πŸ—ΊοΈ Tracking Area (TA) Configuration Lab TR 38.821 Β§8.1.2 & 8.2

Release 17 Β· Expert Lab
● TA Configuration & Signaling Viewer Earth-Fixed Β· Small TA
πŸ–±οΈ Configure TA type and click Start
πŸ“‘ TA Type Earth-Fixed πŸ“ TA Size Small πŸ‘₯ UEs 5 πŸ“Š TAU Rate 0 /s πŸ“Š Paging Rate 0 /s
0 /s5 /s
TAU Count0
Paging Count0
Total Signaling0
Balance Ratio1.00
Click Start to begin simulation Idle
πŸ“‹ EXECUTION STEPS
Step 1: Select TA Type (Earth-Fixed or Earth-Moving)
Step 2: Choose TA Size (Small/Medium/Large)
Step 3: Set UE Mobility (Stationary/Moving)
Step 4: Adjust UE Count and Paging Rate
Step 5: Click β–Ά Start to run simulation
Step 6: Observe TAU vs Paging trade-off in real-time
[--:--:--]Ready - Configure parameters and click Start
TA Boundary Cell/Beam UE TAU Event Paging Event
🎯 Learning Outcome: Compare Earth-Fixed vs Earth-Moving TAs.
πŸ”΄ Earth-Moving TA: High TAU load for stationary UEs, low paging load
🟒 Earth-Fixed TA: Low TAU load for stationary UEs, higher paging load
🟑 Trade-off: Find optimal balance for your deployment
πŸ“Š Key Insight: For stationary IoT UEs β†’ use Large Earth-Fixed TA
For connected vehicles β†’ use Medium Earth-Moving TA
βš™οΈ Based on 3GPP TR 38.821 Β§8.1.2 & 8.2 Β· TA configuration trade-off analysis