Will Blackberry Embrace Android?

BlackBerry Ltd’s move to embrace Android, although geared towards lifting revenue from its software and device management segment, could inadvertently give its device arm a new lease on life.

“From the standpoint of marketing, this is a great way for BlackBerry to get visibility. It really doesn’t hurt them much, and the upside is high,” said Rob Enderle, who runs technology consulting firm Enderle Group.

Enderle and other financial and tech analysts agree that the move by BlackBerry does present its own set of challenges as the company would have to support two platforms and potentially put some resources into marketing an Android device, but with little to lose most agree it comes with little downside.

“If Android has one significant weakness it is security and that’s just the thing that BlackBerry can fix, so it could play out pretty well and I am actually quite surprised that they did not try this sooner,” said Enderle, adding that BlackBerry has to deliver a compelling device in order for the gambit to work.

Reuters reported last week that BlackBerry was considering a move to test run Android on its upcoming slider device, as part of a bid to convince potential corporate and government clients that its device management system, BES12, is truly able of manage and secure not just BlackBerry devices, but also devices powered by Google’s Android, Apple’s iOS and Microsoft’s Windows operating system.

“In order for BES12 to succeed it has to be viewed by all as platform agnostic, and what better way to demonstrate that other than by doing it yourself,” said Ramon Llamas, an analyst with technology research firm IDC.

BlackBerry, which once dominated the smartphone market, has seen its market share drop to under 1 percent, as the iPhone and a slew of Android devices from Samsung have captured market share. John Chen, a turnaround expert brought in to fix its slide, is now pivoting BlackBerry to focus more on its well-regarded software and device management business.

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Is Samsung The King Of LTE?

Samsung Electronics has told the world that owns the largest number of patent rights essential for long-term evolution (LTE) technology in the world.

Writing in its official blog “Samsung Tomorrow” that it has more than 3,600 standard essential patents (SEP) for the LTE and LTE-Advanced (LTE-A) technology. That is 17 percent of all LTE-related SEPs.

We guess this means that if someone buys an LTE phone more than 17 per cent of the money which goes to buy patents should end up in Samsung’s bank account.

Samsung Electronics Digital Media & Communication Laboratory’s intellectual property application team head Lee Heung-mo said Samsung Electronics has established a solid foothold as the global leader and the first mover in the fourth-generation mobile telecom market.

“This also means that the company has become able to provide more convenience to customers by developing the latest technologies.”

The Taiwanese patent office conducted market research for the nation’s state-run National Applied Research Laboratory based on about 6,000 patent rights listed at the Patent and Trademark Office in the United States during the last two years.

LG Electronics and Qualcomm followed Samsung Electronics in second place with 14 percent of SEPs, each. Ericsson, Panasonic, Nokia and NTT DoCoMo hold the third spot with 5 percent, each.

Pantech, the nation’s third-largest handset maker which currently faces bankruptcy, held only one percent, while Korea’s state-run Electronics and Telecommunications Research Institute owned less than 1 percent, the report showed.

During the patent dispute with Apple, the U.S. International Trade Commission said Apple had infringed on Samsung Electronics’ SEPs though they had to be shared under a “fair, reasonable and non-discriminatory” principle.

Samsung Electronics said it has pushed for securing the SEPs in this sector during the last 18 years and has competed with global telecom giants including Qualcomm, Nokia and Ericsson as a relative latecomer. It said securing leadership in SEPs may change the crisis of facing patent disputes to diversifying income sources.

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Jawbone Sues Fitbit

Jawbone has filed another lawsuit against Fitbit in less than two weeks, alleging its activity tracking products infringe several of Jawbone’s patents.

The new suit, filed Wednesday in San Francisco by Jawbone parent company AliphCom, seeks unspecified damages and an injunction to block the sale of Fitbit devices such as the Flex, Charge and Surge bands.

Late last month, Jawbone filed another lawsuit, accusing Fitbit of poaching its employees and stealing trade secrets. Fitbit has said it has no knowledge of any such information in its possession.

In its latest complaint, Jawbone says it will also ask the U.S. International Trade Commission to investigate Fitbit, which could potentially lead to an import ban on Fitbit products.

Jawbone says it has hundreds of patents granted or pending, and claims that Fitbit infringes several of them. One patent describes a “general health and wellness management method and apparatus for a wellness application using data from a data-capable band.”

