[ WebToolTip.com ] 5G New Radio (NR) Design and Planning - Coverage, Capacity, and Throughput

File Name

Size

Get Bonus Downloads Here.url

180 B

~Get Your Files Here !/01. Introduction/01. Introduction.mp4

4.5 MB

~Get Your Files Here !/01. Introduction/01. Introduction.srt

1.7 kB

~Get Your Files Here !/02. 1. Introduction to 5G Systems/01. Evolution from 4G to 5G The drivers for change.mp4

14 MB

~Get Your Files Here !/02. 1. Introduction to 5G Systems/01. Evolution from 4G to 5G The drivers for change.srt

5.5 kB

~Get Your Files Here !/02. 1. Introduction to 5G Systems/02. What is 5G Key capabilities and use cases.mp4

9.0 MB

~Get Your Files Here !/02. 1. Introduction to 5G Systems/02. What is 5G Key capabilities and use cases.srt

1.8 kB

~Get Your Files Here !/02. 1. Introduction to 5G Systems/03. The 5G triangle eMBB, URLLC, and mMTC.mp4

3.0 MB

~Get Your Files Here !/02. 1. Introduction to 5G Systems/03. The 5G triangle eMBB, URLLC, and mMTC.srt

2.7 kB

~Get Your Files Here !/02. 1. Introduction to 5G Systems/04. 5G network architectures Standalone (SA) vs. non-standalone (NSA).mp4

9.7 MB

~Get Your Files Here !/02. 1. Introduction to 5G Systems/04. 5G network architectures Standalone (SA) vs. non-standalone (NSA).srt

6.2 kB

~Get Your Files Here !/02. 1. Introduction to 5G Systems/05. 5G spectrum demystified Frequency ranges (FR1 and FR2).mp4

17 MB

~Get Your Files Here !/02. 1. Introduction to 5G Systems/05. 5G spectrum demystified Frequency ranges (FR1 and FR2).srt

7.8 kB

~Get Your Files Here !/02. 1. Introduction to 5G Systems/06. Why is 5G so fast Key enabling technologies.mp4

25 MB

~Get Your Files Here !/02. 1. Introduction to 5G Systems/06. Why is 5G so fast Key enabling technologies.srt

8.7 kB

~Get Your Files Here !/03. 2. 5G NR Fundamentals/01. Flexible numerology and frame structure.mp4

7.7 MB

~Get Your Files Here !/03. 2. 5G NR Fundamentals/01. Flexible numerology and frame structure.srt

5.7 kB

~Get Your Files Here !/03. 2. 5G NR Fundamentals/02. The resource grid RE, RB, and bandwidth parts (BWP).mp4

7.1 MB

~Get Your Files Here !/03. 2. 5G NR Fundamentals/02. The resource grid RE, RB, and bandwidth parts (BWP).srt

7.3 kB

~Get Your Files Here !/03. 2. 5G NR Fundamentals/03. Multiple access OFDMA in 5G NR.mp4

7.5 MB

~Get Your Files Here !/03. 2. 5G NR Fundamentals/03. Multiple access OFDMA in 5G NR.srt

4.6 kB

~Get Your Files Here !/03. 2. 5G NR Fundamentals/04. Modulation and coding schemes (MCS).mp4

5.9 MB

~Get Your Files Here !/03. 2. 5G NR Fundamentals/04. Modulation and coding schemes (MCS).srt

4.8 kB

~Get Your Files Here !/03. 2. 5G NR Fundamentals/05. Duplexing methods FDD, TDD, and supplementary uplink (SUL).mp4

6.6 MB

~Get Your Files Here !/03. 2. 5G NR Fundamentals/05. Duplexing methods FDD, TDD, and supplementary uplink (SUL).srt

4.8 kB

~Get Your Files Here !/04. 3. Initial Access and RACH Preambles/01. High-level 5G system architecture.mp4

