The best cable modem
By David Murphy
This post was done in partnership with The Wirecutter, a buyer’s guide to the best technology. Read the full article here.
After researching 88 cable modems this year, the Arris SURFboard SB6141 DOCSIS 3.0 remains the cable modem we recommend for most people. It’s compatible with seven of the nine biggest ISPs—including Comcast, Time Warner Cable, Cox, and Charter—and it supports the Internet speeds available to the vast majority of Americans. Our pick is popular and reliable, and it gives you the most flexibility for switching providers if you move somewhere else (or if you’re lucky enough to have multiple ISPs to choose from).
Who should (and shouldn’t) buy this
If you’re paying a fee to rent a cable modem from your ISP, you should buy a cable modem. For example, Comcast and Time Warner Cable charge between $8 and $10 per month to rent a modem, so if you buy a $70 cable modem, you’ll start saving money within one year. (Though some ISPs, like Charter, integrate the modem rental fee into their prices, so you won’t save any money if you buy your own.)
You should also get a new modem if yours doesn’t support DOCSIS 3.0, the current iteration of the Data Over Cable Service Interface Specification that governs how cable operators deliver high-speed Internet. If you’ve had your modem for a few years, give the model name a quick Google search; you might still be using a modem that supports only DOCSIS 2.0.
Don’t buy our cable modem picks if you’re using DSL or fiber, which use entirely different standards from DOCSIS. Also, don’t buy it if you use your cable provider for telephone service: The models we cover here don’t have phone ports. Finally, if your Internet plan has download speeds of 150 Mbps or greater, you’ll need a higher-end modem like the Arris SURFBoard SB6183.
How we picked
All DOCSIS 3.0 modems support at least four downstream channels and four upstream channels. Downstream channels are more important because they impact streaming and download speeds—and your new cable modem should support at least eight.
An 8×4 cable modem—with eight downstream channels and four upstream—gives most people plenty of overhead to upgrade to faster service later. It also does a better job of handling your ISP’s network congestion than a 4×4 cable modem, because each channel is almost like a separate connection: If one channel is congested, another channel may have capacity. Although Comcast recommends people buy a 16×4 modem, and Cox prefers a 24×8 model, those are both overkill for most Internet plans slower than 150 Mbps.
We started our research by going through all of the DOCSIS 3.0 modems that work with the nation’s eight biggest ISPs—Comcast, Time Warner Cable, Charter, Cablevision, Suddenlink, Mediacom, WideOpenWest, and Cable One—as well as Cox. We didn’t include (and don’t recommend) modems that double as wireless routers.
Nobody really reviews cable modems—it’s difficult to do because you can’t know whether it’s the modem or your ISP that’s to blame for slower speeds, so the few reviews that exist aren’t very scientific. We also don’t have the ability to test multiple modems on multiple ISPs ourselves. We looked at the Amazon reviews of these modems to be sure that people who owned them didn’t have any issues with the devices or their manufacturers’ customer support.
Our pick

Before January 2016, SURFboard SB6141 modems like this one were co-branded with Motorola, but new ones have only the Arris brand. Photo: Grant Kindrick
The Arris SURFboard SB6141 cable modem is the best choice for most people because it’s compatible with six of the eight biggest US cable ISPs—including the top three—as well as Cox. It supports speeds much faster than most people’s Internet plans, and it has thousands of glowing Amazon reviews and a history of reliability.
The SB6141 has an 8×4 channel configuration, which means it should work for all Internet plans up to about 150 Mbps. It’s also less expensive than an a 16×4 modem, letting you recoup your money faster. Plus, if your Internet plan doesn’t require a 16×4 modem, you’re unlikely to get a speed boost by using one instead of an 8×4 modem.
Our pick is the most popular purchase for visitors at Buy A Cable Modem. On Amazon, the SB6141 is the site’s best-selling cable modem, with a rating of 4.4 stars (out of five) across 9,450 reviews. Though the SB6141’s one-year warranty seems short, cable modems are extremely reliable—so much so that you could even buy a refurbished or used version of the SB6141 to save money. If it works for the first week, chances are it will work for a long time because there are no moving parts to wear out.
For high-speed plans

You’ll need the SB6183 for very fast Internet plans like Comcast’s 250Mbps or Time Warner Cable’s 300Mbps offerings.
