Augmented & Virtual Reality Confabulation
What Augmented Reality and Virtual Reality developers are talking about
During the Oculus Connect 4 keynote, Facebook CEO Mark Zuckerberg revealed a stand-alone VR headset called Oculus Go. It won't require an inserted smartphone, nor will it need to be tethered to a parent PC.
The post $199 Oculus Go delivers stand-alone VR with no phone or PC needed appeared first on Digital Trends.
LG Electronics has unveiled it’s first virtual reality (VR) prototype headset at GDC in San Francisco. It is being shown at Valve’s GDC booth. The LG prototype is described as being ‘Designed to deliver a high fidelity, next generation VR experience’.
During the show, LG said they “will meet with developers to gather feedback on the device as part of its move towards the building of commercial units.” Pricing, launch dates and territories have not yet been announced, but LG said they will “be available at the later date”.
It is currently unconfirmed if this means that HTC’s exclusivity period for producing the Vive headsets is now over. Valve did release a press release on the matter confirming that, amongst other things, we can expect the headset to be featured at GDC 2017:
“LG Electronics will unveil its first VR HMD prototype at this year’s GDC in San Francisco, CA. Being shown in Valve’s GDC booth, the LG HMD prototype is designed to deliver a high fidelity, next generation VR experience.
During the show, LG will be meeting with developers to collect feedback and impressions as part of its effort to define the first commercial units. Pricing, launch dates, and territories will be announced at a later date.”
It was also noted on Twitter by Valve VR developer Chet Faliszek that “We are expanding the world of @SteamVR with our friends at LG.”
VRFocus will give you further information on this once Valve, HTC or LG release a statement.
LG Electronics USA. (PRNewsFoto/LG Electronics USA, Inc.)
Last September we reported on the fact that Qualcomm was launching their own VR development kit with the ability to deliver standalone VR. What made the VR 820 so compelling was that it had 6-DoF tracking as well as integrated compute (Snapdragon 820) which was on par with all the latest flagship phones. It even had support for eye tracking, which we now know was through a partnership with none other than SMI. However, there was one thing that was missing, hand tracking. In fact, Intel was already demoing hand tracking this year at CES with their Project Alloy prototype.
Anyone that has used mobile VR knows that controllers are nice, but unless you can ‘see’ your hands and interact with your surroundings with your hands, the immersion is lost. HTC and Valve do this with their Vive controllers that are super low latency and extremely accurate and Oculus does this with their touch controllers and their extremely natural ergonomics. When it comes to mobile, in many cases you’re either stuck with a Bluetooth gamepad on Samsung or a controller like the Daydream controller which simply put isn’t good enough. Thankfully, the team at Leap Motion have been working tirelessly to deliver hand tracking and late last year launched their much more compact hand tracking solution specifically aimed at mobile form factors.
Now that their technology has been miniaturized, it can be integrated into platforms. One such platform that’s launching at MWC and GDC (since both shows are happening simultaneously), is Qualcomm’s new Snapdragon 835 VR development kit. This new Snapdragon 835 VR development kit features a 2560×1440 AMOLED display, 6DoF tracking, eye tracking, foveated rendering and many other performance and power saving features. This system is essentially an upgrade over the Snapdragon 820 developer kit that Qualcomm launched at IFA 2016. The real improvements are increased performance, power savings and support for Leap Motion. While we don’t quite yet know the performance of the Snapdragon 835, the expectations are that it will be quite a bit faster on the GPU than the Snapdragon 820, which is a blessing for VR. The Snapdragon 835 VRDK is expected to be available in Q2 through the Qualcomm Developer Network. This device is really designed to help developers optimize their apps for the Snapdragon 835 HMDs that are due out in the second half of this year.
In addition to announcing the partnership and support of Leap Motion and a new VR development kit based on Snapdragon 835, Qualcomm is also announcing an HMD accelerator program. This program is specifically aimed at accelerating the time to market for HMD manufacturers, which has been an issue for some companies. The program is designed to help HMD manufacturers reduce their engineering costs and time to market so that they can seed the market with these HMDs faster. Part of this program utilizes the newly announced Snapdragon 835 VR HMD and will connect OEMs with ODMs like Thundercomm or Goertek, the two leading HMD ODMs in the world. The program is designed to help OEMs modify the reference Snapdragon 835 VR HMD and enable pre-optimized features like SMI’s eye-tracking and Leap Motion’s hand tracking.
