Cambodia Proxy Server Test Report: Comparison Of Acceleration Effects For Accessing Domestic Services Across Different Regions

This article, "Cambodia Proxy Server Field Report: Comparison of Acceleration Effects of Accessing Domestic Services from Different Regions," based on distributed nodes and standardized methods, systematically measures latency, packet loss, and throughput of access to Chinese domestic network services from Cambodia. Its aim is to provide quantitative references and optimization suggestions for enterprises and individuals when selecting and deploying agents.

Testing methods and data collection strategies

The test employed multi-protocol mixed sampling: ICMP, TCP handshakes, HTTP requests, and concurrent transmission, continuously collecting samples for 72 hours at each node. Median and 95th percentile indicators are used to filter for instantaneous fluctuations, and route hops and time series are recorded to troubleshoot path anomalies, ensuring reproducibility and stability of conclusions.

Test nodes and geographic coverage explanations

Nodes cover Phnom Penh, Siem Reap, and border towns, balancing mobile and fixed broadband access, selecting different operators to reflect the network diversity of actual users. This geographic and access distribution helps to present the differences and patterns in experiences when accessing domestic services from different regions.

Key performance indicators and overall observations

The core metrics tested in this test are round-trip latency (RTT), packet loss rate, jitter, and effective bandwidth. Overall, observations show that being close to international outbound and backbone fiber nodes usually yields lower RTT, while packet loss and jitter depend more on local access links and operator congestion management strategies.

Latency comparison and routing impact analysis

RTT comparisons show that suburban or border nodes increase latency by about 30% to 70% on average compared to central nodes, with more pronounced peak time gaps. Combined with routing path analysis, cross-border hops and intermediate forwarding points (especially those lacking direct relays) are the main factors causing additional growth in delays.

points for packet loss, jitter, and stability

Packet loss tests show that during high concurrency and peak periods, some edge nodes see a significant increase in packet loss rates, leading to more retransmissions and amplified connection jitter. Stability is closely related to local link quality, operator flow control, and wireless access conditions, and long-term monitoring is crucial for determining true availability.

Bandwidth and throughput performance analysis

Bandwidth testing simulates real business scenarios through large file downloads and concurrent connections. Results show that agents can improve connection utilization and short-term response in concurrent connection management, but peak throughput remains limited when international links become bottlenecks, requiring evaluation of uplink/downlink capability and temporal fluctuations.

Summary and practical suggestions

According to the "Cambodia Proxy Server Field Report: Comparison of Acceleration Effects on Accessing Domestic Services by Region," node location, operator selection, and routing optimization are key factors affecting the access experience. It is recommended to prioritize stable access points near international exits, deploy multi-node redundancy, enable load balancing, and continuously monitor latency and packet loss to dynamically adjust deployment strategies.