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Best video glasses 2018 – [Buyer’s Guide]Last Updated May 1, 2019
Best video glasses of 2018
The “Total” indicates the overall value of the product. Welcome to my website! If you plan to buy video glasses and looking for some recommendations, you have come to the right place. Now, let’s get to the gist of the matter: which are the best video glasses for the money? If you get well acquainted with these basics, you shouldn’t have a problem choosing a video glasses that suits your need.
Test Results and Ratings
Why did this video glasses win the first place?
The product is very strong. Its material is stable and doesn’t crack. I don’t know anything about other models from this brand, but I am fully satisfied with this product. I was completely satisfied with the price. Its counterparts in this price range are way worse. I really enjoy the design. It is compact, comfortable and reliable. And it looks amazing!
№2 – PogoCam: Tiny
Why did this video glasses come in second place?
The material is pretty strong and easy to wash if needed. I recommend you to consider buying this model, it definitely worth its money. This is a pretty decent product that perfectly fitted the interior of our office. Managers explained me all the details about the product range, price, and delivery.
№3 – Sunglasses Camera
Why did this video glasses take third place?
It doesn’t squeaks nor bents. Looks great in my apartment. I liked the design. We’ve been using it for 2 months and it still looks like brand new. It is inconvenient to use due to the size. I am going to get something different next time. A very convenient model. It is affordable and made of high-quality materials.
video glasses Buyer’s Guide
Sony PlayStation VR
Sony’s PlayStation VR is our current Editors’ Choice for virtual reality, offering the most polished and easy-to-use tethered VR experience with a relatively reasonable price tag. You can only play proprietary titles on it, like Resident Evil 7: Biohazard, but a theater mode lets you play any PSgame as if you were sitting in front of a large screen, and the VR games we’ve tried have impressed us.
Welders planning to observe the solar eclipse may or may not be in luck, as some welding filters will adequately protect your eyes from the sun. But, please, double-check to make sure that the goggles you intend to use are the right kind.
But the Vive still has the edge over the Oculus because, for our money, the room-scale tracking is that much better. The feature allows you to walk around a space that’s 4.x 4.5m big, adding another dimension to the feeling of presence that you experience while using it; you’re not just pressing up on an analogue stick, you’re using your legs to walk.
That’s if you have enough space in your real room, that is.
Room-scale isn’t as good
The experience is a bit different when you add a third sensor to the mix, but if you’re comparing apples-to-apples, we still believe the Vive does room-scale a heck of a lot better.
That being said, by being cheaper than the Vive, the Oculus Rift offers a very compelling mid-range virtual reality option for those with less space to spare.
What is it s it for? Short answer: professional drone users. The BT-300FPV Drone Edition is perfect for anyone who makes a living shooting photos and videos with a drone or uses one to inspect structures (e.g., wind turbines).
What is it
The transparent display, called a Glass Pod, is also removable this time around. That means you can detach the display from the included frames and use it with safety goggles or prescription glasses instead. s it for? Google Glass EE is strictly for business use, but that still covers a wide swath of professions. Anyone from factory workers to surgeons could use it. The only group it’s definitely not for is regular consumers.
Vuzix Blade AR
What is it? Vuzix’s latest entry in augmented reality is designed to look as unassuming as possible. These aren’t AR goggles; they’re smart sunglasses, and they feature a full-color display capable of mirroring almost everything on your smartphone in bright, vivid detail.
You control Varia Vision using a built-in touchpad. You can even use it with gloves, which is great for serious cyclists. s it for? Cyclists. You could probably find some other uses for Varia Vision, but it’s really meant to be used only by bikers.
Fat Shark Dominators are the quintessential FPV goggles.
Those who want to travel with their quadcopter or fit all their gear into a small backpack, those who care about their aesthetic while flying, those with neck problems.
The lens you can insert into these goggles can be tuned to provide an incredibly immersive viewing experience. Some goggles, like the Headplay HDs, offer a truly cinematic view that stretches into both sides of your peripheral vision. When combined with a wider-angle FPV camera, it feels like you are inside of the cockpit of your quadcopter.