The Arris SURFboard SB6183 is a 16×4 cable modem that works with the fastest listed Internet plans from the nation’s three biggest ISPs (Comcast, Time Warner Cable, and Charter), as well as from Cox, Suddenlink, and Cable One.
The SB6183 has 16 downstream channels—twice as many as the SB6141. Very few people have an Internet plan fast enough to need a 16×4 modem, but some ISPs require one for plans that an 8×4 modem could theoretically handle. For example, you’ll need a 16×4 modem like the SB6183 on Comcast’s Extreme 250 plan, Time Warner Cable’s 300Mbps plan, and Cox’s Ultimate tier.
On Amazon, the SB6183 is the second best-selling cable modem (after the SB6141), with a rating of 4.5 stars (out of five) across 1,473 reviews. On Buy A Cable Modem, the SB6183 is the best-selling 16×4 cable modem.
Care, maintenance, and setup
A cable modem doesn’t have any settings you need to adjust; you don’t even update the firmware yourself. Your modem’s manufacturer will deploy firmware updates for your ISP to send to your modem (as long as your ISP still supports the modem). Just connect the modem to your cable company’s coaxial line, connect your modem to your router with an Ethernet cable, and plug the cable modem and the router in.
Because its configuration page does not require a login, the Arris SURFboard SB6141 is vulnerable to cross-site-scripting attacks that trick you into rebooting your modem or restoring it to factory settings. Such an attack is more annoying than dangerous, but it can cause you to lose your Internet connection for anywhere from a couple of minutes to half an hour. To prevent this kind of attack, go into your router’s configuration page and block access to the IP address 192.168.100.1 (the modem’s configuration page) for anyone inside your network.
This guide may have been updated by The Wirecutter. To see the current recommendation, please go here.
Uber’s food delivery service is coming to London
In some parts of the world, Uber is known for more than just helping people get from A to B. UberEats, for example, is a food delivery service the company runs in various large North American cities, Paris, and as of a week ago, Singapore. It even has its own dedicated app in some places, and there are more than a few clues knocking around that point to the service launching in London in the near future. Uber is currently recruiting a “restaurant partnerships manager” and “marketing manager” for UberEats, both based in the capital, and according to BuzzFeed News, cyclists and scooter riders that will end up doing the legwork are being encouraged to pledge their allegiance prior to the service going live.
Regarding the mounting evidence, an Uber spokesperson said:
“UberEats has been hugely popular in every city around the world we have launched it in, so the fact we are exploring the UK market shouldn’t come as a surprise. We’re always looking at what other services we can bring to the market here.”
UberEats will have some tough competition on its hands in the form of Deliveroo, the popular food delivery outfit that serves as an up-market alternative to the kind of grub you can get through Just Eat and Hungryhouse. Considering there are senior UberEats roles still up for grabs, though, we don’t expect an imminent launch. But the fact Uber is seeking out two-wheeling “delivery partners” could also help the company expand beyond just food. They sound like the perfect group to have on hand if Uber wanted to bring its courier service to London, for instance.
Source: Uber (1), (2), BuzzFeed News
Synaptics’ under-glass fingerprint reader is almost here
It was just a month ago when LG Innotek unveiled its under-glass fingerprint sensor, but it’s clearly not the only company working on this space. At Computex, the folks over at Synaptics were kind enough to let me take a sneak peek at a similar technology that they’ve been working on for two years. For some reason, photography was forbidden, but the prototype was simply a special glass trackpad — with extra details which I am not at liberty to disclose — retrofitted into an existing laptop. It’ll essentially be a spiritual successor to Synaptics’ SecurePad (pictured above), but rather than having to cut a hole through the trackpad, the next-gen fingerprint sensor will simply sit underneath the glass layer, so that when it’s idle, you can still use the entire trackpad area for the usual cursor and gesture controls.
The company reps wouldn’t give a timeline here, but based on the prototype’s responsiveness when I tried it, I have a feeling that it’ll be made available to OEMs soon. And as you’d expect, the same technology can be applied to smartphones — Synaptics is the supplier behind the fingerprint readers on Samsung’s flagship smartphones, after all. The company reps added that this will be ready for Windows Hello.
“I don’t see laptops shipping without fingerprint reader in three years’ time.”
