Olloclip is well-known for its clip-on lens system for the Apple iPhone, though new at CES is the Olloclip Pivot, a grip for smartphones, cameras and GoPros. Todd finds out more from Patrick.
The Olloclip Pivot grip is a bit different from an ordinary handheld smartphone holder as it incorporates an articulating hub which provides 225° of rotation so that the camera can be positioned conveniently to capture the best shot, whether skating, boarding or simply at the beach. The Pivot is water resistant so can be taken swimming or snorkelling.
The Pivot holds smartphones between 4″ and 5.5″ wide, and also takes a GoPro. There’s an integrated cold shoe mount too for lightweight accessories like a light or microphone. Priced at US$49.99, the Pivot is available now. I want one!
In addition to the Pivot, Olloclip have a new set of lenses for the iPhone 7, including wide angle, fish eye and macro. The core lens set is US$100.
Todd Cochrane is the host of the twice-weekly Geek News Central Podcast at GeekNewsCentral.com.
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Smartphone cameras have developed incredibly over the past few years and broadcast quality video can be obtained from even mid-range phones. Audio can still let the side down as the built-in microphones simply can’t hear clearly from six feet away. To solve this problem, Samson Technologies have developed the Go Mic Mobile, a professional wireless microphone for mobile filmmakers, journalists, podcasters and vloggers.
Announced today at CES, the Go Mic Mobile will be available in with three different microphone configurations – dynamic handheld, lavalier and shotgun. The compact unit wirelessly mixes HD digital audio on two channels from up to 30 m away and connected via cable to both iOS and Android devices, the Go Mic can operate for up to six hours on battery power. For convenience, the receiver can be mounted on the back of a smartphone using the supplied bracket or fitted to the shoe mount on a DSLR.
“Our goal is to provide passionate creators with a wireless system that delivers superior, clean audio while on-the-go,” says Sean Meagher, Samson’s Director of Marketing. “The Samson Go Mic Mobile continues the evolution of our highly portable microphones as creative consumers like filmmakers and journalists increasingly demand more mobile options.”
For the techies, the Go Mic Mobile uses uncompressed, low latency audio and can operate up to 30 m on the 2.4 GHz frequency band. Frequency response is 10 Hz–22 kHz with a bitrate of 48 kHz which is better (in theory) than CD quality sound. The receiver also includes a switchable 1/8” headphone/mic output with volume control for monitoring or connecting to an analogue input.
The Go Mic Mobile is expected to go on-sale in May 2017 for US$199.
Samson are at CES 2017, Booth #21427 in the South Hall.
With the departure of Hallowe’en, it’s socially acceptable to discuss Christmas in the UK, though I suspect the USA has to get past Thanksgiving before giving in to the seasonal traditions. Recent years have the seen the rising popularity of Christmas jumpers (sweaters) revelling in fun knitted patterns. Jumping on this kitsch clothing are Flavr with a range of festive phone cases, riffing on the jumper styling.
The “competitively priced” flagship smartphone market got a little hotter today with the launch of Huawei’s Honor 8 smartphone in Paris. Priced at GB£369, the Honor 8 is moving into OnePlus’ territory and whatever you prefer, it’s good news for consumers buying unlocked phones who want power and style for less.
Regardless of price, the Honor 8 is one good-looking phone. It’s a glass finish and appears stunning in the sapphire blue which all the hero shots and promotional videos use. Of course, there’s a midnight black and pearl white if you prefer something plainer.
In terms of spec, the Honor 8 is an octacore HiSilicon Kirin 950 CPU with four 2.3 MHz cores and four 1.8 GHz cores, supported by 4 GB RAM, 32 GB storage and a microSD slot. The display is a 5.2″ full HD screen (1920×1080) with very slim bezels on the left and right. On the back there’s a fingerprint scanner which can unlock the Honor 8 in less than 0.4s. In addition, two SIMs can be installed if needed
The Honor 8 is powered by a 3000 mAh battery which Huawei say will deliver over a day and a half of normal use and still over a day with heavy use. There’s fast charging too which will charge to 47% in 30 minutes, though it’s not terribly clear if this is a proprietary fast charge system or not.