These three announcements are very closely intertwined and show where mobile VR and more specifically standalone VR is going. Mobile VR itself will still benefit from the advances that result from these new developments, however standalone VR is currently the focus of this platform. The interesting thing about the mobile industry and players like Qualcomm is that they can iterate so much more quickly than their PC counterparts that we are seeing mobile HMD feature sets leapfrog PC. The fact that the Snapdragon 835 VR platform will support both eye tracking and hand tracking is huge because both of those are natural interfaces. Combining hand tracking, eye tracking and voice recognition into a single device means that a user can naturally interface with their VR HMD without ever needing to touch anything. Ultimately, hands free VR is the holy grail and I think that Qualcomm has brought us one step closer to that reality.
Disclosure: My firm, Moor Insights & Strategy, like all research and analyst firms, provides or has provided research, analysis, advising, and/or consulting to many high-tech companies in the industry, including Google, Intel, Qualcomm and Samsung cited or related to this article. I do not hold any equity positions with any companies cited in this column.
Tagged with: GDC, GDC 2017, HMD, leap motion, MWC, MWC 2017, odm, OEM, qualcomm, snapdragon, Snapdragon 835, VRDK
My home office isn’t the most organized place on the planet. To my left is my Blue desk microphone, which lets me record sultry smooth audio for stuff like this Resident Evil 7: Biohazard video review. To my right is a printer, but I have to unplug and move it off my desk if I want to set up extra Oculus sensors to use Touch. I’ve got my base stations set up in opposite corners of the room for the Vive. On the ground to my right, in a muddled heap, are the Vive headset, my audio headphones, the Rift headset, two Touch controllers, two Vive wands, and a bunch of cords.
Meanwhile, the living room is very nicely maintained. I’ve got the PSVR on a great Power A display dock with two Move controllers and a DualShock 4 (all charging) right next to the couch, the breakout box cord is stuffed into the entertainment center (where the PS4 Pro lives) when not in use. It’s very tidy. My PC area admittedly lacks that sort of organization, which is why this VR hardware display and charging dock from VRGE is particularly appealing.
We’ve seen a few different charging dock prototypes in the past, including from Nyko, but they lacked the polish, versatility, and sheer functionality of this offering from VRGE. You can tell from the video above and their Kickstarter page that they’ve mostly thought of everything.
You can order variations that are designed for either the Rift, Vive, or PSVR, and each edition has a spot to place the headset and its accompanying gamepads or motion controllers. The cord slides through the slit in the front, the headset rests in the middle, and the controllers stand on the sides. USB dongles are fed into the units for easy charging all in one spot.
Best of all is the creators even provide mounting hardware with each charging dock so you can neatly mount it on the wall next to your desk instead of taking up a big chunk of precious space. For a proper office or game studio it wouldn’t be as big of a deal, but at home, every inch of desk space feels like a rare commodity these days for me.
The folks at VRGE sent UploadVR two production prototypes, very similar to the ones shown in the video above, and I can thankfully report that it exceeded my expectations. It’s hard to judge build quality from a video, but the units were extremely sleek and attractive. They feel much weightier than they look, which is great considering they’re designed to support relatively hefty and expensive VR HMDs. The rubber feet on the bottom kept them still on my desk when not in use and the wall mounting process was very simple.
If you only have a single headset it’s a great choice if you’re not interested in a head bust for display. If you have multiple and want to wall mount your setups, then these are by far the best options available. As of the time of this publication, the Kickstarter still has 7 days to go and it’s sitting at just about half of the $30,000 goal with approximately $15,000 raised.
We don’t report on a lot of Kickstarters at UploadVR, but since this one is already such high quality and the production prototype feels close to a consumer product, we can’t help but recommend these charging docks.
Tagged with: charging dock, HMD, kickstarter, station, VR, vrge
Being told that something is impossible often is the best motivation to make it so, and that seems to be exactly what is happening with the VR and AR industry.
Earlier this year at Oculus’ developer conference, Oculus Connect, the company’s Chief Scientist, Michael Abrash, stepped on stage to present his predictions for the near term future of VR and AR. Things like eye tracking, wireless desktop hardware, and more he says are still many months to a number of years away – but that sure isn’t stopping folks from trying hard to prove them wrong. The team at Pimax are some of those folks.