12 MB

~Get Your Files Here !/04. 3. Initial Access and RACH Preambles/01. High-level 5G system architecture.srt

7.0 kB

~Get Your Files Here !/04. 3. Initial Access and RACH Preambles/02. 5G SA initial access and registration procedure.mp4

14 MB

~Get Your Files Here !/04. 3. Initial Access and RACH Preambles/02. 5G SA initial access and registration procedure.srt

7.7 kB

~Get Your Files Here !/04. 3. Initial Access and RACH Preambles/03. The synchronization signal block (SSB).mp4

5.0 MB

~Get Your Files Here !/04. 3. Initial Access and RACH Preambles/03. The synchronization signal block (SSB).srt

4.1 kB

~Get Your Files Here !/04. 3. Initial Access and RACH Preambles/04. Random access channel (RACH) procedure.mp4

7.0 MB

~Get Your Files Here !/04. 3. Initial Access and RACH Preambles/04. Random access channel (RACH) procedure.srt

3.5 kB

~Get Your Files Here !/04. 3. Initial Access and RACH Preambles/05. RACH functions and mapping.mp4

5.9 MB

~Get Your Files Here !/04. 3. Initial Access and RACH Preambles/05. RACH functions and mapping.srt

3.9 kB

~Get Your Files Here !/04. 3. Initial Access and RACH Preambles/06. Preamble format sequence.mp4

9.8 MB

~Get Your Files Here !/04. 3. Initial Access and RACH Preambles/06. Preamble format sequence.srt

5.1 kB

~Get Your Files Here !/04. 3. Initial Access and RACH Preambles/07. Preamble formats – long sequence.mp4

6.0 MB

~Get Your Files Here !/04. 3. Initial Access and RACH Preambles/07. Preamble formats – long sequence.srt

5.3 kB

~Get Your Files Here !/04. 3. Initial Access and RACH Preambles/08. PRACH long sequence – cell radius calculation.mp4

5.5 MB

~Get Your Files Here !/04. 3. Initial Access and RACH Preambles/08. PRACH long sequence – cell radius calculation.srt

4.2 kB

~Get Your Files Here !/04. 3. Initial Access and RACH Preambles/09. Preamble formats – short sequence.mp4

11 MB

~Get Your Files Here !/04. 3. Initial Access and RACH Preambles/09. Preamble formats – short sequence.srt

6.1 kB

~Get Your Files Here !/04. 3. Initial Access and RACH Preambles/10. PRACH short sequence – cell radius calculation.mp4

5.9 MB

~Get Your Files Here !/04. 3. Initial Access and RACH Preambles/10. PRACH short sequence – cell radius calculation.srt

3.8 kB

~Get Your Files Here !/05. 4. Radio Wave Propagation and Challenges/01. Key radio signal measurements (RSRP, RSSI, SINR, RSRQ).mp4

13 MB

~Get Your Files Here !/05. 4. Radio Wave Propagation and Challenges/01. Key radio signal measurements (RSRP, RSSI, SINR, RSRQ).srt

9.5 kB

~Get Your Files Here !/05. 4. Radio Wave Propagation and Challenges/02. S‑RSRP (synchronization signal reference signal received power).mp4

11 MB

~Get Your Files Here !/05. 4. Radio Wave Propagation and Challenges/02. S‑RSRP (synchronization signal reference signal received power).srt

7.2 kB

~Get Your Files Here !/05. 4. Radio Wave Propagation and Challenges/03. SS‑RSSI (synchronization signal received signal strength indicator).mp4

5.3 MB

~Get Your Files Here !/05. 4. Radio Wave Propagation and Challenges/03. SS‑RSSI (synchronization signal received signal strength indicator).srt

3.7 kB

~Get Your Files Here !/05. 4. Radio Wave Propagation and Challenges/04. SS‑RSRQ (synchronization signal reference signal received quality).mp4

