#5GArchitecture

[telcoma]

5G Technology

5G is the fifth generation of wireless networks which is a new global standard after 4G. This technology is designed in such a way that it can connect everything and everyone virtually into one frame. It will offer data rates in multi-Gbps data speeds, more reliability than the previous generation, and is able to connect massive devices together, increased availability, and can give a good user…

[thefuturix]

5G Architecture #5G #5garchitecture #weliveinthefuture http://pic.twitter.com/zLiVrRnYIi

— Antoine Belleguie (@ABelleguie) January 9, 2018

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3GPP Rel-18 Advance plans for 5G 

Introduction 3GPP and its Japanese Organizational Partners TTC(Telecommunication Technology Committee) and ARB (Association of  Radio Industries and Businesses) hosted a 3GPP summit for work in 3GPP Rel-18 and its advance plans for the 5G technology. Rel-18 has evolved for a duplex mode which has the motivation of increasing the UL resources for TDD (Time Division Duplex) to reduce the latency…

[telcoma]

5G Physical layer 

Introduction A physical layer forms the backbone of wireless technology. The New Radio physical layer has a flexible and scalable design that can support diverse use cases which have extreme requirements. It has a wide range of frequencies and different deployment options which are available. The key technology components of the NR physical layer are the modulation schemes, waveforms, frame…

[telcoma]

5G Wireline access

Introduction  The three major applications of the 5G technology are eMBB (enhanced Mobile Broadband), URLLC (Ultra-Reliable Low-latency communications), and mMTC (massive Machine type communications). In this technology, 5G FWA (Fixed Wireless Access) and 5G technology as a transport network technology in the backhaul are being deployed. The  5G wireless and the wireline infrastructures are…

[telcoma]

5G Radio Network Planning and design

5G Radio Network Planning and design

Introduction  5G includes a new core network that is able to support previous technologies like 3G and 4G, as well as a new air interface called NR (New Radio) that provides much higher data rates, and capacity, by using the higher frequency bands (mmWave). 5G use cases are broadly classified into three main types of communication services. eMBB (enhanced Mobile broadband) – 5G is a technology…

[telcoma]

Terrestrial Radio Interfaces of 5G

Terrestrial Radio Interfaces of 5G

Introduction:  The development of cellular technology is changing society. 5G networks are completely changing society from 2020 and beyond. 5G technology is expected to provide a diverse range of use cases: eMBB (enhanced Mobile broadband), URLLC (ultra-reliable low latency communications), and mMTC (massive Machine type communications). For the enhanced Mobile Broadband services, user…

[telcoma]

5G Cell phones 

Introduction 5G Cell phones have been designed to meet 3GPP NR specifications. 5G phones should work on radio frequencies in various bands as per country-wise allocations. It uses less than 1GHz, below 6 GHz, and above 6GHz (mmWave) frequency bands.  It delivers fast uplink/downlink throughput due to Massive MIMO and low latency between 5G networks and UE. The 5G cell phone supports 10 times…