A patent is a specific type of document that gives legal rights for the inventor. While most tech startups protect themselves with patent protection, the communication industry often uses a combination patent protection as well as trade secrets to keep its technology viable and commercially viable longer.

Patenting in the Communication Industry: Its Variable Forms

This sector is unique in that patenting is possible. While sectors such as AI and Fintech are highly profitable and growing in patenting, the communication sector provides innovators with the opportunity to patent in areas like wireless, fiber optics and satellite communication.

Patenting Wireless Communications Technologies

Wireless communication relies on electromagnetic waves. To describe the operation of electromagnetic waves, scientists use the term energy. Electromagnetic waves travel at light speed. The electromagnetic waves are composed of magnetic and electric fields that interact.

Since the 1800s, wireless communication has been explored by inventors. Guglielmo Markini was one the first to create wireless receivers and transmitters. There are many patents covering wireless communications around the world today, and most were issued in the last 20 years.

The following are some of the most important patentors in wireless communication:

1. Lumen Technologies
2. Verizon Communications
3. Qualcomm Technologies

Future communications will be based on the 5G and 6G technologies. They will offer fast speeds, security, network coverage, and high speed internet for everyone around the globe. These technologies are vital for consumers and businesses. Here’s a quick overview of some of the most important information.

Telcos face increasing pressure to adapt to new technology due to its continued growth. This is where 5G/6G come in. Both technologies provide a higher level in speed and capability and will be an important part of the future wireless communications.

Although the technology is still in its infancy, researchers are already working to improve it. It is hoped that the network will be able to provide instant intelligence and communication to all users, devices and applications. It will be capable of sensing and mapping the world around it. It will also be a platform to promote innovation.

6G could eventually enable the Internet of Everything. This would allow everyone to have an internet-connected device and have all of their data and information at any given time. There are still many questions that need to be answered before this is a reality.

It is difficult to get started with 6G and 5G technologies. It is changing all the time, so it will be necessary to reengineer the Internet to accommodate new technologies. It is essential to establish strong business relationships with subscribers.

There are many uses for 5G. These include ultra-reliable, low-latency communications, real-time video communications and augmented reality. These are just a few of the many uses that 5G is used for. These include digital twins and robot navigation, eHealth, precision agriculture, smart city, and holographic tech.

Wireless communication speed

There are many things to take into consideration when it comes to speed and 6G technology. These include the network’s architecture, the type of links it uses and the benefits it will bring to users.

The speed of 5G is one of its most striking features. The industry has set a high standard for 5G. Its peak data speed of 10 Gbits/sec exceeds that of 4G. Recently, the International Telecommunication Union established standards for 5G.

This doesn’t mean you shouldn’t be expecting these technologies to start appearing soon. Many countries have pledged their support. China is one of them, having recently reported that it had successfully tested wireless technology and delivered between 100 and 200 Gbits/s.

It’s not surprising that technology providers and vendors are eager to get on board the 6G train. The industry is working on specifications to support 6G-enabled network devices. Many of these specifications are still years away from being available for rollout.

The real question is when 6G will actually be available on the market. Some vendors have indicated that they are interested in the next-generation standard for wireless technology, while others have not mentioned a possible release.

LG Electronics is one of the industry leaders who has taken up this challenge. The company’s CTO has announced plans to create new business models using 6G.

Wireless communication latency

Latency refers to the time taken for data packets to reach a frequency. It will vary depending on where you are going and how long it takes to get there. It is generally measured in milliseconds.

While 5G and 6G will both be available soon, there are many differences between them. These include latency, speed and bandwidth. 6G is more reliable than 5G and has lower latency. It also uses advanced technologies.

The latency of 6G is much lower than 5G’s which can take up to five milliseconds. This will enable massive data transmissions to be completed in less than one second.

6G’s spectral efficiency will nearly double that of 5G. This will give users instant access to multimedia services. 6G could eventually reach terahertz frequencies.

Although 6G is still in its research phase, many companies are working to develop the technology. LG Electronics, for example, has stated plans to be the leader in global standardization of 6G. In mid-2021, the South Korean Ministry of Science and ICT hosted a meeting on 6G strategy.

Before 6G is available, there are many issues that need to be resolved. This includes a new method to model tail behavior for THz channels. Another issue is determining the lowest possible latency for UbiI systems.

A future digital society will need a more reliable and faster solution to meet increasing demand for seamless connectivity.

