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Ford taps Intel Mobileye for smarter car vision and crowdsourced-cleverness
Ford and Intel have inked a deal to give future cars better vision, with Mobileye vision-sensing tech being used to power the automaker’s driver assistance systems. Mobileye EyeQ will be used for systems like Ford Co-Pilot360, including both hardware and software, and eventually form part of the technology behind Ford Active Drive Assist in 2023.
It’s a big win for Intel, which has been positioning Mobileye as its major play in ADAS tech for some time now. The chip-maker acquired Mobileye in early 2023, in a deal worth over $15 billion. However while much of the focus of tomorrow’s vehicles has been on fully-autonomous cars, the reality is that the market right now is still focused on driver-assistance, not driver-replacement.
So-called Level 2 vehicles, and the first hints of Level 3 models to come, still expect to have human drivers behind the wheel. The ADAS tech, however, is able to better support them, with features like adaptive cruise control and lane-centering. Next year, meanwhile, Ford will bring its Active Drive Assist to market, a hands-off system in which vehicles like the Mustang Mach-E will be able to keep pace with highway traffic, and stay in lane, without the driver’s hands being on the wheel. Cameras will ensure the driver is still paying attention to the road, however.
Even before that, EyeQ chips and software will be used for features more broadly available across Ford’s line-up. A camera integrated into the windshield will be used to identify and track things like lane markings and traffic signs, as well as identifying other vehicles and pedestrians. It’ll be instrumental for features such as lane-keeping, pre-collision assistance, and automatic emergency braking.
This isn’t the first time Ford and Mobileye have worked together. The difference this time around, the automaker says, is that it’s now committing to EyeQ “for the entire lifecycle of its next-generation vehicles.” Given a vehicle lifecycle can easily be 4+ years, that’s a big win for Intel.
Ford and Mobileye will be working with the car company’s Tier 1 suppliers to better integrate the EyeQ tech for mass production. Meanwhile, Ford is also considering whether to use Mobileye’s Roadbook technology in future.
Roadbook effectively turns vehicles into crowdsourcing road traffic and mapping probes. The vehicle cameras feed back anonymized data that’s used to build and maintain a high-definition map; it’s a system we’ve seen HERE promote too, and indeed the two companies signed a collaboration deal in 2023 that could see them share that data. That navigation info can be used by driver-assistance and Active Drive Assist technologies, so that they’re better-equipped to handle changing road conditions.
One of the issues with highway assistance systems, for example, can be basing the technology on a pre-assessed map: if the roadway changes, the car can be left ill-equipped to deal with the alterations. Rather than automakers or mapping-providers going out to physically re-survey each road, which is both time-consuming and inefficient, Roadbook could use crowdsourced data from a fleet of consumer cars to warn the system that a highway has changed. That data could either be integrated into the core map, or it could trigger a professional re-surveying, or both.
It’s not the first time we’ve seen Ford talk about crowdsourced data in recent months. In June it revealed a way to better estimate range for the all-electric Mustang Mach-E, with Intelligent Range using data shared by other EVs in similar road conditions to better gauge how much driving can be done on what battery power remains. The same technology is likely to feature in the all-electric F-150 EV which Ford says should arrive sometime in the next two years.
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Intel Bay Trail aims for Android and Windows 8 hybrids
Today Intel has revealed their plans for the Bay Trail collection of Atom Z3000 Series Processors, making clear that they’re aiming for devices that are small but powerful. This line of SoC is headed for tablets, phones, and everything in-between packing Intel’s newest Silvermont architecture for next-generation processing finesse. This is not Intel’s first move into the mobile smart device universe, but it’s certainly its most serious.
This line of SoC (system-on-chip) is smaller than any offered by the company before in this segment. With a 22nm size, Intel will be able to fit into tiny devices, making using this architecture enticing to those manufacturers of next-generation tablets, smartphones (massive ones, that is), and hybrid devices (tablet/notebooks). If you want to make a device thin, you need to work with thin components!
Z3000-class processors will be appearing in dual-core or quad-core iterations with up to twice the CPU performance of comparable ARM mobile processors at the same time as they out-perform the competition in graphics performance by x3. That’s Intel’s suggestion, mind you – we’ll have to test it all out on our own to confirm, as always. The most powerful SoC to come out of this generation of builds will be the Z3770 – this system-on-chip will bring on resolutions up to a cool 2560 x 1600 pixels with clock speeds at up to 2.4GHz a core.
