Google has been granted approval to test its new 3.5GHz wireless technology within Kansas City, Missouri, using antennae mounted on street lights and other structures to deliver high-speed WiFi to eight areas within the city.
“3.5GHz is pretty innovative and could help Google create a city wide broadband network in KC,” said Roger Entner, an analyst at Recon Analytics, told Computer World.
The trial – part of the Federal Communications Committee’s (FCC) Citizens Broadband Radio Service, which aims to deliver 3.5GHz “innovation band” WiFi to cities across the US, using dynamic spectrum sharing – is set to last up to 18 months and will be placed in areas that cannot be practically reached by Google Fiber connections.
“If Google is successful in the 3.5GHz test and goes on to provide commercial services, KC will become the most wirelessly connected gigabit region to benefit from new advanced wireless services,” Assistant City Manager Rick Usher said.
The Kansas City Council voted 11-2 in favour of the 3.5GHz WiFi trial, with Google granted a discounted rate for maintaining the network during the test period.
“Shared spectrum in the 3.5GHz space has the potential to reduce costs and assist in our efforts to erase the digital divide in KC,” Usher added. “Wireless connectivity is a critical element of smart city success due to the massive amount of data generated and utilized in the networks.”
Last year, researchers from the University of Columbia invented a full-duplex radio IC (integrated circuit) for super-fast WiFi reception and transmission using two antennae. Now, the same team have developed their system to function on a single antenna, which delivers the same wireless speeds but at half the size, marking the first time that anyone has integrated a non-reciprocal circulator and a full-duplex radio on a nanoscale silicon chip. The team’s work is showcased in a new Nature paper entitled “Magnetic-free non-reciprocity based on staggered commutation”.
“This technology could revolutionize the field of telecommunications,” Harish Krishnaswamy, Electrical Engineering Associate Professor at Columbia University’s School of Engineering and director of the Columbia High-Speed and Mm-wave IC (CoSMIC) Lab, said in a press release. “Our circulator is the first to be put on a silicon chip, and we get literally orders of magnitude better performance than prior work. Full-duplex communications, where the transmitter and the receiver operate at the same time and at the same frequency, has become a critical research area and now we’ve shown that WiFi capacity can be doubled on a nanoscale silicon chip with a single antenna. This has enormous implications for devices like smartphones and tablets.”
The technology has been years in the making, with the researchers struggling to “break” what is known as Lorentz Reciprocity, which restricts to electromagnetic waves travel in two directions.
“Reciprocal circuits and systems are quite restrictive because you can’t control the signal freely,” PhD student Negar Reiskarimian, lead author of the Nature Communications paper and developer of the circulator, added. “We wanted to create a simple and efficient way, using conventional materials, to break Lorentz Reciprocity and build a low-cost nanoscale circulator that would fit on a chip. This could open up the door to all kinds of exciting new applications.”
In order to break Lorentz Reciprocity, the team eschewed the usual use of magnetic materials – which are effective but either are expensive or are incompatible with silicon chip technology – in favour of a new design of miniature circulator that is able to rotate signals around the capacitors, via switches, to lose reciprocity.
“Being able to put the circulator on the same chip as the rest of the radio has the potential to significantly reduce the size of the system, enhance its performance, and introduce new functionalities critical to full duplex,” PhD student Jin Zhou, responsible for integrating the circulator with the full-duplex receiver, said.
The researchers are currently working on improving the system in anticipation of any potential implementation in, say, smartphones and computers.
“What really excites me about this research is that we were able to make a contribution at a theoretically fundamental level, which led to the publication in Nature Communications, and also able to demonstrate a practical RF circulator integrated with a full-duplex receiver that exhibited a factor of nearly a billion in echo cancellation, making it the first practical full-duplex receiver chip and which led to the publication in the 2016 IEEE ISSCC,” Krishnaswamy said. “It is rare for a single piece of research, or even a research group, to bridge fundamental theoretical contributions with implementations of practical relevance. It is extremely rewarding to supervise graduate students who were able to do that!”
Facebook’s campus in Menlo Park, California has a super wi-fi. What do we mean by a super wi-fi? Well, anything that servers speeds of over one gigabit per second would count as super. This means its more than 100 times the average speed of a typical house’s internet speed in the US!
Facebook doesn’t want to stop there, looking to expand the test to a large scale system in downtown San Jose later this year and then in other areas around the world. Jay Parikh, head of infrastructure and engineering at Facebook says that rolling over other high-speed options, such as Google Fiber, can prove to be difficult in urban areas, so creating a wireless infrastructure would be both cheaper and easier to deploy.
The problems title is named Terragraph and is based on the technology known as WiGig. By placing WiGig hubs on light poles and common street furnishings, Facebook hopes to create a fast wireless network that anyone can use to send and receive information on the 60 GHz radio waves the systems designed around.
Home security is an ever growing trend as technology gets smaller and better, and at the same time, it has also become a lot for affordable for the everyman. Today I’m taking a look at one of the best options in this category as I’m having D-Link’s DCS-2630L Full HD 180-Degree Wi-Fi camera in my testing area.
Where most home surveillance cams still come with a 720p resolution, the D-Link DCS-2630L adds on top of that and goes for the full 1080p HD experience. While 720p already was a great step up from the old 480p CCTV resolution, it just doesn’t beat the full 1080p experience. The Wi-Fi camera doesn’t just feature a higher than usual resolution, it also has a wider field of view, allowing you to monitor an up to 180-degree wide area. Basic cameras only feature 90 or 120-degree view, which allows the DCS-2630L to monitor a lot more real estate that might prevent you from having to set up multiple cameras. The wide-view feature is also a lot better to look at than a traditional wide view fisheye view that distorts things.
Recording video during daylight is an easy thing, but you’ll also want to monitor what is going on when it is dark. After all, that is the time of day we usually associate with the need for protection. D-Link added night vision capabilities to the DCS-2630L with the help of infrared LEDs. The camera is able to see in the dark at a distance of up to 5 meters (16 ft) with as little as 0 Lux light. The IR LEDs can be turned on manually, but the camera also features a light sensor that determines when the LEDs are needed.
Next to the six infrared LEDs it also features two PIR sensors that detect infrared radiation when a person or animal passes for an enhanced motion detection. And that is another one of this cameras features next to just being able to show and record what is going on. With motion and sound detection, the camera is able to start recording automatically and also push notifications to your Windows, Android, and iOS device to let you know that something is going on.