According to Vice President of Marketing Godfrey Cheng, Synaptics is shipping over 100 million trackpads a year these days, which explains why his company is working hard on refining the fingerprint-on-trackpad integration. “I don’t see laptops shipping without fingerprint reader in three years’ time. People are transitioning aggressively, probably more so on the consumer side than the business side,” Cheng added. For the same reasons, Synaptics has been bolstering its fingerprint anti-spoofing technology to stay ahead of the curve: The demo I saw was able to differentiate between a real finger and its wood glue copy after a new algorithm was enabled.
Despite its increased effort in pushing integrated fingerprint readers, Synaptics is actually also looking into bringing back the fingerprint USB module, but in a much smaller form factor — so much that it can just stay in the USB port without getting in your way. Starting in Q3, the company will be sampling its small, fully-housed IronVeil “Catalyst” fingerprint module turnkey solution (featuring the same rectangular sensor made for modern mobile devices), followed by mass-production in Q4. It’d only cost OEMs less than $40 a pop, plus the device will also be compatible with Windows Hello, so they’ll only have to worry about the packaging, branding and marketing costs.

Perhaps what’s more readily available is the Tt eSports Black FP gaming mouse, which we first saw back at last year’s Computex and is now finally prepping for retail launch. The mouse features a Synaptics IronVeil fingerprint sensor on where your right thumb would rest, so you’ll only need to register one finger here. As for the actual mouse itself, it’s powered by a 5700 dpi laser sensor and features seven programmable buttons. Alas, there’s no pricing info just yet.
Google pulls Chrome extension used to target Jewish people
Following a detailed investigation by Mic, Google has pulled a Chrome extension that was used by racists to identify and track Jewish people online. The plugin, called “Coincidence Detector,” added a series of triple parentheses around the surnames of Jewish writers and celebrities. For instance, visiting the page of Mic writer Cooper Fleishman, you’d see his surname presented as (((Fleishman))) — turning the symbol into the digital equivalent of the gold star badge used to identify Jews in Nazi Germany. Until Google banned it for violating its policy on hate speech, the plugin had just under 2,500 users and had a list of 8,768 names that were considered worthy of tracking.
The plugin was created by altrightmedia, with no one person yet coming forward to claim authorship of the program. As Mic explains, it is sarcastically named Coincidence Detector in the service of a conspiracy theory that suggests that all Jews are engaged in a bid to undermine society. As Mic explains, the parentheses were popularized by right-wing website the Right Stuff, which suggested that all Jewish names have an echo. When used, it can provide a signal to far-right groups to target named Jewish people with insults and threats of violence. Motherboard reports that the symbol is already being reclaimed by Jewish writers online, who have added parentheses to their Twitter names. Now that the plugin has been withdrawn, other white supremacists will have to get working on fresh code — which takes ages when you’re typing with just your knuckles.
Source: Mic
Bjork’s VR love affair grows with ‘Vulnicura’ exhibition
Bjork is infatuated with virtual reality. Last year, she debuted a VR music video for the song “Stonemilker” from her latest album, Vulnicura, but now she’s taking this digital love fest to the next level. Bjork has transformed four songs from Vulnicura into 360-degree VR experiences for an exhibition called Bjork Digital that kicks off today in Sydney, Australia. She plans to add VR videos for the album’s remaining five songs in the coming months, and the show will head to Tokyo, London, Paris, Houston and several other cities this year, Variety reports.
Bjork Digital takes place on 80 Gear VR headsets, plus it’s been ported to the HTC Vive complete with full-room tracking. VR enthusiasts will eventually be able to download the videos on HTC Vive, Oculus Rift, Gear VR and as iOS and Android apps, Variety says.
One of the VR videos is the original “Stonemilker” experience that we tried out last year — it was a beautiful but surprisingly hollow exhibition that felt limited by the hardware itself, featuring Bjork on a black pebble beach. Another video takes place in a Game of Thrones-style cave and yet another is set entirely in Bjork’s mouth, Variety says. Bjork Digital also features the premiere of the music video for “Notget,” which Bjork teased earlier this week.
“I feel the chronological narrative of the album is ideal for the private circus virtual reality is,” Bjork writes on Instagram. “A theatre able to capture the emotional landscape of it.”