Those on a budget, those want to wear glasses while piloting, those who value a more immersive experience.
Monitors are rarely used for FPV quadcopter racing, but do see a lot of use with the professional drone market as well as with flying FPV on other aircraft types. The reason is that FPV quadcopters like to fly fast, low and in between tight spaces. This type of flying requires that you see tiny details like branches or other obstacles which can be difficult to see on tiny LCD screens, especially with a bright sun muting out some of the colors.
Using positional trackers placed on a wall and hand controllers, the Vive supports whole body movement and gives you haptic feedback, so you can reach out and really feel like you’re picking up a physical object.
See our Gear VR hands-on review
If you wear glasses, many VR viewers don’t fit over the top very well, or can be uncomfortable for long use. Look for models that specifically advertise that they work with glasses.
Focus can also be an issue – though for some users, the focal adjustment can be enough to do away with the glasses.
Phone Gripping Method
Most common is car mount style adjustable gripper, which can handle a range of sizes, and give precise positioning. These work pretty well with a variety of phones, but can’t always accommodate cases.
Other methods include special slot loading mounts, or for the really cheap ones, simple cardboard flaps or rubberbands.
The cheap cardboard options are great to mess around with, but for extended use, a proper passed plastic model is best.
Avoid the plastic versions of the cardboard viewers – they are not worth the price increase compared to just buying a moulded plastic model.
Getting your prescription
People who examine eyes also often sell glasses. They don’t want to give you your prescription, because that will enable you to shop around. Tough: they’re required to. “Your eye care provider must give you a copy of your contact lens and eyeglass prescriptions — whether or not you ask for them,” according to the Federal Trade Commission.
Shop around by phone to compare prices from local optometrists, eyewear specialty shops, chain stores and big box outlets.
Brick and mortar stores
Note these stores all offer eye exams as well, so even if you’re not buying frames there, you can still get your exam. And you may not need a membership to the warehouse stores to get it, although you may need one to buy glasses or contacts.
Frame design. The foundation says
Studies have shown that enough UV rays enter around ordinary eyeglass frames to reduce the benefits of protective lenses. Large-framed wraparound sunglasses can protect your eyes from all angles.
WebMD says the next best choice is a really big lens that goes down to your cheekbones. You also want glasses that sit close to your face so that UV rays don’t leak over the top.
Lens color. You can minimize color distortion by picking gray, green or brown lenses, WebMD says.
In this article
Though not as soft as that of the Daydream View, the Gear VR’s padding feels high-quality. The straps are less stretchy than the Daydream View’s, which makes them feel more adjustable and secure. There’s a lens adjustment dial to accommodate different pupil distances, which the Daydream View doesn’t have. However, none of our testers complained about the lack of adjustment options while using the Daydream View.
Drop Dead, the controller transforms into a gun complete with trigger. But in Keep Talking and Nobody Explodes, you can’t actually reach out and manipulate the bomb with your hand like you can in an Oculus Rift. Still, its touchpad and trigger buttons are familiar inputs that feel natural to use. The extra two buttons and volume key, however, might be more confusing to a beginner than the Daydream View’s ultra-simple controller.
Flaws but not dealbreakers
The Daydream View is comfy to wear but has fewer apps and games.
The Daydream View has a slight sense of tunnel vision compared with the Gear VR, even when you’re using phones of the same screen size and resolution.
The Daydream View’s compact size comes at a cost. The field of view is noticeably smaller, giving a slight sense of tunnel vision compared with the Gear VR, even when you’re using phones of the same screen size and resolution.
The Daydream controller is a nearly oval device that fits in the palm of your hand. It has two buttons and a clickable touchpad, and like the Gear VR’s controller, it also tracks the approximate location of your hand, bringing it into virtual reality. In Mekorama (a puzzle game where you walk a robot through shifting buildings), you can reach out and manipulate the world as if it were made of building blocks. In Wonderglade, you can play miniature golf by swinging the controller like a golf club.
Frame size of goggles can vary depending on the size of your head and face, or what kind of style and look that you are going after. In the past few seasons large or oversized framed goggles have become increasingly popular.
