Paypal has taken out some full page newspaper ads that try to lure users away from Apple Pay and back to its long-standing alternative.
eBay-owned Paypal has already swiped at Apple Pay in a blog post, but it wasn’t very critical.
It asked consumers a number of questions about how they might choose a payment provider, and reminded them of the things that they should consider before deciding to embrace Apple Pay.
That was on 9 September, at which time the firm kicked off a marketing campaign, which was backed by some online videos, to remind people of its length of time in the industry.
“We’ve been centered on payments for 15 years working across all platforms, all parts of the ecosystem and compliant with regulations. Keeping people’s money safe is our top priority,” it said, before asking punters to consider what kind of outfit they place their trust in.
The newspaper ads go further and straight for the jugular, and bring up a recent incident in which Apple was criticised for lack of security.
Inciting the market, and hopefully taking its mind off the fees Paypal takes on transactions, Paypal said that “people rule” and that these ruling people demand that their money be kept safer than their selfies.
This is a very obvious dig at Apple over the recent celebrity pictures leak that was traced to iCloud.
Remember though, that while Paypal asked merchants and customers to connect only with providers that they trust, its service is accepted as a payment mechanism on iTunes.
The company said demand had outstripped supply of the new iPhone 6 and iPhone 6 Plus, which feature larger screens and longer battery life. Deliveries of pre-orders will begin on Friday and will continue through October.
Bumper first-day pre-orders point to first-weekend sales of up to 10 million units, analysts estimated.
“Assuming preorders are similar to the 40 percent of first weekend sales for the iPhone 5, this would imply iPhone 6/6Plus first weekend sales could be around 10 million,” Wells Fargo Securities analysts wrote in a note.
About 2 million pre-orders were received for the iPhone 5 in the first 24 hours after it went on sale in September 2012. Apple sold 5 million of these phones in the first weekend.
Apple sold 9 million iPhone 5Ss and 5Cs, which were launched last year, in the first three days in stores. The company did not reveal pre-order numbers for these phones.
Raymond James analysts said they expect sales of iPhone 6 and iPhone 6 Plus to top 9 million in the first weekend.
“Apple will be selling every iPhone it can make, at least through October. Because of this, the first weekend sales are typically more indicative of supply than demand,” they said.
The company routinely grapples with iPhone supply constraints, particularly in years that involve a smartphone re-design.
Apple’s website showed last week that the larger 5.5-inch “Plus” models displayed a wait time of up to a month. The 4.7-inch version was available for delivery on Sept. 19.
Janney Capital Markets analysts said the large number of pre-orders was due to “pent-up demand” for bigger iPhone screens.
The brokerage raised its sales estimate for the latest iPhones to 37.4 million units for the current quarter and 60 million for the quarter ended December.
A Stanford engineering team has built a radio, equipped with sensors, computational units and antennas one-tenth the size of Wi-Fi antennas, that is able to gain all the power it needs from the same electromagnetic waves that carry signals to its receiving antenna. No batteries are required.
These radios, which are designed to compute, execute and relay commands, could be the key to linking gadgets together in the increasingly popular idea of the Internet of Things.
Today’s radios generally are the size of a quarter, according to Amin Arbabian, assistant professor of electrical engineering at Stanford and a researcher on the radio project. These new radios are much smaller. They’re 3.7 x 1.2 millimeters.
Radios that small could be added to everything from $100 bills to medical gauze, Band-Aids and home appliances. At just pennies per radio, that means a myriad of products could easily and cheaply become part of a linked network.
“This could be very important,” Arbabian told Computerworld. “When you think about the Internet of Things, you’re talking about needing a thousand radios per person. That counts all the radios and devices you’d need around you in your home and office environments. With 300 million people in the U.S., we’d have 300 billion radios.”
A Bluetooth-type radio works fine for smartphones but is too big and expensive to connect most of the objects in users’ lives.
