People queue for the iPhone 6 and 6 Plus all across China. Photo: People’s Daily/Weibo
It’s been a great year for Apple in China, and to top it off the China Brand Research Center just released its China Brand Power Index for the year — placing Apple in the no 1 position over long-time rival Samsung.
While Samsung Electronics took home brand value prizes in both the TV and monitor categories, Apple roundly beat it in the all-important mobile category, which Samsung has occupied for the previous two years.
Competition is heating up between Samsung and Taiwan Semiconductor Manufacturing Company (TSMC) to build Apple’s next generation A9 chips, according to a new report citing industry sources.
TSMC is currently manufacturing the majority of the A8 chips used in Apple’s latest iPhones, thanks to a deal inked in 2013. Samsung, however, is keen to reestablish its previous position as the sole provider of Apple’s A-series chips — and is willing to lower its quotes to do so.
Samsung is also pushing the fact that it can provide other services to Apple, including the manufacture of flash memory and backend services in-house.
Android is still king in market share. Photo: Google
Android has yet again increased its lead in U.S. market share as its rivals give up precious points, according to the latest data from Kantar WorldPanel. Google’s popular platform now commands an impressive 61.8 percent share of the smartphone market, which is close to double the 32.6 percent now held by iOS.
Samsung could be understood for questioning the brand loyalty of its South Korean fans: iPhone 6 and 6 Plus have reportedly racked up a massive 100,000 preorders since going on sale in the country Friday. That’s more than three times the number of South Korean preorders for Samsung’s Galaxy Note 4.
Although we’ve yet to see a truly mass-market wearable device sweep the world, most people working in high tech believe that devices like smartwatches represent the next big frontier.
With that in mind, Samsung has debuted a potentially transformative creation at the ongoing InterBattery 2014 exhibition being held in Seoul, Korea: a rollable, flexible battery.
Although not too many details are known yet about the exact materials and structural design advances used to create it, it is reported that the battery can function even when bent in half, or rolled up into the shape of a paper cup.
Samsung is all too willing to leap down Apple’s throat at any perceived error on Cupertino’s part, but apparently that same degree of quality control is not turned inwardly on Samsung’s own industrial design department.
Having brought forward its release date to try and beat the iPhone 6 and 6 Plus into South Korea and China, the Samsung Galaxy Note 4 has been met with negative customer reviews since its September 26 launch — on the basis that there is a sizeable gap between the smartphone’s display and its casing.
The Apple Watch is far from the first smartwatch in history. With its debut in the wearables field, Apple is hoping to do what it does best: Swoop in and revolutionize a niche technology with a lot of promise but few mass-market successes.
In the case of the smartwatch, Apple's tackling an idea that has existed in the popular consciousness since the 1940s. Check out the gallery above to see some of the concepts that paved the way for Tim Cook and his team.
Famous comic book detective Dick Tracy got his first wrist radiophone in 1946. During the same time period, there were several real attempts to create a similar device. In 1954, Sylvania constructed a prototype with transistors. In 1963, a Los Angeles company called Davenport & Waldon actually advertised one for $7. Sadly, with the exception of Dick Tracy’s famous smartwatch, none of the others worked as described. If they worked at all, that is.
This isn’t exactly a smartwatch by the modern definition, but a digital display featuring glowing numbers instead of hands seemed pretty darn smart in 1972, the same decade Steve Jobs and Steve Wozniak teamed up to create Apple.
This Hamilton-produced Pulsar watch was the world’s first to feature such a display. It was 18-karat gold and carried a price tag of $2,100 (that's the equivalent of $11,949.50 in today's money, according to the U.S. Inflation Calculator). Hamilton provided a futuristic clock for Stanley Kubrick’s 1968 movie 2001: A Space Odyssey, and the former head of the company's Pulsar division said that effort inspired his team to create the world’s first digital watch. The LED display was initially red, although a green version came later.
The Pulsar might have been the reality of digital watches around the time that Apple started, but what was predicted by the age’s futurists? The 1979 Usborne book Future Cities: Homes & Living Into the 21st Century describes the arrival of "wrist-phones" or “ristos.” These devices, the authors predicted, would work with cellphones and GPS equipment.
"City dwellers of tomorrow could have a small gadget of enormous benefit — a wristwatch radio-telephone,” the book notes. "With a wristwatch radio, you could talk to anyone, wherever you happened to be.... If you were late for an appointment, it would be easy to let the other people know.... It ought to be impossible to get lost in tomorrow's world, in a city or out of it.... The wrist-phone can provide guidance back to the nearest town.” Pretty accurate, no?