Previously, Pimax released a 4K-mobile based VR headset solution but next week at CES, the company will unveil a headset that it claims has 4k per-eye resolution (2x 3840*2160) and a 200-degree field of view – something that Abrash stated wouldn’t be around until 2021. The headset is said to hit sub 18-millisecond latency, and it appears it will also feature positional tracking and hand tracked controllers with what appears to be an amalgamation of Valve’s light house tracking technology and Oculus’ camera based solution.
Now, stats are great and all, but this is CES – land of the vaporware – so we aren’t planning to hold our breath that this new contender will accomplish this feat in a way that provides an excellent experience.
According to the company the headset will use two 4K LCD screens to achieve this resolution, a possible red flag for those who follow the industry closely. Each of the major VR headsets currently use an OLED screen for a number of reasons, including higher speed pixel switching times which help prevent ghosting in the display, deeper black levels, and low persistence which reduces motion blur. In a lot of ways OLED displays are better optimized for a VR experience, though Pimax claims to have made a “breakthrough” in LCD display tech that will improve its response time. We will be sure to report back on this when we get our hands on with it next week.
Low persistence vs Full persistence (Source: ExtremeTech)
As for the field of view (FOV), we look forward to seeing how well executed the optics are. Typically there are sacrifices that come in the optics world when you want to achieve clarity and wide field of view in harmony, want to make it extra wide? Be prepared to see some deep circular reflections in the fresnel lens. That is something we saw in early prototypes of another wide field of view headset – Star VR. If Pimax has managed a lens solution that brings wide FOV with clarity and without artifacts – that would be a massive improvement in immersion, bringing more of the peripheral view in which can be very important for the brain’s ability to recognize things like speed.
Finally, running a VR headset at the current resolution at the required 90 frames per second is tough enough on modern hardware as is – 4k per eye? You’re going to need some kind of super computer. The price point on the hardware to run this headset will likely keep it off consumer shelves for a while unless the team has something miraculous up their sleeve.
So, its not to say that we aren’t excited for this product, just that we cautious about letting the hype go too far on this headset, sight unseen.
Last month it was revealed that TPCast will be releasing an accessory that could make VR headsets wireless, and then earlier this month we were able to assuage our own doubts about the product in an impressive hands on test. And TPCast isn’t the only product vying to cut the cord, a small YC-backed startup Rivvr also is planning to show off a solution at CES this year. It appears we are on the cusp of the next stage of technological innovation in the VR and AR field in 2017, potentially leading up to generation two headsets in 2018 – things are about to get (if you can believe it) even more interesting in the VR and AR industry in the next twelve months.
Tagged with: 4k, CES, CES 2017, Chinese, chinese hmd, HMD, pimax, VR, VR Headset
Earlier this month Sony launched its PlayStation VR headset into the wild, sporting a large launch lineup of games from the pulse-pounding competitive shooter, Rigs, to the white-knuckle racer, Driveclub VR, and an excellent assortment of smaller games such as Thumper, Bound, and SUPERHYPERCUBE. There is assuredly something for most everybody on PS VR already. And it appears that diversity and quality has translated to strong popularity thus far.
“PS VR is off to a great start at GameStop, having already exceeded our early expectations,” senior VP of merchandising Bob Puzon said in a press release. “Due to the popularity of the system with our customers, we have received additional units for holiday.”
For anyone that’s been paying attention, the surge of demand should come as no surprise. Not only did PS VR sell out at GameStop faster than any other hardware of all-time, but it’s already been hinted to be in the “many hundreds thousands” range to date in terms of total sales. After the headset released, coverage from media outlets nearly doubled that of the Rift and Vive.
The press release also indicates that “demand remains high” for the unit, which should help to spur adoption and market growth into next year. As it stands, Sony’s flagship headset is in a great position to drive mainstream adoption of VR.
PlayStation’s VP of Marketing views the headset as a step towards achieving the “holy grail of gaming,” and while we are definitely fans of the device, it isn’t quite there yet. Whether or not they can sort out the often pesky tracking issues and continue to deliver on the promise of consistent, high-quality software will be the biggest signs of whether or not the HMD has what it takes to go toe-to-toe with its more powerful, but much more expensive, rivals in the HTC Vive and Oculus Rift.
h/t: Daniel Ahmad and GameSpot
Virtual Reality headsets might seem almost dime a dozen today, but nobody had had access to a 4K, 120Hz model just yet - unless you've played with Onix VR's Pulsar prototype. The VR startup plans to launch its high-end VR HMD in 2017.
