Last update: early June 2019

This article contains VR comparison tables. I took into consideration only those manufacturers which offer customer version of their device. I do not cover any prototypes.

The amount of information gathered here is quite intimidating. If you are trying to figure out which product will suit your needs best, please read this article first. It will speed up the decision process and spare you a headache.

Currently the only VR system for a gaming console is PSVR, which can be used with any model of PlayStation 4.

The systems for PC include:

• Oculus Rift and Rift S
• HTC Vive
• HTC Vive Pro
• Windows Mixed Reality:
  Samsung Odyssey
  Samsung Odyssey Plus
  Lenovo Explorer
  Dell Visor
  Asus
  Acer
  HP

Standalone VR systems:

• Oculus Quest
• Oculus Go
• Mirage Solo
• Vive Focus
• Vive Focus Plus

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Decision tree – spare yourself a headache by focusing on what’s important

Use Cases
Features Of Various Systems
Features Of The Headsets
Image Quality Of The Headsets
Comfort Of The Headsets
Features Of The Controllers
Engagement Mechanisms Of The Controllers
PC System Requirements For VR

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USE CASES OF VR FOR PC AND PS4
	PSVR	Oculus Rift & Rift S, HTC Vive & Vive Pro, Valve Index	Windows Mixed Reality (Samsung Odyssey, Odyssey+, Lenovo, Dell, Asus, Acer, HP)
Playing VR games	Yes
Watching 360-degrees videos & photos	Yes
Playing non-VR games in VR (VorpX)	No	Yes	Yes, use Steam VR mode in VorpX settings
Large Virtual Screen	Yes
Playing non-VR Xbox One games on a Large Virtual Screen	?	Yes
Useful for work (when software has a VR interface)	No	Yes
3D Blu-ray Playback	Yes	No
USE CASES OF STANDALONE VR SYSTEMS

FEATURES OF THE VR SYSTEMS 1
Link to the product on Amazon.com	Hardware Platform	Standing-out feature	Room-Scale VR	Play Area Up To
PSVR	Any model of PlayStation4	-	No	6.2ft x 9.8ft (1.9m x 3m)
Oculus Rift	PC	Best Controllers	Optional	8ft x 9ft (2.4m x 2.7m) with 3 Sensors
Oculus Rift S			Yes	Limited by the cable length
HTC Vive		Best Tracking		11.3ft x 11.3ft (3.5m x 3.5m) with two Base Stations 1.0
HTC Vive Pro		Best Tracking & High Resolution		33ft x 33ft (10m x 10m) with four Base Stations 2.0
Valve Index		As above plus highest framerate, wide FOV and best sound quality
Link to the product on Amazon.com	Hardware Platform	Standing-out feature	Room-Scale VR	Play Area Up To
Samsung Odyssey	PC	High Resolution	Yes	Limited by the cable length: 13ft (4m)
Odyssey +		High Resolution & anti SDE technology
Lenovo		Light & comfortable
Asus, Dell, Acer, HP		-
Oculus Go	Standalone, no PC no console required		No	Non applicable - no positional tracking
Mirage Solo, Vive Focus		Standalones with positional tracking of the headset	Yes	Very Large
Oculus Quest, Vive Focus Plus		Standalones delivering the experience similar to VR on a PC
FEATURES OF THE VR SYSTEMS 2
Link to the product on Amazon.com	Trackers	User-Friendliness	Stores	Number & Quality Of Games
PSVR	Aim Controller	Ok	PlayStation Store	Good
Oculus Rift	-	Problematic	Oculus Store, Steam VR	Very Good
Oculus Rift S		?
HTC Vive	Vive Tracker	Problematic	VivePort, Steam VR	Very Good/Good
HTC Vive Pro
Valve Index
Link to the product on Amazon.com	Trackers	User-Friendliness	Stores	Number & Quality Of Games
Windows Mixed Reality (Samsung Odyssey, Odyssey +, Asus, Lenovo, Dell, Acer, HP)	-	Ok/Problematic	Microsoft Store, Steam VR	Very Good/Good (some games may feel buggy)
Oculus Go		Very Good	Gear VR	Very Good (no positional tracking)
Mirage Solo			Daydream	Limited, good quality though (positional tracking not required, yet can be enabled)
Vive Focus, Vive Focus Plus			Viveport	Very sparse
Oculus Quest			Oculus Store	Limited (50 games & apps confirmed for the launch)
HOW TO CHOOSE

Play Area

Play area for any VR system will be always limited. Is it really that important to have that area huge ?