6.1 MB

~Get Your Files Here !/05. 4. Radio Wave Propagation and Challenges/04. SS‑RSRQ (synchronization signal reference signal received quality).srt

4.0 kB

~Get Your Files Here !/05. 4. Radio Wave Propagation and Challenges/05. SS‑SINR (synchronization signal signal-to-interference-plus-noise ratio).mp4

7.6 MB

~Get Your Files Here !/05. 4. Radio Wave Propagation and Challenges/05. SS‑SINR (synchronization signal signal-to-interference-plus-noise ratio).srt

4.1 kB

~Get Your Files Here !/05. 4. Radio Wave Propagation and Challenges/06. The radio signal challenge Path loss and attenuation.mp4

6.3 MB

~Get Your Files Here !/05. 4. Radio Wave Propagation and Challenges/06. The radio signal challenge Path loss and attenuation.srt

4.4 kB

~Get Your Files Here !/05. 4. Radio Wave Propagation and Challenges/07. Large-scale effects Path loss models.mp4

8.2 MB

~Get Your Files Here !/05. 4. Radio Wave Propagation and Challenges/07. Large-scale effects Path loss models.srt

5.3 kB

~Get Your Files Here !/05. 4. Radio Wave Propagation and Challenges/08. Large-scale effects Log-normal fading.mp4

5.9 MB

~Get Your Files Here !/05. 4. Radio Wave Propagation and Challenges/08. Large-scale effects Log-normal fading.srt

4.2 kB

~Get Your Files Here !/05. 4. Radio Wave Propagation and Challenges/09. Small-scale effects The Doppler effect and phase noise.mp4

5.8 MB

~Get Your Files Here !/05. 4. Radio Wave Propagation and Challenges/09. Small-scale effects The Doppler effect and phase noise.srt

3.5 kB

~Get Your Files Here !/05. 4. Radio Wave Propagation and Challenges/10. Building penetration loss.mp4

11 MB

~Get Your Files Here !/05. 4. Radio Wave Propagation and Challenges/10. Building penetration loss.srt

7.0 kB

~Get Your Files Here !/05. 4. Radio Wave Propagation and Challenges/11. Foliage loss.mp4

7.8 MB

~Get Your Files Here !/05. 4. Radio Wave Propagation and Challenges/11. Foliage loss.srt

4.7 kB

~Get Your Files Here !/05. 4. Radio Wave Propagation and Challenges/12. The fundamental limit Thermal noise.mp4

7.2 MB

~Get Your Files Here !/05. 4. Radio Wave Propagation and Challenges/12. The fundamental limit Thermal noise.srt

4.7 kB

~Get Your Files Here !/05. 4. Radio Wave Propagation and Challenges/13. Understanding link budget.mp4

9.5 MB

~Get Your Files Here !/05. 4. Radio Wave Propagation and Challenges/13. Understanding link budget.srt

4.1 kB

~Get Your Files Here !/06. 5. MIMO, Beamforming, and Antenna Systems/01. Antenna fundamentals and arrays.mp4

11 MB

~Get Your Files Here !/06. 5. MIMO, Beamforming, and Antenna Systems/01. Antenna fundamentals and arrays.srt

6.8 kB

~Get Your Files Here !/06. 5. MIMO, Beamforming, and Antenna Systems/02. MIMO concepts SU‑MIMO, MU‑MIMO, and massive MIMO.mp4

6.4 MB

~Get Your Files Here !/06. 5. MIMO, Beamforming, and Antenna Systems/02. MIMO concepts SU‑MIMO, MU‑MIMO, and massive MIMO.srt

4.0 kB

~Get Your Files Here !/06. 5. MIMO, Beamforming, and Antenna Systems/03. Beamsweeping and antenna architecture.mp4

9.3 MB

~Get Your Files Here !/06. 5. MIMO, Beamforming, and Antenna Systems/03. Beamsweeping and antenna architecture.srt