D-Link didn’t just built-in a high-quality microphone to picks up on loud noises like the breaking of glass and the ability to send notification alerts about this to you, it also features 2-way audio that lets you send audio back. A high-quality speaker lets you respond to what you see using your mobile device.
The Full HD sensor features a 1/3-inch 3-megapixel sensor to deliver images in sharp and rich detail while the camera lens is made of glass for the best possible results. All this coupled with the de-warping technology provides you with a clear and ultra-wide 180º field of view surveillance. The camera comes on a wall mountable metal stand with flexible tilt for the perfect angle. It also allows for 360-degree camera rotation to ensure that your video is perfectly level no matter where you mount it.
It isn’t just an ordinary camera on the Wi-Fi field either and it sports a proper IEEE 802.11ac dual-band connection for reliable connection and streaming. It also features a convenient WPS button for quick and simple connection with the rest of your network infrastructure. Everyone can press a button. Besides the wireless connection, the DCS-2630L also features a micro SD/SDXC card slot with support for up to 128GB memory cards. This is enough for up to a week of continuous clip recordings in 1080p.
A status LED lets you know what your camera’s doing, which is a simple but very useful thing. The whole camera in itself is very power effective and only requires a USB connection, portable battery, or power adapter to run. That also allows for a very flexible placement.
2 PIR Sensors – Enhanced motion detection senses when a person or animal passes for accurate
microSDXC card slot – Record continuous, scheduled, or detection triggered video clips directly to a
microSDCX card up to 128 GB
Unique De-warping technology maximizes the video quality with less distortion to eliminate a fish-eye view
Built-in two-way audio
mydlink app support for iPhone, iPad, Android and Windows phone
Packaging and Content
The D-Link DCS-2630L is a consumer camera and the package is made to be as eye-capturing as the camera catches images. The front displays the camera and usage scenario as well as the product highlights such as 1080p and wide eye lens.
On the rear, you will find more detailed information about the functions and features, all in full colour.
Each of the two sides is full of information too. On one side you find the features listed above the minimum requirements for usage.
On the other side, you’ll find a simple representation of the camera’s easy setup and usage as well as what’s inside the box.
Besides the Wi-Fi camera itself, you also find the Quick Install Card with default information and QR-code for easy setup as well as the quick install guide, a GPL code statement, and an assistance card if you should have trouble.
There’s also an AC/DC adapter included with a plug fitting the region where you bought it. Due to the clever usage of micro-USB, the camera is also easily powered otherwise.
The technology, currently named Chronos, is capable of allowing a single wireless access point to detect the location of networked users to tens of centimetres in accuracy. This immediately has a number of possible applications, one of which could allow wi-fi networks to be limited in access to only those within the building, as well as smart home applications such as tracking people’s movement and adjusting temperature and lighting as they move.
Chronos works by computing the “time of flight” of a wireless signal with an average error of just 0.47 nanoseconds according to MIT, which when multiplied by the speed of light allows Chronos to accurately detect not only the angle from the access point a user is at, but also their distance from it. Comparatively, existing wi-fi devices lack the bandwidth to accurately measure the time of flight of a signal, so in order to detect the locations of users, multiple access points were required for triangulation.
It was discovered after MIT Ph.D. student Deepak Vasisht observed that the signals travel through the air at a different frequency than within a Wi-Fi device that is being detected. He and his team were then able to exploit this difference in signals, testing their new algorithm in a two-bedroom apartment containing four people, where Chronos could accurately detect the room a user was in 94% of the time. When tested in a cafe, the detection rate of in-store customers compared to out-of-store hijackers was 97% accurate, which could allow wireless passwords to be rendered redundant in such cases, as only those in the store can connect to the network.
Whether this will truly be the end of the wireless password is unlikely, as there will always be a call for a higher level of security on many networks. For lightly restricted public networks, though, this technology could be a godsend, without requiring businesses set up a complex multi-access-point solution. A paper summarizing the study of the technology was presented last month by Vasisht at the USENIX Symposium on Networked Systems Design and Implementation.
We all use WiFi at some point, be it at work or at home, we rely on the technology to avoid the miles and miles of cables that we would overwise have to plug and unplug every time we wanted to grab a drink or watch a movie on Netflix. Researchers may have developed a way to accurately calculate distance through WiFi, a feature that could see wireless communications made more secure and controlled.
Researchers from MIT’s CSAIL team managed to achieve the feat using just a single router by measuring the “time of flight” for the WiFi signals between both the transmitter and receiving components, with a margin of error of just 0.5 nanoseconds, 20 times more accurate that other systems. Once the time was calculated they multiplied it by the speed of light, resulting in the distance between people and their wireless routers.
Using a four room apartment as an example, the researchers managed to locate the correct room for a user 94% of the time. Not stopping there the researchers took the technology to a cafe and managed to track down if someone was within the cafe with a 97% accuracy. Not stopping at wireless routers the technique was then applied to a drone, restricting the distance of the drone from the operator with an error margin of just 2-inches.
With the ability to limit or restrict access to a network by a user’s distance, public networks, and drones could be made more secure and with greater control of who, and where, people can access the systems.
Technology has a way of scaring people, from the original fears that the TV would create a horde of mindless zombies to the argument that video games promote violence. One of the oldest fears though is with wireless technology, something that is relatively modern in the world, and the effect that it may have on our bodies given how recent its mainstream usage has become. Don’t worry though because a company has come up with some nifty underwear to help protect you from your mobile phone radiation.
Kronjuwelen (translated as “crown jewels”) is the German startup responsible for the underwear in question, a set of clothing designed specifically to protect men’s nether regions from the effects of mobile phones radiations.
The underwear itself is lined with “protective silver threads”, designed to absorb 70 percent of WiFi signals and 98% from your mobile phone. With four different sizes (but sadly only one colour) the underwear comes in at $32. The four co-founders state that they don’t want to “live with these potential risks anymore”, with the disclaimer that they are “neither radiologists, physicists, nor cancer researchers, and we cannot finally determine the risks of mobile phone radiation.”
Better safe than sorry, especially when your future family may be involved seems to be the policy behind these boxers and I’m certain that others will feel the same way. With some studies showing abnormalities in sperm counts following on from exposure to wireless signals (please note there is no scientific consensus on if wireless signals do in fact affect sperm concentrations), some people will sleep better knowing that their future is safe with a silver lining.
When it comes to storage you can either go the ordinary and boring route, or you can opt for something that breaks with the norm with more features than you would expect. I’m taking a closer look at ASUS’ Travelair N today which is a portable USB 3.0 hard disk drive that also works wirelessly with a built-in access point, comes with an SD card reader built-in, and has One-Touch NFC capabilities on top of the 1TB storage capacity.
