things being equal though, playing the same game on Android and WP8, like Asphalt 7, I find levels load faster, game play lags less, and newer Android phones tend to run a little cooler than WP handsets. We’re just running into the upper limits of what this older chipset is capable of delivering.
Other comparisons become a bit more subjective. Some claim that the 1080p resolution found on newer Android fare looks better than the 720p screens on Windows Phones. Also, that the better graphics hardware means fancier lighting and particle effects. Both are certainly true scientifically, but I’ve honestly had a difficult time seeing a tremendous advantage on screens smaller than five inches.
It’s not all bad news though, as the Nokia Lumia 1520 phablet is rumored to be the first Windows Phone featuring both a 1080p screen and Qualcomm’s new 800 series chipset, pretty much catapulting Windows Phone up to the current ranks of the premier Android ecosystem. On phones rocking a larger than five inch screen that resolution bump becomes a little more noticeable in fine detail and clarity.
Thanks for the question Yasi!
This is becoming a contender for my “worst kept secret in tech” award, but another round of leaked pics featuring the Lumia 1520 have SURFACEd on the Verge. It looks a lot like previous leaked renders, and it’s looking like we might have a legit contender for the first Windows Phone phablet.
Also leaked/confirmed are the specs powering this giant slab. According to the leaker, the 1520 will sport a 6″ 1080p screen powered by a Qualcomm 800 series chipset. 32GB of storage will be on board with the ability to add more via SD card, and 2 GB of RAM should keep all your apps happy. The bulge on the back is rumored to house a 20MP camera which looks similar to the camera bump on the Lumia 925. No 1020 PureView action here, but it should still be a fantastic performer. 
This would be an exciting development for WP fans, as it would bring Microsoft’s platform screaming up to the cutting edge of the smartphone hardware heap.
Seeing how tightly MS controls what goes into Windows Phone, this could also be a clue that we’re due a refresh soon, and I personally wouldn’t be surprised to see the 1520 released around the time that Windows 8.1 is announced. This would make a great flagship phone to show off a new OS update, while also reinforcing Microsoft’s commitment to improving the WP8 ecosystem. I’m looking forward to more news surrounding the GDR3 update.
(via The Verge)
So the radio in your phone is often one of the worst offenders in draining your battery. For all of our criticism surrounding powerful quad-cores, throw your phone into airplane mode, and it’s shocking how long that quad can run. We can only pack in SO much battery density, and the rest of your phone can be surprisingly frugal, which is why developments in radio management are so crucial to improving the smartphone experience.
Qualcomm has been working on Envelope Tracking for their LTE radio technology. To over-simplify, LTE is a little different in how it communicates with cell towers than 3G, which in the past has made it more difficult to adjust the power of the radio in your phone while maintaining a stable connection to a tower. Essentially, your phone’s radio tries to find an average signal to broadcast at, but often just runs at max on LTE, which is pretty terrible for battery life, and can sometimes result in a poor connection.
Envelope Tracking for LTE allows the radio to better scale with the quality of the tower’s signal. As the radio is working a brute force style signal, it should greatly reduce the amount of power needed to run, which should also cut back on wasted heat. Qualcomm is estimating a 20% reduction in power and a 30% reduction in heat generated by the radio. This should also provide a more stable link to the tower, hopefully resulting in faster throughput.
Now normally when we write up new tech like this it’s usually an article about researchers in a lab, and we’ll all have to wait for the breakthrough to eventually filter down into our actual consumer devices. The nice thing about Qualcomm’s ET gear is it’s already going to be included in the Galaxy Note 3. Likely one of the reasons Samsung went with Qualcomm’s 800 series chipset for its LTE variants of the note.
Hit the Qualcomm blog for better explanations of all the  science-y details.