Wireless Communication Pectrum

The demand for wireless networks is growing, and so is the need for spectrum. Wireless network operators must start with broad coverage and then add high-band or low-band networks to fill the gaps.

Access to the right spectrum is crucial for unlocking the potential of 6G and 5G technology. It is important to recognize that cooperation between multiple stakeholders is essential. This includes regulators and telecom operators as well as network providers.

Two main sources of spectrum are available at the moment. The first is the millimeter-wave spectrum bands that span from 24GHz through 40GHz. The sub-THz spectrum is another, and it spans 90GHz to 300GHz. These bands have extremely high data rates but are limited in their mobility.

Combining 6G technology with other frequency bands will be necessary to achieve the maximum capacity and range. Combining these frequencies will allow for mobile edge computing and advanced mobile systems. These technologies offer a number of benefits, including lower latency and greater bandwidth.

The new mid-band spectrum will offer even greater capacity, with a minimum of 400MHz and ultra-low latency. These systems, when combined with mobile edge computing will be able to support a wide range of applications including real-time streaming and imaging as well as telepresence.

Network operators will have to redesign their infrastructure to take advantage of these new capabilities. This includes advanced antenna-array technology.

Wireless Communication Network coverage

Next-generation computing capabilities will be a key component of the 6G technology market. This will allow the industry to respond to the growing demand for data-driven services. Industry experts predict that immersive technologies like wireless brain-computer interfaces and connected implants will dominate the 6G era.

Although 6G is not yet widely accessible, the Federal Communications Commission has opened up the doors to its future. The evolution of the market will determine its adoption.

6G offers significantly more bandwidth and speed than 5G. This will allow for greater throughput and higher sampling rates, which will provide more accurate data. The latency of a 6G network will be lower.

Its broad spectrum and submillimeter waves will allow for better coverage. Its reliability will also be improved by numerous wireless hops, AI/ML, and other means.

Users will be able to enjoy data speeds up to 1 Tbps. This network could be used to power automated cars. Its low power consumption may allow for over-the-air charging.

The 6G network is expected to support ten-times more devices per square mile than the 5G network. They will also be able support a wider variety of applications. These applications include new imaging applications and smart city technology.

High-frequency and low latency spectrums of the technology will enable it to support greater bandwidth. This will result in increased throughput and higher sample rates. Its spectral efficiency will almost double that of 5G.

Wireless Communication Security

5G will offer high-speed, high-quality services but it will also pose security risks. Recent research outlines the security issues facing both 5G and 6G networks. This paper examines security concerns at the physical and AI/ML layers.

6G faces one of its biggest security problems: identity management. For decades, many applications have used password-based security techniques. They have many disadvantages.

These challenges can be overcome by new authentication methods and encryption techniques that meet future network requirements. Users’ privacy must also be protected by security measures.

Resource restrictions are another security problem that all network generations face. Resource restrictions are a major security problem that affects all network generations. As devices and applications increase in number, it becomes more difficult to manage the resources available. This complicates the interplay between security requirements and performance expectations.

Zero trust security, as its name implies, is about ensuring that no one can interfere in the operation of a system. It assumes that an attacker could be found in the network and can gain access to the system’s resources.

Some of the processes that make up zero trust security can cause latency, so it is not always efficient. It is also not possible to provide encryption at all.

Attacks can also be made against the control layer of 6G networks. These attacks target SDN controllers and cloud computing services as well as interfaces.

Satellite Communications Patenting – The Trend

Satellite communication refers to the use satellites for wireless communications. Satellite communication techniques use radio, optical, and laser signals. Satellite phones and internet connections using satellite technology such as Starlink are two examples of equipment that use satellite communications.

Satellite communications are becoming more accessible as technology improves. Satellite communication technology is rapidly improving. There are currently over 750 GEO satellites orbiting the Earth.

Some of the most prominent patentors in this area include Qualcomm, Samsung Electronics (Samsung Electronics), Sony, LG Electronics, and Huawei Technologies.

The vast majority of satellite communication patents concern broadcasting, receiving, and transmitting signals.

The latest patent, published September 25, 2018, is titled “Optical communications system with integrated spectrotemporal pulse shaping”. Hany Barhoumi, Cang Zhou, and Ying Chen are some of the notable inventors with more than 100 patents related to satellite communication. Satellite communication patents will continue to evolve with rapidly evolving technology.