The ASUS Travelair N (WHD-A2) is a 1TB portable USB 3.0 hard disk drive at heart and that in itself isn’t without. You can easily carry 500 movies, thousands of photos, songs, and files with you where ever you go. An ordinary portable drive has some limitations on the road, mainly the connection interface. What if you would like to access the drive from your mobile phone or tablet? What if you are far from a power outlet? Well, that is no problem with the Travelair N that comes with built-in wireless network capabilities and a battery.
Using the 2.4GHz band, the Travelair N can connect to pretty much any wireless devices available. It is compatible with IEEE 802.11b, g, and n-style connections which cover the entire spectrum of the wireless band. The antennas are internal, so you don’t need to worry about connecting them or breaking them off either. The Travelair N uses enterprise-level WPA2 wireless security to connect with your smart phone or tablet, ensuring all of your content is kept private and secure.
Not only does it come with built-in wireless capabilities, the drive also features a built-in 3300 mAh battery that is rated for up to 8-hours usage. This should be plenty of time until you’re near a charging ability again.
And no, ASUS didn’t stop here and added more features to this drive. The Travelair N supports NFC technology for instant one-touch connection to supported devices without any configuration needs. Simply touch your NFC-supported smart phone or tablet to the drive and you can browse your media library and files straight away.
The final feature of the drive itself is the built-in SD card slot that lets you back up your data from memory cards with simple steps. This is the perfect solution to empty the memory cards onto a larger storage medium and keep shooting those photos while you got the opportunity.
ASUS created the AiDrive companion app which is available on almost any platform: iPhone, iPad, Kindle Fire, or Android devices. The app features an intuitive user interface to let you quickly and easily view and share your photos, videos, and files.
The Travelair N can connect with up to five devices simultaneously when transferring files and up to three devices when streaming movies in HD quality. This allows you to easily share a single drive between multiple systems, devices, and people.
A portable drive needs to have a better resistance to environmental hazards and the Travelair N features an IP43-rated water-resistant design. This should guarantee a protection from accidental splashes and spills onto the drive.
With all the talk about USB 3.0 for PC connections and wireless for mobile devices, we shouldn’t forget that we also can connect a drive like this to all our other smart devices with USB or wireless capabilities, may they be gaming consoles, smart TVs, or something else.
ASUS packed the Travelair N in a horizontal shaped box which is unlike most that come more square. That’s very fitting for a drive like this that is anything but ordinary. The front will let you know what you purchase in a simplistic design including features and capacity.
On the rear of the box, you find a lot more details to the different functions such as environmental protection, wifi, and NFC.
Inside the box was a USB 3.0 cable, a warranty card and safety notice as well as the quick start guide. Normally there would also be an AD/DC power adapter for charging purposes, but that was missing in my review sample.
We all love the internet, from the ability to check up on your friends the other side of the world to the ability to read your favourite news sites while on the go. The problem though is that you often find yourself looking for a connection, be it from your mobile service provider or a nearby router. New Yorkers won’t have that problem later this year as they look to give you access to WiFi from their buses.
The Metropolitan Transportation Authority is looking to deploy the first 70 buses which will be equipped with WiFi in the second or third quarter of this year. Currently, the MTA expect the new buses to expand, with 18 buses’ coming to Manhattan, 70 in Brooklyn and 209 in the Bronx area alone.
Alongside the WiFi feature, the new buses will include LCD screens to bring you the latest information and 55 USB charging ports, for those times when your phone is about to die before a busy meeting.
While the new buses are a new feature and will replace up to 40% of the buses currently running under MTA, their old buses will also be updated with WiFi and USB ports, meaning that no matter which bus you get, eventually you’ll be able to charge your phone and finish your episode on Netflix without having to be late to your friends party.
Internet of Things, or IoT for short, is the next big thing in the digital revolution. To say it as simple as possible, IoT basically connects devices with each other and the internet in order to provide the data where it’s needed. We see a lot of new hardware being released in this sector and while some are completely new and independent, others bridge the gap between old-school legacy devices and the new IoT devices.
Gigabyte’s new EL-20-3700-32GB Intel Bear Ridge IoT Gateway Solution is just such a device as it will allow companies to connect sense, filters, process, analyzing and actuation while securing and managing machines and data. It supports onboarding, monitoring, diagnostics, and remote control of devices that otherwise would be unconnected.
It is built with an Intel Pentium N3700 Processor that is based on the Airmont microarchitecture and it’s Intel’s leading tri-gate 14nm process. The System on a Chip quad-core processor is designed to be very power effective and can drive both computing and graphics performance with a maximum power envelope of just 6W.
Besides the N3700 CPU, the EL-20-3700-32GB offers 32GB eMMC flash memory and two SO-DIMM DDR3 slots for up to 8GB 1600MHz memory. It sports two Gigabit Ethernet RJ45 ports powered by a Realtek RTL8111HS controller and four USB 3.0 ports. The two HDMI ports can handle resolutions up to 4K and the unit also features surround sound via a Realtek ALC255 controller.
Other options include one Full-size Mini-PCIe slot for 3G module or mSATA storage and one Half-size Mini-PCIe slot for the pre-installed WiFi+BT module. Speaking of which, the module is an Intel Dual-Band Wireless-AC 3160 which supports IEEE 802.11b/g/n/ac and Bluetooth 4.0.
Further, you’ll find an SDXC card slot and three user-configurable LEDs, and a micro-USB connector with OTG support. The full unit will be unveiled and presented at the Embedded World in Nuremberg in a couple of weeks.
Intel Pentium processor N3700
2 x SO-DIMM DDR3L slots
2 x GbE LAN ports (Realtek RTL8111HS)
32GB onboard eMMC memory
1 x mSATA slot
1 x SDCX card slot
1 x SIM card slot
Should you want to build the unit into a more enclosed space and not have it as a standalone unit, then Gigabyte also offers the motherboard on its own and the IoT board can be found under the product name MZBSWFP.
The Gigabyte EL-20-3700-32GB will be available at AVnet after it has been officially launched at Embedded World.
Linksys is one of the biggest manufacturers of routers and network equipment in general, but that doesn’t mean that there isn’t room for a more devices as well as room for improvement on the current lineup. Linksys’ new modem router is the X6200 and it is a combined cable and ADSL/VDSL dual-band WiFi model.
