WeBoost Drive Sleek cellular signal booster review

REVIEW – Remember phone calls? With so much email, text and work messaging, many of us make far fewer calls than we used to. If you’re a car commuter however, you likely take a few conference calls while driving or even just rely on one of the hands-free assistants who all require connectivity for responding to your every whim. I’m in that camp and also have a couple of major reception trouble spots that routinely cause me consternation. Enter Drive Sleek from WeBoost with a solution that claims to work with all carriers and solve that exact problem with a complete system universally designed to fit most vehicles. Needless to say, something I was keen to check out.

What is it?

Drive Sleek is a complete signal booster kit for vehicles designed to increase reception to and from your mobile phones.

What’s in the box?

  • (1) Sleek cradle
  • (2) Signal booster
  • (3) Sleek outside antenna
  • (4) Power supply
  • (5) Cradle mount adapters
  • Instruction manual, Overview and registration cards
  • Adhesive mount disc for external antenna, velcro mount for signal booster (these not shown)

Hardware specs

  • Supported frequencies: 700 MHz (bands 12/17 or 13), 850 MHz (band 5), 1700/2100 MHZ (band 4), 1900MHz (band 2)
  • Impedance: 50 Ohm
  • Max gain: 23dB
  • Connectors: SMB
  • Cradle fit: Mobile phones 5.1 – 7.5″ tall

Design and features

As mentioned above, the Drive Sleek is a complete signal booster kit designed to fit as many vehicles and mobile phones as possible. Not the easiest task, but WeBoost has done a commendable good job of covering the bases.

The antenna is magnetic and gently but securely holds fast to most car bodies. They’ve included an adhesive disc should you need to mount to glass or something more exotic that’s not metal.

The antenna has a circular perimeter recess on the underside with exits at the compass points allowing you to orient the cable for as little cable showing as possible. Just choose your direction before you place it on the roof.

The cradle also mounts magnetically to a vent or adhesive mount to solve for most dash scenarios.

The ability to quickly disconnect the cradle from the mount and stash it when parking is pretty cool. Love the red hit showing you where the expansion section is before you start to slide it.

The power supply is a typical CLA (Cigarette Lighter Adapter), but with a flattened design and a really long cable in case you need to make a run from a 12V outlet at the front of your car. The built-in USB port may come in quite handy if that’s the setup you need.

The signal booster module has a long tethered cord with a port to connect the power supply on one end and the roof antenna on the other. All the cables are designed to be tucked away and out of sight.

Possibly the best feature is one that I can’t show visually. It’s that once everything is plugged in, it’s just on and working whenever your car is running.

Setup

Installing Drive Sleek can be very easy and quick if you’re installing the system temporarily or take a good deal longer if you’re trying to install it more permanently and want to be meticulous.

Here are the basics… Mount the antenna on the roof and route the cord inside through a trunk or door to the signal booster. Connect the power supply to a 12V CLA and the other end to the signal booster. Finally, run the long signal booster cable up to the cradle for your dash. If you’ve done this quickly for a road trip in a rental car (my first couple days of use), you likely have cables draped everywhere and will need to tuck a few of them out of the way.

As for installing more permanently, the order doesn’t change a whole lot other than taking stock of what makes the most sense for your particular car. Here’s how that worked for installing on my mine.

I placed the antenna on the right rear of the roof for a couple of reasons.

The antenna has a 6′ cable needs to be at least 12 inches away from any other antennas. My car already has the antenna in the center rear where I probably would have put the Sleek antenna, so I needed to find a different location. Putting it in the right rear allowed almost no visible cable and also helped add some visual camouflage the antenna near the end of the built-in luggage rack.

It would have also fit on the left, but there’s an accessory 12V outlet in the right rear. Easy peasy.

I looped the cord around the electrical for the rear window so that opening and closing the hatch wouldn’t tug on the antenna cord and then tucked it inside the roof lining before running over to the right side.

The signal booster is pretty slender, lightweight and already has hook velcro adhered to the back. The mating velcro with adhesive is included in the box if you need it. I found that the hook side actually gripped to the lining material of the trunk as is, so just found a spot up and under to keep this one out of sight for the nefarious types that like to peer into parked cars.

