Earlier this week Sharp announced pricing and launch date for their unique humanoid-shaped robotic smartphone called RoBoHoN. The robot can be pre-ordered and will be on sale from May, 26 this year for a price of 198,000 Yen, equivalent to about 1,800 US Dollars. It will be available at first only Japan through a regional carrier, however the company has plans to bring it to other markets as well. Introduced in Fall 2015 at CEATEC in Japan the robot was present at numerous fairs including this year’s MWC.
RoBoHoN | Image credit: Sharp
RoBoHoN was developed in partnership with Professor Tomotaka Takahashi at the University of Tokyo, and reflects his vision in most aspects. The robot aims to be more than just an expensive communication gadget but rather to provide companionship for its owner, having a feature set that allows it to perform some fairly advanced tasks.
I dare to say that we are living history in the making. Yesterday, at the Kennedy Space Center in Florida, SpaceX launched a resupply mission to the International Space Station. There was however a secondary purpose, while the Dragon CRS-8 spacecraft has the mission to deliver its 3.2 Ton cargo and inflatable habitat – another premiere – to the ISS on Sunday, the Falcon 9 first stage rocket had to be retrieved in one piece soon after, by propulsion landing it on their “Of Course I Still Love You” drone ship at sea. It was a complete success and a remarkable achievement, further supporting the concept of reusable rockets and bringing all of us one step closer to consumer space travel. Watch the webcast replay in case you missed it, or read more about the CRS-8 mission.
Sweep is a low-cost 360 degree scanning laser sensor capable of delivering advanced sensing capabilities for a retail price of only US $249. The sensor is also compact and lightweight making it an ideal candidate for almost any type of robotic application – be it a multirotor drone, self-driving car, or advanced tracking and positioning system. Sweep has already proven itself in beta testing, and by the time it reaches the market drivers and SDKs will be available for all major development platforms.
The sensor is the product of many years of research and has been created by Scanse – a team of two engineers from San Leandro, California with a background in developing outdoor consumer robots. With less than three days to go the project has been successfully funded, having surpassed the US $230,000 campaign goal.
Microsoft is making a bold and surprising move by integrating the popular Bash shell into Windows, once again demonstrating the company’s developer oriented approach adopted only a few years back. The Linux command line will be native to the OS and is the fruit of Microsoft’s partnership with Canonical – the company behind the Ubuntu Linux distribution. It will be introduced as part of the Windows 10 Anniversary Update which will be rolled out this summer.
Image credit: Microsoft
The announcement was made at the Build 2016 convention, held this week in San Francisco, by Director Kevin Gallo and received thunderous applause from the audience as well as immense appreciation worldwide.
It is time to compare the newly released Raspberry Pi 3 Model B against its predecessor the Pi 2. Obviously the Pi 3 is faster, it has proven itself in benchmarks, however I wanted to find out what are the actual performance gains in real world usage scenarios. I devised a series of tests in which the boards were set up as general purpose computers running the standard Raspbian distribution, as media centers running Kodi, and also I tested network speeds over their wired and wireless interfaces.
As you might already know the new Pi 3 sports a more powerful ARM CPU, built-in wireless LAN and Bluetooth interfaces, and a higher clocked GPU. You can view the specs of the Pi 3 and the Pi 2 Model B boards as a quick reminder. This being said let’s continue to the first topic of this comparison which is by no means exhaustive but rather and insight on out of the box performance increases.
The new Raspberry Pi 3 was released today to celebrate exactly four years since the original board was released. The third iteration of this highly popular development platform now comes with a powerful 64-bit ARM CPU as well as integrated WiFi and Bluetooth LE connectivity for the same price of US $35. The new board retains backward compatibility with all previous versions and is accompanied by the current 32-bit Raspian OS.
Raspberry Pi 3 Model B | Image credit: Raspberry Pi Foundation
The layout is fairly similar to previous Model B boards, real differences however are taking place under the hood. This is the first 64-bit board in the Raspberry Pi lineup, and is built around the Broadcom BCM2837 SoC which integrates a new ARMv8-based CPU. The new board is roughly 1.5 times as fast as the Raspberry Pi 2 in 32-bit mode, according to the Foundation.
The Mobile World Congress took place in Barcelona, Spain this week setting the stage for tech and telecommunications giants as well as smaller companies and startups to show off their newest products and innovations. Separation of various areas of the consumer electronics market is not that clear anymore, most of this being attributed to the ever growing adoption of the Internet of Things paradigm. Even the most mundane devices are getting more intelligent and interactive, allowing for functionality barely thought of only a little while ago.
This year we are witnessing an explosion in connected gadgets and accessories ranging from fairly advanced cameras, smart watches, or entertainment systems to the simplest wearables, some of which are nothing but very basic sensors glued together with some type of communication interface.