We can help you choose between Samsung’s Odyssey+ and HTC’s Vive Pro

Black Friday 2019 is the time to buy an Odyssey+

The Samsung Odyssey+ is always a much more affordable option compared to the Vive Pro, but it’s been discounted further thanks to a deep Black Friday sale. Instead of paying the usual $500 price for Samsung’s HMD, you can instead get it right now for $229 at Amazon. That makes it more than $1,000 less than the Vive Pro, and you’re still going to get an amazing VR experience. Just don’t wait too long, as this deal will only last for Black Friday.

When it comes down to technical specifications, these two VR systems do appear to be quite similar, though there are some essential differences to make a note of before final purchase.

Samsung HMD Odyssey+ vs. HTC Vive Pro tech specs

	Samsung HMD Odyssey+	HTC Vive Pro
Display size	Dual 3.5-inch AMOLED	Dual 3.5-inch AMOLED
Display resolution	1440×1600 90 Hz	1440×1600 90 Hz
Field of view	110 degrees	110 degrees
PPI	615	615
IPD	60mm to 72mm	60mm to 72mm
Audio	Built-in AKG headphones Dual microphones	Built-in headphones Dual microphones
Tracking	Inside-out	SteamVR Tracking 2.0
Connections	HDMI USB-A 3.0	USB-A 3.0 DisplayPort 1.2

Samsung HMD Odyssey+ vs. HTC Vive Pro display

Source: Windows Central

Samsung and HTC have essentially put out two headsets with the same display. No matter which you buy, you’re getting two 3.5-inch AMOLED displays with a total combined resolution of 2880×1600, a considerable jump over first-gen VR headsets. They can both hit a 90Hz refresh rate for a smooth experience, and they both offer a 110-degree field of view (FOV) to keep you from feeling claustrophobic.

Both headsets have a technical pixels-per-inch (PPI) count of 615, which translates to a picture with less screen door effect (SDE) than first-gen models. SDE refers to the visible lines that appear on VR displays that make it look as if you’re viewing content through a screen door, and that’s gone here. Anyone who’s used a Vive Pro can say that the picture is much clearer at 615 PPI, but Samsung has taken clarity a step further with its Anti-SDE technology.

With your face in the headset, you see PPI at 1,233 rather than 615 thanks to light diffusion around each pixel that removes the ordinary grid. There’s no doubt some wiggle room in there, but if the goal is to get a VR headset with a clear picture, you can get it with the Odyssey+ for hundreds of dollars less.

Samsung HMD Odyssey+ vs. HTC Vive Pro design and features

Source: Samsung

Both VR headsets have plastic headbands that provide a customizable and comfortable fit, as well as room for built-in headphones. Both have a dial on the back of the band to adjust the tightness. However, only the Vive Pro has an extra elastic band running along the top of the headset (and your head) to help keep some of the weight of the displays off your face. The Odyssey+ has just the halo band, but that doesn’t mean it isn’t comfortable. Samsung has even made the eye box and nose guard wider compared to the original Odyssey, but HTC has also upped the padding on the surface of the face gasket in the Vive Pro.

Audio quality plays a big part in VR. If it doesn’t sound natural and doesn’t sync up with what you’re viewing, you’ll be taken out of the experience. Instead of relying on your own headphones, both headsets have built-in over-ear solutions that provide high-quality, 360-degree spatial sound.

Samsung has gone with headphones by AKG while Vive has created its own set, but the experience is essentially the same; you’re going to get audio that keeps you focused on what’s directly in front of your eyes. Both headsets likewise have built-in microphones that can be used for a variety of purposes, including giving voice commands and, in the case of the Vive Pro, hearing voices outside the headset without having to interrupt your experience.

Samsung HMD Odyssey+ vs. HTC Vive Pro VR experience

While these two VR systems can essentially offer the same apps and games thanks to SteamVR integration with WMR, the setup and ultimate experience does differ. From the start, the Odyssey+ is much easier to set up. All you have to do is install some software (if not already installed on your Windows 10 PC), plug in the headset using HDMI and USB-A 3.0, and sync the motion controllers with Bluetooth. There are no external sensors necessary thanks to inside-out tracking, but that also translates to tracking that isn’t as precise as what’s offered with the Vive Pro’s SteamVR 2.0 system.

The complete Vive Pro system — you can buy the headset separately for about $679 and use it with the first-gen controllers and tracking system — comes with a SteamVR Tracking 2.0 system that includes updated base stations and updated motion controllers. Like the Odyssey+, you must install some software and plug in the headset (with USB-A 3.0 and DisplayPort 1.2), and connect the motion controllers. The base stations take some time to set up properly, and as a whole, the system isn’t as easy to pack up and transport as the Odyssey+. However, you’re going to see superior tracking from the Vive Pro.

If you’d like to rid yourself of cables running from the headset back to your PC, only the Vive Pro is currently capable of accommodating your needs. Vive’s own wireless adapter costs about $251 but lets you unplug for a cordless experience.

Samsung HMD Odyssey+ vs. HTC Vive Pro system requirements

Source: Windows Central

VR is relatively expensive to break into, especially when you consider the PC required to run it. When it comes to high-end experiences and games, both headsets are going to require a modern PC with beefy dedicated graphics (GPU) and a powerful processor (CPU). However, to break into VR, these two headsets have different recommended system requirements.

For comfortable VR, the Vive Pro should have at least an Intel Core i5-4590 or AMD FX 8250 CPU powering it, as well as a NVIDIA GTX 970 or AMD Radeon R9 290 GPU. This is to get the headset off the ground, and you can get far superior hardware to maximize your VR experience.

The Odyssey+, like other WMR headsets, has a much lower set of required specs, and there are actually two different WMR designations: Regular and Ultra. Regular WMR needs only integrated Intel HD Graphics 620 to get off the ground, but something like a NVIDIA GTX 965 or AMD Radeon RX 460 (or better) would be preferable. WMR Ultra, which hits 90 Hz compared to 60 Hz, requires something more like a NVIDIA GTX 1060 or AMD RX 470 for a comfortable experience.

The bottom line here is that the Odyssey+ will let those with less-powerful PC hardware experience VR. The best VR with both headsets will still come from a top-of-the-line PC, but WMR enables you to start slow and build up, whereas something like the Vive Pro requires beefy hardware right off the bat.

Considering the Odyssey+ has been so heavily discounted for Black Friday, you can save hundreds on the HMD and put it towards new hardware for an aging PC. Or you can pocket the money and spend it on other great Black Friday deals

Samsung’s Odyssey+ is better for most people

It can play most of the same games and experiences, it’s comfortable to wear, it has a high-res display with no SDE, and it’s easy to set up and doesn’t require as beefy of a PC as the Vive Pro. As long as you don’t mind a lack of external tracking and no option to go wireless, the Odyssey+ is an excellent VR system that costs hundreds less than the Vive Pro.

HTC’s Vive Pro is better suited for developers and commercial use

The Vive Pro is undeniably an impressive piece of hardware, especially when the precision of the second-gen SteamVR tracking system is taken into account. Add the option for a wireless connection back to your PC, and the only thing holding a lot of people back is the high price.

We may earn a commission for purchases using our links. Learn more.