The Linksys X6200 supports pretty much any connection you can have from static RJ45-based over cable to DSL connections and I wouldn’t be one bit surprised if you could use the included USB 2.0 port to attach a 3G/4G/LTE modem too. While it can connect to pretty much any type of internet connection, the built-in cable modem might be the selling point for this router. The internet connection speed has gone up and up, but a lot of cable modems lack the capability to handle the fast speeds your provider is selling you, which in return means that you’ll get a worse experience than you should.
“There is a lack of knowledge when it comes to cable modems. Consumers have cable modems or gateways that don’t match the cable broadband subscriptions they are paying for – thus getting slower speeds and frustrating experiences,” said Justin Doucette, director of product management, Linksys.
The Linksys X6200 isn’t the fastest wireless router, but the speeds of 300Mbps on the 2.4GHz band and 433Mbps on the 5GHz band should be sufficient for any internet usage. The modem router also features four RJ45 LAN ports for that direct Gigabit Ethernet connection that will provide you with the best connection. As previously mentioned, the X6200 also features a USB 2.0 port that can turn your USB drive into a network attached storage device.
The new Linksys X6200 modem router will be available in March 2016 for an MSRP of £79.99 and also has more advanced features such as parental control and guest access.
One VDSL/ADSL2/2+ port, Annex A – RJ-11 port
One Gigabit WAN port with auto MDI/MDIX sensing (RJ-45) for Router functionality
Four Gigabit Ethernet ports
One USB 2.0 port
Supports VPN pass-through with IPSec, PPTP, and L2TP
Supports logging for incoming and outgoing traffic
DHCP server for LAN
Supports Universal Plug and Play (UPnP)
IPv4/IPv6 dual-stack support
DSL Modem supports ITU G992.5 ADSL2+ Annex A, L, and M and VDSL G.993.1 and ITU G.993.2 standards
At the same time as Linksys introduced us to this new modem router, they also announced an expansion of DD-WRT support among their existing routers. The support now includes the WRT1900AC, WRT1200AC, and recently released WRT1900ACS Dual-band Gigabit Wi-Fi routers.
Apple is known for a lot of things but none more than their iPhones, for better or worse. In this case, it’s again for the worse. Apple has had some problems regarding their software and just like almost a year ago when it was revealed that Siri shared your conversations with other companies, they have been caught yet again relating to their data usage. Apple had the issue in October when they went to court that iOS’s 9 WiFi assist would use mobile internet alongside their WiFi, without alerting the user that they were now using their data roaming. Why not face another lawsuit for the same problem?
Hagens Berman Sobol Shaprio LLP have filed a class-action lawsuit relating to iPhone 5 and 5’cs using iOS 6 and 7. The issue relates specifically to these models because when users were streaming video for even a couple of minutes the phone would switch off its CPU allowing the phone to save power and battery life. The problem being is that doing this would also silently turn off the WiFi and start streaming the video data from a cellular signal.
The suit claims that they violated California consumer laws given that while Apple were aware of the defect they not only failed to fix or warn customers about the issue but that it was fixed for Verizon users back in September 2012 but wasn’t fixed for AT&T users until October 2014.
Streaming data is a costly activity and having your data drained without being warned, because of a known bug, has to annoy anyone. Have you ever gone over your data allowance or found you’ve used your phone data more than you expected?
Our routers and wireless network cards come with replaceable antennas, at least a lot do, and SilverStone released two new antennas and one magnetic Wi-Fi antenna base for the scenario that you’ll want to upgrade your existing antennas for performance or placement reasons.
The SilverStone WAD17, pictured above, is a high-gain MIMI 2T2R Wi-Fi antenna for improved wireless connectivity. It has a 5 dBi gain on the 2.4 GHz band and 7 dBi on the 5GHz bands which makes it a dual-band antenna. The Dipole antenna features a default SMA plug RP connector and has an impedance of 50 ohms.
The SilverStone WA219 2T2R high-gain Wi-Fi antenna is only for the 2.4 GHz band but comes with an impressive 9 dBi gain for that extra range and signal strength into the furthest parts of your home.
The SilverStone WAB1B is a circular magnetic base for SMA plug RP antennas and it has a 1.5-meter long cable for optimal placement. It allows you to place the antennas on a more optimal position than let’s say on the rear of your PC chassis which is placed under the desk. Having the antennas on top of the chassis or even the desk itself will greatly improve the Wi-Fi performance. Both the plug on the stand and on the cable are gold plated for optimal connection and the cable used is a low loss CLF 100.
All three new SilverStone Wi-Fi accessories are available now for a recommended end user price (excl. VAT) of $10.08 USD, $8.51 USD, and $8.51 USD respectively for the WA219, WAD17, and WAB1B.
We all love our technology. From the mobile phone which you have in your pocket to the computer you have hidden away in your house ready to reward you with some much-needed “Netflix and chill” time after a busy day. Have you noticed all those people who seem to sit there staring at their phone screens, almost as if they are trying to will a text message or phone call? Or maybe they’re just worried about it being another two inches from their hands, they might end up missing an important call. That same fear has led to a new generation of technology, wearable technology. The name kinda says it all, technology that you can wear and use. Featured below are a few pieces of technology you could start wearing now and some which won’t break the bank when you start getting interested.
Smartwatches are designed to be connected to your phone, with Companies like Apple hoping theirs will take over a whopping 40% of the market, you can see why some people might be interested in them. So why not go out and grab an Apple Watch? With the ability to monitor your heart rate, how many steps you take and even be used for Apple pay means that you don’t really need to your phone out of your pocket for anything other than actually texting and making a call. Sadly though the Apple watch is only compatible with iPhones and comes in at a whopping £289, so why not look at something a little cheaper? Sony’s universal smart watch is available for Android devices and features some impressive figures. With 2-4 days battery at “normal usage”, and with a selection of apps from the play store and a price tag of £60.75, it may be an alternative if you like using your android phone without it being out in front of you.
Wearable technology is designed to make your life easier while meaning you don’t carry a computer on your hand. So why not make something smart that most people wear without a second thought?
The NFC ring is designed as yet another companion to your smart phone. By communicating with NFC (near field communication) technology, you can unlock your phone just by swiping your ring over the top, meaning no more trying to remember your password. What about your wireless password or a link to your favourite website? The NFC can store that information and transmit it just as easily, meaning sharing your details could be as easy as waving your hand over someone’s phone.
With the ability to interact and transmit data to anything with NFC capabilities, the ring has almost unlimited potential. Do you have any wearable technology we didn’t mention? What kind of technology are you looking for? Share your ideas below in the comments.