“We needed the cost and size to go down, and you need scale,” said Arbabian, who began working on the project in 2011. “Do you want to put something the size of a Bluetooth radio on a Band-Aid? It’s too big. It costs a lot. The technology we have today for radios doesn’t meet any of these requirements.”
He explained that a tiny radio with a temperature sensor could be put on a bandage or piece of adhesive that’s applied to every patient that enters a hospital. The radio and its sensor would enable the medical staff to continuously track every patient’s temperature, a key health indicator, effortlessly and cheaply.
Sensors also could be used to measure air quality, to track medications from the manufacturer to the end user and to even keep track of tools and supplies in an operating room. For instance, Arbabian noted that a radio, encased in bio-safe material, could be attached to gauze or medical tools. With them, everything in an operating room could be tracked to ensure that nothing is left inside the patient at the end of surgery.
The radios also could be attached to every day products inside the home, including appliances, doors and windows.
The Supreme Court’s June ruling on the patentability of software raised as many questions as it answered. One specific software patent went down in flames in the case of Alice v. CLS Bank, but the abstract reasoning of the decision didn’t provide much clarity on which other patents might be in danger.
Now the lower courts appear to be bringing the ruling’s practical consequences into focus and it looks like software patents are getting a kicking. There have been 11 court rulings on the patentability of software since the Supreme Court’s decision and each of them has led to the patent being invalidated.
In the late 1990s and early 2000s, the Patent Office handed out a growing number of what might be called “do it on a computer” patents. These patents take some activity that people have been doing for centuries — say, holding funds in escrow until a transaction is complete — and claim the concept of performing that task with a computer or over the internet. The patents are typically vague about how to perform the task in question.
The Supreme Court invalidated a patent which claimed that it’s owners invented the concept of using a computer to hold funds in escrow to reduce the risk that one party would fail to deliver on an agreement. The Supreme Court ruled that the use of a computer did not turn this centuries-old concept into a new invention.
This has lead to lots of other patents being declared llegal. On July 6, a Delaware trial court rejected a Comcast patent that claimed the concept of a computerized telecommunications system checking with a user before deciding whether to establish a new connection. The court said that the patent could easily be performed by human beings making telephone calls.
Basically this means that you can’t take a normal human activity, do it with a computer and call it an patentable invention.
It would kill off the famous one click patent if that were ever challenged.
Google Inc rolled out in India on Monday the first smartphones under its Android One project, pricing them at around 6,399 rupees ($105) to capture the low-cost segment of the world’s fastest growing smartphone market.
The Mountain View-Based company tied up with Indian mobile players Micromax, Karbonn and Spice Mobiles to launch the affordable phones, which are powered by its operating system and aimed at emerging markets.
After launching in India, Google said it plans to expand Android One to Indonesia, Philippines and other South Asian countries by the end of 2014 and in more countries in 2015.
Google outlined the pricing and expansion details in a marketing document seen by Reuters. The company is due to host an official media event later on Monday.
India is seen as a lucrative market for low-cost smartphones because many people are buying the devices for the first time. Just 10 percent of the India’s population currently owns a smartphone, brokerage Nomura said in a recent research note, and that figure is likely to double over the next four years.
Google, however, is not the only company jostling for a share of the Indian market.
There are at least 80 smartphone brands in India and analysts say the Android One phones must offer customers more than just affordability if it wants to compete with similarly priced devices made by Samsung Electronics Co Ltd, Motorola and China’s Xiaomi.
“The initial pricing never sticks but it’ll be tough for them to compete if they don’t come down further,” said Neil Shah, research director for devices and ecosystems at Hong Kong-based technology research agency Counterpoint Research.
In June, Google had announced the launch of the Android One project, which aims to boost demand for low-end Android smartphones by vastly improving their quality.
That’s the logic behind Ericsson’s planned $95 million acquisition of Fabrix Systems, which sells a cloud-based platform for delivering DVR (digital video recorder), video on demand and other services.
