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UID:2593@x8ti.com
DTSTART;TZID=Africa/Casablanca:20280612T090000
DTEND;TZID=Africa/Casablanca:20280616T130000
DTSTAMP:20250826T113127Z
URL:https://x8ti.com/event/5g-new-radio-access-technology-6/
SUMMARY:5G New Radio Access Technology
DESCRIPTION:Introduction\nThis course by Xcelerate Training Institute provi
 des a comprehensive overview of 5G technology\, highlighting its advanceme
 nts over previous generations. It explores the key features and benefits o
 f 5G\, including increased speed\, expanded coverage\, and improved capaci
 ty. The course focuses on the technical aspects of 5G\, such as network ar
 chitecture\, radio access technologies\, and core network functions.\nLear
 ning Objectives\nUpon completion\, participants will gain a solid understa
 nding of 5G technology\, its architecture\, and key performance indicators
 . They will be able to evaluate the impact of 5G on network design and ope
 rations.\nTraining Methodology\nThe course combines theoretical knowledge 
 with practical examples to provide a comprehensive learning experience. Pa
 rticipants will engage in interactive discussions\, case studies\, and han
 ds-on activities to apply their knowledge.\nBenefits for Your Organization
 \nOrganizations investing in this course can expect improved network perfo
 rmance\, enhanced customer experience\, and the ability to explore new bus
 iness opportunities enabled by 5G technology.\nBenefits for You\nIndividua
 ls will develop expertise in 5G technology\, expanding their career opport
 unities in the telecommunications industry.\nTarget Audience\nThis course 
 is designed for engineers and technical professionals involved in the plan
 ning\, design\, and operation of wireless networks.\nCourse Outline\nIntro
 duction to 5G NR\n\n 	5G Vision and Goals: Understanding the key objective
 s and requirements of 5G\n 	Evolution from 4G: Comparison of 5G NR with pr
 evious generations\n 	Key Features and Benefits: Exploring the unique char
 acteristics of 5G NR\n\n5G NR Physical Layer\n\n 	OFDM: Orthogonal Frequen
 cy Division Multiplexing as the core modulation scheme\n 	Channel Coding: 
 Error correction techniques for reliable transmission\n 	Multiple Access: 
 Techniques such as TDMA\, FDMA\, and OFDMA for efficient resource allocati
 on\n 	Beamforming: Enhancing spectral efficiency and coverage through beam
 forming techniques\n 	Massive MIMO: Large-scale antenna arrays for improve
 d capacity and coverage\n\n5G NR Radio Link Control (RLC) and Medium Acces
 s Control (MAC)\n\n 	RLC Functions: Segmentation\, reassembly\, and error 
 handling\n 	MAC Functions: Resource allocation\, scheduling\, and power co
 ntrol\n 	Hybrid Automatic Repeat Request (HARQ): Improving reliability and
  throughput\n 	Scheduling Algorithms: Round robin\, proportional fair\, an
 d opportunistic scheduling\n\n5G NR Radio Resource Management (RRM)\n\n 	C
 ell Architecture: Single-cell\, multi-cell\, and distributed MIMO\n 	Power
  Control: Managing transmit power for efficient resource utilization\n 	In
 terference Management: Techniques to mitigate interference between cells\n
  	Cell Selection and Handover: Ensuring seamless connectivity and quality 
 of service\n\n5G NR Network Architecture\n\n 	Evolved Packet Core (EPC): O
 verview of the core network components\n 	5G Core Network (5GC): Key compo
 nents and functionalities\n 	Network Slicing: Enabling customized network 
 services for different applications\n 	Edge Computing: Bringing compute re
 sources closer to the user for low-latency applications\n\n5G NR Applicati
 ons and Use Cases\n\n 	Enhanced Mobile Broadband (eMBB): Supporting high-s
 peed data rates and massive connections\n 	Ultra-Reliable Low-Latency Comm
 unication (URLLC): Enabling critical applications with stringent reliabili
 ty and latency requirements\n 	Massive Machine-Type Communications (mMTC):
  Supporting a large number of low-power devices\n 	Industry 4.0: Applicati
 ons in manufacturing\, logistics\, and automation\n 	Internet of Things (I
 oT): Connecting a vast number of devices to the network\n\nAdvanced Topics
  in 5G NR\n\n 	Non-Orthogonal Multiple Access (NOMA): Improving spectral e
 fficiency by serving multiple users on the same resource\n 	Full-Duplex Co
 mmunication: Simultaneous transmission and reception on the same frequency
 \n 	Millimeter Wave (mmWave) Communications: Exploring the challenges and 
 opportunities of high-frequency bands\n 	Terahertz (THz) Communications: P
 otential for future-generation wireless networks\n\n&nbsp\;
ATTACH;FMTTYPE=image/jpeg:https://x8ti.com/wp-content/uploads/2024/09/IMG-
 20241019-WA0126-1.jpg
CATEGORIES:Telecommunication
LOCATION:Casablanca Training Courses\, Four Seasons Hotel Casablanca\, Casa
 blanca\, Morrocco\, Morocco
X-APPLE-STRUCTURED-LOCATION;VALUE=URI;X-ADDRESS=Four Seasons Hotel Casablan
 ca\, Casablanca\, Morrocco\, Morocco;X-APPLE-RADIUS=100;X-TITLE=Casablanca
  Training Courses:geo:0,0
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DTSTART:20280305T030000
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