The post Onix VR thinks long term with its high-end, 4K Pulsar headset appeared first on Digital Trends.
Did you know that the PlayStation was born from a botched business deal with Nintendo? Sony and Nintendo were all set to release a collaborative game system known as the SNES-CD back in the 90s as an add-on device for the Super Nintendo. The deal went south, we were eventually treated to Zelda-based nightmare fuel via Nintendo’s replacement deal with Philips instead, and Sony eventually went on to create the PlayStation as a result. The best-selling console of this generation, the PlayStation 4, which has moved well over 40 million units since release in 2013, was all made possible by the Big N’s change of heart over 20 years ago. Funny how that works out, isn’t it?
Sony helped usher in the era of disc-based console games on the PS1, added DVD-playback support to the PS2, built the PS3 using the now-dominant Blu-ray disc format, and is once again at the forefront of technology with their rapid adoption and ferocious endorsement of virtual reality. Next week, the PlayStation VR headset (formerly known as Project Morpheus) will release to the world on October 13th and tens — perhaps even hundreds — of thousands of gamers will have their hands on a device with the power to transport them to fantastical worlds never before possible, all from the comfort of their tried and true PlayStation 4 game consoles. No beefy, expensive PC required.
Timeline of PlayStation hardware since 1995.
That may seem a bit long-winded, but that was intentional. The “Reviewers Guide” for the PlayStation VR headset Upload received from Sony a week ago includes a timeline (shown above) of the console manufacturer’s history, including blips for not only the PS1-PS4, but the PlayStation Eye Camera, the Move wands, and more. It’s been a long time coming and now Sony is finally putting all of its wacky peripherals to use in one immersive experience.
The PS VR headset is admittedly weaker in power than its higher-end competitors, the Oculus Rift and HTC Vive, but its also more affordable and is squarely focused on the established marketplace of PlayStation 4 console gamers. A defined market with ease of access shouldn’t go understated.
Now that we all know of what’s inside the box, it’s time to see how it all shakes out once it’s actually on our faces.
The standard, core PS VR unit box.
Here’s what’s inside. Click here for our full unboxing.
The PlayStation VR is relatively easy to setup. For the sake of simplicity, I’ll assume you already own a working PlayStation 4 that you use on a semi-regular basis if you’re reading this review. If you don’t and you’re woefully unaware of how home video game consoles work, let me break that down for you: you plug it into the wall, then into your TV. Probably into your modem or router directly as well. That’s pretty much it.
Back of the PS VR Processor Unit.
Once your PlayStation 4 is up and running, it gets a tiny bit more complex. Inside the PS VR packaging you’ll find a little breakout box, called the Processor Unit, that looks like a miniature PlayStation 4. One end of this unit you’ll plug it into your TV — essentially moving the HDMI cord from the back of your PS4, to the back of this device. Then you’ll also hook the device to your PS4 using another HDMI cord.
From there, you just plug the unit into the wall for power, then plug the headset into the other side to complete the connection. All of the cords are labeled clearly and it’s a simple system. The most complicated part is just making sure your cable management is good, since all of the added wires can lead to a lot of clutter. I set my breakout box directly on top of my PS4, but you’re free to place it somewhere else if you’d prefer.
Size comparison between a standard PS4 (right) and the PS VR Processor Unit (left.)
It doesn’t stop there, though, as you’ll also need a PlayStation Camera for the headset to function at all and the core unit packaging does not include one. A different, more expensive bundle does, or you can purchase one separately. If you don’t have one already, it just plugs into your PS4 system directly and sits on top of your TV. It’s relatively hassle-free overall. The box includes detailed instructions for setup if you get confused and there are already videos online.
Following that assortment of wires and cables, you can finish the setup process with a bit of software bootup. Click through the prompts on your screen and you’ll eventually start the calibration process. This is where things can get a little tricky, as Sony actually recommends sitting approximately 5-feet away from the camera with up to 5-feet of space behind you. This is partly to ensure you don’t hurt yourself by moving around blindly, but also partly due to the necessities of the camera to make sure it doesn’t get confused trying to keep up with your movement.