If you have 10 ft x 10 ft (3 m x 3 m) available that should be quite comfortable, unless game you play is very dynamic. Then you may need some more space.

Most headsets are wired, so you have to constantly watch out to avoid tripping over. That alone reduces the immersion.

You can make your Oculus or Vive headset to be wireless with an adapter. Once its wireless a few steps more in either direction can actually make a difference. For example, in the middle of a sword fight you don’t really want to drop out.

In case of the tethered headsets, the ability to turn around without any limits is actually more important. Windows Mixed Reality, both Vives and Rift S support it out of the box. In case of the Rift (the one released in 2016) you need an additional sensor (altogether 3 of them) and PSVR unfortunately doesn’t support it at all. Move Controllers (PSVR) are tracked only when you face the camera and you cannot plug more cameras to make it better.

Recently standalone, cordless VR systems started to deliver the experience similar to PC or PS4. At the moment there are only two of them: Oculus Quest and Vive Focus Plus. Lack of a cord improves the immersion A LOT and the fact that you don’t need PC nor a console makes VR way easier to use. Click here to learn more.

User-Friendliness

At this point standalone VR systems are by far the most user friendly. You simply put it on, map out area free of obstacles and you are ready to rumble.

PSVR is usually more user friendly then other tethered systems due to the nature of gaming consoles, which are designed to be like that. It is not entirely problems free though.

Other VR systems are powered by a PC, which is more versatile than consoles, yet there is no way to avoid running into problems on that platform. Compatibility issues, software conflicts and more will raise their ugly head sooner or later. Yes, with the internet access you can find a solution in most cases, however it can be annoying and takes time.

Vive and Rift require external pieces of hardware (base stations/sensors) which are time consuming to set up.

Windows Mixed Reality and Rift S work on their own: you plug the headset into a PC and that’s it. The main source of problems in this case is USB 3.0.

Even if your port is compatible, it still may not work. The headset puts a heavy data load on this port and not every motherboard can facilitate it. The bad news is that even if it does, sometimes it takes a fair bit of tinkering with the configuration before you see it working.

Rift and Vive Pro use USB 3.0 too, so you can run into similar problems.

Click on a system name to go to the full list of issues people encountered: Oculus Rift, HTC Vive.

Stores

PlayStation store is a repository of games for PlayStation only.

Games listed on Oculus Store officially work only for Oculus, however, if you use an exploit – ReVive, you can play them using Vive and Windows Mixed Reality systems as well. Initially Oculus patched the system against it, happily they have removed it.

Remember that because of the unique features of the Oculus Touch controllers, the experience on any other system may not be as good.

The biggest repository of VR games is Steam. Bear in mind though, that many of those games are indie or just proof of concept, so quality is not necessarily there.

VR games on Steam can be played using all VR systems for PC, however Windows Mixed Reality, as a newcomer, is more prone to glitches and bugs. Those issues are being gradually removed with each software update.

Also, Steam has a very generous refund policy. You can claim your money back within 14 days since the time of purchase. If you haven’t played longer than 2 hours, a refund will be given. Oculus has a similar policy.

With PlayStation Store you can request a refund to your PSN wallet within 14 days as well. The conditions are more restrictive though. The refund will be given only when you haven’t started downloading or streaming the product or if it was defective. It means that you cannot try anything out, however you can get a free demo for many titles.

Vive and Windows Mixed Reality have their dedicated online stores as well, namely: VivePort and Microsoft Store. Their refund policy (VivePort, Microsoft Store) is not so good though – claims are honored only when product is defective.

Another place to buy games in digital or boxed version is Amazon. It’s worthwhile to check prices in all the relevant places before pulling a plug.

Number & Quality Of Games

As of June, 2019, Steam contains 4100 games officially supporting the Vive, 2900 – Oculus Rift and 1000 – Windows Mixed Reality.

Lack of official support doesn’t mean that you cannot play them using a different system. Most games work without major problems on all three, however if your system is not officially supported, some games may feel not so great. That’s usually due to the awkward buttons mapping between different controllers. For example many games do not support thumb-sticks (Vive controllers do not have them).

Quality of tracking, especially for the controllers, plays a role here as well. More on that can be found down below.