A little like the next generation of NVIDIA processors, these bits of Intel architecture are inheriting the technology of desktop and laptop processors. You’ll find the same 3D Tri-Gate transistors in Bay Trail that exists in Intel’s Ivy bridge – originally introduced as a concept all the way back in 2002 – aiming to do what was demonstrated by Intel in a very basic showing in May of 2011:
Though this 3D Tri-Gate transistor technology does speak a little to battery life in the short run, Intel has made clear that these next-generation SoCs will not be offering the same major change-over in juice-sucking offered in the company’s 4th Generation Core technology in laptops. You will, on the other hand, be working with Burst Technology 2.0.
What Burst Technology 2.0 offers is a much more effective handling of power – in short, similar to what many mobile SoCs have been doing recently with low-power processing, Intel does here with dynamic scaling of processor use. This seems to us to be good news for future Android and Windows devices, and the manufacturers already announced to be using the architecture in the near future seem to think so too.
Toshiba will be on-board as well as ASUS, Lenovo, Dell, and Acer, and many, if not all of them will be bringing devices by the end of the year. Intel has suggested some rather exciting pricing possibilities with this technology too – watch out for the $200 fanless tablet by the end of the year, with even the highest-power transforming tablet/notebook not reaching above $350 at its base – is that a range you can handle?
Remember the Chinese Tianhe-1A supercomputer which NVIDIA took credit for “powering” with its Tesla GPUs back in October? It seems Intel would like some of the processing credit as well; they’ve pushed out a press release of their own, claiming it’s Intel Xeon 5600 series processors that “powers” the world’s fastest supercomputer.
In fact, they’re both correct: Tianhe-1A combines 14,396 Intel Xeon processors with 7,168 NVIDIA Tesla M2050 GPUs, and manages 2.57 petaflops (quadrillions of calculations per second). Neither company is particularly keen to give the other much credit; Intel refers to NVIDIA’s input only as the vague “accompanied by accelerator cards”, while NVIDIA pointedly highlights the fact that to match Tianhe-1A’s performance solely using CPUs would require around 50,000 of the chips and double the floor space.
Intel Powers World’s Fastest Supercomputer
Tianhe-1A supercomputer, featuring more than 14,000 Intel® Xeon® 5600 series processors, is No. 1 supercomputer on 36th edition of Top500 list.
Intel powers nearly 80 percent of systems on latest Top500 list, including four of the top six.
Intel powers more than 90 percent of new systems on the Top500 list.
Intel demonstrates applications powered by Intel® Many Integrated Core (MIC) architecture.
NEW ORLEANS, Nov. 14, 2010 – Intel Corporation today announced that its Intel® Xeon® 5600 series processors, announced earlier this year, are at the heart of the world’s most powerful supercomputer, the Tianhe-1A. Located at the National Supercomputing Center in Tianjin, China, Tianhe-1A contains 14,396 Intel processors accompanied by accelerator cards, and has demonstrated groundbreaking performance of 2.57 petaflops (quadrillions of calculations per second).
In partnership with Inspur, a computer manufacturer in China, Intel worked closely with the National Supercomputing Center and its technology partners to achieve this groundbreaking performance.
The 36th edition of the TOP500 list of supercomputers, as announced at SC10, Nov. 13-19 in New Orleans, shows that nearly 80 percent of the world’s top 500 systems have Intel processors inside. Such machines are increasingly featured in computers designed for geophysics, financial calculations and scientific research focusing on mainstream applications such as improving the safety of football players and enhancing medical imaging. According to the list, Intel chips now power four of the top six systems – in addition to the No. 1 system. Xeon® 5600 series processors are a key building block in the No. 3 system (Shenzhen), and the newly listed No. 4 system at the Tokyo Institute of Technology. The New Intel® Xeon® Processor 7500 series is featured in the Bull Supernode system at CEA, newly listed at No. 6. Overall, 398 new systems on the list feature Intel processors. According to the list, Intel processors are in 90 percent of the systems newly listed in 2010.
Additional Top500 Success
In addition to the Tianjin supercomputer, 17,296 Intel chips power the No. 6 system on the list. The CEA system from Bull features the largest shared memory system built around the Xeon® 7500 series processor, achieving performance in excess of one petaflop.
Another notable supercomputer hails from the Tokyo Institute of Technology. Featuring Xeon® 5600 series processors within an NEC/HP system, this No. 4-ranked supercomputer achieved 2.4 petaflops.
Intel® Many Integrated Core (MIC) Demonstrations
During SC10, Intel conducted demonstrations showcasing the real-world capabilities of the recently announced Intel® MIC architecture. These included using Intel® MIC architecture as a co-processor running financial derivative Monte Carlo demonstrations that boasted twice the performance of those conducted with prior generation technologies. The Monte Carlo application for Intel® MIC was generated using standard C++ code with an Intel® MIC-enabled version of the Intel® Parallel Studio XE 2011 software development tools, demonstrating how applications for standard Intel CPUs can scale to future Intel® MIC products.