With all this technology, why not use it for something regarding your health? Smart watches can track your heartbeat and steps, though they cost a little bit more. Fitness trackers are simple little bands that blend seemingly with your everyday wear. I personally have one and the little band tells me everything from my steps and the approximate calories burnt for those steps, it can also track my sleeping patterns, detecting when you move a lot in your sleep and often more. Pivotal Living offer a subscription based band, for $12 per year they will give you access to everything you need to track your life. Fail to pay though and the app locks up making it a beautiful piece of plastic on your wrist, not much else.
Giada’s newest mini-PC packs quite a punch in the specifications despite coming with a low price. The Giada F210 mini-PC is built with an efficient Intel Cherry Trail Processor making it a perfect thin-client. There are two models of the F210 that differentiate in onboard memory and eMMC storage. There is a small model with 1GB memory and 8GB eMMC storage and a bigger brother with 2GB memory and 32GB eMMC storage. Both come with Wi-Fi, but it is only the bigger of the two that also has Bluetooth. The F210 is compatible with both Windows, including Windows 10, and also Android for those who prefer to run that.
The Giada F210 comes in an all-metal chassis that provides better protection for the internal parts, both from damage as well as electromagnetic interference (EMI). The design also helps the unit when running as 24/7 units over long periods of time thanks to the improved heat dissipation and general low working temperature. It only measures 116.6 x 107.2 x 30 mm and it can be VESA mounted too.
The Giada F210 has plenty of connection abilities despite the tiny size. You get three USB 2.0 and one USB 3.0 port on the front next to the Microphone in and audio out connectors. On the side of the unit you’ll also find a COM port.
TheF210 also allows you to setup dual graphics output with both a VGA and HDMI connector. Gigabit Ethernet is also part of the deal so you don’t have to rely on the included WiFi ability.
Wireless networks are great and they allow us to enjoy the world with fewer cables and restraints, but they still pose a very real limitation and that is the range. There are several ways that you can combat this and increase range, coverage, and performance and one of them is through Wireless Range Extenders. Today I’m taking a closer look at Tenda’s A301 Wireless N300 Universal Range Extender that is a solution for just such a scenario.
The Tenda A301 wireless N300 Universal Range Extender is designed to optimize and extend your existing wireless network to the furthest corner of your home. It delivers transmission rates up to 300Mbps, it features a wall-mounted design, smart signal indicators, and two external antennas.
The plug design allows you to place the Tenda A301 directly in any power outlet and enhance your wireless signals from there on. Whether your home is too big for your current routers coverage or you’ll want to enjoy your WiFi in the garden or on the porch, a range extender is a good idea.
You are already half way done with the setup when you have plugged the A301 range extender into a wall socket or extension cord. The built-in WPS button is the only thing that’s left to press once it’s ready. You’ll have to press the WPS button on your router first tho, but the setup guide explains all that in case you don’t already know it.
Tenda also included a manual setup option for the rare instances where the WPS should fail or your router doesn’t feature a WPS button and function. The sticker on the rear of the unit will tell you how to connect to the setup interface where you manually can connect it to your WiFi network as well as define various settings.
Tenda also added an LAN port to the bottom of the A301 and that allows you to extend the functionality of the device even more. For example, you could have a PC system located at the far end of your home that doesn’t have any wireless network card. Running a cable that far could be troublesome for several reasons and with the A301, you don’t need to.
Connect the PC’s LAN port to the A301’s LAN port and the system is connected to your wireless network without any further setup. For the PC, it is seen as a normal wired connection and the Tenda A301 takes care or the rest.
The Tenda A301 will work fine with any standard WiFi router and is capable of HD video streaming and gaming alike. I would, however, say that it’s mostly for web surfing due to the older standards used. The wireless range extender is using the 2.4GHz band and it is compatible with 802.11 b, g, and n devices. With just 300 Mbps at our disposal with maximum coverage, the N300 standard surely isn’t the fastest.
The WPS button is located directly on the front and it is surrounded by an LED field with four sections. The LEDs have two colours to show more details and are easy to recognize. It will show whether it has power, is connecting, how good the wireless signal is and also show when the LAN port is being used.
The two external antennas help with a better coverage over those who only have internal antennas. You can angle them up to 90 degrees, but they can’t be turned nor replaced with aftermarket antennas. It would have been nice if that would have been possible too.
The wireless performance of the A301 is rated for a max EIRP to route of 58mW and max EIRP to device of 98mW. The range is rated for up to 100 meters indoor and up to 300 meters outdoors. It is compatible with 64 and 128-bit WEP, WPA, WPA2, Mix WPA-PSK/WPA2-PSK wireless encryptions of AES, TKIP, and TKIP&AES types. Wireless Access Control is also included and so is MAC filtering.
Wireless transmission rate up to 300Mbps
Compatible with 802.11b/g/n devices
Supports WEP, WPA, and WPA2 encryption mechanism to enhance security level
Wall-mounted design makes it easy to deploy and move flexibly
2 External antennas & Range Extender Mode boost WiFi to backyard, porches, and garage
Smart Signal Indicator helps to find the most accurate location to place the range extender
Easily expand wireless coverage at a push of Range Extender button
Packaging and Accessories
The Tenda A301 comes in a small packaging that shows the basic information such as product name and image as well as transfer speeds on the front. We also see the Broadcom logo indicating that it uses one of their chips on the insides.
The rear of the package explains how easy it is to set up and you can also see which plug version it is at the bottom. Make sure you get the right one for your location or it might not fit into your outlets, at least not without adapters.
Inside the package is an install guide, wireless declaration an LAN cable and a small disk with a PDF version of the manual.
ASRock released an upgraded version of their tiny NUC mini PC, the BeeBox. The BeeBox is now available with a quad-core processor, 32GB eMMC SSD and comes bundled with a free copy of Windows 10. The BeeBox is also available in a new silver coloured version now on top of the black, gold, and white versions.
The new quad-core CPU is an Intel N3150 SoC and the NUC comes with 2GB DDR3 1600MHz, upgradeable to 16G. You can add plenty of storage despite the small 0.6l volume of the NUC. You can add both an mSATA SSD and a 2.5-inch drive, allowing you to reach 3TB storage and beyond in the near future with newer and bigger drives.
Beebox is the world’s first mini PC with a Type-C USB port and it is the only one to support triple monitor, H.265 decoding and 4K video playback through two HDMI ports and one DisplayPort. The whole system has low power consumption and is extremely quiet while powered on. It is nearly silent when run in Eco mode where it could be used for light tasks such as torrent downloading. So bedrooms aren’t excluded from the possible locations to place it. Another added bonus is the included IR control so you can control it from the couch or bed.
