Network slicing is fundamental to make 5G networks successful. This whitepaper introduces the concept of network slicing and provides an overview of three primary 5G service types and core network functions. It also highlights how operators and network equipment manufacturers (NEMs) can take a lead on the competition by adopting test and measurement solutions available on the market today.
• How 5G is different from previous cellular connectivity generations
• 5G use cases and challenges
• How testing helps meet quality of service expectations
Synchronization in carrier networks has been in use forever, but because of its elevated role in 5G, it is now getting more attention. Mobile cellular networks must be synchronized so that towers (base stations) with overlapping coverage do not interfere with each other causing dropped calls or service degradation. 3G and 4G mainly needed frequency synchronization, but 5G cellular technology and 4G LTE-TDD require phase synchronization to make the advanced modulations and techniques work without interference when cells overlap.
Download this whitepaper to discover what you need to know about:
- 5G Synchronization requirements
- Frequency versus Phase Synchronization
- How to achieve Phase Synchronization
The 5G Fronthaul Handbook is a guide to understanding the impact of 5G on transport networks and key test considerations for ensuring reliable performance and high quality of service.
5G technology is touted as an innovation platform that will enhance our connected world. To deliver on this promise, 5G will demand the network supporting it to be as flexible as the services running on it. The following high-level 5G uses cases are well understood and documented by the wireless industry:
• Enhanced Mobile Broadband (eMBB)
• Ultra-Reliable Low Latency Communications (URLLC)
• Massive Machine Type Communication (mMTC)
The big challenge is how to support these use cases on the same network. Much of the trade buzz to date has been centred on 5G-NR (new radio), virtualized core, and mm-Wave spectrum. Receiving far less attention, but equally important as the new radio interface, is the evolution of the transport network connecting 5G nodes that enable the key 5G use cases –simultaneously.
To help business executives and network professionals understand the path to 5G implementation and adoption, VIAVI is pleased to introduce a new book, Understanding 5G: A Practical Guide to Deploying and Operating 5G Networks.
The latest in our series of 5G industry references, Understanding 5G explores the revolutionary architecture and describes how each segment of the 5G network is redesigned to provide the promised characteristics and benefits. This indispensable reference breaks the complex technology into distinct categories containing the critical details necessary for multiple audiences. In addition, it addresses new use cases and applications that define the sixth technological evolution era. We invite you to explore the introduction and Chapter One free of charge.