The acquisition is intended to help service providers deliver what Ericsson calls TV Anywhere, for viewing on multiple devices with high-quality and relevant content for each user. Cable operators, telecommunications carriers and other service providers are seeing rapid growth in video streaming and want to reach consumers on multiple screens. That content increasingly is hosted in cloud data centers and delivered via Internet Protocol networks.
Fabrix, which has 103 employees in the U.S. and Israel, sells an integrated platform for media storage, processing and delivery. Ericsson said the acquisition will make new services possible on Ericsson MediaFirst and Mediaroom as well as other TV platforms.
Stockholm-based Ericsson expects the deal to close in the fourth quarter. Fabrix Systems will become part of Ericsson’s Business Unit Support Solutions.
Other players usually associated with data networks are also moving into the once-specialized realm of TV. At last year’s CES, Cisco Systems introduced Videoscape Unity, a system for providing unified video services across multiple screens, and at this year’s show it unveiled Videoscape Cloud, an OpenStack-based video delivery platform that can be run on service providers’ cloud infrastructure instead of on specialized hardware.
Intel has announced that it is sampling its Xeon D 14nm processor family, a system on chip (SoC) optimized to deliver Intel Xeon processor performance for hyperscale workloads.
Announcing the news on stage during a keynote at IDF in San Francisco, Intel SVP and GM of the Data Centre Group, Diane Bryant, said that the Intel Xeon processor D, which initially was announced in June, will be based on 14nm process technology and be aimed at mid-range communications.
“We’re pleased to announce that we’re sampling the third generation of the high density [data center system on a chip] product line, but this one is actually based on the Xeon processor, called Xeon D,” Bryant announced. “It’s 14nm and the power levels go down to as low as 15 Watts, so very high density and high performance.”
Intel believes that its Xeon D will serve the needs of high density, optimized servers as that market develops, and for networking it will serve mid-range routers as well as other network appliances, while it will also serve entry and mid-range storage. So, Intel claimed, you will get all of the benefits of Xeon-class reliability and performance, but you will also get a very small footprint and high integration of SoC capability.
This first generation Xeon D chip will also showcase high levels of I/O integrations, including 10Gb Ethernet, and will scale Intel Xeon processor performance, features and reliability to lower power design points, according to Intel.
The Intel Xeon processor D product family will also include data centre processor features such as error correcting code (ECC).
“With high levels of I/O integration and energy efficiency, we expect the Intel Xeon processor D product family to deliver very competitive TCO to our customers,” Bryant said. “The Intel Xeon processor D product family will also be targeted toward hyperscale storage for cloud and mid-range communications market.”
Bryant said that the product is not yet available, but it is being sampled, and the firm will release more details later this year.
This announcement comes just days after Intel launched its Xeon E5 v2 processor family for servers and workstations.
Customers may have to wait three to four weeks to get their hands on Apple Inc’s iPhone 6 Plus, after a record number of orders for the company’s latest smartphones put a huge dent in the available supply.
The new iPhone 6 goes on sale on Sept. 19 in the United States but the company began taking online orders on Thursday. While the larger 5.5-inch “Plus” models now display a wait time of up to a month, the 4.7-inch version remains available for delivery on Sept. 19, Apple’s website showed.
Verizon Wireless, AT&T and Sprint Corp, also showed shipment delays of up to six weeks on their respective websites. Apple said the pace of orders has so far outstripped any of its previous iPhones.
“Response to iPhone 6 and iPhone 6 Plus has been incredible, with a record number of pre-orders overnight. Pre-orders are currently available online or through the Apple Store App,” spokeswoman Trudy Muller said.
Apple routinely grapples with iPhone supply constraints, particularly in years that involve a smartphone re-design. The latest iPhones come with larger screens and some analysts had anticipated that production issues may keep a lid on initial runs.
