Higher frequency 5G signals have shorter ranges and struggle with obstacles, leading to interference and signal blockage, especially in complex and dynamic indoor environments, impacting coverage and performance.
Efficiently managing adaptive spectrum allocation for various applications and devices within a private network is complex. Improper allocation may cause congestion, affecting performance.
Implementing and managing multiple network slices demands precise orchestration to maintain performance levels for different services, applications, or user groups.
Deploying a private 5G network involves intricate planning, infrastructure setup, and integration, leading to deployment complexities affecting initial performance.
While 5G promises low latency, maintaining consistently low latency across the network, especially in critical applications like industrial automation, poses challenges.
Dynamic resource allocation is crucial for optimal performance. Balancing bandwidth, computing power, and network capacity to meet diverse demands requires constant monitoring and adjustments.