Intel also showcased breakthrough compressed medical imaging developed with Mayo Clinic on “Knights Ferry,” the first Intel MIC design and development kits. This demonstration used compressed signals to rapidly create high-quality images, reducing the time a patient has to spend having an MRI.
Edgar Cervantes / Android Authority
It’s not a bad idea to keep your phone handy in the car for navigation, or in case of emergencies. However, it’s usually illegal to have your phone in your hand while driving — not to mention very dangerous. Lucky for all of us, there’s an easy way to keep yourself safe while keeping your handset accessible. Here are the best car phone holders to bring on your next road trip.
Editor’s note: This list of the best car phone holders will be regularly updated as new devices launch.Buying the right car phone holder for your needs
See also: Our guide to all the phone accessories you’ll ever need
Belkin universal vent mount: The best of the best
Edgar Cervantes / Android Authority
Belkin’s universal vent mount is our current favorite car phone holder because it offers a little bit of everything. It brings a simple design, and it slots right into your car’s air conditioning vents. The simple design hides a durable construction, with arms made from aluminum rather than the more popular plastic approach. In his review experience, our own Edgar Cervantes had nothing but praise for the strength of that grip.
Belkin claims support for 5.5-inch devices — in reality, it can do much more.
Out of the box, Belkin only promises support for 5.5-inch devices. However, Edgar found that he could push the car phone holder much further with his Pixel 3 XL and Galaxy S10 Plus. Belkin’s clever design also hides a handy cable clip, which means you can keep your phone at full power while on the go.
The Belkin vent mount isn’t cheap, but it’s worth the money without a doubt. It packs build quality and simplicity beyond most competitors, but the biggest question comes down to your vehicle. If you don’t have large enough or deep enough air conditioning vents, you may have trouble keeping the mount in place. Depending on how heavy your phone is, the mount may even pull away from the vent itself.
Belkin Universal Car Vent Mount
Belkin’s sturdy phone mount attaches to your car vent blades and keeps your phone in place.
See price at Amazon
See price at BelkinPros
Cable management system
Adjustable for a variety of devicesCons
Requires sturdy air vents
More expensive than most competitors
Check out our full review to learn more about the Belkin universal vent mount.Other products worth considering
Are you looking for other recommendations? While the Belkin universal vent mount is our top recommendation, keep reading below for additional choices worth considering.
AUKEY magnetic mount: This magnetic mount is carefully designed to stay out of sight, but you can easily adjust the arm when you need your directions front and center.
iOttie iTap Magnetic 2 mount: iOttie’s first car phone holder attaches right to your dash with a simple magnet. It might block your vision slightly, but the magnet is surprisingly strong.
Loncaster dashboard mount: This is unlike any other mount on the list. It attaches to your dashboard and offers a tray for your phone as well as some change or parking passes.
Topgo cup holder phone mount: Why not use your cupholder if you want to keep your dash and your vents clear? Of course, it’s not as good of an option if you have limited cup space.
Scosche MagicMount Dash: The MagicMount Dash is one of the smallest dashboard options on the list. It relies on a strong magnet and a soft rubber pattern for extra grip.
iOttie Easy One Touch 4 car phone mount: The other iOttie car phone holder is all about flexibility. You can extend the arm, adjust the angle, and pivot the head to face in any direction.
Logitech Plus Trip vent mount: The Plus Trip is another ultra-portable option. It’s nearly as small as the Belkin vent mount, but it swaps aluminum arms for a magnet. The round design may not be for everyone, though.
iOttie Aivo Connect: This mount costs more, but offers much more than a place to put your device while driving. It adds wireless charging and voice commands to your experience.
AUKEY Car Magnetic Phone Mount
AUKEY Car Magnetic Phone Mount is a magnetic, flexible dashboard mount that won’t block your view while driving.
See price at Walmart
See price at Newegg
Great build quality
Versatile arm design
Larger than many other mounts
Requires a metal plate on your phone
Check out our full review to learn more about the AUKEY magnetic mount.
iOttie iTap Magnetic 2
The iOttie iTap Magnetic 2 is a dashboard/windshield mount that uses ultra-strong magnets to keep your phone in place.
See price at Amazon
See price at Best BuyPros
Surprisingly strong magnet
Very stable hold on your phone
Easy to mountCons
The materials feel cheap
Limits windshield visibility
Requires a metal plate
Check out our full review to learn more about the iOttie iTap Magnetic 2.
