An important challenge for 5G is the ability to effectively utilize the 5G usable bandwidth - the challenge now is to design a communication standard that works well in bandwidths from 600MHz to 80GHz for 5G. Consumers also expect to be able to enjoy content at any time—from a variety of end devices, such as the cloud, smartphones, smart watches, and tablets. Therefore, multimedia, home automation, security, and e-health will join the ranks of 5G and run seamlessly.
What impact will the IoT market have on 5G?
The IoT market will have a huge impact on 5G. Integrating connectivity features such as low-power Wi-Fi and Bluetooth Smart into SoCs is a key to achieving low-power and low-cost IoT devices. Through 5G, we will see that multiple connection standards will coexist with each other, so the solution must meet multiple standards and have excellent power. ImaginaTIon's Ensigma Whisper Radio Processor (RPU) is designed for high configurability and gives designers the flexibility to support multiple standards in a single architecture. The Whisper connection IP design allows customers to choose between Wi-Fi 802.11n, Bluetooth Smart, and the 802.15.4 standard such as 6LowPan, Zigbee or Thread, or a combination of these standards, depending on the needs of the particular application.
What do you think will be the future 5G wireless standards? Is it possible for a standard to cover all use cases?
Today, we have many different standards for different applications, including 802.15.4, Bluetooth Smart (BTLE), and low-power Wi-Fi – 1x1 802.11n. 5G advocates are looking for a single "standard" to cover cellular networks, IoT, WAN, LAN, PAN and many more use cases. There is now a lot of discussion about whether a single standard can eventually replace all other wireless technologies—especially local area network Wi-Fi technology. Whether it is possible or reasonable, this issue is still under discussion and will continue to be discussed in the foreseeable future.
If there are multiple standards for 5G in the future, will operators offer "uninterrupted experience" to consumers in conjunction with licensed and unlicensed technologies such as Wi-Fi?
In the early days, we may see this situation because consumers really want technology to work at all times. This approach can also ease the pressure on telecom operators' existing cellular networks.
Since 5G offers a wide range of available bandwidth, what new technologies will be required for cellular radio design? Will cogniTIve-based software-defined radio (SDR) technology be an option for the future?
Cognitive radio is definitely one of the most promising options in the future. Putting decision making back into the network and moving away from the center can be an important differentiating feature of IoT.
Please introduce some different 5G markets and their priorities
Previous network technologies have always been voice-centric, and data is considered an add-on service. 5G can bring data to the center of the network. Through 5G, we will get better efficiency and stability. In the connected world of IoT, a large number of IoT devices will be deployed in rural and sparsely populated areas. We will see a variety of market opportunities and applications, including home automation, wearables, surveillance, transportation and agriculture. Priority ranges include greater system capacity, reduced latency, energy savings, and higher data transfer rates. All of this will be achieved with an increase in stability.
How do you see a wide variety of 5G alliance organizations?
It is still in the early stages of 5G development, but I am convinced that some important alliances and organizations will find common ground to further ensure the smooth development of the 5G field. For example, ImaginaTIon founded the prpl Foundation last year – an open source, community-oriented collaborative organization that, in addition to locking embedded/IoT, includes areas of connected consumer devices, data centers, networks and storage devices. . Through the company and the 5G Innovation Center (5GIC) at Surrey University, we focus on contributing to the definition and development of 5G. In addition, we can see that there is still much room for innovation in the entire ecosystem.
Given that 5G will be fully defined in the next few years, how will the industry ensure the forward-looking design?
The design threshold will be very high. Vendors need to develop products that support multiple standards to ensure future use. They must also understand the need for consumers to have instant access to applications such as the Internet, email, and social media. The digital home revolution has begun, all devices will have wireless capabilities, and all devices must work together.
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