Source: Variety, Bjork
Twitter Rolls Out ‘Go Live’ Periscope Button to Small Group of iOS Users
Twitter recently began rolling out a new live-streaming Periscope button into its iOS app, letting users initiate a real-time broadcast from Twitter’s first party app without having to jump into the company’s year-old live-streaming video service Periscope. If a user doesn’t have Periscope downloaded, the app will nudge them towards its location on the App Store.
The new “Go Live” button can be found when composing a Tweet, sitting to the right of the Photo and Video media options. The company began testing the feature on Android back in May, but confirmed to BuzzFeed yesterday that a “small group” of iOS users would begin to see the button this week. Of course, the long-term plan and launch window were kept secret.
Image via BuzzFeed
A rep for Twitter told BuzzFeed News, “a few weeks ago we rolled out a ‘Go Live’ button in Twitter to a small percentage of Android users. We’re beginning to roll this out to a small group of iOS users. Over time, everyone will have the ability to start a Periscope broadcast from Twitter.”
Periscope launched in March of 2015, on the heels of similar live-stream service Meerkat. Since then, Facebook has shifted a lot of its focus into the live video space, updating its mainline app with a live video-heavy “Discovery” tab and discussing its plans for the future during the company’s F8 Developer Conference in April. A rumored standalone camera and live video app is said to be in the works at Facebook, as well.
Twitter [Direct Link] and Periscope [Direct Link] can be downloaded on the App Store for free.
Tags: Twitter, Periscope
Discuss this article in our forums
D-Link DIR-879 AC1900 Wi-Fi Router review – CNET
The Good The D-Link DIR-879 AC1900 EXO Wi-Fi router is fast, looks cool and at $140 (£97, AU$194 converted), is pretty affordable.
The Bad The Web-based user interface lacks some customization features. You must manually update the router’s firmware before it works as intended.
The Bottom Line Though not perfect, the DIR-879 is a well-performing router that fits most homes’ needs and budget.
View full gallery
The DIR-879 comes with four antennas that can be folded on its top.
Dong Ngo/CNET
Considering the fact that even the fastest Wi-Fi clients (like laptops, tablets or smartphones) on the market have a capped Wi-Fi speed of 1,300Mbps (no device on the market currently is capable of anything more), purchasing a top-tier router, like one that supports AC5400 or AC2400 speed standards, will not likely bring you any speed benefits. The D-Link EXO DIR-879 is an AC1900 router, meaning that as far as real-world performance goes, it’s as fast as you can get, until devices with faster Wi-Fi standards become available. (Read more about Wi-Fi speeds here.)
The EXO is part of a new line of routers from D-Link with a new orange-and-black design and collapsible non-detachable antennas. The look is pleasing to my network world-weary eyes. With four Gigabit LAN ports and one Gigabit WAN port on the back, and four collapsible antennas on the sides, the DIR-879 also nails it on practicality. However, with no USB port or SD card slot, which would allow you to easily share a drive with everyone on your network, you’ll instead need to connect that drive to a computer on the network.
CNET Labs’ AC1900 routers’ 5GHz performance
D-Link EXO DIR-879
635.5
433.6
Linksys WRT1900ACS
536.1
349.21
Asus RT-AC68U
521.4
336
Linksys WRT1900AC
520.67
340.7
Netgear R7000
432.1
295.4
Legend:
Close range
Long range
Note:
Measured in megabits per second. Longer bars mean better performance.
In testing the router supplied a sustained Wi-Fi speed — on the 5GHz band — of more than 635Mbps at close range, beating all other AC1900 routers I’ve tested. Farther out at about 75 feet (with one wall in between) it still averaged out at some 435Mbps. Even on the slower the 2.4GHz band, the router put up some good numbers compared to its peers, registering 136Mbps and 74Mbps at close and long range, respectively. The router had a long maximum range, too, topping out at about 130 feet in a residential setting before I lost the signal. It also passed our 48-hour Wi-Fi stress test without once disconnecting.
CNET Labs AC1900 routers’ 2.4GHz Wi-Fi performance
Asus RT-AC68U
225
211.4
D-Link EXO DIR-879
136.1
74
Netgear R7000
117.4
63.2
Linksys WRT1900ACS
170.3
58.6
Linksys WRT1900AC
168.3
50.34
Legend:
Close range
Long range
Note:
Measured in megabits per second. Longer bars mean better performance.