Cameras are impressive on paper with a twin 12MP cameras on the rear and an 8 MP camera on the front for selfies. The Honor 8 has a wide aperture mode that allows the focus to be adjusted after the picture has been taken.
Connector is USB C (but only USB 2 .0). The audio socket is retained too but the slight surprise is the inclusion of an IR blaster to control TVs and other AV. Takes me back to the days of the Palm III. Wifi comes in all the current flavours – 802.11ac/a/b/g/n, 2.4/5 GHz, and there’s also NFC.
That’s it for now – the Honor 8 product video is below and the launch event is over on Facebook. Pre-orders are being taken at vMall and there’s a voucher offer worth GB£69.99.
With luck, I’ll be getting my hands on an Honor 8 for a hands-on review, so more information then.
We often end up thinking we know the stories behind major and/or tumultuous events that happen during our own lifetimes. One of those revolves around the story of Blackberry. The rise of the iPhone is often thought of as the big downfall of Blackberry, the once wildly popular Canadian phone manufacturer from Waterloo, Ontario. Indeed, the iPhone was involved in Blackberry’s problems, but not in the way people commonly think it was.
For example, were you aware that Blackberry had two CEO’s? Not one, but two. This highly unusual two CEO arrangement may have served Blackberry well at certain times in the beginning, each CEO having his own respective strengths, but in the end it is generally agreed that this odd two CEO arrangement caused inevitable confusion and dangerous, very damaging paralysis as their personal relationship with each other dangerously deteriorated.
I take from this book that Blackberry happened to come along with the right thing at the right time – a device that could reliably and securely put email in the smartphone user’s pockets on early networks. Blackberry was driven to success by sheer market demand for their product, in spite of their missteps. Blackberry’s success was due in part to the fact that because of the way its system was constructed, it could reliably and securely handle email on highly bandwidth-starved networks. Its popularity started as a business device, and ended up with major consumer crossover demand.
A better idea came along – Steve Job’s iPhone. The iPhone essentially put an entire shrunken computer in the user’s pocket, and started a revolution that changed the face of the market itself. Even so, the iPhone didn’t inflict the most damage on Blackberry, but rather the iPhone concept.
The iPhone reached about 25% overall market penetration in developed markets when at the same time Blackberry was able to sell its less-expensive units into price-sensitive world markets that could not afford the high price of the iPhone. In essence, Blackberry was able to keep going even after the iPhone’s obvious success by replicating its early developed-market successes elsewhere in the world.
What inflicted the most damage on Blackberry sales was the incredible spreading dominance and popularity of Android, which could sell cheaper Android-based smartphones into Blackberry’s price-sensitive world markets, thus ultimately rendering Blackberry irrelevant.
Along the way, Blackberry made a couple of serious, self-inflicted missteps with Verizon that it never recovered from. Blackberry, which had been known at one time for rock-solid hardware, realizing it was losing market share, foolishly started selling faulty products into the marketplace that clearly weren’t fully developed and were highly unreliable.
If you enjoy these kinds of non-fiction books that tell behind-the-scenes stories of things that happened in your lifetime, I highly recommend you give this book a try.
A few weeks ago my trusty Samsung Galaxy Note 4 started acting weird, randomly rebooting at inopportune times. To make a long story short, on the second trip to a Sprint store the technicians determined that it was a hardware problem.
Since Sprint has no more Note 4 units available for replacements, their only alternative was to upgrade me to a Note 5. Ever since the Note 5 was announced, I didn’t want it. The Note 5 has no removable battery, and no Micro SD card slot. My plan was to keep the Note 4 and skip to the generation after the Note 5 that should be released sometime towards the fall of this year.
The free upgrade to the Note 5 does not affect the plan I’m on – I can still upgrade to the new Note (6 or 7, depending on what Samsung decides to call it) when it comes out. I was stuck, so I took the free upgrade.