6.8 kB

~Get Your Files Here !/06. 5. MIMO, Beamforming, and Antenna Systems/04. Antenna deployment for urban and rural.mp4

14 MB

~Get Your Files Here !/06. 5. MIMO, Beamforming, and Antenna Systems/04. Antenna deployment for urban and rural.srt

6.2 kB

~Get Your Files Here !/07. 6. Capacity, Coverage, and Dimensioning/01. 5G network planning blueprint.mp4

7.7 MB

~Get Your Files Here !/07. 6. Capacity, Coverage, and Dimensioning/01. 5G network planning blueprint.srt

4.9 kB

~Get Your Files Here !/07. 6. Capacity, Coverage, and Dimensioning/03. Shannon’s law The theoretical capacity limit.mp4

6.2 MB

~Get Your Files Here !/07. 6. Capacity, Coverage, and Dimensioning/03. Shannon’s law The theoretical capacity limit.srt

4.2 kB

~Get Your Files Here !/07. 6. Capacity, Coverage, and Dimensioning/04. Cell edge 5G promise.mp4

6.2 MB

~Get Your Files Here !/07. 6. Capacity, Coverage, and Dimensioning/04. Cell edge 5G promise.srt

3.4 kB

~Get Your Files Here !/07. 6. Capacity, Coverage, and Dimensioning/05. The core trade-off Cell edge coverage vs. capacity.mp4

7.6 MB

~Get Your Files Here !/07. 6. Capacity, Coverage, and Dimensioning/05. The core trade-off Cell edge coverage vs. capacity.srt

5.0 kB

~Get Your Files Here !/07. 6. Capacity, Coverage, and Dimensioning/06. Impact of control channel overheads.mp4

6.8 MB

~Get Your Files Here !/07. 6. Capacity, Coverage, and Dimensioning/06. Impact of control channel overheads.srt

4.1 kB

~Get Your Files Here !/08. 7. Spectrum Planning and Interference/01. 5G spectrum and band allocation.mp4

16 MB

~Get Your Files Here !/08. 7. Spectrum Planning and Interference/01. 5G spectrum and band allocation.srt

7.0 kB

~Get Your Files Here !/08. 7. Spectrum Planning and Interference/02. Numerology selection.mp4

14 MB

~Get Your Files Here !/08. 7. Spectrum Planning and Interference/02. Numerology selection.srt

5.8 kB

~Get Your Files Here !/08. 7. Spectrum Planning and Interference/03. Supplementary uplink (SUL) deployment scenarios.mp4

8.6 MB

~Get Your Files Here !/08. 7. Spectrum Planning and Interference/03. Supplementary uplink (SUL) deployment scenarios.srt

5.9 kB

~Get Your Files Here !/08. 7. Spectrum Planning and Interference/04. Understanding 5G interference PIM, near–far effect.mp4

8.8 MB

~Get Your Files Here !/08. 7. Spectrum Planning and Interference/04. Understanding 5G interference PIM, near–far effect.srt

6.7 kB

~Get Your Files Here !/08. 7. Spectrum Planning and Interference/05. Interference fundamentals ACLR (adjacent channel leakage ratio).mp4

12 MB

~Get Your Files Here !/08. 7. Spectrum Planning and Interference/05. Interference fundamentals ACLR (adjacent channel leakage ratio).srt

8.9 kB

~Get Your Files Here !/09. 8. Coverage and Link Budget Analysis/01. Coverage planning methodology.mp4

12 MB

~Get Your Files Here !/09. 8. Coverage and Link Budget Analysis/01. Coverage planning methodology.srt

7.3 kB

~Get Your Files Here !/09. 8. Coverage and Link Budget Analysis/02. Downlink link budget calculation.mp4

12 MB

~Get Your Files Here !/09. 8. Coverage and Link Budget Analysis/02. Downlink link budget calculation.srt