Another patent covers a “system for detecting, monitoring, and reporting an individual’s physiological or contextual status.”

Fitbit didn’t immediately respond to a request for comment on the latest suit.

The timing is bad for Fitbit, which is preparing to go public on the U.S. stock markets. It also faces intense competition from a number of rivals, which also include Garmin and Apple with its Apple Watch.

Both Jawbone and Fitbit make wearable bands and associated software that tracks people’s movement, exercise, sleep and heart rate.

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Can MB Challenge Tesla?

On the heels of Tesla announcing a home and commercial battery product line, Mercedes-Benz unveiled its own brand of energy storage products for those with solar systems to store surplus power.

The Mercedes-Benz energy storage plants for private use are available for order now and are expected to ship in September.

The batteries were first developed for cars, but Mercedes-Benz said the energy storage units “meet the very highest safety and quality standards” for home use.

Up to eight battery modules with an energy capacity of 2.5 kWh can be combined into an energy storage plant with a capacity of 20 kWh.

“Households with their own photovoltaic systems can thus buffer surplus solar power virtually free of any losses,” the carmaker said in a statement.

What wasn’t announced by Mercedes-Benz was information about the size of or pricing for the new batteries.

In May, Tesla announced its Powerwall batteries for home use and its Powerpack batteries for commercial use. Today, Tesla CEO Elon Musk announced his company would double the power output of the Powerwall batteries but keep their prices the same.

Tesla’s Powerwall batteries will go from having a two-kilowatt (kW) steady power output and 3.3kW peak output to a 5kW steady output and 7kW peak output, Musk said. The price of the batteries will remain the same: $3,000 for the 7kW/hour (KWh) daily cycle version and $3,500 for the 10kWh backup UPS version. Total installation cost will run around $4,000, according to Musk.

Up to nine Powerwall battery units can be daisy-chained together on a wall to provide up to 90kWh of power.

The average U.S. household uses about 20 kWh to 25 kWh of power every day, according to GTM Research.

Tesla Energy’s new commercial-grade battery is called the Powerpack, and will sell in 100kWh modules for $25,000 each. Musk said the Powerpack can scale infinitely, even powering factories and small cities.

Mercedes-Benz’s batteries, being produced by subsidiary Deutsche Accumotive, are its first industrial-scale lithium-ion units, and they’ve already been tested “on the grid,” the company said.

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Acer Shifts Focus To IoT

Acer is still churning out PCs, but the Taiwanese vendor is far more bullish about the Internet of Things (IoT), a market the company doesn’t want to miss out on.

Acer held a news conference not for a new consumer product, but to promote an upcoming miniature PC that will be sold to developers.

The PC, called the aBeing One, will arrive in the third quarter, and is aimed at developers working in the IoT area. It’s designed to connect to smart home and wearable products, and act as a hub that can analyze incoming data from the devices.

The PC vendor has spoken to many IoT companies looking for an affordable hardware system they can develop on, said Robert Wang, a general manager with Acer.

“Fast-moving IoT developers keep running into this issue,” he said after Acer’s news conference. “Now they can buy from us.”

It’s a big change for the vendor, given that it once focused on selling consumer notebooks. However, with PC sales sagging and competition rife in the mobile devices area, the company has been shifting toward enterprise products.

That emphasis was apparent at this week’s Computex show in Taipei. Acer notebooks and tablets were still on display, but equal billing was given to itscloud computing business, which is starting to power IoT devices, not only from Acer, but also its clients.

In addition, Acer is hoping to pave the way for more third-party IoT devices. It has partnered with Canonical to install a version of Ubuntu on its aBeing product, so that the hardware can serve Ubuntu developers working on smart connected gadgets.

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MediaTek Debuts Contactless Heart Rate Monitor

While MediaTek might be known for its multi-core smartphone processors, the firm was very keen to show off its more adventurous side at Computex 2015.

With a booth almost entirely dedicated to the latest and greatest from its new Labs division, which aims to bring the latest innovations from developers to market, MediaTek offered something a little more unexpected compared to previous years.

Launched in autumn last year, MediaTek Labs is a worldwide initiative to help developers of any background or skill level to create and market wearable and Internet of Things (IoT) devices.

With the firm’s LinkIt Development Platform, based on the MediaTek Aster (MT2502) chipset, sitting at its core, the Labs programme provides developers, makers and service providers with both software and hardware development kits, technical documentation and business support.

