Since the opening of the first commercial telecommunications line in 1844, the global telecommunications industry has been showing the world's most advanced technological and economic progress to the world. The technological innovation, emerging business, scale economy, service quality, and interconnection (standardization ) The other aspects are inseparable from the latest technology, nor can it be separated from accurate commercial computing and design. With the continuous improvement of large -scale deployment and penetration rate in the early stage, the technical and economic evaluation of 5G communication services will enter a new stage. Operators will start bidding and introduce five bidding projects. These small chips are still small base stations to promote major technological and economic reforms.

Below we introduce optimization and innovative chip BC237BRL1 how to change 5G deployment and operation.

1.RAN diversity is not just the choice of more suppliers ...

For various reasons, operators hope to see more mobile equipment suppliers to choose from. This means that most of the focus of the discussions of the OpenRAN industry is to increase the diversity of suppliers. Our industry will be more diversified. RAN suppliers benefit, but to achieve diversification, more supplier names are seen in the supply chain. Distributed RAN buildings support a variety of deployment methods to help provide the best user experience.

2. We have seen the increase in diversity ...

Internet and business demand is becoming more and more diverse. In order to use new spectrum resources, the equipment must be flexible enough to support the continuously increasing frequency band range, from Sub-GHz to MMWAVE, from authorized to non-authorized bands, from sharing to special frequency bands, in different countries/ The area is usually presented in different combinations. Network devices must also support 2G until 5G different generations of mobile networks. In order to enter 5G operators, the goal is to provide different delay and throughput requirements for different application scenarios.

In order to meet the needs of these application scenarios, they are facing increasingly diverse deployment environment and capacity needs, as well as indoor demand, intensive cities, rural and suburban traffic network coverage and cost configuration. Finally, mobile network funds, deployment, ownership, and operating models are changing. Neutral third -party models and custody networks refer to the emergence and growth of unauthorized services, sharing and special networks in special spectrums. Equipment suppliers must realize that they need to support a series of deployment structures.

3. The small base station itself is diverse ...

In the diversified structure of mobile networks, small base stations are usually considered to be a solution that meets some limited needs, and is usually considered part of homogeneous products. But even in the field of small base stations, there are many differences in function and architecture. Although small base stations only cover base stations with smaller radius, their functions may include supporting different frequency bands, users, and power consumption levels.

The structural diversity of the small base station and the division of the processing function of He RAN and related front and rear transmission requirements. There are also various deployment/operation models of small base stations, such as the network that is proprietary private network, a network deployed or deployed by a neutral third party. GPP does not enter the sleep mode, and there are only more functions and requirements on the roadmap. Therefore, small base station developers should consider all these variables.

4. The diversified environment requires effective response

Operators and suppliers need to be able to economically effectively meet these different requirements. Operators need an environmental operator. RAN makes it meet the needs of the surrounding environment. This means to obtain a network architecture that is suitable for different network architectures, deployment and solutions for different application scenarios. This also means that we need to rely on various optimization systems to support these solutions. It is impossible for developers to design different examples for each example. The end -to -end solution cannot be used to meet the various diversified needs with only one solution.

5. Flexible chip solution can provide answers ...

The feedback received by Picocom is that commercial chips are required to achieve more diversified solutions. Device suppliers can adjust these solutions according to service and deployment requirements. The reason why we exist is because we have designed something and have established as many arrangements and combinations as possible on the chip. We can still achieve the best cost points and low power consumption, and optimize system -level chip methods.

6. Chip+software design can meet task requirements ...

By applying a good semiconductor economic effect, we can achieve diversification. We support new suppliers to participate and design products based on appropriate interface architecture to support flexible solutions. Support higher or lower Physplit, for example, we use the same chip to support higher or lower chip splits to differentiate through specific software. This provides a universal platform for system developers to meet the different needs of the industry.

7. Ran's diversity can be real ... This is the method.

The diversity of RAN suppliers is the diversity of mobile network operators (MNO) strategic drive. However, based on chip solutions, suppliers must provide optimized solutions at appropriate costs and power consumption levels. Flexible chip solutions can achieve the ultimate goal of supplier diversity by supporting distributed and open structures.