It doesn’t always deliver maximum speeds and ranges, however. As with all routers, I tested the DIR-879’s two Wi-Fi bands (2.4GHz and 5GHz) as two separate Wi-Fi networks. However by default, the router combines these two bands into a single Wi-Fi network via a feature called “Smart Connect.” In this mode its Wi-Fi speed was overall noticeably slower than what I mentioned above, most likely because the router pick compatibility over performance. That said, if you want to get the best performance out of the router, I suggest logging into its Web interface and turn off the Smart Connect feature.
Huawei Daydream VR smartphone with Leica cameras is coming this year
Huawei has announced that not only will it be releasing a phone that adheres to Google’s Android Daydream VR specifications, but that it’ll arrive soon.
Speaking to The Wall Street Journal, the CEO of Huawei Richard Yu said that a Daydream-ready Huawei smartphone will arrive by this autumn.
Yu also pointed out that Huawei will continue to work with Leica, following its P9 that features dual-cameras made with Leica. This relationship will continue for the next five years at least, he said.
Google’s Daydream is a set of specifications for phone hardware as well as a platform for software that aims to make virtual reality more accessible. By handsets adhering to the Daydream specs they should all work with the VR headset, which will be similar to Samsung’s Gear VR. But this headset will also feature a controller making navigation simpler.
Huawei is one of the first manufacturers to announce a release date for its Daydream smartphone. Other manufacturers that have committed to the platform include Samsung, HTC, LG, Asus, ZTE, Xiaomi and Alcatel. These manufacturers may make their own headsets to Daydream standards as well as the smartphones.
Expect the Huawei smartphone to be one of the first Daydream devices to arrive later this autumn.
READ: What is Daydream and when is it coming?
Apple Car: What’s the story so far on Project Titan?
You’ve heard the rumours by now: forget about waiting for Apple to revolutionise the living room by launching a magical HDTV set straight from your dreams, because it’s now trying to innovate in the automobile sector.
That’s right. Apple is working on a car. Several reports from the last year have claimed the company is not only poaching former Tesla employees and hiring automotive experts, but it is also secretly starting up a research lab filled with hundreds (maybe 1,000 even) of Apple employees who are working on an electric car codenamed Titan. And that’s just the tip of the iceberg…
Industry analysts and critics have said they think Apple is working on a car, and earlier this spring, an Apple-leased van was spotted with a strange apparatus on its roof, suggesting Apple might also tackle autonomous technology. Keep reading to find out what else could be happening in Cupertino.
Apple Car: What’s the very latest?
November 2015: Tony Fadell, who is known as the “father of the iPod” but is now CEO of Alphabet’s Nest, recently appeared on Bloomberg TV to discuss his time at Apple. During the interview, he revealed that he spoke with Steve Jobs, Apple’s then-CEO, in 2008 about how Apple could approach a car project. But at the time, Apple didn’t have enough resources for such a project.
Fadell explained: “We had a couple walks, and this was in 2008, about if we were to build a car, what would we build? […] We would be looking at what would a dashboard be, what would seat be, how would you fuel it or power it, but at the end it was always like ‘We are so busy, we are so constraint’. You know. It would be great to do it, but we can’t.”
He then commented on Apple’s possible entry into the automotive sector: “If you think about a car – what’s a car? – a car has batteries, it has a computer, it has a motor and it has a mechanical structure. If you look at an iPhone, it has all the same things. It even has a motor in it. If you try to scale it up, oh my god, I can make a car with those same components. There is some truth to that.”You can watch the whole interview here:
September 2015: Apple, according to The Guardian, had a meeting with California autonomous driving officials in August 2015. This is thought to have followed an enquiry into acquiring a disused military base with lots of roads for autonomous car testing. Apple has also hired an engineering program manager – something that happens when a project is ready to leave the lab.
Apple has also reportedly spent more than a year investigating whether an Apple Car project is even feasible. The company must think it’s worth exploring some more, because according to The Wall Street Journal, project leaders are now tripling Apple Car’s 600-person team. Apple is ramping up efforts to build an electric car and has even set a target ship date for 2019.