Its suppliers had scrambled to get enough screens ready because the need to redesign a key component had disrupted panel production, supply chain sources told Reuters last month.
It was unclear whether the hiccup could limit the number of phones available to consumers, the sources said at the time. Apple declined to comment on supply chain issues.
In addition, Chinese customers may also have to wait until the year-end before they can buy the iPhone 6. Apple is yet to set a release date for China, the world’s biggest smartphone market.
The company unveiled its latest iPhones along with a watch and a mobile payments service last Tuesday.
The new offering, called Wi-Fi Un-leashed, is open to all subscribers to the carrier’s Simple Choice plans. It could vastly expand the places those customers can exchange calls and text messages.
In addition to domestic use, it will allow calls into the U.S. from any Wi-Fi network outside the country, using the subscriber’s regular T-Mobile number and no additional apps. Starting Sept. 17, Wi-Fi Un-leashed also extends to flights on U.S. airlines — minus the voice calls — with unlimited text, picture messaging and visual voicemail through a partnership with in-flight Wi-Fi provider Gogo.
Wi-Fi plays a growing role in mobile operator networks, bringing in extra capacity without sapping their expensive licensed spectrum, because Wi-Fi runs over unlicensed bands. Hotspots have been a key part of T-Mobile’s infrastructure for years, but the services unveiled on Wednesday go further than any major U.S. carrier to date. It’s the latest strategy by the nation’s fourth-largest carrier to grab market share from its larger rivals through unconventional plans.
The Wi-Fi calling feature lets users make high-definition calls over wireless LANs and keep those calls going as they switch over to T-Mobile’s LTE and 3G networks, CTO Neville Ray wrote in a blog post on Wednesday. T-Mobile introduced HD calling across its LTE network earlier this year using VoLTE (voice-over-LTE) technology.
Wi-Fi voice and text essentially extends T-Mobile’s coverage and network capacity without additional network deployments, and the company wants to help its subscribers make that possible. On Wednesday it introduced the T-Mobile Personal CellSpot, an access point that users can plug in anywhere they have a broadband connection, T-Mobile said. The Personal CellSpot will prioritize T-Mobile voice calls over other traffic going over the broadband link, Ray said. Starting Sept. 17, any Simple Choice subscriber with a Wi-Fi voice handset can get a Personal CellSpot free with a $25 deposit.
SanDisk has released more details about its joint venture with Dell, which will see DAS Cache SSD caching software from Sandisk added to Dell’s Poweredge servicers.
Sandisk’s director of Software Marketing Rich Petersen told The INQUIRER, “We’re excited to be announcing a co-venture with a brand with Dell’s credentials that offers platform independent, brand independent caching.”
Sandisk DAS Cache is a pure software caching system that uses flash memory to improve latency at the server level by up to 37 times.
Network managers can choose between apportioning part of, or a full dedicated SSD, for caching, with the software algorithms controlling the flow of data without the need for any additional hardware.
“An all software solution allows anyone to take advantage of caching technology without the need for engineering knowledge or previous experience of configuration” continued Petersen.
Users can create up to four different cache pools with different prioritisations to create quality of service (QoS) infrastructure. Cache persistence ensures that even if the server is rebooted the speed boost is maintained.
Sandisk DAS Cache will be available in the newly announced range of Dell servers that were announced at IDF in San Francisco. However, users are not required to use Sandisk SSDs in the system, as the software works with all disk manfacturers’ products.
At launch the system is in place for Windows and Linux based systems, with VMware set to follow in 2015. The system also supports hypervisors including Microsoft Hyper-V.
Sandisk has made a number of advances in the enterprise market this year, including the first 4TB capacity solid-state disk (SSD) drive, and a dedicated SSDs for business laptops.
Verizon Communications will give customers who trade in an old iPhone a free iPhone 6 in exchange for a two-year contract, the country’s largest wireless carrier announced hours after Apple Inc introduced the widely anticipated device.