Games listed on Oculus Store were created specifically for Oculus headsets, however using ReVive you can usually unlock them for any other system as well. Just remember that due to the special features of the Oculus Touch controllers, your experience may differ.

PSVR games can be played only on PlayStation 4.

To evaluate quality of games, you can use either Steam users ranking or steamspy. The latter contains metacritic scores.

In closing, it’s worth to mention that Oculus Store is often credited as the top quality content provider (games & other content).

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FEATURES OF VR HEADSETS FOR PC AND PS4
Link to the product on Amazon.com	Main Tracking Method			Quality Of Tracking For The Headset	Wireless
PSVR	headset tracked by a PS4 camera			OK	No
Oculus Rift	headset tracked by external sensors (1-3 depending on a use case)			Very Good/Good	Optional
Oculus Rift S	headset uses input from 5 on-board cameras				?
HTC Vive	headset uses signals from 2 external base stations			Very Good	Optional
HTC Vive Pro Valve Index	headset uses signals from external base stations (2 or 4 depending on a use case)
Samsung Odyssey & Odyssey +, Lenovo, Dell, Asus, Acer, HP	headset uses input from 2 on-board cameras			Good	-
Link to the product on Amazon.com	On-Board Headphones	On-Board Microphone	On-Board Speakers	Adjustment Of The Eye Relief	Hardware Adjustment to Personal IPD
PSVR	No	Yes	No	Kind of	No
Oculus Rift	Yes			No	Yes
Oculus Rift S	No		Yes		No
HTC Vive	Optional		No	Yes	Yes
HTC Vive Pro	Yes
Valve Index	No		Yes
Samsung Odyssey & Odyssey +	AKG headphones		No	No
Lenovo, Dell, Asus, Acer, HP	No	No			No
FEATURES OF STANDALONE VR HEADSETS

Quality Of Tracking For The Headset

The Vive features the most rock solid motion tracking.

PSVR and Oculus solved the problem of tracking with external cameras.

HTC took a completely different approach. Their two base stations are nothing more than external reference points used by the headset to establish its position and orientation in space.

Imagine a football pitch with cameras installed across the diagonal and a player in the middle. If the player rotates a little bit, it’s not a massive difference from the point of view of the cameras. On the other hand from the point of view of the player, the position of cameras changed a lot
because they are far away. On this example it is easy to understand why Vive’s solution is more robust.

Approach of Windows Mixed Reality (WMR) systems is similar. They rely on cameras installed in the headset. The cameras are able to pick up reference points from the external environment and use them to calculate the position of the headset. Contrary to the Vive, WMR systems don’t need any external, auxiliary hardware.

The advantage of the WMR’s approach is unlimited area within which tracking is feasible. At the moment WMR headsets are connected to the PC with a cable, so in practice this area is limited.

WMR technique of tracking in its current state has some shortcomings. If cameras cannot pick up any reference points, tracking will cease to work. That can happen for example when you are close to the surface without any pattern like a uniformly white wall.

New Oculus Rift S works in a similar way as Windows Mixed Reality. It has 5 instead of 2 cameras though, so the tracking is less likely to become wonky.

So far I have discussed tracking of the headsets, the controllers are a separate issue which is discussed somewhere else.

In closing, let me add that motion sickness is less likely for systems with better tracking.

Hardware Adjustment To Personal IPD

If the headset doesn’t provide a hardware adjustment, the distance between the lenses is fixed, and you cannot adjust it to match your IPD. In such cases a software correction is provided.

The average IPD for men is 64 mm and for women 61.7 mm. Software adjustment becomes problematic if your IPD differs from the average a lot: above 67 mm and below 58.

Discrepancy between IPD and distance between the lenses affects:

• clarity of image
• perceived size of objects

The larger is the sweet spot of lenses, the more effective is sofware adjustment.

