The VR market in 2017 was not as promising as many had hoped. Analysts, however, were more optimistic about 2018, with wireless technology emerging as a key driver for the industry’s growth. Despite two years of development, the real breakthrough might have to wait until 2019.
As 2017 came to an end, the virtual reality headset market was marked by uncertainty and challenges. Yet, expectations for 2018 were high, with many predicting that the shift toward wireless would be a crucial step in revitalizing the VR industry. This transition is seen as a vital move toward making VR more accessible and user-friendly.
During 2017, several manufacturers announced plans to introduce wireless VR accessories, but only a few products, like TPCast for HTC and Oculus Rift, actually launched. However, TPCast doesn’t use WiGig technology, meaning it’s a proprietary solution rather than a universal one. While this may work for now due to the limited number of VR headsets on the market, long-term success will require cross-platform compatibility.
In fact, 2017 wasn’t a strong year for VR, and companies are hoping that wireless technology will finally bring the industry to the next level. Today, major players like Chaowei, Intel, Peraso, and Qualcomm are working on WiGig-based chip solutions. Although these chips were expected to hit the market in late 2017, their release has been pushed to 2018. By the second half of 2018, we can expect to see a significant number of wireless VR devices, which would mark a major milestone for the industry.
While the timeline for wireless VR is still uncertain, more details are expected to be revealed at the upcoming CES exhibition in January 2018.
Wireless technology offers a promising solution to many of VR’s limitations, but it also comes with its own set of challenges. For instance, improving display resolution remains a key issue. Additionally, current 60 GHz and WiGig solutions face difficulties in delivering a seamless experience. The 802.11AD standard lacks sufficient bandwidth and suffers from latency, which is why the industry is waiting for the 802.11AY standard.
The 802.11AY standard, which operates on the same 60 GHz spectrum, can deliver peak data rates of up to 20–40 Gbps—four times faster than 802.11AD and WiGig. This makes it ideal for high-resolution content like 4K video. However, the final approval of the 802.11AY standard is expected in 2019, which means the full potential of wireless VR may not be realized until then.
This delay presents a major challenge for the VR industry, but it also highlights the ongoing efforts to make wireless VR a reality. As the technology continues to evolve, the future of virtual reality looks more promising than ever.
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