This report conflicts with previous ones that claimed Apple wanted to start producing its electric vehicle by 2020. Just remember that a ship date might not mean you’ll be able to buy it in a mere three years; it could mean engineers have only signed off on key features. Also, The Wall Street Journal further revealed the first Apple Car will not be fully autonomous.
Apple has included the functionality in long-term plans, though. Keep in mind that when asked by Stephen Colbert recently about whether an Apple Car was even in the works, Tim Cook, Apple’s CEO, would only admit: “We look at a number of things along the way, and we decide to really put our energies on a few of those.”
Apple Car: Is this really happening?
It looks that way.
An unnamed Apple employee told Business Insider that Apple is working on something that will “give Tesla a run for its money.” It’s a vehicle development-related project – and Tesla employees are allegedly “jumping ship” to now work at Apple. Some critics are weary about the news though, noting Apple prefers to work on just a few things at a time.
Tim Cook, Apple’s CEO, even admitted as much last January during a conference call: “We have zero issue coming up with things we want to do…We must focus on the very few that deserve all our energy.” If Apple isn’t going all out and developing an Apple Car, a colloquial name for what the company might call its rumoured vehicle, it might just improving CarPlay.
CarPlay launched just last year and is still very much in the early stages. It brings an iOS-style interface to in-car infotainment systems and is meant to be built directly into many cars. It might also expand one day to offer Tesla-like features. With the Tesla iPhone app, for instance, you can turn on heating, as well as lock and unlock doors, flash the lights, and more.
That said, Cook also recently suggested Apple could be developing something big during an annual shareholders meeting in Cupertino. He said: “Do you remember when you were a kid, and Christmas Eve it was so exciting, you weren’t sure what was going to be downstairs? Well, it’s going to be Christmas Eve for a while.”
Apple Car: Has Apple poached Tesla employees?
Apple and Tesla are trying to recruit top-level employees from each other, according to Bloomberg Business, and Tesla is winning the battle by reportedly nabbing at least 150 former Apple employees.
Tesla as of mid-2015 had about 6,000 employees, and former Apple employees are filling up several different departments at the carmaker, including engineering and law. They had no problem switching companies, it seems, because Tesla’s CEO, Elon Musk, reminds them of Jobs. He pays attention to detail, they purpotedly claimed, and they believe he’s a strong leader.
Musk has confirmed that Apple is trying to poach Tesla employees, too, though the reasons why aren’t clear. Apple is offering $250,000 bonuses and 60 per cent salary increases, but it has only managed to recruit a “few people” so far.
More recently, Musk elaborated on its poaching war with Apple, claiming Apple has only hired engineers that Tesla fired: “We always jokingly call Apple the ‘Tesla Graveyard.’ If you don’t make it at Tesla, you go work at Apple.”
Apple Car: Has Apple poached other EV experts?
Electric motorcycle startup Mission Motors ceased operations in October 2015, and it claimed the main reason it had to stop business was due to Apple grabbing up its key talent, according to Reuters. Apple poached six engineers from the San Francisco-based startup but never attempted to acquire Mission Motors outright.”Mission had a great group of engineers, specifically electric drive expertise,” [former CEO Derek] Kaufman said. “Apple knew that – they wanted it, and they went and got it.”
The engineers specialised in electric drive systems and battery algorithms for charging and cooling. Mission Motors began in 2007, with the purpose of making premium electric motorcycles. Although it launched a prototype in 2013, it never released a version for sale to consumers and didn’t have an adequate business model.
Apple Car: Has Apple recruited any auto experts?
Apple in recent months has recruited automotive technology and vehicle design experts – including vehicle dynamics engineers – to work at its new “top-secret research lab”, according to The Financial Times.
Apple designers working under Jonathan Ive, Apple’s design chief, have also met with automotive executives and creators, and at times, has tried to poach them. Keep in mind Apple hired former Mercedes-Benz R&D President and CEO Johann Jungwirth last year – and he is now listed as Director of Mac Systems Engineering at Apple.
Jungwirth has a history of working on connected cars and autonomous driving.
More recently, The Wall Street Journal claimed Apple hired Doug Betts. He previously served as the Senior Vice President of the Chrysler Group, where he was the global head of operations leading product service and quality.
His LinkedIn page indicates he started working at Apple in July 2015. Before working at Chrysler, Betts worked at Nissan, Toyota, and Michelin.