OTG Goggles are designed to have a deeper, taller and wider frame to accommodate skiers who choose to wear their prescription glasses underneath their goggles. Some OTG ski goggles can have additional anti-fog devices such as an electric fan.
There is a lens offered for just about every light condition. The manufacturers VLT (Visual Light Transmission) refers to how much light enters the lens.
The higher the percentage the more light goes through the lens, the lower the percentage the less light filters through the lens.
The higher the percentage the better that lens will be for overcast or cloudy days, the lower the percentage the better that lens will be on sunny days.
Spherical Lens goggles have a lens shape that matches the curvature of your eyes to give you a less distorted field of vision, more peripheral vision and a clearer sharper view. Spherical Lenses are more expensive but give you the best optics.
Light conditions may vary throughout the day. Sometimes light conditions can differ from one run to the next. Different lenses are created to accommodate these changing light conditions. When it comes to swapping out a lens, some frames make it easier than others.
Anti-Fog Fan goggles have a battery operated fan that is relatively low profile designed to keep the air moving across the top of the goggles and in-between the lenses to give you the ultimate tool in combating fogging. This works great in OTG goggles and for any skier who has major problems with fogging.
Yes some goggles have a GPS located inside them that allows you to calculate your speed, check your air time and track how many vertical feet you have skied in a given duration of time.
Near-to-eye applications growing
The growing market for wearable devices requires a high number of small and lightweight displays for different applications in sports, medicine or at work. The global market for microdisplays expanded in the 1990s, mainly due to rising demand for projection applications, specifically front projectors and rear-projection TV (RPTV). Whereas RPTV significantly declined after 2005, other applications have arrived, mainly in near-to-eye (NTE) displays.
Due to the size, power, contrast and color-space advantages, NTE applications represent the largest opportunity for OLED microdisplays. This relates to both personal viewers (PV) and electronic viewfinders (EVF). As of today, there are three main markets for near-eye OLED micro-displays. The consumer market encompasses video and virtual-reality (VR) glasses and EVF; industrial covers augmented-reality (AR) smart glasses for logistics; defense market targets AR helmets for pilots.
Zeiss VR ONE video glasses. Courtesy of Zeiss.
The market is expected to grow significantly in PV applications, with major expected growth for see-through data glasses. The market analysis firm Tractica estimates that smart augmented-reality glass shipments will surpass 1million units between 201and 2020, while more than 200 million virtual reality head-mounted displays will be sold by 2020Consumer and enterprise segments will both drive sector growth, with additional sizable markets for industrial and sports applications.
Electronic viewfinders in cameras
In the past few years several leading camera makers including Sony, Panasonic, Olympus and Fujifilm released cameras — mostly high-end models that adopt OLED microdisplays for the EVF. In 201microdisplay unit shipments for electronic viewfinders were million, with million in 2013, according to a report from Insight Media in 2013The market should continue to grow significantly, with an expected shift of EVFs from primarily high-end cameras toward midrange consumer devices. There is also a market in EVF for digital video cameras and camcorders; however, this is expected to decline driven by a shrinking camcorder market and the use of direct view panels in high-end viewfinders.
Micro-projection in sight
Projection is still the major application of microdisplays. Due to limited luminance and luminous flux capabilities of OLED, the use of OLED microdisplays for front-projection has been limited. However, in 20the European Commission-funded HYPOLED project demonstrated OLED microdisplays in micro-projection, though full-color projection had only been feasible using a three-panel approach comprising three monochrome subpanels (R, G, B) and optical color-combining. Red and green monochrome micro-projectors worked quite well at limited luminous flux, but displays had to be driven at around 10000 nits (a nit is a unit of luminance equivalent to one candela per square meter). This significantly affected OLED lifetime.
The prominent emissive microdisplay technology on the market is OLED-on-silicon. A single-crystalline silicon CMOS chip provides the active-matrix circuitry to address and drive the millions of individual pixels. Since the silicon substrate itself is intransparent in the visible spectrum, a top-emission OLED setup is required. Today’s relevant commercial players in the OLED microdisplay market are Microoled in France, eMagin in the U.S., Sony in Japan and Olightek in China.