Loncaster Silicone Car Phone Holder
Loncaster’s silicone phone mount attaches to your dashboard for easy smartphone viewing on the go.
See price at Amazon
Silicone construction offers extra grip
Silicone picks up dirt easily
Design covers part of the phone screen
Check out our full review to learn more about the Loncaster dashboard mount.
Doesn’t block your view
Quick release button
Requires you to take your eyes off the road
Takes away a cup holder
Check out our full review to learn more about the Topgo cup holder mount.
Scosche MagicMount Dash
The Scosche MagicMount Dash is a discrete car phone holder that uses magnets to keep your device in place.
See price at Amazon
See price at Best BuyPros
Small, discrete design
Rubber grip gets dirty easily
Can interfere with wireless charging
Check out our full review to learn more about the Scosche Magic Mount Dash.
iOttie Easy One Touch 4
The iOttie Easy One Touch 4 is a car mount that uses an automatic docking mechanism to secure your phone while you drive.
See price at Amazon
Windshield mounts aren’t always legal
Check out our full review to learn more about the iOttie One Touch 4.
Logitech Plus Trip
The Logitech Plus Trip is a small magnetic car holder that attaches to your air vents.
See price at Amazon
See price at WalmartPros
Small and discrete
Excellent build quality
Vent mounting isn’t always steady
Metal plates mess with wireless charging
Check out our full review to learn more about the Logitech Plus Trip.
iOttie Aivo Connect: A smarter mount
If you want something that does more than hold your phone in place, the iOttie Aivo Connect can’t be ignored. This is one of the best phone holders, simply because of its comprehensive feature set. It’s easily the most expensive option on this list, too, but it takes your experience to a whole other level.
The unit mounts to the dashboard or windshield, and features that same light ring you see in Amazon Echo speakers. That’s because this mount features Alexa compatibility, allowing for voice commands and intelligent features. The mount also comes with Qi wireless charging. Furthermore, you can forget about manually docking your phone; an IR proximity sensor automates the cradle cams when it detects a phone getting near it.
iOttie Aivo Connect Hands Free Wireless Car Charger
The iOttie Aivo Connect keeps your phone in place while driving, but it also improves the experience with smart features.
See price at Amazon
See price at Best BuyPros
Auto mounts your phone with proximity sensor
Fun ring light
Now that you have the right phone mount for your car, it’s time to find some apps that will change your driving experience. Check out our recommendations for better road trips and commutes!
Here: The best car apps for Android
Edgar Cervantes / Android Authority
FM transmitters allow you to connect your phone to your car even if you don’t have CarPlay or Android Auto. All you have to do is connect your phone to the transmitter via Bluetooth or an aux cable, tune your car radio to the FM station your transmitter is set to, and you’re good to go. You can also make and receive calls, and in some cases, even charge your phone. They’re affordable, as well as easy to install and use. Here are some of the best FM transmitters you can buy.
More: The best phone accessories
The best FM transmitters
Editor’s note: We will regularly update this list of the best FM transmitters as new devices launch.
Anker Roav SmartCharge T2
Anker is a top name in the mobile accessories game, and the Roav line of car products is no exception. The SmartCharge T2 locates empty FM frequencies with just the push of a button, while Bluetooth 5.0 keeps your phone securely connected. Better yet, the SmartCharge T2 uses Anker’s PowerIQ 3.0 to charge your device quickly from either a USB-C or a lightning port.
Imden FM Transmitter
Most FM transmitters on this list are either pretty large or have wires with extenders. Those who want something more compact and discrete can’t do much better than the Imden FM Transmitter. Buttons and connections are pretty packed, which might make it harder to use, but it will hide away easily and comes with plenty of features. These include a couple of USB ports, of which one supports QC 3.0. You can also plug in a USB flash drive to play music directly, make calls, and connect via Bluetooth. It’s also one of the most affordable options on this list.
Related: How to pick the right USB cable
Gooinng FM Transmitter
The Gooinng FM Transmitter has a significant benefit over other options in this list; the control module can be moved up for easier reach. It attaches to the AC vents, while the power unit connects to the power outlet in the car, usually located lower. It features a couple of chargers, one of which features QC3.0. Bluetooth 5.0 support means it can work with pretty much any device, and you even get cool lighting effects.
Nulaxy KM18 Color
The Nulaxy KM18 Color FM Transmitter is a complete solution for your in-car media and charging needs. It supports four audio inputs, including Bluetooth, AUX, and microSD cards. Its convenient interface and extended arm will also make it easy to operate on the go. It has a large 1.8-inch display for easy visualization, as well as large buttons and a comfortable volume knob. You can also use it to charge a couple of devices via USB, and one of them can juice up devices at QC3.0 speeds.
