Creating Immersive Experiences with Large Format PoE Display Screens

IImmersive experiences capture attention and greatly enhance participant engagement when pulled off well. They can transform education and training through first-person perspective simulations or let potential customers interact with a product as a component of experiential marketing. Immersive technologies allow companies to create innovative solutions that expose users to new personal, professional, and commercial experiences. Using large format PoE display screens ensures cost-effective delivery of these immersive experiences.

What is Immersive Technology?

Immersive technology has made inroads into healthcare, aerospace, and manufacturing by combining existing technologies with emergent Web 3.0 components such as artificial intelligence (AI), extended reality (XR), and continuous connectivity. These create fantastic opportunities to educate and entertain.

Web 3.0 is the next iteration of the internet. Its design decentralizes data and applications relying on blockchain technology to secure interactions. Web 3.0 does not have a release date. Instead, 3.0 functionality is gradually replacing or enhancing existing internet capabilities. For businesses, this approach of gradual migration means they can capitalize on current technologies while planning for a fully realized Web 3.0 in the future.

A recent study asked C-level executives how well they understood Web 3.0. Only 26% felt their organizations had an understanding of Web 3.0 functionality. However, 84% indicated “they weren’t sure what Web 3.0 was but were planning to do something” to remain competitive.

Doing Something

Unfortunately, starting an immersive experience project requires more than planning to “do something”. It requires a strategy that communicates realistic expectations given available resources. Businesses looking to deploy Web 3.0 technologies can start by identifying small pilot projects with easily quantifiable goals, such as designing an immersive training program. As with any project, it is also critical to perform a comprehensive risk assessment and secure the necessary resources for a successful deployment.

Developing an immersive training project provides valuable information for larger projects and can improve operations. According to one study, immersive technology reduced employee errors by 40%, improving productivity and reducing rework. So, how do organizations deploy these new technologies?

Deploying Immersive Technology

Delivering an immersive experience takes a thorough understanding of the technology. It requires more than identifying the outputs needed for a personalized experience or the data sets to feed AI applications. It requires sourcing the hardware that forms the infrastructure to ensure a seamless experience.

Computing Power

High clock speeds and quad-core processors are essential components for an immersive experience. Many organizations opt for cloud computing to deliver the power needed to run a seamless experience. Slow data transmission speeds can produce pixelated or distorted images, disrupting the user experience. Building a powerful infrastructure is the first step in delivering a successful immersive experience.

Display Screens

Immersive digital experiences rely on screens to convey images and engage participants. Technical improvements are moving displays from 4k to 8k with micro pixel technology for more realistic graphics. Web 3.0 connectivity will automatically move to different communications channels for continuous operations.

Customizable screens can fill whole walls. Streaming natural scenes in a meditation room, for example, can enhance the peaceful atmosphere. Lobby or venue displays can show wayfinding content to help visitors locate offices or events. Engineers can use room-sized screens to share simulations instead of huddling around a monitor. Given the size ranges, businesses can select the best display features for every deployment.

Connectivity 

While Web 3.0 promises seamless connectivity, today’s deployments require an infrastructure that ensures reliable operations without dynamically changing connections. These emergent capabilities need a steady power source that ensures continuous operation. Locating a screen for maximum visibility can be challenging if a power source is not readily available. Power over Ethernet (PoE) technology can facilitate optimum screen placement by delivering power and data through a single wire, making proximity to a power source far less important.

Power over Ethernet (PoE)

PoE delivers power and data over an Ethernet cable, eliminating the need for an external power source. The latest standards support Type 4 devices using up to 90W of power and up to 10 gigabits of data. These capabilities enable businesses to deploy large format PoE display screens in remote or unusual locations for enhanced user experiences. For example, a PoE switch such as Versa’s C62-083-91-770 L2 managed switch can connect multiple screens to a single network for efficient content delivery.

The C62 managed switch supports eight ports carrying up to two gigabits of data while delivering 90W of power. Centralizing connectivity to a managed switch simplifies network monitoring, and connecting it to an uninterruptible power supply (UPS) ensures operation during power outages. Being able to display content during an outage can keep people updated and provide them with safety instructions.

Using PoE Display Screens for Immersive Experiences 

With fewer placement constraints, large format PoE display screens allow organizations to focus on finding solutions that deliver high-quality images, lower operating costs, and maximize return on investment.

High-Quality Images 

Pixels carry data on image detail such as color and clarity. The more pixels, the better the image. A 4k display uses 4,000 pixels to deliver the precise images needed for training technicians on complex devices. Replacing older screens with large-format displays can be a first step toward deploying immersive experiences.

An existing training video on a 4k screen can highlight areas where improved visuals can improve outcomes. Giving surgeons an immersive experience through realistic simulations can better prepare them for surgeries. Upgrading displays positions businesses for Web 3.0 capabilities.

Lower Operating Costs

Older displays use more energy.  LED screens use between 60 and 150 watts of power compared to the 300 watts used by older 55-inch displays. Multiply the difference across an enterprise, and the energy savings can be significant. A PoE-managed switch can monitor usage and cut power to inactive screens. Switches can run on pre-determined schedules, indicating which displays should be turned on and off and when. Moving to the latest PoE-enabled display technologies can reduce current operating costs while delivering a powerful immersive experience. 

Maximizing ROI

Organizations can realize energy savings by upgrading display screens to PoE-enabled large-format displays. They can position the screens where they provide the best viewing experience without worrying about distance from power sources. Being able to place screens in an optimal location can greatly improve the user experience.

Placement can also provide usable data for an immersive experience project to ensure the display locations optimize the experience. If the data suggests an alternative site is better, PoE displays can be moved cost-effectively, as power cables are unnecessary. Deploying the latest technologies positions organizations for the future of immersive experiences while delivering enhanced performance at a lower cost.Versa Technology provides PoE solutions to support immersive technologies. Whether switches or media converters, Versa has a product to meet your needs. Contact Versa Technology to learn more about reshoring with PoE technologies.