After all that, you’re good to go. The PlayStation 4 will handle updates, so downloading and installing new firmware isn’t necessary.
Front-facing view of the PlayStation VR headset.
When compared to the Oculus Rift and the HTC Vive, the PlayStation VR looks similar at first glance. There is a large hunk of material on the front that obscures the face of the user almost entirely, delivering a design that’s reminiscent of science fiction literature and films from years’ past. Sony continued that lineage — especially considering its original Project Morpheus moniker — and even made sure to include some fancy LED lights right on the headset itself.
However, the biggest difference between this and other headsets on the market is that it’s based on a headband design, rather than a strap that clamps the unit to your face. In the case of the Rift and the Vive, you’ll use a combination of velcro straps to tighten and loosen the headset to your face, with a cushion covering you that can often be difficult to get just right. As someone that wears glasses, it’s often uncomfortable and frustrating to use those headsets for more than a few minutes. I’ve discovered ways to make them feel comfy, but it’s not always easy.
In the case of the PS VR, you simply place the ring of the headband on top of your head, slide the back part downward so it sits on your cranium at an angle, with the forehead pad gently resting atop your face. The material feels similar to a reptile’s skin, but it’s much softer and glossier. It also doesn’t soak up sweat as easily. Press the button on the back to loosen and tighten, twist the nob to fine-tune, and then press the button underneath the headset to slide the actual lenses closer or farther away from your eyeballs. That’s it.
That all adds up to one of the most comfortable and easy to use VR headsets created to date. The simple sliding of the lenses makes it beyond easy to peak out from the VR world to check your phone, inspect your surroundings, or just let your face breathe a bit. Much easier than having to unstrap or rip off the other headsets on the market.
A quick look at the insides of the PlayStation VR headset.
In terms of comfort, long sessions were never an issue for me as long as I put the headset on correctly. Since the headset weighs about 12.9oz, if you don’t slide the back part down and keep it adjusted on your face, the pieces at the back where the two halves connect can press against your temples and become uncomfortable.
But that wasn’t an issue if I, as I said, put it on correctly. It never bothered my neck, despite the fact that it’s incredibly top heavy like other headsets.
I did notice that the lenses tended to fog up more frequently than the Rift or Vive, which is likely due to the fact that when not in use, the headset got cold while unplugged from my game console. It didn’t sustain a constant warm connection. But since it comes with a microfiber cloth and the sliding lens design makes it so easy to reach up and wipe the lenses, it didn’t really bother me much. After about 5 minutes of use, fogging stopped being an issue.
A close look at the lenses of the PlayStation VR headset.
The PlayStation VR uses a single 5.7” 1920 x 1080 resolution full-color OLED RGB display split between two eyes to deliver stereoscopic 3D content. The display refreshes at a rate of either 90Hz or 120Hz, depending on the application itself, with a latency of less than 18 milliseconds.
That’s the nitty gritty details, but what you really want to know is what it’s like to actually use. In my experience, the visual fidelity was great. Obviously, you can tell a difference between the clarity of the PS VR when compared side-by-side with the HTC Vive or Oculus Rift, but the difference is, overall, not very dramatic. Objectively, the PS VR is a lesser experience, but subjectively, it didn’t equate to a noticeable impact on my entertainment.
That being said, there are areas that present a downgrade in terms of overall resolution and FOV. The Oculus Rift and HTC Vive both feature a 2160 x 1200 display with a 110 degree field of view (FOV,) whereas the PlayStation VR is only 1920 x 1080 with a 100-degree FOV. To put that more plainly, the Rift and Vive both have more pixels in their screens and a wider area for viewing content. That means sharper images and less black space on the outskirts of the viewing area. Clearer imagery and larger vision add up to increased immersion.
After spending time in the PS VR, the decreased FOV and lower resolution stopped bothering me, but coming from the higher-powered headsets initially, it was apparent enough to point out.
The HTC Vive (left) and Oculus Rift (right.)
Depending on the application, resolution become a bit of an issue. When playing DriveClub VR on the provided demo disc for example, I had a lot of trouble reading the gauges on my car’s dashboard. Even if I leaned in to get a closer look, the numbers were fuzzy and it was difficult to decipher. The same goes for street signs I passed during a car chase scene in The London Heist on PlayStation VR Worlds. None of these things were really necessary for my enjoyment of the game’s in question, but the lack of fidelity was relatively obvious.