I used some zip-ties to secure extra cable lengths and then connected the antenna cord to the front of the signal booster. I only needed about a foot of cable to make the jump from the outlet to the signal booster. All good.

Next, you’ll want to figure out where you’re placing your cradle.  They include two magnetic adapters for finding a good location in your car. One is a vent mount which has the now-typical 4 finger claw that pushes into place.

The second is a ball-joint mount with peel-and-stick adhesive you can secure to a clean, smooth surface on your dash.

I opted for the dash mount. (Tip: Try to find a location that helps lock the vent into a position that prevents vertical motion and then allows the cradle to rest against the bottom).

The cradle’s cable is only about 4′ long which is long enough to get the connector end down between your seat and console, so you’ll need to run the signal booster’s long cable up to meet it with a connection that looks like this.

I was able to run mine underneath the rear trunk cover, under the back rest of the right rear seat and then down under the door step covers. I didn’t need to actually pry anything up, just kinda wedge the cables under and tuck them out of sight. I then connected the two cables under the front passenger seat.

Performance

A couple of weeks ago my son and I flew up for an Oregon/Washington college visit weekend that was going to have us clocking in some pretty significant miles and some good stretches of what was likely to be spotty cellular coverage. I brought Drive Sleek along to use in the rental car as I knew we’d be on the phone multiple times to relay new college info and answer lots of questions. The rental car was a Ford Explorer and I had Drive Sleek installed in about 5 minutes as we headed out far too early in the morning.

The phone goes into the cradle easily by placing the top edge of your phone under the top lip and sliding up until the bottom clears and enters the lower edge of the cradle. (This is an iPhone 6+ in the photo to show capability for larger phones and it easily had another 1.5″ of motion available.)

Adjustment is automatic with a super smooth slide and as long as your vent isn’t pivoting on you, it’s a one-handed operation. There are two recessed areas under the top cradle edge if your phone has a power button up top (nice touch). A little (but very bright) white light resides in the top left corner of the cradle to let you know the system is functioning properly and is at maximum gain.

So, how did it work for me? I use an iPhone X and my son has an iPhone 8. The reception indicators are shown as 4 bars where zero is no reception and 4 is all good. That said, these indicators are much more FYI and not great at actually showing what is really happening. In our case (having different model phones) I didn’t want to add any additional variables to the mix so the real test came down to making calls.

Throughout the trip, I was able to make and receive calls without trouble as well as ask Siri whatever it was I needed to ask. I did all the driving so my phone stayed in the cradle and I’d ask my son to look for restaurants and gas stops on his phone. We definitely hit a few areas where I would have 2-3 bars when he had 1. Again this isn’t conclusive, just anecdotal. We had a good 60+ minute phone call through a long, less populated stretch where my phone was showing a single bar a few times. This phone call never dropped, got fuzzy or hard to hear and I do feel that Drive Sleek was part of why.

We also drove through some pretty nasty rain conditions, as is common in the northwest from time to time. We did not see any issues with the external antenna or reception of my cloud-based music library. Nor was there any leakage past the trunk seal where the cable was routed. We finished the trip up with the feeling that Drive Sleek may actually live up to WeBoost’s claims.

Back home, there are two specific spots which have repeatable coverage issues and would help to prove that out. One is on the bay bridge on the way to SF, just before Yerba Buena Island. The second is at my kid’s high school in Oakland which somehow is an AT&T black hole.

For the bay bridge issue, I was able to make and finish phone calls through the trouble zone without dropouts. This is pretty impressive as phone calls typically just abruptly end where even the built-in streaming of our car’s entertainment system blacks out for this one 500 ft section. Similarly, at the high school, I was able to drive within the troubled area and have an uninterrupted phone call without any signs of audio trouble.

Overall, very positive results, but there are a few things to nitpick as I tend to do.

  • The white light on the cradle is fine during the day, but for night time driving it is very bright. There’s no control to knock it down or toggle a “night mode” so I’ll probably end up fashioning a little gaffer’s tape hood, or use some tinted transparent tape to knock it down a bit.
  • Would love to see wireless charging on the cradle. Phone calls and GPS apps kill batteries. Wireless charging here would just be the icing on the cake for the new crop of phones.
  • I’d also like to see the cable on the cradle be detachable. I would prefer to fully wedge the cable behind some panels on my dash and have it pop out just below to connect. This would also allow for someone to purchase a longer or shorter cable if needed.