Have you made the switch to ultra compact systems somewhere in your home or do you still prefer the large systems with endless possibilities everywhere? Let us know in the comments.
Micro Servers are growing in popularity along with any other device that is shrinking in size while maintaining the performance power of the larger siblings, and it is no surprise. A great feature set, low power consumption, and a small footprint make them an optimal choice for enthusiasts as well as small and medium businesses. Giada announced their newest take on this market and it is called the GT400 MicroServer.
Giada’s GT400 MicroServer is a 4-bay storage system and it would be perfect for NAS systems as well as general Windows and Linux OS uses. It is built for low power consumption and 24/7 reliability and it supports RAID 0, 1, 5, and 10 modes for the installed drives.
The system is very power efficient thanks to the Intel Celeron 1037U dual-core processor with an operating frequency of up to 1.8GHz while it only consumes a mere 17W at max. And the Celeron is great at file tasks, quite a lot better than the Atom for example, making it a great choice. The built-in power supply can deliver up to 180 Watts, which should be more than sufficient no matter what drives you install. The chipset used is the Intel HM77
Connectivity is provided through dual Gigabit Ethernet, both Intel-powered. One is a 210AT and the other is an 82579LM. USB 3.0, USB 2.0, D-Sub VGA, and audio out connections are available on the rear while the front features a USB 3.0 port with hardware copy button.
The four drive bays are hot-swappable and lockable for security purposes and prevent accidental ejection. The system itself is cooled by a 75mm fan that is placed on the rear of the unit. The available LEDs include one for each drive, one for each LAN port, one for USB, one for Status and one for Power. A system buzzer is also included, making it a complete package for almost any scenario.
The GT400 is compatible with both Windows and Linux systems, allowing you to use the one that is best for your setup. Free NAS systems such as OpenMediaVault and FreeNAS would be the perfect choice for prosumers while SMB users most likely will go with a custom Linux or Windows Server version.
You can equip the Giada GT400 with up to two SO-DIMM DDR3 modules, but Giada didn’t specify a maximum amount. So, 16GB in two 8GB modules should work without trouble on this chipset and CPU. The GT400 also features an internal m-SATA SSD port for your system partition.
Giada also applied its own designed and patented JAHC technology in the GT400. JAHC, Active Hardware Control Technology, provides built-in capabilities for unattended operations such as auto power on when connected to power, or a scheduled power on/off.
The GT400 also has an optional enterprise-class wireless router function. With this feature, the server is equipped with an enterprise-class main control chip and 4 external detachable antennas. In addition to the 2.4GHz/5GHz dual-frequency technology, its maximum wireless transmission rate reaches up to 600Mbps. The professional and enhanced low-noise amplifier increase the wireless performance with better signal strength, penetration and stability performance.
Wireless networks have one big flaw and that is their coverage. The longer the distance, the slower the transfer speeds will get. There are two ways you can combat this, you can either get completely new equipment with stronger signals or you can get a wireless range extender to boost your signal. For today’s review, I’m taking a look at Netis E1 N300 WiFi range extender.
The Netis E1 is a very basic unit, both feature and design wise. It has the same shape, size, and design as the Netis Power over Circuitry kit that I reviewed not long ago and it would go well with that. Then again, the design doesn’t really matter here and it is very likely that it will be more or less hidden once set up. However, it is nice that it is a small unit and that it won’t take up so much space around the plug it is inserted into.
I personally really like this design and hope that Netis will continue it in future products. It reminds me both of a futuristic style that we often see portrayed with everything round as well as a flashback to the 60s and 70s. It’s a universal design that will fit almost anywhere.
The Netis E1 doesn’t feature the newest dual-band technology, but it rather relies on the older and very reliable 2.4GHz band with theoretical transfer speeds of up to 300 Mbps. The 2.4GHz band already has the advantage of a great coverage area and with a range extender like this you can let it reach into the furthest corners of your home.
The installation is as easy as it could be, insert it into a plug and press the WPS button on your router and the device. The two will pair and remember the settings. If that should fail or your router doesn’t have a WPS button, then the Netis E1 features a little web server where you can connect it to your WiFi network manually.
Netis built two antennas into the range extender, although they aren’t visible. The E1 has a maximum transmit power of 20 dBm and supports all common WiFi encryption standards.
Should you still run hardware that utilizes older standards than the IEEE 802.11n, then you don’t need to worry; the unit is of course backward compatible with both b and g standards.
A lot of people reading this will sit for a bit, look at their AC1200 or AC1900 router and think, this is to slow. But it doesn’t have to be and it can still be quite useful. The bandwidth here is plenty for both HD video streaming, video calls, email, calendars, and browsing.
Packaging and Accessories
Netis packed the tiny E1 N300 range extender into a little box and put all the basic information on the front along with an image of the range extender itself.
The rear of the packaging shows possible usage scenarios as well as the basic installation guide. It is so simple that it doesn’t require anything more than that.
Inside the package is a quick installation guide that will explain both the manual and automatic setup procedures and a declaration of conformity is also included.
For today’s review I am taking the TP-Link Archer VR900AC 1900 Wireless Dual Band Gigabit VDSL/ADSL Modem Router for a spin in our test area to see how well it performs, it surely sounds like a great device. While the Archer VR900 looks very similar to the Archer C9 that we reviewed not long ago, it’s quite the different device and it also sports some general improvements over the C9.
Most noticeable is the built-in modem that allows you to connect it directly to your phone line when using that sort of connection. There is no need to keep the old modem around and couple a router on the back of it in order to gain the features and functionality you want; The Archer VR900 does it all. It supports all current ADSL as well as VDSL formats right out of the box.
TP-Link didn’t just stop after adding the DSL modem to the VR900, they also made sure that it will work with pretty much any connection. At some point, and as it becomes available in more and more regions, there is a good chance that you’ll switch from your DSL line to a more modern Fibre optical connection. When you do so, you don’t need to replace the VR900 with something new as it also supports a direct WAN connection via the fourth LAN port. But once again, TP-Link weren’t satisfied with the connection options, so they made sure that you’re also able to connect it to 3G or 4G/LTE network via a USB dongle and the two onboard USB ports. All in all, there isn’t much that this router can’t do and connect to.
The TP-Link VR900 is an AC1900 dual-band router, meaning it can perform with up to 600Mbps on the 2.4GHz band and up to 1300 Mbps on the 5GHz band for a combined throughput of 1900 MBps. It has a great coverage thanks to the three 5 dBi omni-directional antennas. The wireless range and performance is further enhanced thanks to the beamforming technology that is applied on both wireless bands.
