HTC VIVE Flow VR headset review
After a few lengthy announcements earlier this year, HTC Virtual Reality has returned with its boldest (and most mysterious) product, the HTC Vive Flow. In this article, we are going to have HTC VIVE Flow VR headset review.
Take a look at the HTC VIVE Flow VR headset review
Vive Flow supports two types of Android smartphones. One of them requires 5G and HDCP 2.2 connectivity, which is used to wirelessly transfer content from users’ phones to the virtual reality world. This seems to depend mainly on video streaming apps (even if Vive Flow’s built-in hardware is fully capable of loading and delivering video). The other is a simpler Bluetooth connection and is used to turn an Android smartphone into a virtual reality controller. HTC has not yet explained how to use Vive Flow without a connected Android smartphone.
Vive Flow has enough features to provide a virtual reality (VR) experience alone; The components used inside the headset include a processing unit, a battery, built-in speakers, a kind of “inside-out” tracker, and apparently at least two cameras (one under each eye). However, the internal battery seems to be a nuisance and can run out in minutes; Therefore it is necessary to add an external battery pack to your device for standard use. Users can connect their Bluetooth audio headsets if they wish, but no headset with a 3.5mm headphone jack is supported.
Features and specifications of the HTC VIVE Flow VR headset
Prior to its official unveiling, HTC sent a very basic explanation about Vive Flow to Ars Technica, in which it mentioned some interesting options for selling the device. Perhaps the best feature of the HTC Virtual Reality Headset is the “Diopter Adjustment” feature, which allows users to adjust the focus of each eye independently. In addition, the hinge mechanism seems to be adjustable to different head sizes and can be retracted regularly to fit in a slim and beautiful carrying case.
While we think the Vive Flow is a weak VR system, HTC says it weighs only 189 grams. It is interesting to know that Oculus Quest 2 weighs 532 grams. The information we have so far, along with video sequences that emphasize airflow to reduce user sweating, informs us of an attractive device.
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We still don’t know if the new HTC headset like the Oculus Quest 2 has a version of the handheld tracker. We don’t even know if the connected smartphone in the world of VR Vive Flex is used as a versatile handheld controller or just a pointer with limited access?
Based on the information released about the device’s internal display, we know that the Vive Flow offers a 100-degree field of view and a refresh rate of 75 Hz. This statistic shows that these features are better than the 72 Hz refresh rate of the Oculus Quest and the 90-degree field of view of both Quest headsets. By updating the specifications of this device, we now know that its displays are in the form of a pair of LCD panels with dimensions of 1600 by 1600 pixels per eye, which is almost similar to Oculus Quest 2.
But what exactly can be expected in terms of processing power, RAM, battery life and other hardware specifications? The specifications released this morning do not provide more details than the 4 GB of RAM and 64 GB of internal memory of the device. This question becomes even more difficult when we understand that HTC has decided to do all the processing inside the device and not use an external processor like Magic Leap.
In early 2020, HTC introduced a device called the HTC Vive Proton as a concept, which is remarkably similar to the final Vive Flow. The original concept was to be used as both a virtual reality and augmented reality device. The headset was supposed to be able to alternately display the virtual world and add virtual items to the real world. But Vive Flow seems to be built entirely for virtual reality and does not allow you to explore the real world.