What I like

  • Improved reception
  • Simplicity of the system
  • Design and function of the cradle
  • Magnetic attachment style of antenna and cradle

What needs to be improved

  • White cradle light is very bright at night
  • Wireless charging please (feature request, not a con)
  • Detachable cable on the cradle would be useful

Final thoughts

Drive Sleek is aimed at personal vehicles where one’s phone is mounted while driving. It’s well built, looks good and solves for most common mounting scenarios. The cradle itself is great and outperforms a lot of vent mounts I’ve used. As a system, it’s not inexpensive, but if you rely on your phone while driving for directions or work calls it may pay for itself quickly. It’s definitely worth a shot as WeBoost offers a 30-day money-back guarantee. Good luck!

Price: $199
Where to buy: WeBoost and Amazon
Source: The sample of this product was provided by WeBoost.

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WeBoost Drive Sleek cellular signal booster review originally appeared on The Gadgeteer on April 27, 2019 at 11:00 am.

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SureFire FURY IntelliBeam™ Auto-Adjusting Dual Fuel LED Flashlight

NEWS – SureFire has added to their already impressive lineup of tactical and rugged use flashlights with the Fury Intellibeam™ flashlight.

The Fury IntelliBeam builds upon the automatically adjusting light output of the previous Fury models and increases the maximum output to 1500 lumens.  The IntelliBeam system automatically adjusts the light output to the needs of your surroundings and can vary the output from 15 – 1500 lumens. The automatic adjustments free you from needing to fumble around to manually adjust the light intensity. For emergency use, the IntelliBeam system may be overridden to bring the full Fury of the flashlight.

The “dual fuel” aspect means that this light can use either two lithium 123a disposable batteries or a single rechargeable 18650 lithium ion battery. The kit includes a 18650 battery and charging cable.

 

Additional 18650 batteries are available for purchase for those who worry about running out of power in the middle of an operation / adventure.

The Fury IntelliBeam flashlight is constructed on aerospace aluminum which has been anodized to military specification to resist corrosion and abrasions.

Specifications:

  • Bezel Diameter: 1.39 inches
  • Length:  5.6 inches
  • Weight w/Batteries:  6.5 ounces
  • 123A Output: 15-1,100 Lumens
  • 18650 Output:  15-1,500 Lumens
  • Runtime:  up to 40 hours

The Fury IntelliBeam is available directly from SureFire and from authorized retail outlets. The Fury Intellibeam has a retail price of $219.00. Additional 18650 batteries are available for $16. You can find this flashlight with 4 extra CR123A batteries for $199.00 on Amazon.

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SureFire FURY IntelliBeam™ Auto-Adjusting Dual Fuel LED Flashlight originally appeared on The Gadgeteer on April 27, 2019 at 10:00 am.

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Yi Home Camera 3 review

REVIEW – If you believe what you see on TV, cameras are everywhere.  The police dramas regularly use surveillance video to get the bad guys.  We have also seen all the fun video on Facebook and Youtube from home cameras, catching the family pets, or the family themselves, doing cute, funny, and even dangerous things.

Yi (pronounced “Yee”) Technologies has a new entry in their line of connected cameras with the Home Camera 3.  Should you get one to capture your own set of internet-worthy videos? Let’s take a look.

What is it?

The Home Camera 3 (I will just use “camera” from here on) is a standalone 1080p Wi-Fi camera.  Yi also includes six months of cloud storage with subscription options available after that.

What’s in the box?

  • Home Camera 3
  • USB-A to micro USB power cable
  • USB power adapter
  • Cloud storage info card
  • Yi Technology contact card
  • Limited warranty
  • Instructions

Hardware specs

  • Dimensions: 4.3 x 5.9 x 4.3 inches
  • Weight: 9.6  oz
  • Resolution: 1080p (1920×1080)
  • Lens view: 107 degrees
  • Audio: mic/speaker full duplex
  • Wi-FI: 802.11 bgn
  • Wireless security: WEP/WPA/WPA2
  • Power: DC 5v/1A Micro USB
  • Video compression: h.264

Design and features

The camera is nicely styled and can blend into most decors.  I opted to put the camera in my garage. Here it is on a shelf by the entry door, pointing toward the garage door.