Inside the router is a 1GHz dual-core processor that makes sure that you don’t encounter any bottlenecks as the router has to perform its tasks.
The wireless bands feature the normal 64bit and 128bit WEP, WPA, and WPA2 encryptions for secure connections and the WPS button makes connecting devices as easy as it can be. The software parts feature everything from Wireless MAC filtering, QoS control, NAT Firewall, VPN, Virtual server and Port Triggers, as well as any other function you could want from a router. Guest networking and parental control is also present and both are great features to have around.
Packaging and Accessories
A great router like this also deserves a beautiful wrapping and TP-Link delivers that. The Archer VR900 has a simple yet very beautiful package. The front shows the device itself as well as providing all the basic feature information.
On the rear of the package, we find more details about the specific functions as well as a comparison table with other TP-Link devices. That way it’s even easier to pick just the right model when you’re visiting your local tech shop and have them all in front of you.
Inside we find everything we need to get it set up. The router itself and a power supply for it, two RJ11 cables and a splitter for your DSL connection, an RJ45 LAN cable, and the three detachable antennas as well as a quickstart guide and technical references.
A few weeks ago we discussed the possibility of Google announcing and releasing their second generation of the popular streaming hardware Chromecast. It would seem like those rumours have been put to rest with the official announcement of several pieces of hardware today.
Google Chromecast allows you to stream your media to any TV as long as it has an HDMI port to plug the Chromecast into and a USB port to power it. It would seem they want to take its strengths and make it better with the Chromecast 2. Now available in black, orange or yellow the new Chromecast is circular in design and supports 5GHz WiFi for that even faster connection, allowing you to stream 1080p with greater ease. Atop the new design the USB is now at the end of a cable, where the previous Chromecast plugged directly into the HDMI port, sometimes making it difficult to use surrounding ports or even plugging the Chromecast in. To help even more the new Chromecast will even feature 3 antenee which will be automatically selected and adapted to give you the best signal for streaming and recieving at any moment.
Alongside the Chromecast 2, Google have announced the Chromecast Audio, pictured above on the rights. A streaming device spercifically for your audio. Using the same principles that made the original Chromecast your favourite Google hope to catch your attention again with the Chromecast audio. With the ability to use either optical or standard headphone connections you can plug the Chromecast audio into almost anything with a sound input and have your phone stream your favourite songs from across the room.
Giada unveiled a new compact and completely silent Mini PC dubbed the F103D. The Giada F103D isn’t the average mini-PC, it is packed with the latest Intel Braswell N3150, N3050, or N3000 Processors with a max TDP of 6W as well as other great features.
The F103D is designed for digital signage and harsh environments, but I see completely different possibilities thanks to the features and specifications. Starting with the dual LAN, powered by two Realtek controllers, the F103D opens up for easy built custom routers and firewalls. This functionality is further increased by an optional upgrade with a WiFi module. It already has the antenna.
The system supports 4K video out at 30Hz via the onboard HDMI and it also comes with a D-Sub VGA connector. There are several COM ports as well as USB ports too. The unit also features 5.1 audio via the display out. You can mount one mSATA SSD as well as a 2.5-inch HDD or SSD in this mini PC.
It comes with 2GB memory onboard and that can be expanded with 2GB more with a DDR3L SO-DIMM slot. Further, you get an onboard IR module and IR sensor on the front, but the remote control is optional. The system is compatible with Windows 7, 8.1, and 10 as well as Linux. Android support is planned for 2016.
ASRock has come a very long way over the last years, moving from a budget company to a force that shouldn’t be dismissed, and that is proven again by the quite impressive Fata1ty branded Z170 Gaming-ITX/ac mini-ITX motherboard. Despite its size, it packs amazing features and a solid build quality.
The first feature to stand out on this little marvel is the native 4K 60Hz video output capabilities thanks to the HDMI 2.0 port. HDMI 2.0 was introduced quite a while ago, but its adoption has been more than sluggish. That also means that this is the first 100-series chipset mITX motherboard with just that feature.
Moving on and you’ll find anything else that you’ll want from a Gaming motherboard. ASRock added the Fatal1ty mouse port, Intel-based Gigabit Ethernet connectivity, and an 802.11ac wireless network card.
The Gaming-ITX motherboard features plenty of USB connections, ranging from USB 2.0 to USB 3.1, SATA3 ports, a single SATA-Express port. Other connections include a PS2 dual-port, onboard audio, a PCIe x16 Gen3 slot, and more. Hidden on the rear of the motherboard you’ll also find an ultra M.2 slot.
The motherboard is built on an 8-layer PCB and adopts an eight power phase design. IUt’s further built with Super Alloy and Gaming Armor design, such as the Premium 60A Power Chokes, Dual-Stack MOSFET, Nichicon 12K Platinum Capacitors, Hi-Density Power Connector, 15μ gold contacts and Digi Power.
ASRock didn’t reveal a global availability or MSRP price, but it can already be had in some regions such as Germany where it retails starting from €193.04. It surely isn’t the cheapest, but it’s also quite impressive on its feature list.
Today I’m taking a look at a somewhat different product than I am used to and that is a wireless home security camera. Security becomes a bigger and bigger issue for a lot of people and many would like to keep an extra eye on the home while they are away. The D-Link DCS-935L Home Monitor HD allows you to do just that and I’ll be taking a closer look at the hardware and software that comes along.
The mydlink Home Monitor HD, as it is known by as full name, allows you to monitor your home from where ever you are and see everything in full-colour high-definition 720p with sound, may it be from a computer, tablet, or a smartphone. The WiFi camera also comes with built-in night vision that allows you to see up to 5 meters in complete darkness.
One of the places that held many people back in the past and stopped them up from entering the world of do-it-yourself home security was the setup. It could be very complicated and require a lot of running of wires at the same time. That made people hesitate and they rather invested in a commercial and subscription-based security plan. Granted, a camera like this cannot do the same, but in return it can be set up by anyone and it only requires the initial purchase.
The DCS-935L WiFi camera is as easy to set up and connects to your Wi-Fi network, all it takes is the press of a button. Simply press the WPS button and you are securely connected to your wireless network at home. There is no need for extra and additional control hubs or other hard to configure interfaces and router settings.
The DCS-935L WiFi camera is part of the mydlink structure of smart home devices, allowing you to create your own smart home, all without a complicated setup. Those devices include music streamers, Wi-Fi motion sensors, Smart Plugs, and also the Home Monitor cameras as the DCS-935L.