Even though I was somewhat prejudiced against the Note 5, I have to say I’ve been quite impressed with it. The upgrade in overall performance and the snappy feeling of the device is tremendous. The other thing I’ve been amazed with is excellent battery life, which happens in spite of the improved performance over the Note 4.
The overall size of the Note 5 is physically smaller than its predecessor, yet it retains the 5.7” inch screen size. Samsung was able to achieve this by shrinking the bezels even further, particularly on the sides.
For some time now I’ve been using my phones to scan documents for work. I started doing this with a Galaxy S3. The process was faster with the Note 4. It flies with the Note 5.
My bank recently sent me a new chipped debit card, so I had to go through the process of logging in to various services to update my information. To my surprise, I was able to efficiently do all of this updating via the Note 5, mostly due to its speed and responsiveness.
Are there things a mobile device can’t do? Of course. For one thing, a 5.7” inch screen is too small for many tasks. Could I type out an article or record and upload a podcast on the Note 5? Yes, but the mobile form factor just doesn’t work well for these sorts of tasks – they cry out for a real computer in order to be carried out quickly and efficiently.
Smartphones have matured, yet there remains room for improvement. In my opinion, improved performance and improved battery life are the two biggest things that will induce me to consider upgrading to a new phone. Improved camera performance is always a nice thing to have, but camera performance alone won’t induce me to pull the upgrade trigger.
Styling and silly emotional gimmicks have diminishing appeal in a mature market.
OnePlus is launching the next model in its wildly successful line of smartphones on 14 June and its going to do the launch in VR, basing the event on an orbiting spacestation called The Loop. Although the fourth phone from the Chinese outfit, it’s going to be the OnePlus 3 following on from the 1, 2 and X. I’ve personally bought the 1 and 2 after falling out with the Nexus 5.
To support the VR launch of the 3, OnePlus gave away 30,000 Loop VR headsets with purchasers paying only for the postage. Of course there was a massive rush, but I managed to snag one and it arrived today. It’s been developed in partnership with AntVR, who launched a VR system through Kickstarter in later 2014.
Here are a few snaps.
I don’t have much experience with VR headsets but build quality is on the solid plastic side of things. The elastic headbands are adjustable and the lenses can be adjusted to three positions. I wouldn’t exactly say that it’s comfortable to wear but it’s probably what you’d expect from lump of plastic strapped to your face.
The smartphone slides in the front for the screen….and this is where it all came to a stop. How are you supposed to control the smartphone when it’s in headset? You can’t tap on anything as the phone’s on your head. Do you need a Bluetooth mouse or similar? The links to an AntVR app don’t seem to work and the OnePlus Loop VR is counting down to 14 June. I kind of assumed that Google Cardboard apps would work as common denominator on Android but no, that doesn’t seem to work either – I can’t seem to select any menu options.
Massively disappointed. All very much reminds me of 3D TVs….
I hope things improve once the OnePlus Loop VR app comes to life on 14 June but if any GNC readers want to educate me on the ways of VR headsets, please fill me in through the comments.
After interviewing Azoi at Gadget Show Live, the team there sent me a Kito+ to review. I’ve been using it to check my vital signs over the past few weeks. If you didn’t read or listen to the original interview, the Kito+ is a credit-card sized health tracker that measures heart rate (pulse), respiration rate (breathing), blood oxygen, skin temperature and ECG.
The Kito+ sends all the data via Bluetooth to a nearby smartphone or tablet which displays the readings in real-time. It’s even more impressive when you consider the Kito+ costs GB£100 (around US$140). The Kito+ can work as a standalone device with both Android and iOS smartphones and tablets, or it can be embedded into a case for the iPhone 6 series of phones from Apple. Let’s take a look.
The box opens up to show the Kito+ on the left with the iPhone cases and charging adapter on the right. Beneath the lids are instructions and a USB cable. There are two sizes of iPhone 6 case included, one for the standard iPhone 6 and one for the Plus versions. The magnetic charging adapter snaps into place and the micro-USB cable powers it up. Fully charged, the Kito+ is good for a whole month of tests.