10 kB

~Get Your Files Here !/09. 8. Coverage and Link Budget Analysis/03. Uplink link budget calculation.mp4

7.8 MB

~Get Your Files Here !/09. 8. Coverage and Link Budget Analysis/03. Uplink link budget calculation.srt

4.5 kB

~Get Your Files Here !/09. 8. Coverage and Link Budget Analysis/04. Uplink link budget calculation (detailed).mp4

26 MB

~Get Your Files Here !/09. 8. Coverage and Link Budget Analysis/04. Uplink link budget calculation (detailed).srt

16 kB

~Get Your Files Here !/10. 9. Throughput and Performance Planning/01. 5G peak data rate calculation.mp4

15 MB

~Get Your Files Here !/10. 9. Throughput and Performance Planning/01. 5G peak data rate calculation.srt

13 kB

~Get Your Files Here !/10. 9. Throughput and Performance Planning/02. Practical throughput planning (different modes and scenarios).mp4

9.0 MB

~Get Your Files Here !/10. 9. Throughput and Performance Planning/02. Practical throughput planning (different modes and scenarios).srt

8.9 kB

~Get Your Files Here !/10. 9. Throughput and Performance Planning/03. 5G peak data rate (throughput) Different modes.mp4

4.4 MB

~Get Your Files Here !/10. 9. Throughput and Performance Planning/03. 5G peak data rate (throughput) Different modes.srt

3.6 kB

~Get Your Files Here !/10. 9. Throughput and Performance Planning/04. 5G user plane latency considerations.mp4

6.4 MB

~Get Your Files Here !/10. 9. Throughput and Performance Planning/04. 5G user plane latency considerations.srt

5.1 kB

~Get Your Files Here !/11. 10. 5G Deployment Architectures/01. Overview of 5G deployment architectures.mp4

9.5 MB

~Get Your Files Here !/11. 10. 5G Deployment Architectures/01. Overview of 5G deployment architectures.srt

6.3 kB

~Get Your Files Here !/11. 10. 5G Deployment Architectures/02. Standalone (SA) deployment Option explained.mp4

9.7 MB

~Get Your Files Here !/11. 10. 5G Deployment Architectures/02. Standalone (SA) deployment Option explained.srt

7.8 kB

~Get Your Files Here !/11. 10. 5G Deployment Architectures/03. Non-standalone (NSA) deployment Option 3x ENDC architecture.mp4

8.2 MB

~Get Your Files Here !/11. 10. 5G Deployment Architectures/03. Non-standalone (NSA) deployment Option 3x ENDC architecture.srt

5.0 kB

~Get Your Files Here !/11. 10. 5G Deployment Architectures/04. Downlink traffic flow in ENDC (NSA) networks.mp4

15 MB

~Get Your Files Here !/11. 10. 5G Deployment Architectures/04. Downlink traffic flow in ENDC (NSA) networks.srt

5.2 kB

~Get Your Files Here !/12. 11. Throughput Modeling and Analysis/02. Practical MAC throughput measurement techniques.mp4

8.1 MB

~Get Your Files Here !/12. 11. Throughput Modeling and Analysis/02. Practical MAC throughput measurement techniques.srt

7.5 kB

~Get Your Files Here !/12. 11. Throughput Modeling and Analysis/03. Downlink throughput formulas for gNB (SA and NSA modes).mp4

6.4 MB

~Get Your Files Here !/12. 11. Throughput Modeling and Analysis/03. Downlink throughput formulas for gNB (SA and NSA modes).srt

2.6 kB

~Get Your Files Here !/12. 11. Throughput Modeling and Analysis/04. PDCP layer downlink throughput in eNB (NSA mode).mp4

5.7 MB

~Get Your Files Here !/12. 11. Throughput Modeling and Analysis/04. PDCP layer downlink throughput in eNB (NSA mode).srt

3.0 kB

~Get Your Files Here !/Bonus Resources.txt

70 B