The holographic market, valued at $1.13 billion in 2020, is projected to reach $11.65 billion by 2030. 5G and IoT technologies are enabling telecom companies to provide holographic communication services that were previously impossible with older networks like 3G and 4G. The significant data demands and speed requirements for interactive holograms were not supported by these earlier network versions. So, now let us How 5G Networks Are Ushering in the Era of Holographic Communication along with Reliable 5g tester, 5G test equipment, 5g network tester tools and Reliable LTE RF drive test tools in telecom & RF drive test software in telecom in detail.
What Is Holographic Communication?
Holographic communication involves the 3D and stereoscopic projection of models, such as people, that are captured and transmitted in real-time across multiple locations. This allows individuals to present to one or more viewers as if they were physically present.
As reported by Forbes, holographic communication is in its experimental stages and being introduced to customers by companies like Cisco. Cisco has integrated virtual reality (VR) and augmented reality (AR) elements to create Webex Hologram, which has been gradually released to select clients since October 2021.
Major companies are developing hologram booths equipped with relay devices, enabling face-to-face conversations. Future projects include VR headsets with hologram viewing capabilities, reminiscent of science fiction films.
Holographic communication can be utilized for meetings, conferences, seminars, classes, lectures, and more. For an enhanced experience, viewers can use extended reality (XR) headphones to fully immerse themselves in the communication.
The Role of 5G in Holographic Communication
The post-pandemic world has driven advancements in communication models, paving the way for innovative ways to work and learn. Holographic communication is well-suited for both remote and hybrid work environments, fostering team collaboration and expanding networking opportunities.
Overcoming Past Challenges
Older networks were not conducive to widespread holographic communication. According to Bloomberg, “full-size holograms require more data than today’s [4G] networks can typically transmit.” This limitation underscores the necessity of 5G for making holographic communication accessible and practical.
Previously, voice communication paved the way for video calls, which in turn set the stage for holographic communication. This progression involves increasingly complex data transfer methods, including audio, visual, and holographic components.
How 5G Facilitates Holographic Communication
5G delivers a range of benefits that make holographic communication feasible. With 5G, holographic communication can transition from research and development labs into everyday use. According to Ericsson, it is one of the most sought-after applications in the 5G landscape.
Key benefits of 5G for holographic communication include:
- Comprehensive Capabilities: Beyond voice relays, holographic projections require robust audio, visual, and projection capabilities.
- Fast Data Transfers: 5G’s high upload and download speeds facilitate the substantial data transfers that holographic communication demands.
- Network Infrastructure: Holographic communication’s high data requirements necessitate network infrastructures that 5G can support, including ultra-low delays and high bandwidth.
- Live Stream Synchronization: 5G can synchronize live streams, essential for seamless holographic communication.
As the market for holographic communication expands and consumer demand increases, the development and deployment of 5G-enabled solutions become critical. This journey begins with engineers in research and development labs.
Research and Development in Holographic Communication
Holographic communication is currently in testing phases and is being prepared for market release. There are numerous potential applications, services, and products that organizations can offer.
Holographic Communication Apps
Developing apps for holographic communication will make this technology accessible to a wider audience. As mobile usage continues to rise post-pandemic, users are seeking communication tools that extend beyond traditional voice and video.
Creating Platforms
Current technologies include next-generation communication studios and green screen setups to capture, cast, and relay holograms. The focus on creating multiple relay solutions within the research and development sector promises future possibilities.
The Future with 6G
If 5G can make holographic communication viable, 6G will take it to new heights. The next generation of telecommunications, 6G, is expected to offer even more advanced features and capabilities that we can scarcely imagine today. Discussions about 6G technology are already beginning within the industry.
5G is key to realizing the potential of holographic communication. This technology will revolutionize the entertainment, work, and education sectors, introducing innovative communication and networking models. Research and development in the holographic communication sector are leading the way into this exciting new frontier. Also, read similar articles from here.
