Question 1 of 30
In a mobile backhaul network, synchronization is critical for maintaining the quality of service (QoS) across various services such as voice, video, and data. Consider a scenario where a network engineer is tasked with ensuring that the timing of packet transmissions is synchronized across multiple base stations. If the engineer implements a synchronization strategy that results in a timing offset of 1.5 milliseconds (ms) between the base stations, what impact could this have on the overall network performance, particularly in relation to packet loss and jitter?
It could lead to increased packet loss and higher jitter, negatively affecting QoS.
It would have no significant impact on packet loss or jitter.
It would improve the overall network performance by reducing latency.
It would only affect voice services, leaving video and data services unaffected.

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