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IMAGE QUALITY OF THE HEADSETS
Platform color coding: PS4, PC, standalone
Link to the product on Amazon.com	Resolution Per Eye	Framerate [Hz]	FOV [degrees]	Sweet Spot	God Rays	Contrast	SDE
PSVR	1080 x 960	90 or 120	100	?	Medium	Very Good (OLED)	Low
Oculus Rift	1080 x 1200	90		Large	Strong		Visible
Oculus Rift S	1280 x 1440	80	115		Very Weak	Good (LCD)	Low
HTC Vive	1080 x 1200	90	110	Medium	Medium	Very Good (OLED)	Visible
HTC Vive Pro	1440 x 1600
Valve Index		120-144	110 to 130		Weak	Good (LCD)	Low
Samsung Odyssey		60 or 90	110	Small	Medium	Very Good (OLED)	Visible
Samsung Odyssey Plus							Very Low
Link to the product on Amazon.com	Resolution Per Eye	Framerate [Hz]	FOV [degrees]	Sweet Spot	God Rays	Contrast	SDE
Lenovo	1440 x 1440	60 or 90	105	Small	Medium	Good (LCD display)	Visible
Dell			105-100
Asus
Acer			100
HP			95
Oculus Go	1280 x 1440	60 or 72	100	Large (FFR)	Low		Low
Mirage Solo		75	110	Small	Medium
Vive Focus	1440 x 1600					Very Good (OLED display)	Visible
Vive Focus Plus				Clearer image and less God rays in comparison to the Focus.
Oculus Quest	1600 x 1440	72	100	Large (FFR)	Low		Low
HOW TO CHOOSE

Resolution

One may ask about perceived differences in resolution.

PSVR feels blurry in comparison with PC.

If we compare Vive/Rift with Odyssey/Vive Pro many people claim that the difference is not massive.

One thing is certain: texts are significantly more readable in the Odyssey/Vive Pro.

Field Of View

The smaller the FOV the more it feels like looking through the binoculars.

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COMFORT OF THE HEADSETS
Platform color coding: PS4, PC, standalone
Link to the product on Amazon.com	Weight (g)	Visor Flip-Up Mechanism	Strap design	Overall Comfort	Glasses accommodation	Correction Inserts
PSVR	610	No	Halo	Very Good	Good	-
Oculus Rift	470		Goggles	Good	Problematic	VR-Lens WidmoVR
Oculus Rift S	heavier than Rift		Halo	Good	Good	VR-Lens WidmoVR
HTC Vive	555 or 470		Goggles	Ok, Good with DAS	Good	VR-Lens WidmoVR
HTC Vive Pro	?			Good/Ok	Good	VR-Lens WidmoVR
Valve Index	809					VR-Lens WidmoVR
Samsung Odyssey	645		Halo	Ok	Ok	VR-Lens WidmoVR
Samsung Odyssey +	590
Link to the product on Amazon.com	Weight (g)	Visor Flip-Up Mechanism	Strap design	Overall Comfort	Glasses accommodation	Correction Inserts
Lenovo	380	Yes	Halo	Very Good	Ok	-
Asus	400			Very Good /Good
Dell	590
Acer	350			Good/Ok
HP	510
Oculus Go	468	No	Goggles		Good (glasses spacer included)	VR-Lens, WidmoVR
Mirage Solo	660		Halo		Good/Ok	-
Vive Focus +	679		Hybrid	Very Good
Oculus Quest	570		Goggles	Ok (front heavy)	Good (glasses spacer included)	VR-Lens WidmoVR
HOW TO CHOOSE

Comfort of The Headsets

Weight of the headset listed on Acer’s website is 440 g. That’s the weight of the development kit. The version sold to customers is actually lighter: 350 g, not to mention additional padding at the back of the headset.

Number usually listed as HP’s weight is 840 g. In reality it is closer to Dell – around 510 g. The heavier version is probably a development kit.

Of course weight affects the comfort, however, simple relation – the lighter, the better – doesn’t hold. Please read on to learn why.

There are two basic approaches for VR headset design: goggles and halo.

Goggles-like design makes it easier to counter wobbling of the headset. It’s also easier to prevent external light from leaking inside: you simply shorten the straps to get a tighter fit.

The negative side of such design stems from the fact that the weight of these headsets is concentrated in front. This results in unnatural strain put on the neck, which after a while can turn into a fatigue. Also, headsets of this type tend to put pressure on the cheeks.

In case of the Vive Pro this problem was alleviated by adding a counter-weight at the back of the headset.

Halo design follows a completely different philosophy.

The headsets consist of a band which mostly rests above the forehead. The goal of such design is a uniform distribution of the weight around the head. As a result these headsets are usually (not always) more comfortable than goggles, even when they are heavier.

The forehead part of the HP’s headband is narrower than its counterpart for the rest of the WMRs. That’s probably why people generally claim that this one is the least comfortable among WMRs. It doesn’t mean it’s bad !!! Just not as good.

