RTT measurements to this landing point from 2026-04-19 through 2026-07-16 - live ICMP round-trip time via our monitoring probes. Recomputed daily. ✓ No anomalies detected in the monitored period.
Measurement sources
Probe
Location
Samples
Avg
Min-Max
Last seen
#1014589 own probe
Almaty KZ
3
297.0 ms
291.9-302.1
2026-07-16
#6410 own probe
Sao Paulo BR
2
339.6 ms
331.6-347.5
2026-07-16
#6427 own probe
Sydney AU
2
140.0 ms
139.7-140.3
2026-07-16
#6487 own probe
Singapore SG
2
47.8 ms
47.8-47.9
2026-07-16
#7062 own probe
Cape Town ZA
2
322.4 ms
321.8-323.1
2026-07-16
#1014473 own probe
Minsk BY
1
268.5 ms
268.5-268.5
2026-04-19
#1014597 own probe
Tbilisi GE
1
252.4 ms
252.4-252.4
2026-04-19
#1014969 own probe
Jerusalem IL
1
312.1 ms
312.1-312.1
2026-04-19
#1015313 own probe
Sevastopol UA
1
272.2 ms
272.2-272.2
2026-04-19
About Milagros, Philippines
Event illustration: Volcanic eruption is on going for Mayon in Philippines · Jul 2026 · GeoCables event feed
Milagros: A Quiet Link in the Philippines' Connectivity Chain
Milagros, a municipality in the province of Masbate, Philippines, may not be the first name that comes to mind when discussing submarine cable landing points. Yet, this small town plays a role in the country's growing domestic connectivity network. With just one cable landing here-the Converge Domestic Submarine Cable Network (CDSCN)-Milagros is part of a much larger chain connecting 22 locations across the Philippines.
The Converge Domestic Submarine Cable Network
The CDSCN, operational since 2021, spans 1,300 km and exclusively serves the Philippines. Designed to enhance domestic connectivity, this cable links Milagros to other landing points such as Boracay, Baclayon, and Cagayan de Oro. While Milagros hosts only one cable, it ranks in the top 55% of submarine cable landing points in the Philippines by cable count-a testament to its inclusion in a strategic network that stitches together the country's islands and regions.
Unlike major hubs such as Batangas or Davao, which host multiple cables and serve as critical nodes in the national infrastructure, Milagros is a quieter player. Its single cable does not provide international connectivity but instead ensures that this part of Masbate remains connected to the rest of the Philippines. This domestic focus highlights the importance of smaller landing points in maintaining regional access and communication.
Latency Insights: How Milagros Performs
GeoCables' own latency measurements reveal interesting details about Milagros' connectivity performance. Across 10 completed checks from nine source cities, the average round-trip latency to Milagros is 254 ms, with the best observed at 48 ms. While these numbers may not rival the ultra-low latencies of international hubs, they are sufficient for local and regional data exchanges. This performance underscores the role of Milagros in supporting everyday connectivity needs for its residents and surrounding areas.
Milagros in Context
The Philippines is home to 26 submarine cables landing at 71 points nationwide. While the average cable length in the country is 4,995 km, the CDSCN's shorter span of 1,300 km reflects its domestic focus. Milagros, with its single cable, contrasts sharply with regional peers like Boracay and Cagayan de Oro, which host three and four cables respectively. Despite this disparity, Milagros remains a key link in the CDSCN chain, ensuring that Masbate province is not left behind in the country's connectivity map.
A Municipality Connected
Milagros itself is a modest municipality with a population of 57,362 as of the 2024 census. While it may not boast the economic or industrial heft of larger cities, its inclusion in the CDSCN highlights the importance of connecting smaller communities. For Milagros, this cable represents a bridge to the broader Philippine network, enabling communication, commerce, and access to digital services that are increasingly essential in modern life.
Milagros may not be a hub, but it is a key node in the Philippines' domestic connectivity landscape-a reminder that every link in the chain matters.