Fiber Optics Innovations and Patenting

Corning introduced the first optical fibers for telecommunications services in 1977. Corning’s research lab produced the first single-mode optical fibre in 1977 by P.Kopans and D. Payne. Made entirely from glass

Corning’s optical fibres transmit data faster than traditional copper-wire cables, and are only one-tenth as large.

Optic fiber has almost replaced copper wire as the backbone for worldwide communication systems. More than 6,000 miles worth of optical fiber were installed worldwide by 1985, mainly in North America and Europe.

Fiber optics is a new technology that relies on the inventions of many people over time. It has become a household product with mass use today.

The ability to harness light to communicate and transfer data was an early innovation in the telecommunications sector. The first patent for fiber optics dates back to 1970. Fiber optics are an integral part of modern life. Fiber optics is technology we have come to depend on and can rely upon without any problems.

Radio Communications Technology Patenting

Wireless technology is rapidly changing. It is therefore important to take a strategic approach to patenting. The following are key elements to a successful patenting strategy for wireless technology:

1. Concentrating on core technologies: Patenting core technologies and identifying the technologies that are key to wireless technology can give you a competitive edge and a strong defense position.
2. A portfolio is a defense strategy that can help you protect your patent portfolio and increase your chances of selling or licensing the patents.
3. Timing is crucial when patenting wireless technology. It is important to file for a patent before technology becomes widespread.
4. International protection: Wireless technology is frequently used worldwide, so it is important that you consider applying for patents in multiple countries in order to protect your technology.
5. Monitoring and enforcement: Regularly checking for possible infringements of patents can help to protect the patent portfolio’s value.
6. Collaboration and licensing: Licensing patents and collaborating with other companies can generate additional revenue streams and speed up the time to market.
7. Be aware of the current trends: Follow the latest developments in wireless technology and patenting in the field to adapt and adjust your strategy accordingly.

A well-thought-out patenting strategy can protect wireless technology’s value and give you an advantage on the market.

Radio communications are a system and method for intentionally replicating or linking a link layer address to a base protocol adress on a network card. This reduces contention among nodes within a wireless network. It is possible to communicate between multiple devices using a device. The device comprises an interface and a radio that can operate in two or more frequency bands using packets with an ID field.

Wireless/radio technology is a highly competitive field. Therefore, it is important to consider defensive and offensive patenting options when considering radio technology.

Intense patenting is the practice of actively seeking patents for new technologies and innovations to stop competitors using them. Companies that develop new radio technologies or want to be a leader in their market use this strategy. Companies can obtain patents on key technologies to prevent others from using them without having to pay licensing fees. This can create a substantial revenue stream.

On the other hand, defensive patenting is a way to obtain patents as a defense against possible infringement lawsuits from others. Companies that have a strong market position and wish to prevent their technology from being copied by others will often use this strategy. Companies can obtain patents on existing technologies to make it more difficult for others to enter the market.

Combining defensive and offensive patenting can make radio technology companies more successful. Companies can secure a market leading position by obtaining patents for new technologies. They also protect their existing technologies against being copied by other companies. Cross-licensing and licensing agreements can also be used to monetize patents and reduce the risk of litigation.

Powerpatent

Powerpatent has the technical expertise and industry knowledge to assist you, no matter what technology it is. We help our clients stay on the cutting edge of communication technology.

We are passionate about communications-related intellectual property. We are passionate about patent law, technology, and adding value to our clients. We will help you to protect and monetize intellectual property in a way that is efficient and effective.

Effective intellectual property protection is more critical more than ever. In the highly competitive communications industry, the strength and exploitation their patent portfolios is often what determines who wins and who loses. A great idea does not necessarily mean that you are able to execute it. It is essential to find the right lawyers to represent you, and to be committed to building and leveraging strong patent portfolios. Our team is uniquely qualified and equipped to tackle the challenging intellectual property issues that communications companies face today.

The Team at Powerpatent has a wide range of success in representing established and emerging-stage companies with their communications-related intellectual property needs. We have helped with:

• Consulting
• Patent application drafting
• Patent prosecution
• Patent Office litigation (IPRs, PGRs).
• Licensing
• Litigation
• Investigations by the ITC

Collectively, our team has over 30 years industry experience, having worked at top communications companies. Additionally, the majority of our team members have advanced technical degrees focusing on communications-related technology.