The announcement came as critics speculated that Apple’s newest phone, starting at $199 with a two-year contract, would not be competitive as more carriers eliminate contracts and unbundle service charges from the cost of devices.
Analysts say that by making the cost of devices more transparent, equipment financing plans make expensive handsets like the iPhone less appealing. On the other hand, the plans allow customers to pay for devices in installments, making pricy devices like the iPhone more accessible.
Customers who trade in an iPhone 4, 4s, 5, 5c or 5s in working condition will receive a $200 gift card to pre-order the 16-gigabyte version of the newer model, Verizon said in a statement. The offer does not apply to Apple’s other new phone, the larger iPhone 6 Plus.
Verizon has been more reluctant than competitors to dive into equipment financing, and its promotion indicates its attachment to the older contract model, which binds subscribers to the carrier for a fixed term, said Jan Dawson, analyst at JackDaw Research.
“There is an inherent risk in the shift to installment billing that it creates more loyalty to the device than to the carrier,” said Dawson.
“Verizon sees the value of the two-year contract in that tying a device to a two-year plan can prevent churn,” said Dawson.
He pointed out that new device releases are major factors for subscribers in deciding whether to switch carriers.
As the market for new smartphone customers shrinks, carriers have been competing aggressively for subscribers, slashing prices and engaging in creative promotions to poach each others’ customers.
On Monday, T-Mobile announced it would beat any other major carriers’ trade-in rates and give customers a $50 credit as well.
Intel has released its Edison chip for wearables at its Intel developer conference (IDF) in California today. The tiny computer is a dual-core Quark system on chip (SoC) Pentium-class x86 processor made using the 22nm process.
The Edison device runs Linux and has built-in WiFi and Bluetooth modules. The chip can also connect to its own app store, and has 40 I/Os via a 70-pin connector that lets users do many things without going through a custom board. Intel CEO Brian Krzanich Intel said that the module, which has the footprint of an SD card, was to encourage developers to build the next generation of wearable and connected devices now that it is shipping.
All IDF attendees went home with a free Edison developer kit and it will be on sale for $50 retail cost. Like the Galileo board it will be open source so developers can develop it.
“I really hope to see an explosion of innovation around this part, it has everything a person needs and an extension capability to build just about anything you can think of,” he said.
Edison has been developed by Intel to be a simple low-power development platform for people to develop software easily, thus to usher in the next generation of Internet of Things (IoT) and wearable devices.
As the company tries to revive MSN, the focus this time is also on top content from the Web instead of offering original content. For the relaunch, the company has signed up with over 1,300 publishers worldwide including The New York Times, The Wall Street Journal, Yomiuri, CNN and The Guardian.
A “Services Stripe” at the top of the MSN homepage gives users easy access to personal services including Outlook.com email, OneDrive, Office 365 and Skype, as well as popular third-party sites like Twitter and Facebook, according to an online preview launched by Microsoft on Sunday.
The new MSN also provides “actionable information” and content and personal productivity tools such as shopping lists, a savings calculator, a symptom checker, and a 3D body explorer. Readers will have access to content from 11 sections including sports, news, health and fitness, money, travel and video, wrote Frank Holland, corporate vice president of Microsoft Advertising, in a blog post.
The company said it has rebuilt MSN from the ground up for a mobile-first, cloud-first world. The new MSN helps people complete their key digital tasks across all of their devices, wrote Brian MacDonald, Microsoft’s corporate vice president for information and content experiences, in a blog post.
“Information and personalized settings are roamed through the cloud to keep users in the know wherever they are,” MacDonald added. Users worldwide can try out the new MSN preview.
In the coming months, Microsoft plans to release MSN apps across iOS and Android to complement its corresponding Windows and Windows Phone apps. “You only need to set your favorites once, and your preferences will be connected across MSN, Cortana, Bing and other Microsoft experiences,” MacDonald wrote.