Another problem of HP is a location of the audio jack. It is at the bottom of the visor, so it is easy to yank the cable out by accident.

Headsets with a halo have a single connection edge between the headband and the visor (part of the headset housing a display). The connection goes along the top part of the latter. For some headsets it’s a hinge which allows to flip the visor up, so you can look around the room without taking off the headset.

Because of the single connection edge described above, it is not possible to fit the visor as tight as for the goggles, so countering the wobbling and light leaks may be more difficult.

Vive Focus Plus is a hybrid between goggles and halo and it seems to work well.

The overall comfort of the headsets is difficult to evaluate, because there is no universal agreement. The ratings provided aim at capturing opinion of the majority.

Also, the headsets which are comfortable without glasses, may be problematic to use for people who need them.

PSVR accommodates glasses well. The same is true for the Vive and Vive Pro, because those two support adjustment of the eye relief. If glasses spacer is part of a package, that obviously helps.

Having said all of this, in general, using VR is more comfortable without glasses. For some headsets it is possible to get correction inserts which fit inside. Alternatively one can resort to contact lenses.

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FEATURES OF VR CONTROLLERS FOR PC AND PS4
Name	VR system	Tracking Principle		Tracking Quality For The Controllers
Move Controllers	PSVR	Followed by a single external camera.		Ok/Poor
Touch Controllers	Oculus Rift Oculus Rift S	Followed by external sensors for the Rift and internal headset's cameras for Rift S.		Good for Rift S, Rift requires at least 3 Sensors for accurate room-scale VR
Vive Controllers	Vive, Vive Pro, Pimax, Valve Index	Using signals from external Vive base stations. Index Controllers are compatible with base stations 1.0 and 2.0		Very Accurate
Index Controllers
Odyssey Controllers	Samsung Odyssey and Odyssey+	Followed by two cameras on-board of the headset		Good/Ok
Motion Controllers	Lenovo, Dell, Asus, Acer, HP
Name	Ergonomics	Controllers Powered By Removable Batteries	Battery Life (hours)	Wireless
Move Controllers	Ok/Poor	No	10	Yes
Touch Controllers	Very Good	Yes	20-30
Vive Controllers	Good	No	6-9
Index Controllers	Very Good/Good		5-7
Odyssey Controllers	Good	Yes	8-10
Motion Controllers	Ok
FEATURES OF VR CONTROLLERS FOR STANDALONE SYSTEMS

Tracking Quality For The Controllers

Move Controllers of PSVR are tracked by a single camera. If you turn away from it, tracking of the controllers is lost. Also, Move Controllers may drift out of place for very dynamic games.

Touch Controllers of Rift (the version relased in 2016) are tracked by the Oculus Sensors. If you have just two of them, you cannot really turn more than 90 degrees. To solve this problem you will need an additional Sensor. Then you can turn around and walk about in the play area.

Vive Controllers use signals from the base stations to generate information which allows to find their position and orientation is space. Tracking works anywhere in the play area without any limits.

Controllers of the Windows Mixed Reality systems are tracked by 2 cameras installed in the headsets. If the controller leaves their field of view for a couple of seconds or gets too close to them, tracking is lost.

This limit is not a problem in most cases. It can be annoying for some games though.

For example shooters often require holding hands close to the face, most notably archery ones.
In such case your virtual hands may drift out of place.

Some dynamic games (e.g. Beat Saber) rely on rock solid tracking, especially if you play competitively. Windows Mixed Reality controllers are not up to the task like that.

Oculus Rift S controllers are tracked by cameras installed in the headsets just like for Windows Mixed Reality, however Rift S has 5 cameras, so tracking is more solid.

Controllers Powered By Removable Batteries

If controllers are powered by removable batteries, once they are drained, you simply replace batteries and keep playing.

If batteries are built-in, you have to plug controllers for charging, which is not ideal.