For reference, that yellow case is a set of screwdriver bits. At just over four inches tall, the camera fits almost anywhere. You can also see the small blue LED below the lens, indicating the camera is online.

The camera has a rotating mount, allowing you to rotate the camera a full 180 degrees, from flat, pointing up, to flat, pointing down, relative to the base.

And, that base has a magnet in it, so you can mount it to anything a magnet can stick to.

On the side, we find a microSD slot.

On the bottom of the camera assembly, we find the USB port for power.  This is a powered camera, so you will have to be relatively close to a 110V power plug. It is a little snug, getting the power cord into the port, but with a little patience, I got it connected.

Setup

After the unboxing, I installed the Yi Home app on my Galaxy S9+, and set up an account. I inserted my own microSD card into the slot on the camera and plugged in the camera.

The camera surprised me with a series of verbal updates and commands.  They were quite clear and made the setup very smooth. I didn’t get everything transcribed exactly, as the audio came as a surprise.  I will describe the gist of what the voice prompts conveyed.

As soon as I plugged in the camera, it welcomed me to Yi Home. It then reported that it was waiting to connect. In the app, I chose to add a new camera and provided Wi-Fi connection information. The app presented a QR code and the camera told me to put the QR code in front of the lens.  As soon as I did, it reported that the pairing was successful and that I could begin using the camera. I was impressed with how simple the process was, and how well the camera reported progress.  Nice work, Yi.

Performance

Initially, I installed the camera in my living room.  The 107-degree view allowed me to see from one side of the room all the way to the other. This is a screenshot from my phone.

The image quality was pretty impressive with a bright, clear image and accurate colors.

After thinking about it, I decided that I really wanted to be able to monitor my garage, so I relocated the camera to the garage. This is a downloaded snapshot from the camera.

Note that this is really tricky lighting. I have a retractable garage screen, so much of the time, there is strong light coming in, Still, the camera does a good job showing colors and overall detail. That green in the lower right is actually my shirt sleeve.

When you view alerts on your phone, they are segregated by day.

Items that you still need to review are highlighted in orange. You can also live-monitor the camera. When in that mode, you can use the microphone on the camera and on your phone to do full-duplex two-way conversations.

In the app, you can control a wide variety of camera options, like 180-degree image rotation, turning the camera status light on/off, whether to use the IR night vision light, whether you want to use the camera microphone (perhaps as a baby monitor), and if you want the audio to be in push-to-talk mode or full-duplex hands-free. You can also set up camera schedules and whether you want to use cloud storage or just the microSD storage.

Alerts are controlled by another large variety of option settings.  You can choose motion, sound or both to trigger the camera. In addition, they have logic included that detects human movement versus other movements. In my testing, lowering my garage door triggered as human movement, so that can certainly be improved.  Movement and sound both come with sensitivity adjustments so you can fine-tune the alerts to meet your needs.

Video quality is good, especially given my challenging lighting conditions.  Here I am heading out to pickleball in the morning.

Downloading video is a little finicky. The app is pretty specific about where you tap, and trimming the selected video, while available in the app, is pretty hit or miss.

Another issue is that the videos are not accessible in the app unless cloud recording is turned on. Without cloud recording, to view the videos – all mp4 files –  you have to pop out the micro SD card, put it in an adapter and pop it in your PC.  Then, you have to find the right video.  The mp4 files are in a folder called “record” and then subfolders named like <YYYY>Y<MM>M<DD>D<HH>H, so videos from 4/20/2019 at 11am should be named 2019Y04M20D11H, however…they aren’t.  Everything was exactly four hours ahead of my local time. I expect that they are labeled for GMT (Greenwich Mean Time), which is four hours ahead of where I am in EDT. My folder for that time was labeled 2019Y04M20D15H. The files themselves are labeled like <mm>M<ss>S<tt>.mp4, where mm is replaced with the minute within the hour, ss is replaced with the seconds within the minute when the video begins and tt is replaced with the duration of the clip.  It all sounds complicated, but overall it makes sense.  To find a video recorded on 4/21/2019 at 2:33:15 pm that runs 18 seconds, assuming no GMT offset, look in the 2019H04M21D14H folder for 33M15S18.mp4. Just remember to add the GMT offset for your timezone to get to the right folder.