It’s worth noting that emissive microdisplay technology might be most suitable for so-called bidirectional microdisplay techniques, which combine both image display and image acquisition in a single chip. That’s mainly due to the fact that there is no intrinsic saturation of photodetectors embedded inside the microdisplay backplane caused by the external illumination of “modulating” displays, in contrast to the top-emission, though optical cross-talk inside the emissive microdisplay device should be factored in. Image sensor elements, for example, pn-junction CMOS photodiodes, are arranged in a fixed matrix/pixel pattern correlated to the image display pixel matrix/pattern. In a common case, both arrays have become intersected to each other; one photodetector pixel per one display pixel. Other design arrangements are feasible and should be adapted to the application. Moreover, optical crosstalk effects can be limited or avoided by design, driving scheme and technological means.
The term “microLED” refers to a variety of approaches that combine III/V-based inorganic LEDs with a silicon backplane, either monolithically or hybrid. Examples come from several startups and universities, including Ostendo, InfiniLED, LuxVue, Lumiode or the University of Strathclyde/the University of Edinburgh5.
Due to recent promising activities of III/V LED or RF/power component manufacturers to transfer III/V processes onto silicon-compatible 8-in. equipment for cost reasons, monolithic silicon-III/V hetero-integration — GaN-on-Silicon, for example — could become a competitive technology for emissive microdisplays in about years. Cost may be comparable to OLED-on-silicon over the long run, but some characteristics such as lifetime, high-temperature performance, spectral width and switching speed, could prove superior.
To address the challenges of high luminance operation, improvements are required in the current color generation approach by white OLED emission and absorption-filter color separation. To overcome this luminance/power-inefficient approach, monochrome subpixels featuring individual spectral emitters in red, green and blue could be a better alternative. That would directly benefit current and power efficiency, thus lifetime, and color space. For direct-view active-matrix organic light-emitting diode (AMOLED) displays, such an approach has been in large volume production at Samsung Display by shadow-masking or “fine metal masking,” but those and other patterning approaches currently exhibit a lower feature size limit at about 50 µm. The OLED microdisplay feature sizes in the range of µm or below have not been shown in a productive micropatterning process so far.
Microdisplay applications (green: OLED microdisplays established; turquoise: future markets for OLED microdisplays). Courtesy of Fraunhofer FEP.
Unfortunately, the high-resolution photolithography commonly adopted in microelectronics cannot be applied to OLED easily, since their photochemistry materials are going to affect the organic semiconductor materials due to their hydrophilic behavior. There are potential options to overcome this issue; for example, one way involves the effect of chemical orthogonality to a specifically adapted photochemistry for organic semiconductorsAlternative approaches could involve micro-shadow-masking, flash mask transfer lithography or electron beam patterning, the latter one to be presented by Fraunhofer FEP at SID Display Week 201in May. Yet any of those have to prove manufacturing feasibility for micropatterning for OLED microdisplays.
There are some cheaper options out there like the Eachine VR-00or the Quanum Cyclops, but you loose some great features and only save a little bit of money. We would suggest considering an omni-directional antenna for these goggles as it will help improve quality and range.
Eachine VR D2
The VR D2’s are a box style goggle with top level features. This kit includes a 5″ screen, diversity video receiver, and DVR at a very affordable price. The kit includes everything you need including a directional and omni-directional antenna. The included battery also comes with a charger. The only missing feature is an audio output. For those on a tight budget looking for something that lasts without plan of upgrading too soon, this is a perfect choice.
First of all thanks for reading my article to the end! I hope you find my reviews listed here useful and that it allows you to make a proper comparison of what is best to fit your needs and budget. Don’t be afraid to try more than one product if your first pick doesn’t do the trick.
Most important, have fun and choose your video glasses wisely! Good luck!
So, TOP3 of video glasses
- №1 — Sony VPLHW45ES 1080p 3D SXRD Home Theater/Gaming Projector
- №2 — PogoCam: Tiny
- №3 — Sunglasses Camera