Additionally, Apple has also hired former Tesla vice president of vehicle engineering, Chris Porritt. He used to be Aston Martin’s chief engineer, suggesting Apple’s plans could be for a high end, premium vehicle.
Apple Car: What is Apple’s new secret research lab for?
It’s an automative-focused research lab.
The Financial Times has claimed a team of Apple employees are researching automotive products in a new research lab at a top-secret location near Apple’s headquarters in Cupertino. The team is being led by experienced managers from Apple’s iPhone unit. The lab also only sprang up last year, right after the new iPhone 6 and Apple Watch unveiled.
Apple’s new team, which includes “dozens” of Apple employees, might be using the lab to develop an advanced software platform based on CarPlay, though it could also be in working on the early stages of a car that may rival Tesla.
Apple Car: Is Apple definitely making an electric car?
The Wall Street Journal has weighed in on all the speculation, specifically adding that Apple has “several hundred employees” working on an Apple-branded electric vehicle that is currently codenamed Titan. An initial design of the vehicle even looks like a minivan, though Apple might eventually kill the car altogether.
Technologies being used in Titan, including advanced batteries and in-car electronics, would then go toward other Apple products like the iPhone and iPad. It’s not unheard of for Apple to investigate technologies and potential products that it never plans to retail. In addition, an electric vehicle would still take several years to complete and pass certifications.
That said, the report noted Apple is serious about its car project, as evident by the size of its project team, and it has even flown executives to meet with contract manufacturers for high-end cars like the Magna Steyr. Cook apparently first approved the car project almost a year ago and told Vice President Steve Zadesky to lead the project’s team.
Zadesky used to work at Ford and once helped lead the teams that created the iPod and iPhone. He is now assembling a 1,000-person-or-more team to work on Apple Car and is reportedly poaching employees from different area of the company. The team is working at a private location a few miles from Apple’s headquarters in Cupertino.
The team’s research currently includes different types of robotics, metals, and materials, all of which are consistent with automobile manufacturing.
Apple Car: Or is Apple just making electric batteries?
In another report from Reuters, it’s been revealed that electric-car battery maker A123 Systems is suing Apple for aggressively poaching its top engineers since June 2014. These engineers are apparently helping Apple build out a large-scale battery division, fueling rumours that Apple is developing an electric car car.
The poached engineers were apparently tasked with leading some of A123’s most critical projects, but now, according to court filings, they’re helping Apple to compete in the very same field as A123. The battery company, which is now in bankruptcy, said it specialised in bigger, electric batteries for larger machines like cars.
While Apple is likely building its own battery division, we’re still taking all the car production rumours with a pinch of salt. After all, Apple uses batteries in most of its major products and mobile devices, so it’s fair to assume an in-house battery division could be in the making to improve Apple’s products.
Apple Car: Is Apple working with any carmakers?
Reuters has claimed that CEO Tim Cook visited BMW’s headquarters last year, while other executives toured the company’s Leipzig plant. Apple reportedly showed interest in BMW’s i3 electric car and the manufacturing process for the vehicle’s carbon fiber body.
Manger Magazine recently also reported that Apple met with BMW, claiming Apple is looking at the i3 for the basis of its own electric car. It’s not yet clear if Apple will work with BMW, though.
Apple Car: Is Apple developing self-driving technology?
A mysterious van with an apparatus on its roof appeared earlier this year in Concord, California, and according to CBS affiliate KPIX 5, Apple was leasing the car. San Francisco-based blog Claycord promptly published photos of the Dodge Caravan, and it noted a similar-looking, self-driving Dodge Caravan was also spotted last autumn (see video).
Reports have claimed Apple’s van is most likely involved in some sort of mapping project, as the apparatus on top of the vehicle looks like camera equipment found on top of typical mapping cars. Apple has been planning to improve its Maps app, so it’s possible that the company is preparing to launch a feature similar to Google Street View.
Claycord
Technology analyst Rob Enderle told KPIX 5 that the van’s apparatus had about 12 cameras on all four corners of the vehicle and that they were angled downward. Apple Insider claimed Google’s Street View cars use a similar setup, with 15 cameras for stitching together images. It therefore appears as though Apple’s van is indeed a mapping car.
That said, due to the coincidences with the self-driving Dodge Caravan from last autumn, other reports have wondered if Apple is developing its own self-driving technology rather than a Street View-like feature.