Turning to the Kito+ itself, it’s flat on one side with the sensors and buttons on the other. There are four sensors, an “on” button and two contacts for the charging adapter. The Kito+ is easy to use – simply hold in two hands with thumbs on the flat side, forefingers on the big shiny metal sensors and index fingers on the lower two smaller sensors.
As mentioned earlier, the Kito+ sends data to an app for processing, display and recording. It’s a straightforward app without too many bells and whistles, but it does have some good touches, such as being able to email your data to a doctor or physician.
When starting the app, you can either login to track your stats over time or you can go without a login, which is handy if you want a friend to try the Kito+. Once in, the next step is to press a small button on the Kito+ to prep the link between it and the smartphone. I found that occasionally this step didn’t always work but turning Bluetooth off and on again usually resolved it.
When successfully connected up, the smartphone shows how to hold the Kito+ and then moves into the measuring mode. This shows a real-time ECG graph and other figures as they are acquired over around 30 seconds. When the measuring phase is done, you can review your vital statistics.
I can’t comment on the accuracy of the figures or the ECG but they seemed to be in the ballpark when I tried to measure my own heart and respiration rate. The blood oxygen measurement didn’t always succeed and it seemed very dependent on correct positioning of fingers and no movement during the test period. However, all the other measurements recorded correctly every time and I never had any figures that were so outlandish as to be unbelievable.
If you are logged into the app as an individual , the data is saved against the date and you can review your historical measurements if desired.
Overall, I think the Azoi Kito+is a great little device, especially considering the price (GB£100). I can see a number of potential users, from athletes and sportsman, or people who have a heart condition that can use the Kito+ under the guidance of a physician. I’m not medically trained so any docs who read GNC should chip in with comments on their view of the Kito+ and its potential.
For a full unboxing and demo run, there’s a video below. Thanks to Azoi for supplying the Kito+ for review.
In the last of my interviews with participants in the British Inventors’ Project, I’m with Avril from Ding Labs and their Ding Smart Doorbell. She tells me more about it.
At first glance, the doorbell looks the part, dressed in “on trend” minty green. Broadly, there are two parts, the Ding Chime and the Ding Button. Obviously the Button goes outside by the door for visitors and pressing the Button will ring the Chime. In addition to ringing the bell, Ding will make a voice call to the owner’s smartphone so that a two way conversation can take place between the caller and the owner.
The Ding Chime connects via WiFi to the home network and in addition to connecting to a smartphone, there are other communication options such as a text message or a call to a land-line. It’s intended that the Ding Chime will be an easy user fit.
The Ding Smart Doorbell is still under development but the team are aiming to keep the costs down to around GB£100. A Kickstarter is expected in September with delivery in April 2017.
We’ve all seem people walking while staring down at their phones, even resulting in some hilarious videos. Even one that went viral a while back when a surveillance camera captured footage a woman in a shopping mall falling into a fountain while staring at the device in her hand.
Now a city in Germany thinks it may have found a solution, or at least a partial one. The town of Augsburg is embedding traffic lights in its sidewalks in hopes that pedestrians may notice while looking down and then not walk out into traffic.
This comes on the heels of a report that showed that 17 percent of pedestrians use their smartphone while in road traffic. To nobody’s surprise, it’s the younger generation that is affected by this phenomena the most. The study also reveals that Amsterdam has the lowest statistics, while Stockholm the highest.
The reports points out that “Across all cities and age groups, just under 8 percent of pedestrians were seen texting while crossing the street. A further 2.6 percent made calls, and around 1.4percent did both at the same time. Around 5 percent wore earplugs or headphones without speaking, so were probably listening to music. As expected, younger pedestrians tended to use their smartphone more frequently than older ones, with use being most intensive in the 25-to-35 age group at 22 percent. Gender-specific differences were apparent: While texting was most common among female pedestrians, men listened to music much more”.
Security firm Sophos points out that “Augsburg’s new pedestrian lights — which the city’s just trialing, at this point — eight LEDs begin to flash red when a tram approaches”.
We’ll see how this works. If it’s effective then we may see it implemented elsewhere, both in Europe and perhaps in the US.