Imagine if Cupertino had tried to create an Apple Watch back at the time of the original Macintosh. In fact, that’s not all that far from the truth. Apple didn’t exactly make it themselves, but the Seiko RC-1000 Wrist Terminal could interface with a number of popular computers at the time, including the Apple II, II+ and IIe.
It arrived in 1984, and featured scheduling, memos, world times and a four-function calculator app — all with just 8KB of ROM and 2KB of RAM. Even better, its multicolored successor, the RC-4500, was known as the “Wrist Mac.”
From the mid-'80s until the mid-'90s, Seiko was the company most associated with smartwatches. This 1995 Seiko MessageWatch could show caller IDs (by way of FM sideband frequencies), as well as updating sport scores, stock prices and weather forecasts. You could even send messages with it.
Sadly, Seiko discontinued the service on December 31, 1999, thinking that the combined threat of mobile phones and the Y2K bug (remember that?) was going to destroy whatever consumer interest there was left in the device.
Tech pioneer Steve Mann was hailed as the “father of wearable computing” when he built an open-source smartwatch capable of running Linux in 1998. Two years later, IBM teamed up with Citizen to build the so-called WatchPad based on the latest version of Linux. It never made it to market, but it was packed with amazingly modern-sounding features including voice-enabled Bluetooth connectivity, a fingerprint sensor and an accelerometer sensor.
Samsung's 1999 smartwatch, the SPH-WP10, came about because of the company’s premature belief that the mobile phone market was already at saturation point. Working as a cross between a phone and a watch, the SPH-WP10 had a battery life of 90 minutes’ talk time, or 60 hours on standby. It cost close to $700. Few people remember it today, but it preceded the Galaxy Gear by more than a decade.
This 2003 smartwatch started development in 1999 when engineer Donald Brewer tried to get a version of Palm OS to work on a watch. At almost 45,000 cubic millimeters, the first prototype was described as a "boat anchor."
Brewer kept going, however, and millions of dollars were poured into a project that eventually produced a series of impressive smartwatches, capable of running a range of different apps. The line never shed its bulky aesthetic, though, while other common complaints included poor water-resistance, low battery life and a screen that was too dim to read and too small to manipulate text upon. It lasted until 2005.
Compatible with both iOS and Android, 2013’s Pebble smartwatch raised a massive $10.3 million through Kickstarter. Features include a black-and-white e-paper display, vibrating motor to alert you of phone notifications, ambient light sensor and accelerometer. The revised Pebble Steel added $100 to the price point, but looked a whole lot less geeky.
An Android Wear-based device released by Motorola earlier this month, the Moto 360 is one of the most stylish smartwatches we’ve seen. Along with the expected phone-pairing functionality, it also boasts a heart rate sensor, pedometer, ambient light sensor and wireless charging. It wasn’t universally adored by any means, but in terms of combining aesthetics with functionality, this is the smartwatch for Apple to beat.
Trying to boost its falling mobile sales, Samsung announced on Wednesday that its new Galaxy Note 4 smartphone will go on sale in China and South Korea as early as this Friday, with the handset available on all mobile carriers in both countries by the end of the month.
For those keeping track, that’s before much of the rest of the world, including the U.S.
Why are China and South Korea getting Samsung’s flagship handset before nearly everyone else? Because the iPhone 6 isn’t available in these markets yet, which has caused a mad dash for the South Korean company to try and get in there first — particularly since the massive iPhone 6 and 6 Plus has now neutralized Samsung’s big-screen differentiator.
Bend-Gate is slowly taking over the Internet this morning as Apple fans discover the startling fact that when pressure is applied to an iPhone 6 or 6 Plus frame, it bends – just like every other smartphone ever made of metal.
The bending problem has been reported by a number of iPhone 6 owners who pocketed their big iPhone 6 only to retrieve it later with a significant curve in the frame. Some sites are deeming the new iPhones “more fragile than expected,” but the truth is we’ve seen this problem almost every year.
In fact, last year ran we an article titled “iPhone 5s Bending in People’s Pockets.” Any phone made of metal is still subject to the laws of physics, but to reiterate that this isn’t exactly a problem exclusive to the iPhone 6, here’s a look at other Android and Apple phones that have bending problems.