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ENGAGEMENT MECHANISMS OF VR CONTROLLERS FOR PC AND PS4
Name	VR system		Touchpad	Thumb-stick	Trigger
Move Controllers	PSVR		No	No	Yes
Touch Controllers	Oculus Rift, Oculus Rift S			Yes
Vive Controllers	Vive, Vive Pro, Pimax, Valve Index		Yes	No
Index Controllers				Yes
Odyssey Controllers	Samsung Odyssey and Odyssey+
Motion Controllers	Lenovo, Dell, Asus, Acer, HP
Name	Grip Button	Haptic Feedback (vibrations)	Action Buttons on a Single Controller	Fingers Tracking	Squeeze Pressure Detection
Move Controllers	No	Yes	4	No	No
Touch Controllers	Yes		2	Thumb and Index Fingers
Vive Controllers			0	No
Index Controllers	Redundant (squeeze detection)		2	All fingers	Yes
Odyssey Controllers	Yes		0	No	No
Motion Controllers
ENGAGEMENT MECHANISMS OF VR CONTROLLERS FOR STANDALONE SYSTEMS

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MINIMAL PC REQUIREMENTS FOR VR
	Resulting Framerate (Hz)	Processors		GPUs
Oculus Rift with room-scale-VR	90	Intel i3-6100 or AMD Ryzen 3 1200 or AMD FX4350		NVIDIA GeForce GTX 1050 Ti or NVIDIA GeForce GTX 960 4GB or AMD Radeon RX 470 or AMD Radeon R9 290
Oculus Rift S	80
HTC Vive	90	Intel Core i5-4590 or AMD FX 8350		NVIDIA GeForce GTX 970 or AMD Radeon R9 290
HTC Vive Pro
Windows Mixed Reality (Samsung Odyssey, Asus, Lenovo, Dell, Acer, HP)	60	Intel Core i5 7200U dual-core with Hyper-Threading enabled		Intel HD Graphics 620 integrated with various processors or NVIDIA GeForce MX150 or NVIDIA GeForce GTX 965M or AMD Radeon RX 460/560
	Bluetooth	Memory	Video Output	USB ports	Windows
Oculus Rift with room-scale-VR	-	8 GB	HDMI 1.3	2x USB 3.0 and 2x USB 2.0	8.1 or newer
Oculus Rift S			DisplayPort 1.2	1x USB 3.0	10
HTC Vive		4 GB	HDMI 1.4 or DisplayPort 1.2	1x USB 2.0	7 SP1 or newer
HTC Vive Pro			DisplayPort 1.2	1x USB 3.0	8.1 or newer
Windows Mixed Reality (Samsung Odyssey, Asus, Lenovo, Dell, Acer, HP)	version 4.0 for Odyssey, Odyssey+ headset has the Bluetooth built in, so your PC doesn't need it.	8GB DDR3 dual channel	HDMI 1.4 or DisplayPort 1.2	1x USB 3.0 Type-A or Type-C	10

Resulting Framerate

60 Hz is ok, however at 90 the experience is significantly better and motion sickness is less likely.

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RECOMMENDED PC REQUIREMENTS FOR VR (when they differ from the minimal, it is indicated in red)
	Resulting Framerate (Hz)	Processors		GPUs
Oculus Rift with room-scale VR	90	Intel i5-4590 or AMD Ryzen 5 1500X		NVIDIA GeForce GTX 1060 or NVIDIA GeForce GTX 970 or AMD Radeon RX 480
Oculus Rift S	80
HTC Vive	90	Intel Core i5-4590 or AMD FX 8350		NVIDIA GeForce GTX 1060 or AMD Radeon RX 480
HTC Vive Pro
Windows Mixed Reality (Samsung Odyssey, Lenovo, Asus, Dell, Acer, HP)	90	Intel Core i5 4590 quad-core or AMD Ryzen 5 1400 3.4Ghz quad-core		NVIDIA GeForce GTX 1060 or AMD RX 470/570
	Bluetooth	Memory	Video Output	USB ports	Windows
Oculus Rift with room-scale VR	-	8 GB	HDMI 1.3	2x USB 3.0 and 2x USB 2.0	7 SP1 64-bit or newer
Oculus Rift S			DisplayPort 1.2	1x USB 3.0	10
HTC Vive		4 GB	HDMI 1.4 or DisplayPort 1.2	1x USB 2.0	7 SP1 or newer
HTC Vive Pro			DisplayPort 1.2	1x USB 3.0	8.1 or newer
Windows Mixed Reality (Samsung Odyssey, Lenovo, Asus, Dell, Acer, HP)	version 4.0 for Odyssey, Odyssey+ headset has the Bluetooth built in, so your PC doesn't need it.	8GB DDR3	HDMI 2.0 or DisplayPort 1.2	1x USB 3.0 Type-A or Type-C	10

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