Here’s a few of our favourite innovations showed off at Computex, based on either the LinkIt One platform, or the firm’s fresh Helio P10 smartphone family of SoCs.

Heart rate monitoring smartphone camera
This “contactless heartrate monitoring” technology is powered by the firm’s Visual Processing Application in its latest P10 smartphone SoC.

It makes use of a smartphone’s video camera to take a heart rate reading via the front-facing camera by stripping down the layers of the image taken by the camera in real-time to detect the pulse in a user’s temple.

We were rather dubious about how well this might work, so gave it a go. While it took a good few seconds to match up, you can see from the photo that it is almost as accurate as the portable ECG monitoring device we had clipped on our finger. Impressive stuff.

Wine brewer
Winning first prize in the ITRI Mobilehero competition in Taiwan last year, this nifty IoT wine brewing device was developed by a local start-up called Alchema.

It consists of five sensors thatmonitor the alcohol content and the brewing environment. The results we tasted were, shall we say, interesting, if a little on the sharp side.

Alchema looking to raise more funds on Kickstarter before the end of the year.

Another LinkIt-powered device MediaTek showed off at Computex was a wearable aimed for the elderly. Using Bluetooth and accelerometer sensors, the wristband tracker detects the users’ wrist motions and raises an alarm, alerting those that are linked to the watch via a smartphone app if their elderly family member, loved one or friend’s device has detected a sudden movement that could resemble a fall or accident.

Sitting at the more mature end of the LinkIt developer platform spectrum, but still less than a year old, is an electric-scooter rental company called Skuro Moto. We spoke to its chief executive Frank Chen, who is running the company at the tender age of 24 after developing the idea while at university.

Skuro works with electric-vehicle maker Ahamani EV Technology to provide a rental service at Yuan Ze University in Taiwan. The bikes reduce costs for riders by about 30 percent thanks to a monitoring system enabled by the LinkIt chip that lets riders see their power usage. They can also be started by a swipe of a student identity card, to save the trouble of lost keys.

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TSMC Moving To 16FF+ Soon

TSMC’s 16nm FinFET process has barely gotten off the ground, but the foundry is already talking about 16nm FinFET Plus, which is due to launch by the end of the year.

The improved 16nm FinFET Plus (16FF+) node is supposed to deliver more efficiency and performance, making TSMC’s node more competitive compared to Samsung’s 14nm node. That is the general idea, but TSMC’s first generation 16nm node has failed to impress in terms of design wins.

TSMC president CC Wei said the new 16FF+ node already has 20 tapeouts, ten of which achieved satisfactory yield performance. Wei said the company expects up to 50 tapeouts by the end of the year. TSMC expects 16FF+ to enter commercial production in the second half of the year.

16FF+ is not the only FinFET node coming from TSMC over the next year. The company plans to introduce 16FFC for compact devices sometime in the second half of 2016. In addition, 10nm FinFET is expected to enter risk production by the end of 2015, reports Digitimes.

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Can TSMC Beat Samsung?

TSMC has said that it is confident that it can beat Samsung Electronics in ramping up production on its 10nm lines.

Samsung disclosed during a recent technology forum in the US that the company plans to enter mass production of chips using its 10nm FinFET process by the end of 2016,.

But in a statement TSMC claimed it could the outfit said the way things are shaping up it could beat that time table. TSMC continued that in the 10nm FinFET race, Intel will be its major competitor.

We expect to hear a bit more about TSMC’s plans at its Taiwan Technology Symposium 2015 on May 28. At the upcoming event, the foundry is expected to talk about the progress and development of its FinFET manufacturing nodes.

TSMC chairman Morris Chang remarked earlier in 2015 that TSMC expects to gain a majority of market share in the FinFET segment in 2016.

Intel is also expected to release its first chips made using 10nm process technology as early as in the middle of 2016.

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Broadcom Aquired?

It is starting to look Broadcom will get bought out by its rival Avago as deep throats within both outfits think a deal is close.

Avago is in advanced buyout talks to acquire Broadcom, which manufacturers chips for both the smartphone and broadband industries. The two companies are more or less the same size, but at the moment Broadcom is the weaker partner

It has been the subject of previous speculation regarding acquisitions. The company is among the largest maker of chips for mobile systems such as smartphones, tablets and wearables, Internet of things (IoT) devices and automotive technology products.

Such capabilities could give Avago greater traction in fast-growing markets like IoT and mobile devices.