See also: The best car chargers you can get your hands on
Jetech FM Transmitter
The Jetech FM Transmitter is a bit different from the previous options on the list in that it only supports devices that still have headphone jacks. Depending on your device, it’s a nice feature, but the Jetech sacrifices a few other handy features like automatic channel seeking. You’ll have to locate an idle channel and tune the transmitter and your car to match. On the bright side, the Jetech still offers charging capabilities from the outlet, and it’s easier to connect older devices like iPods and MP3 players.
Beinhome FM Transmitter
The other FM transmitters in the list are great, but they can be bulky and occupy car ports you may need for other things. The Beinhome FM Transmitter is tiny and connects directly to your AUX port. Just plug it into your phone and set an FM station! You can throw your phone back into your pocket afterward, or store it wherever you please.
Also read: The best phones with a headphone jack
None of the other best FM transmitters are genuinely portable. The Avantree CK310 has an integrated battery and can wirelessly connect to everything. Simply charge it via micro-USB, connect your phone to it via Bluetooth, and set the FM radio to the chosen station. No need for cigarette lighter plugs, wires, or anything else. It’s also small and discrete. The battery should last seven hours.FAQs
That’s it for our list of best FM transmitters. Don’t forget to check out our roundup of other great accessories for your car as well.
Prolific Ukrainian developer Readdle today pushed a major update to its award-winning macOS email client, Spark, bringing new features such as labels, improved folder management, smart filters the ability to save emails in Drafts manually and other improvements that will make you love email again.
As I wrote before, Spark is (in my personal opinion) hands down the best email client I’ve used on my Mac. Spark 1.2 for macOS is available at no charge from Mac App Store.
The app is also available for iPhone, iPad and Apple Watch.
Here’s everything new in Spark 1.2 for Mac.Introducing labels
“We know how powerful labels can be while managing a busy or shared inbox and believe we’ve finally found the best solution,” wrote developers. To use labels in your Spark workflow, you must first enable the new Show Labels in List option in the app’s preferences.
Spark 1.2 lets you create new email labels with ease or use your existing Gmail ones. A new Color Tags feature, shown above, provides additional context to custom tags you apply to individual messages.Improved folder management
Spark has always allowed you to file emails into folders. With reinvented folder management in Spark 1.2, you can put your inbox in order more easily than ever before by cherry-picking the folders to be displayed in the app’s tweaked sidebar.
You can also now reorder folders with drag and drop.
As part of the update, you can use Color Tags, Recents, Favorites and Smart Folders with natural language filters (i.e. “Emails from Seb with PDF files”) to manage your folders and emails.Tidbits: counter badge for folders, better smart search & more
If you’re using mail rules to sort your emails, you can see how many unread items you have in each folder by enabling the message count badge for folders on the Spark app’s icon in your Dock. To turn this feature on, open Spark’s preferences and go to Message count for other folders → New Emails/All Emails.
Last but not least, you can now save draft emails manually in Spark. Additionally, contacts suggestions in the TO field work much better now and they’ve also redesigned BCC options in Spark’s settings.Bug fixes
Aside from new features, the team has fixed a bunch of issues:
Fixed an issue with old emails not loading
Fixed an issue with Japanese characters
Fixed the crash while customizing a Touch Bar
Fixed the issue with Return button when moving an email
Fixed the issue with color coding when ‘None’ is selected
Fixed Reply All shortcut issue
Fixed UI issue with labels in mail list
Fixed rare crashes in Smart Inbox settings
Fixed signature appearance issue
Fixed email drag and drop behavior
Fixed search suggestions issue
Fixed crash on message deletion
Fixed issues with some HTML emails
Fixed Drafts saving
The launch speed is now faster than ever
Fixed memory consumption and CPU usage issues
“We’ve also got big news to be announced soon,” teased Readdle. Don’t worry, we’ll keep you in the loop so stay tuned to iDownloadBlog for more Spark coverage.Watch our Spark hands-on video
Wondering why all the fuss?
Be sure to watch my colleague Andrew O’Hara’s hands-on video below.
Subscribe to iDownloadBlog on YouTube
Have you used Spark before and if so, how do you like the app? Speaking of which, what’s your favorite email client for macOS? How about your iPhone and iPad? I use Spark across my iPhone, iPad, Mac and Apple Watch and couldn’t be happier with it—Spark is all I’ve ever wanted from a cross-platform email app without being a resource hog or inundated with lesser-used features.
Spark for Mac and Spark for iPhone and iPad are available free on App Store.
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