Videos are saved in a rolling fashion, where the oldest recordings are replaced with newer ones as you run out of room on the micro SD card.  The number of days you can save will depend on how often the camera triggers based on our settings and the size of the SD card.  Mine triggers a lot since motion and sound outside the garage screen trigger it based on my sensitivity settings. With a 16GB card, I get about three days worth of recordings.  I should be able to expand that by lowering the sensitivity a bit to eliminate records of essentially nothing.

If you opt for cloud recording, six months of seven-day rolling cloud recording is included. After that, Yi offers six options:

  • 7-day rolling, 24-hour continuous for one camera – $19.99/qtr;$66/year
  • 7-day rolling, motion detection only for up to five cameras – $19.99/qtr;$66/year
  • 15-day rolling, 24-hour continuous for one camera – $9.99/mo;$99/year
  • 15-day rolling, motion detection only for up to five cameras – $9.99/mo;$99/year
  • 30-day rolling, 24-hour continuous for one camera – $19.99/mo;$199/year
  • 30-day rolling, motion detection only for up to five cameras – $14.99/mo;$149/year

One thing that I don’t like is the app’s insatiable demand for power. The first day I installed it, my phone battery was really low in the evening – about 15%. I usually have 30-40% at that point.  When I looked at what was sucking battery, Yi Home was right at the top of the list by a long margin.  Using the Yi Home app means that I can’t get a full day out of my phone without recharging. I opted to change the app management settings and allow Android to put Yi Home to sleep.  That solved the problem, but, I no longer get alerts from the camera until I open the app.  That kind of defeats the purpose.  Even today, when I have the app mostly sleeping but have opened it to write this, Yi Home has consumed 4.3% of my battery over the past hour or so.  Google Play Services is the closest at 1.5%.  This is kind of a deal breaker for me.

What I like

  • Nice design
  • Terrific setup process
  • Really good image and video quality
  • Comprehensive application with lots of customization
  • Free cloud storage, even though for only six months

What needs to be improved

  • Yi Home needs to be modified to stop eating my entire battery
  • Video download interface needs to be improved
  • Human detection needs to be improved
  • The timestamp on the mp4 files should match local time
  • Videos should be viewable in the app directly from the SD card and not require cloud services
  • The instructions should have some explanation about how the SD card and cloud services work – there is absolutely nothing about it

Final thoughts

Overall, the Yi Hime Camera 3 is a nice little camera. It was easy to set up and produces great images and video. But until the app can be modified to stop wiping out my phone battery, I will have to have the app sleep most of the time, eliminating much of the benefit of a monitored camera.

Price: $49.99
Where to buy: Amazon
Source: The sample of this product was provided by Yi Technology.

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Yi Home Camera 3 review originally appeared on The Gadgeteer on April 27, 2019 at 9:00 am.

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25 Top Examples of Incredibly Famous Celebrity Sites Powered by WordPress

Following on from our previous post, in which we listed over 50 Notable Examples of Extremely Famous Brands Using WordPress, we figured it might be a fun idea to also showcase a number of celebrity websites built with/powered by WordPress. Admittedly it may not be the case that any of these celebrities personally chose to… View Article

The post 25 Top Examples of Incredibly Famous Celebrity Sites Powered by WordPress appeared first on WinningWP.

What Is a Time-of-Flight Camera and How Does It Work?

When Huawei announced its P30 and P30 Pro models, the latest of its photography-focused series of phones, the time-of-flight camera carried the day. You’ve probably noticed this bit of hardware on more smartphones recently, and the trend isn’t about to stop there any time soon. But what is a time-of-flight camera, and how does it work? Related: Does a Phone’s Multiple-Lenses Camera Take Better Photos? What Is a Time-of-flight Camera? A Time-of-flight (ToF) camera is a standard feature appearing on several recently released smartphones. ToF cameras use the speed of light instead of sound to detect things and measure distances, ultimately creating sharper photos…. Read more