Broadcom announced last year that it was closing its baseband cellular chip business after being unable to gain inroads against such competitors as Qualcomm. The company had $8.4 billion in revenue last year.

It seems everyone wants a lot more consolidation in the chip industry. Intel reportedly resumed buyout talks to acquire Altera earlier this month, with the parties eyeing a potential price that could reach $13 billion. Micron was tipped as a potential buyer of rival SanDisk.

An April report cited a note from Bernstein analyst Mark Newman. According to this report, Newman pointed to SanDisk’s current valuation as making it a prime takeover target for rival NAND chip maker Micron, as well as other players in the market.

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Qualcomm Strengthens IoT Lineup

Qualcomm is wedging its foot more firmly in the Internet of Things (IoT) door by announcing a range of moves to secure its position in the market.

The first announcement sees the firm expanding its Internet of Everything (IoE) platform with the addition of six new ecosystem providers: Ayla Networks, Exosite, Kii, Proximetry, Temboo and Xively by LogMeIn.

“This will further simplify the development of devices that use WiFi to connect to the IoE by increasing cloud service flexibility and making these solutions available in a broader global reach,” Qualcomm said.

Qualcomm has also introduced two connectivity solutions, the QCA401x and QCA4531, which bring WiFi capabilities to connect products across development platforms and “give customers an expedited and cost-effective path to deployment”.

The QCA401x is designed to ease manufacturer demand for increased computing and memory while lowering size, cost and power consumption, Qualcomm said.

It features a fully integrated micro controller unit with up to 800KB of on-chip memory and an expanded set of interfaces to directly interconnect with sensors, display and actuators, further reducing system cost, size and complexity.

The QCA401x also includes a suite of communication protocols including Wi-Fi, IPv6, and HTTP, as well as an advanced security feature designed to maximise security in IoT devices.

The QCA4531 is a low-cost turnkey solution that brings high-performance connectivity with a user-programmable Linux/OpenWRT environment.

It is designed to serve as an IoT node taking advantage of the Linux framework and as a hub to enable an IoT Ecosystem.

“As the [IoT] ecosystem expands, the QCA4531 is ideal for multi-protocol bridging and communication, bringing together multiple wireless medium and bridging between different ecosystems,” said Qualcomm.

The QCA4531 can function as an Access Point supporting up to 16 simultaneous devices, and is also power-optimised to enable appliances to meet international standards for energy efficiency.

The firm also banged on about the development of its subsidiaries Qualcomm Technologies, Qualcomm Atheros, Qualcomm Life, and Qualcomm Connected Experiences, and their progress across its range of IoT technologies.

Broadly, this includes an increased focus on providing better connectivity in the smart home with the AllSeen Alliance, as well as the development of more wearables in more countries, deploying more connected cars, more active engagements in smart city developments and partnering with more customers for connected healthcare.

“Driven by the significant growth and diversity of interconnected devices, Qualcomm companies are delivering the solutions and collaborating with technology leaders to empower manufacturers to create the best connected experiences in homes, businesses, cars and cities,” the firm said.

Qualcomm also announced additional features in its AllPlay smart media platform, including Bluetooth to WiFi re-streaming, custom audio settings and optimised synchronisation. The new AllPlay feature combines Bluetooth and WiFi for “whole home streaming”.

This means that all local or cloud-based music on a consumer’s smartphone can be streamed to any Bluetooth-compatible AllPlay speaker and then re-streamed over WiFi to multiple AllPlay speakers, all in sync.

This allows simple wireless connectivity to individual speakers or an entire home audio system over the user’s existing home WiFi network, providing an advantage over Bluetooth-only speakers which are limited to one-to-one streaming.

“The range and capacity of WiFi, coupled with the ubiquity of Bluetooth, is a game-changing combination for manufacturers and consumers alike,” said Sy Choudhury, senior director of product management at Qualcomm.

“AllPlay device manufacturers like Hitachi and Monster can now offer their customers more connectivity options and access to myriad streaming services throughout their home with this new capability.”

Qualcomm announced last month that it has teamed up with Dutch semiconductor maker NXP to bolster its near field communication offering, expanding the technology outside the smartphone and into IoT devices.

NXP’s embedded secure element will be integrated across Qualcomm’s Snapdragon 800, 600, 400 and 200 processor-based platforms.

The new offering features a module variant derived from the recently launched NXP PN66T NQ220 module, now named the NQ220.

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