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Introduction
Wireless charging has become a staple in many households and offices, making it easier to power devices without the hassle of tangled cables. However, this technology still has limitations, particularly when it comes to distance. Current systems typically require a device to be placed directly on a charging pad, which just shifts the visible wire from the device to the pad. But what if we could go beyond that? What if power could be transmitted invisibly, without the need for charging pads at all? This is where the exciting new technology developed by Etherdyne Technologies comes into play.
the Original
The current state of wireless charging has made life simpler by removing the clutter of physical wires, but it still relies on charging pads or cables. A groundbreaking video from DIY Perks, presented by Matt, shows an innovative solution where wireless power transmission is taken to the next level. In this new system, a large charging loop is embedded underneath a desk, powering devices such as keyboards, mice, speakers, and even a monitor – all without a visible cable or charging pad.
This new approach is based on technology from Etherdyne Technologies Inc, which offers a flexible kit for R\&D teams to create prototypes. The Eval Kit includes a transmitter with a flexible wire loop that can be integrated into a surface, creating a wire-free power zone. This technology, while not yet a full-blown wireless power solution like the “Wi-Fi-like” system we all envision, takes a step forward by powering devices within a defined area.
The wireless power system uses a wire loop to generate a rapidly oscillating magnetic field, allowing power to be transferred wirelessly to nearby devices. The system is designed with safety in mind, ensuring that power levels are tightly controlled to avoid hazards. While Matt’s demonstration highlights the potential for powering low-energy devices like keyboards and speakers, it’s the monitor that truly showcases the technology’s capabilities.
What Undercode Says: The Future of Wireless Power
The leap from the traditional charging pad to a more flexible and powerful system is an exciting one. Etherdyne’s Eval Kit allows for the creation of a 3D wireless power zone that can cover large areas, unlike current systems, which are confined to the charging pad’s immediate surface. The technology uses a rapid oscillation of magnetic fields to transmit power, a step beyond the simple electromagnetic induction used in many wireless chargers today.
What’s particularly compelling about this system is its potential to power a variety of devices. Imagine a workspace where every device is powered without cables, reducing clutter and improving convenience. The idea of embedding this charging system into a desk is ingenious—it’s not just about charging your mouse or keyboard, but the ability to power larger, more energy-hungry devices like monitors.
However,
One of the most exciting aspects of this technology is the potential for reducing dependence on batteries and charging cords. As society moves towards more sustainable energy solutions, wire-free power could play a crucial role in reducing electronic waste and improving energy efficiency.
Fact Checker Results ✅❌
- Wireless power transmission under a desk – True: The system allows devices to be powered wirelessly via a loop embedded into surfaces like desks.
Powering larger devices like monitors – True: The technology successfully powers devices such as monitors, which would normally require more power than smaller devices.
Wi-Fi-like wireless charging across a room – False: While the technology is innovative, it’s not yet capable of broadcasting power over wide areas like Wi-Fi, as the power output and range are limited.
Prediction 🔮
The future of wireless power transmission is bright, but we’re still in the early stages of its development. The technology demonstrated by Etherdyne is a major step toward making the dream of long-distance wireless charging a reality. In the coming years, we may see the technology improve, with devices becoming more energy-efficient and capable of powering larger areas. As research continues, it’s likely that the next big leap will involve scaling up the technology to power rooms, entire homes, or even public spaces wirelessly. With ongoing innovation, this could eventually transform how we think about charging our devices and powering our homes.
References:
Reported By: 9to5mac.com
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