Everything is connected through the mydlink Home app that is compatible with both Android and iOS-based smartphones and tablets. You can view the stream from anywhere you are connected to an internet connection, allowing you to always know what is going on in your home. You can also set the camera to alarm you when sound or motion is detected. Again, everything without complicated setup, installation cost, or monthly subscription charges.
The camera stand on the DCS-935L Wireless camera can be used universally in may ways, allowing you to place the camera in a convenient place and at the same time having it pointed where you want it to. You can turn and tip the camera and also hang it on a wall or ceiling that way. The rear of the stand features a cut-out to route the power cable through and still have it mounted properly.
Whether you want the camera to keep an eye on your kids or pets while you’re away, monitor for possible intruders, or something completely different, the D-Link DCS-935L could be a perfect choice. The smart hardware combined with the smart apps allow you to set up a smart home as easy as it rarely, if ever, has been seen before.
The specifications are taken directly from the manufacturers specification page and can as such be subject to change in possible future revisions of the product.
WiFi with easy WPS setup
720p HD resolution
Microphone for sound recording
Nightvision for up to 5 meters in full darkness
Motion and Sound detection
No charges, fees, or complicated setups
Monitoring from Smartphones and Tablets
Packaging and Content
The DCS-935L WiFi camera comes in a little box that displays all the relevant information about the product easy to read. Inside you’ll find a power adapter, the camera in itself, and manuals and guides that allow you to get started quick and easy.
The included power adapter uses a universal plug switch as seen below. Even if you bought it in a foreign market or traveling with it, all that’s required is a new plug part. Flip the old out, put a new in, and you’re done. These plugs are used on many power supply units and there is a good chance that you already have one or multiple of the same principle.
When we hear the phrase “US cop”, most of us probably think of a big guy hanging out in his police cruiser while stuffing his face with donuts and reading a boulevard magazine; we can thank Hollywood for that image. It is probably true that there are some of those too, but there are also some really bright people in the force.
An Iowa City police officer named David Schwindt has now invented a little USB gadget that can detect stolen gadgets by their Wi-Fi signals MAC address. The whole thing is rather simple and that is probably the beauty here. By using basic methods of publicly available data and comparing it with a database of stolen items, he’s able to not only detect that they are in range, but also in what direction they are located.
Officer Schwindt rigged a USB thumb drive with an antenna and cooked up his own software for it. Once connected to his squad car’s laptop, it is able to sniff out media access control addresses (MAC) within range and compare them to a database of stolen items.
MAC addresses are often called a burned-in address (BIA), an ethernet hardware address (EHA), or simply a “physical” address, because they are literally assigned (by the IEEE) and stamped into your network card by the company that manufactured your hardware.
Now, we all know that MAC addresses can be spoofed and often are for legitimate purposes as well as illegal. However, most people don’t think of that on their mobile gadgets as much as they do on PCs, and the L8NT gadget, as the author dubbed it, will most likely be highly effective.
The device has a range of 300 feet and a directional antenna can be attached to pinpoint specific devices located. The tool won’t be used to find the occasional stolen iPod or laptop and it won’t give the police access to personal or private information such as many other surveillance tools. It is more designed to find devices from larger series of break-ins and more bring down organized criminals that work in this field.
There will no doubt be cases where the officer’s L8NT system won’t work, but David Schwindt still has big plans for his device. It was developed as a proof of concept and he already got a provisional patent on the device and he is planning to apply for a full patent shortly.
NETGEAR has announced its latest flagship VDSL Router which features a dual-core 1.40 GHz processor and integrated DSL modem. Impressively, the device utilizes the first to market Wave 2 WiFi technology with Quad-Stream on both bands as well as Multi-User MIMO-capability. The Nighthawk X4S AC2600 WiFi VDSL/ADSL Modem Router (D7800) offers impeccable wireless, wired and USB performance whilst being backwards compatible with 802.11 a/b/g/n devices. In terms of its maximum quoted speed, the router can produce up to 2.53Gbps (AC2600 WiFi = 800Mbps+1733Mbps) wireless and Gigabit Ethernet speeds. David Henry, vice president of product marketing and engineering, NETGEAR Home Networking outlined the router’s appeal:
“If multiple people in your household are streaming HD Internet content at the same time, it’s very likely that the DSL modem router you get in your subscriber service package is not capable of supporting your bandwidth needs,”
“With the Nighthawk X4S AC2600 WiFi VDSL/ADSL Modem Router, you’ll take advantage of the fastest processor in a DSL modem router combined with the latest innovations in wireless technology for the best experience you can get today for streaming, gaming and file sharing.”
The router also employs Dynamic QoS prioritization which helps to optimize network traffic. Another neat inclusion is the NETGEAR ReadySHARE Vault software which makes automatic backups to any hard drive connected to the router. In terms of security, the router is protected by leading wireless protocols, has VPN support and allows you to setup a free URL to create your own private FTP server.
When it comes to pricing, the Nighthawk X4S will retail at an MSRP of $529 (AUD), £269 (GBP) and €299 (EUR). Currently, the device is available throughout Australia and coming to Europe in mid-September.
Thank you TechPowerUp for providing us with this information.
A family in Southboro, Massachusetts, is suing Fay School over accusations that its strong WiFi made their son ill. The plaintiffs, referred to only as “Mother” and “Father”, report that “G”, their 12-year-old son, suffers from Electromagnetic Hypersensitivity Syndrome (EHS), the same condition that afflicts Chuck McGill, brother of Saul Goodman (née Jimmy McGill) in Breaking Bad spin-off Better Call Saul.
G, who experiences headaches, nosebleeds, nausea, and other physical symptoms due to his condition, was exacerbated by the electromagnetic radiation from the School’s new WiFi set-up, the lawsuit claims. The suit seeks to force Fay School to either use Ethernet cables, disable the WiFi in G’s classroom, or shield the boy from the signals, while also seeking $250,000 in damages.
“We’re trying to work with the school,” said John J.E. Markham, II, the family’s lawyer of Boston law firm Markham & Read. “We’re still hoping to reach a resolution that will allow him to safely be in those classrooms.”
Whether EHS is a genuine medical condition, however, is a grey area. It is acknowledged by the World Health Organisation, but at present considers it as “not a medical diagnosis, nor is it clear that it represents a single medical problem.” More study into the mysterious condition is required before it can be truly acknowledged either way, but this could be key to the family’s lawsuit against Fay School.
Thank you Telegram.com for providing us with this information.