At the end of the day, when I wasn’t examining aspects of games to see how their clarity holds up and I instead decided to focus on playing the games and having a good time, my eyes glossed over the inefficiencies.
Side view of the PlayStation VR headset.
While the concept of virtual reality may seem like a primarily visual experience, the truth is that sound is just as important in delivering an immersive piece of content. Through the usage of audio cues in games, developers can get you to turn in certain directions, or video producers can make you feel even more immersed in a space than ever before. The sound of the wind at your back, howling beasts in a distant direction, and more are powerful tools at the disposal of content creators.
The power of 3D spatial audio is impressive and while it seems similar to just surround sound generally, when paired with an immersive 360-degree digital world that reacts to your head’s movement, it feels like you’ve truly been transported somewhere else.
And as an added bonus, the headphone jack on the PlayStation VR’s inline button unit is quick and easy to use. Just plug any headphones you have — whether they be the pre-packaged earbuds, or a comfy set you have lying around — and the 3D audio is baked in. The Processor Unit and headset itself transmit the 3D audio signal, so all you need to do is plug some headphones in. The inline unit also lets you power on and off the headset, as well as adjust the audio at the press of a few buttons. That is, as long as they’re wired. Wireless audio signals don’t carry 3D audio well.
Finally, yes — the PS VR does have a built-in microphone. The sound clarity is great when playing multiplayer games and it delivers a crystal-clear sound to your headphones of choice.
The lights on the headset and controllers are how the PlayStation Camera keeps track of everything’s location.
The bright lights might seem distracting at first, but rest assured you won’t even notice they’re there when you’re inside the headset. The PlayStation Camera, while having a normal lens, can’t accurately track your movement based on its vision alone. Instead, it tracks the LED lights found on the front and back of your headset, as well as the ones on the top of the Dualshock 4 controller and the PlayStation Move wands.
The camera sits at the top of your television and should be pointed directly at the center of your playspace, squarely on the headset itself. That orientation helps the camera establish your location in relation to the rest of the environment.
Ultimately, it gets the job done for the most part, but is a far cry from the Vive’s lighthouse base stations, or even the Rift’s tracking cameras. Simply put, the PlayStation Camera is dated and likely wasn’t created necessarily with VR in mind. After an hour or two of play, I noticed my orientation started to ‘drift’ to one side, causing me to slowly shift my seating position. After removing my headset, I noticed I was facing at an approximate 25-degree or so angle to the left of where the camera actually was located. It’s like the entire VR experience was slowly shifting over-time.
The PlayStation Camera.
Additionally, it had trouble keeping up if I turned around while standing or in a swivel chair. Some games, such as Job Simulator or even Batman: Arkham VR, encourage standing, so I wasn’t exactly pushing the device outside its limits. If I had my back turned to the camera, it tracked my headset fine, but would occasionally lose track of the controllers while obstructed. This happened if my hands were out in front of me and not to my sides — it seemed like my body was shielding the camera’s signal. I’ll be curious to see how — or if — Sony can address that at all.
To be clear: these bumps in the road weren’t frequent and they didn’t actively disrupt my ability to play games. The Vive and Rift have tracking hiccups all the time, so this is far from an isolated issue.
Placing those unfortunate concerns aside, everything worked well when it needed to. When I was sitting upright, in the middle of my room, in normal conditions holding a controller in my hand for gameplay, the PS VR experience was at its best. The more sophisticated I tried to get — using motion controllers, moving around, turning, etc. — the less accurate the tracking became over time.
An interrogation scene from The London Heist in PlayStation VR Worlds.
As they always say, software sells hardware. The PS VR headset, as impressive and nifty as it is, is frankly quite useless without software to use. Luckily, we’ve been promised approximately 50 titles to be released with PS VR support before the end of the year and we’ve been counting down to the release of the headset, highlighting a different game each day, for almost two full months in our article series.
The analysis in this section of this review will be light, as you can read the specific game reviews for more detailed thoughts, but this will provide an overview of the general landscape. We also haven’t had the ability to go hands-on with every launch title, but we do have an opinion piece about the headset from the POV of a hardcore console gamer’s perspective you should check out.
Cover of the PlayStation VR demo disc.
