LiFi Pros & Cons - LiFi.co (2024)

FAQs

What are the pros and cons of LiFi? ›

Some advantages and disadvantages of Lifi technology

As already mentioned, it would move in the range of 10 to 20 Gbps, and maybe even more (in some tests it has even reached 224 Gbps). Disadvantage: light waves are not able to pass through opaque obstacles, such as walls, so they would have range limitations.

Need for Special Hardware: LiFi needs special LED bulbs for transmission and photo-detector for reception. The need for special LED bulbs has made it difficult to implement LiFi on a large scale as these bulbs are not yet mass produced.

Another perceived disadvantage of LiFi connections is that because it relies on light to transmit data, it becomes highly susceptible to outside interference. Photodiodes are able to pick up light from competing sources of light such as sunlight and other forms of illumination.

LiFi technology is one of the best options when it comes to high-speed data transmission in restricted regions. It offers lots of advantages over technologies like Wi-Fi and cellular. For example, the bandwidth is higher, and it's generally easier to use. It's also quite efficient and safe.

Yes, LiFi is absolutely safe. infact safer than WiFi or any other wireless communication. LiFi since it relies on LED bulbs to transmit data, it can only be as harmful as an ordinary LED bulb can be.

While Li-Fi will probably never be a viable option to replace consumer grade Wi-Fi connections, it is not completely dead. There are various applications where Li-Fi makes a lot of sense.

LiFi can operate in daylight and even in direct sunlight conditions, as the modulated light can still be detected. LiFi relies on detecting the fast changes in light intensity and not on the absolute or slowly varying levels caused by natural disruptions in daylight or sunlight.

If all power to a light is turned off then there is no LiFi. However, LiFi technology can be enabled to dim low enough that a room will appear dark and still transmit data. There is a consistent performance between 10 and 90 percent illumination.

LiFi is significantly more secure than WiFi. LiFi uses light sources to transmit data. WiFi uses radio waves to transmit data. Radio waves can pass through pretty much all objects, which makes it susceptible to piggybacking and potentially the theft of data.

Can LiFi pass through walls? ›

Li-Fi signals cannot pass through walls, so in order to enjoy full connectivity, capable LED bulbs will need to be placed throughout the home. Not to mention, Li-Fi requires the light bulb to be on at all times to provide connectivity, meaning that the lights will need to be on during the day.

LiFi technology has come out as a game-changer in the world of networking and communication. The utilization of LiFi or light wifi is particularly pronounced in areas that value fast connectivity, real-time communication, and high-security communication.

It's a LiFi access point that uses invisible infrared light to keep your smartphones, smart TVs, and other home devices online. As the WiFi network struggles, your family can turn to LiFi@Home to stay connected. With a phone or TV connected to LiFi, you can go online without competing for WiFi bandwidth.

The biggest LiFi companies are Signify, PureLiFi, Oledcomm and VLNComm.

Li-Fi has a transmission rate of 224 Gbps. Additional benefits of Li-Fi are its cost and energy efficiency. LED bulbs are efficient in themselves and, unlike Wi-Fi, Li-Fi wireless communications do not require modems, routers, antennas, amplifiers, or signal repeaters.

Unlike WiFi, LiFi operates in the visible light spectrum, meaning it produces no electromagnetic interference and poses no risk to sensitive equipment or human health. By minimizing electromagnetic pollution, LiFi contributes to a cleaner and safer environment.

In conclusion, visible light has many advantages, including visibility, energy efficiency, health benefits, and safety. However, it also has some limitations and potential drawbacks, such as limited range, interference, sensitivity to environmental factors, and the risk of eye damage from bright or intense light.

In 2024, the market for LiFi-based products is estimated to be worth USD 1.72 billion with a CAGR of around 63% for the forecast period of 2024-2029. LiFi is projected to become an alternative to WiFi, replacing traditional internet networks and offering high-speed internet access for industries and households.

LiFi technology has a shorter range than WiFi and cannot penetrate through walls, limiting its coverage area. Light fidelity technology relies on light waves to transmit data, which can be easily blocked by physical obstacles or ambient light sources, leading to interference issues.