More recently, The Wall Street Journal claimed Apple hired Paul Furgale, the deputy director of the Swiss Federal Institute of Technology’s Autonomous Systems Lab. Apple is seeking even more experts with robotics and machine experience as well, with Furgale supposedly recruiting both students and researchers.
Apple Car: Has Apple begun testing its car yet?
Apple is already looking for locations to test a self-driving car, according to The Guardian, which said it learned this information through a public records act request. Apple engineers in May reportedly met with representatives of a 5,000-acre former naval base in San Francisco called GoMentum Station.
Contra Costa Transportation Authority owns GoMentum and often lets it be used to test connected and autonomous vehicles, because it’s equipped with highway overpasses, roads, tunnels, and train crossings.
In one of the emails obtained through the request, an Apple engineer asked GoMentum for “an understanding of timing and availability for the space, and how we would need to coordinate around other parties who would be using [it].” Apple also asked for a layout/photos of the grounds.
Keep in mind companies like Acura, Mercedes-Benz, and Honda also test their own self-driving cars at GoMentum.
More recently, landlord Victor Coleman told The Wall Street Journal that he has sorted Apple out with 800,000 square feet, which the company is apparently “looking to take down for their autonomous cars”.
Apple Car: What do industry experts think?
Yes. Bryan Chaffin, co-founder of The Mac Observer, has claimed he is “certain” Apple is working on a car, especially after talking to his sources. He claimed an Apple Car is definitely being created and will “give Tesla a run for its money”.
Chaffin also said: “I should add that when I asked one of my sources flat out to put a percentage chance on Apple working on an actual car – rather than some kind of car-related technology – I was told, ’80 percent.’ When coupled with everything I’ve learned since, I’m personally closer to 100 percent.”
Apple blogger John Gruber was initially skeptical, but now he has said: “I know a lot of people at Apple, at all levels of the company, who love watches. I also know many who love cars,” and then he provided a link to Jonathan Ive’s many cars. Gruber also pointed out that only a small market share of the car industry means huge profits.
Apple Car: Is Jony Ive pushing Apple to design a car?
We can only hope.
According to Cult of Mac, Apple’s Industrial Design studio houses a bunch of talented automobile designers. It’s own Jony Ive, for instance, has long been obsessed by cars and owns quite a few himself. He even reportedly wanted to be a car designer as a teenager and considered going to a UK design school that specialised in automotives.
Wikipedia
Apart from Ive, Apple employs several designers who’ve made concept cars, and looking at those key members of Apple’s design team might reveal what Apple is cooking up: Marc Newson once created a Ford O21C concept car, Julian Hönig made an Audi RSQ concept car, etc.
Apple Car: When can we expect it to be ready?
Within the next five years. Bloomberg has claimed that Apple wants to start producing an electric vehicle by 2020, while The Wall Street Journal said Apple has a target ship date set for 2019.
Tesla’s CEO, Elon Musk, has also claimed he expects Apple Cars will be on the road from 2020.
Both Tesla Motors and General Motors are also hoping to release new electric vehicles by 2017, which are expected to cost less than $40,000 but can go more than 200 miles on a single charge, so Apple’s electric car would basically rival those offerings.
FIFA testing video refs for major in-game incidents at last
FIFA has approved testing of video replays during football matches. After many years of pundits, footballers and experts crying out for the use of video technology to help referees during major incidents, there’s light at the end of the tunnel.
The International Football Association Board and FIFA will test video assistant referees in several competitions around the world – first offline and then during live matches.
Leagues in Germany, Netherlands, Portugal, Brazil, Australia and the US have agreed to testing. The FIFA Club World Cup in Japan later this year will be used as the final test event before participants can conduct live experiments.
If all goes to plan, video referees could be permitted from 2017.
“The IFAB believes the best way to answer the question of whether the use of VARs will improve the game is to test it in different regions, so we are delighted to already have competitions across four confederations sign up,” said IFAB Secretary Lukas Brud.
“The organisers of these competitions can now begin installing and testing video replay facilities as well as training match officials and technical staff in line with the protocol and in consultation with The IFAB and FIFA’s Football Technology Innovation Department.”
Goal-line technology is already implemented around the globe.