Microsoft claims an audience of more than 437 million people across 50 countries for MSN.
MSN.com ranks number 26 among the top sites in the U.S., behind Microsoft’s own Bing site, Google’s search site, YouTube, Facebook and Yahoo’s portal, according to traffic estimates by Alexa.
The Fire Phone, which originally sold for $649 minus a contract commitment and for $199 with a two-year deal with AT&T, was marked down to $449 without a contract and 99 cents with one.
Amazon spun the dramatic price cut in the best possible light. “Fire is another example of the value Amazon delivers to customers,” said Ian Freed, vice president of Amazon Devices, in a statement Monday.
In fact, by all accounts, the Fire has done poorly. According to data mining done a month ago by ad network Chitika, Fire Phone usage grew only “incrementally” in the device’s first two months. By Aug. 14, Amazon’s phone accounted for just 0.02% of all smartphone-based ad impressions.
Chitika’s number was not a measurement of the number of devices in use, but of the online activity of Fire Phone users: The calculation was best described as “usage share.”
StatCounter, another metrics vendor that also tracks usage share, did not even list Fire Phone in its operating system data for the month of August.
In June, when Amazon CEO Jeff Bezos introduced the Fire Phone, most analysts slammed the pricing, saying that the online retailer needed to do more than simply mimic the competition.
“If the $199 on 2yr contract is all there is to Fire Phone pricing it will be a tough sell,” Carolina Milanesi, chief of research and head of U.S. business for Kantar WorldPanel Comtech, said on Twitter that day.
“Does the 99-cent price matter? Sure it does. But in the scheme of things, does it help? No, because you still have to have a contract,” Milanesi said in an interview today.
She pointed out that Apple, for example, gives away the iPhone 4S to customers who sign up for a two-year contract with a mobile carrier. The Fire Phone’s “unlocked” price of $449 is also identical to that of an off-contract iPhone 4S.
Amazon missed its chance to make a splash months ago, Milanesi argued. “This price then would have sent a different message,” she said. “It would have made a difference because at the time [mid-June] there was not a lot going on. But to do this the day before Apple announces its new iPhones, and right after Samsung showed off its Galaxy Note 4 and Note Edge?”
Working with Fujitsu and NEC, the Japanese telecommunications giant verified the digital coherent optical transmission technology for distances of several thousand kilometers to 10,000 km. With it, a single wavelength of light can carry 400 Gbps, four times the capacity of previous systems. Each fiber can carry multiple wavelengths, and many fibers can be bundled into one cable.
The approach could more than double existing capacity to meet ever-increasing bandwidth demand, especially by heavy data users.
The technology could be used in the next generation of backbone links, which aggregate calls and data streams and send them over the high-capacity links that go across oceans and continents. The fiber in the network would stay the same, and only the equipment at either end would need to change.
While the current capacity on such links is up to 8Tbps (terabits per second) per fiber, the new technology would make a capacity of 24Tbps per fiber possible, according to NTT.
“As an example of the data size, 24 Tbps corresponds to sending information contained in 600 DVDs (4.7 GB per DVD) within a second,” an NTT spokesman wrote in an email. “The verification was done using algorithms which are ready to be implemented in CMOS circuits to show that these technologies are practically feasible.”
To compensate for distortions along the optical fiber, researchers from the consortium developed digital backward propagation signal processing with an optimized algorithm. The result of this and other research is that the amount of equipment required for transmissions over long distances can be reduced, meaning the network could consume less electricity.
“We are extremely excited to show this groundbreaking performance surpassing 100 Gbps coherent optical transmission systems,” Masahito Tomizawa, executive manager of consortium leader NTT Network Innovation Labs, wrote in an email. “This new technology maintains the stability and reliability of our current 100 Gbps solutions while at the same time dramatically improving performance.”
The consortium said it is taking steps toward commercialization of the technology on a global scale but would not say when that might happen.