Sometime last year, Ericsson published a detailed Massive MIMO Handbook, which contains two documents:
- Massive MIMO Handbook
- Massive MIMO Handbook – Technology Primer
Ericsson's Massive MIMO handbook 2022, First edition extended, is a valuable resource for anyone interested in RF https://t.co/ueLWPy3UPe#Free5Gtraining #3G4G5G #4G #5G #Ericsson #MIMO #MassiveMIMO #3GPP #Coverage #Compact #Capacity #Throughput #Primer #Cband #Midband #Spectrum pic.twitter.com/etPLAPBq4e
— Free 5G Training (@5Gtraining) February 8, 2023
The main purpose of the Massive MIMO Handbook is to provide a guide for how to use Massive MIMO to meet the performance requirements in a 5G mobile networks. It should also provide a guide for how to choose suitable products in typical network deployment scenarios. The handbook shall also briefly explain key aspects of how Massive MIMO works and how the different technology components affect network performance in field.
This handbook primarily targets the Massive MIMO stakeholders in the communications service providers´ organizations. It can also be used by internal Ericsson organizations.
The document focuses on Massive MIMO solutions, including as a means for meeting the performance requirements in the network. Focus is on products operating with time division duplex (TDD) on mid-band spectrum, typically 3.5-3.7 GHz. Conventional radio solutions are also included as an alternative where Massive MIMO is not needed or not cost efficient. Furthermore, emphasis is on the radio solution, i.e. the radio parts and the antenna parts. To keep the document focused and limited in volume, the baseband solution, site solution other than radio parts and the antenna (e.g. power, enclosure, cooling, etc.), transport solutions (backhaul and fronthaul) are not included. High-band (mm Wave) and FDD are not included in this version. The service in focus is mobile broadband (MBB) as this is the dominating service in all mobile networks.
The purpose of Massive MIMO Handbook – Technology Primer is to provide a deeper understanding to how Massive MIMO works, why it works and what performance is achievable in a real network deployment. Many related topics that provide additional insights to the background of Massive MIMO, e.g. antennas and wave propagation, the implications of Massive MIMO, e.g. architecture and implementation and radio requirements are also covered.
The different chapters of the Technology Primer can be read selectively and standalone to deepen knowledge where the reader chooses. The chapters are however organized in a way that they best are read in succession. For example, the chapters: antennas and wave propagation, antenna arrays, multi-antenna technologies, 3GPP solutions, network performance and Massive MIMO features will be better understood if read in a sequence. If readers has a reasonably good understanding of an area from start, they do not need to read everything in these chapters, and rather selectively read what is important to them.
Related Posts:
- 3G4G: Massive MIMO for 5G: How Big Can it Get? - Emil Björnson
- The 3G4G Blog: Distributed Massive MIMO using Ericsson Radio Stripes
- The 3G4G Blog: Cell-free Massive MIMO and Radio Stripes
- Connectivity Technology Blog: CSI-RS vs SRS Beamforming
- Telecoms Infrastructure Blog: Demos from Ericsson's Radio Tech Day 2021
- Telecoms Infrastructure Blog: Ericsson's Street Solutions
- Telecoms Infrastructure Blog: Three UK's Gigabit 5G Poles Explained
- Telecoms Infrastructure Blog: Samsung and Ericsson Talks Massive MIMO
No comments:
Post a Comment