The Demo Disc
The demo disc is a forgotten art in today’s game industry, but Sony didn’t follow that trend. Instead, for US consumers, they’ve packed in over two dozen short demos to give you a varied and robust taste of what the headset has to offer. Headsets in other territories come with fewer demos. On this demo disc, you can take flight in the cockpit of a space fighter in EVE: Valkyrie, get behind the wheel of some of the world’s fastest cars with DriveClub VR, fire away at enemies in your tank with Battlezone, and even experience the torturous Kitchen demo from Capcom.
While it’s not saying much, it wouldn’t be an understatement to rank this as perhaps one of the best demo discs ever created. There is a tremendous amount of variety and enough content to keep you busy for literally hours on end just to see everything the disc has to offer. If you fall in love with something on the disc, going to the full game’s store page for a quick purchase and download is just a single button away. This should be the starting point for all new PS VR owners.
The Playroom VR will also be a free download for anyone to grab off of the PlayStation Store, but it wasn’t playable yet as of the time of this review.
Promotional image for PlayStation VR Worlds.
PlayStation VR Worlds
If you get the launch bundle that includes the headset, camera, Move controllers, and PlayStation VR Worlds, you’re in for a treat here as well. This bundle game contains five short experiences that are each a step above being ‘demos’ but not quite worthy of being released as fully independent titles. The London Heist is an excellent action-packed adventure that features heavy violence, first-person shooting, and a gripping interrogation scene. Dangerball is just like playing Pong, except your face is the paddle. VR Luge is one of the most intense racing games I’ve played in VR yet, rocketing you down busy streets as you dodge and weave between vehicles. Ocean Descent lets you get up close and person with a shark and, finally, Scavengers Odyssey is part mech-combat and part space shooter.
As stated, each of these games on their own wouldn’t warrant much, but as a package, it’s a deeper dive into what more complete games and experiences could look like. If the Demo Disc is your introductory course in what the PS VR can do, consider this your intermediate course before you graduate without training wheels.
What About the ‘Actual’ Games?
There are a lot of games coming to PS VR this year — remember, we said around 50 — and we frankly haven’t had time to play them all yet. In fact, many of them haven’t even been provided to media yet for review. As of the time of this writing, we at UploadVR have only been provided review copies of Allumette, Batman: Arkham VR, PlayStation VR Worlds, Battlezone, Harmonix Music VR, Job Simulator, SUPERHYPERCUBE, Tumble VR, Until Dawn: Rush of Blood, Wayward Sky, and Thumper. Heavy hitters like RIGS, Robinson: The Journey, EVE: Valkyrie, DriveClub VR, and more haven’t been provided as of the time of this publication.
However, we’ve played the listed games quite a lot. In fact, if you’re reading this right now, then many of our reviews for those PS VR games are live and you can see them either at the hyperlinks above, or by visiting the site’s Reviews tab.
Suffice it to say that if you’re interested in getting a PS VR, then yes, we think that the launch lineup of games is strong enough to warrant the purchase. And if you already have the required PlayStation Camera and/or optional Move controllers with your PlayStation 4 now, then that decision should be even easier to make.
The analysis doesn’t stop there. In addition to playing dedicated PlayStation VR games like the ones mentioned above, you can do a whole lot of other stuff inside Sony’s flagship headset as well. For example, Cinematic Mode lets you access anything else on your PS4 within a private cinema. This is great for watching movies on a large, virtual screen, or playing non-VR games inside the headset. The PS VR will also function perfectly fine while others in the room are using the TV for something else.
And whilst you’re inside VR, everyone else around you can still see what you’re seeing if they want, albeit on a downgraded, flat, 2D screen. This is nifty so that everyone else in the room doesn’t feel completely left out. Plus, some games such as The Playroom VR or Tumble VR, utilize this feature for local multiplayer.
You’ll also be able to share and stream content that you’re seeing inside the PS VR headset using your PS4’s built-in Share button functionality.
The PlayStation VR headset is far from a perfect device. Tracking has its issues with the dated PlayStation Camera and Move controllers and the visual fidelity is lower than that of its primary competitors, but what it lacks in technical prowess it makes up for in accessibility, affordability, and a streamlined focus on quality content.
This may not be the most technologically advanced headset on the market, but for console gamers that want a taste of the power and potential of virtual reality, it’s hard not to recommend what Sony has created. I don’t think VR will completely replace traditional video games, but it’s a format that is finally matured enough to stick around.
With PlayStation VR, the future of console gaming has finally arrived.
