TAG Heuer, a maker of luxury watches, has decided to slightly change the price and the launch schedule for its smartwatch, which it co-developed with Intel Corp. and Google. The company intends to demo the timepiece on the 9th of November, which is a tad later than expected. TAG Heuer also decided …
Read More »Intel releases Quark microcontroller with 0.025W thermal design power
Intel Corp. has quietly released its new Quark D1000 microcontroller designed for smart electronics and embedded applications. The chip sports ultra-low power consumption and features x86 architecture. The Intel Quark D1000 microcontroller has one 32-bit x86 core clocked at 33MHz, lacks cache and has TDP of 0.025W. The Quark D1000 …
Read More »TAG Heuer’s Swiss smartwatch to cost $1400/£900
LVMH, is a French multinational luxury goods conglomerate, has announced pricing of TAG Heuer’s upcoming smartwatch, which it is developing in collaboration with Intel and Google. The first smart timepiece from a Swiss watchmaker will surprisingly not be too expensive because the product is primarily aimed at younger audience. TAG Heuer’s smartwatch will …
Read More »Intel, Google and TAG Heuer to develop Swiss smartwatch
Intel Corp., Google and TAG Heuer on Thursday announced a partnership to launch a Swiss smartwatch that will use an Intel system-on-chip and will run Google’s Android Wear operating system. The watch will combine Intel’s expertise in hardware, Google’s software platform and TAG Heuer’s expertise in luxury watchmaking, fine materials …
Read More »Intel’s Curie, the tiny SoC that can
Intel's announced it's new SoC (system-on-chip) for wearable devices today at CES. Scheduled for release in the second half of 2015 this tiny all in one system will be able to fit just about anywhere, with it being around the same size as your thumbnail. Intel have also revealed plans with several …
Read More »Intel acquires 30% stake in Vuzix, a maker of smart eyewear
Intel Corp. has acquired a stake in Vuzix, a major maker of smart eyewear and virtual reality hardware. The move will allow Vuzix to boost spending on development of Internet-connected glasses akin to Google Glass. The investment will also ensure that the forthcoming devices from Vuzix use Intel system-on-chips, something …
Read More »TAG Heuer mulls smartwatch-related acquisitions and partnerships
TAG Heuer, a leading timepiece brand, understands all the potential challenges that emerging smartwatches bring to it. As a result, the company is serious about not only releasing their own smartwatches, but competing against consumer electronics companies head to head. While this means serious approach that will lead to a …
Read More »TAG Heuer’s smartwatch to feature Intel chip inside – report
TAG Heuer, a leading Swiss watchmaker, plans to announce its first smartwatch as early as next month and intends to use an Intel system-on-chip inside the device, according to a media report. The fact that the manufacturer of fine timepieces decided to integrate an Intel processor into its first smart …
Read More »Intel unveils MICA: stylish smartband for $495
One of the key problems of today’s wearable electronics devices is that they are not stylish and are designed for both men and women. This greatly limits popularity of smartbands among people who prefer to wear stylish things. Fortunately, the industry seems to finally understand that wearable electronics has to …
Read More »Intel changes Quark roadmap, preps fully-integrated Quark SoC in 2016
Intel Corp.’s Quark system-on-chips for extreme-ultra-low-power devices provide basic compute capabilities for smart appliances, simple robots and even wearable gadgets, but there are a number of reasons that prevent them from becoming popular. Among the key points of Intel’s concerns about the Quark family is low-performance, limited amount of I/O …
Read More »Intel: we need to develop processors for devices that could cost $0.5
Chief executive officer of Intel Corp. said at a conference on Wednesday that while ten years down the road the company will continue to get a bulk of its revenue from PCs and servers, a significant part of its revenue will come from mobile, Internet-of-Things and other emerging market segments. …
Read More »Intel preps second-gen Quark ‘Dublin Bay’ processor
Intel Corp.’s Quark microprocessor for ultra-low-power systems, wearable electronics and smart appliances, has not yet gained any traction on the market, but the world’s largest chipmaker is already working on its replacement that will be available in 2015. The new platform is code-named “Dublin Bay” and at present not a …
Read More »AMD: wearable devices today are mostly a fad
While Intel Corp. is clearly interested in making chips for wearable computing devices as well as smart home appliances, Advanced Micro Devices plans to take a wait-and-see approach. The company believes that while wearables will have a lot of practical applications going forward, developing chips for them today is too …
Read More »Intel completes acquisition of wearable computing devices maker
Intel Corp. this week announced that it had finalised acquisition of Basis Science, a maker of wearable computing devices. The acquisition accelerates Intel's wearable products focus. It also brings access to new technology, and further expands the leadership team with new people who have a proven track record of innovation …
Read More »Intel reveals Quark-based Edison PC in SD form-factor
At the Consumer Electronics Show the world’s largest maker of microprocessors – Intel Corp. – demonstrated what looks to be the world’s smallest personal computer based on an x86 microprocessor. Intel Edison is a new Quark-based computer with built-in wireless connectivity housed in a Secure Digital card form-factor. Intel Edison …
Read More »Intel to show wearable computing devices at CES
Intel Corp. plans to demonstrate all-new wearable computing devices it designed in-house at the forthcoming Consumer Electronics Show that begins next-week. The chip giant will also introduce a new version of Quark chip aimed at various types of electronics that need to be small and have very low power consumption. …
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