600 km · 5 Landing Points · 2 Countries · Ready for Service: 2013
| Length | 600 km |
|---|---|
| Status | In Service |
| Ready for Service | 2013 |
| Landing Points | 5 |
| Countries | 2 |
| Location |
|---|
| Barka, Oman |
| Chabahar, Iran |
| Diba, Oman |
| Jask, Iran |
| Khasab, Oman |
What each country and landing point keeps if OMRAN/EPEG goes down. A calculation from our cable and landing-point database, not a forecast.
| Country | Other international cables | Land links | What remains |
|---|---|---|---|
| Iran | 6 | yes | reserve of 6 cables |
| Oman | 21 | yes | reserve of 21 cables |
On an island this means losing the submarine link; on the mainland traffic can still go over land.
Our alerts on this cable in the last 180 days: 1, last on 3 Jun 2026. Events feed →
Counted: other international cables landing in the same country (domestic cables between points of one country are not a way out), other cables at landing points within 50 km, and whether the country has land links. Not counted: cable capacity, operator contracts and satellite. Use as a first look at dependence, not as a statement of what would happen.
Monitored from 2026-03-06 through 2026-10-18 - live ICMP round-trip time measurements via our monitoring probes. All values below are recomputed daily from raw probe data.
| Probe | Location | Samples | Avg |
|---|---|---|---|
| #6798 | control probe | 423 | 163.8 ms |
| #65614 | control probe | 43 | 57.0 ms |
| #6410 own probe | Sao Paulo BR | 3 | 269.7 ms |
| #6427 own probe | Sydney AU | 3 | 343.6 ms |
| #6487 | control probe | 3 | 520.8 ms |
| #7062 own probe | Cape Town ZA | 3 | 238.1 ms |
| own probe | Minsk BY | 3 | 75.4 ms |
| own probe | Almaty KZ | 3 | 70.5 ms |
| own probe | Tbilisi GE | 3 | 133.6 ms |
| own probe | Jerusalem IL | 3 | 135.7 ms |
| own probe | Sevastopol UA | 3 | 41.4 ms |
| own probe | Moscow RU | 3 | 85.4 ms |
| own probe | Saint Petersburg RU | 3 | 133.2 ms |
| own probe | Odessa UA | 2 | 56.4 ms |
| #6392 | control probe | 1 | 42.5 ms |
The OMRAN/EPEG submarine cable is a regional fiber-optic system linking Iran and Oman, with a total length of 600 kilometers. It became operational in 2013 and is jointly owned by Vodafone and Zain Omantel International. This cable plays a critical role in enhancing connectivity between the two nations, offering a reliable data transmission route for both domestic and international communications. Its strategic placement supports growing internet demands in the region while contributing to the resilience of the broader telecommunications network.
OMRAN/EPEG is designed to serve as both a primary data route and a redundancy option for other systems in the area. By interconnecting key coastal cities in Iran and Oman, the cable strengthens regional digital infrastructure and provides a vital link for businesses, governments, and individuals. Its deployment reflects the increasing importance of robust and low-latency connections in supporting economic and social development in the Middle East.
The OMRAN/EPEG cable connects five landing points: three in Oman (Barka, Diba, and Khasab) and two in Iran (Chabahar and Jask). These locations were strategically chosen to optimize connectivity and ensure broad regional coverage. The cable crosses the Gulf of Oman, a critical maritime corridor that links the Arabian Sea to the Persian Gulf. This route not only facilitates direct communication between the two countries but also positions the cable as a key component in regional trade and data exchange.
Chabahar and Jask, the Iranian landing points, are located along Iran's southern coastline. Chabahar, in particular, is a major port city with growing significance as a trade hub connecting Central Asia, the Middle East, and South Asia. On the Omani side, Barka, Diba, and Khasab are coastal cities that play important roles in the country's telecommunications and economic networks. Khasab, situated in the Musandam Peninsula, is especially noteworthy for its proximity to the Strait of Hormuz, a globally significant chokepoint for maritime traffic.
The OMRAN/EPEG cable is owned by Vodafone and Zain Omantel International, two prominent telecommunications companies with extensive operations in the Middle East and beyond. Vodafone is a global leader in mobile and fixed broadband services, while Zain Omantel International is part of the Zain Group, a major telecom provider in the Middle East and Africa. Their collaboration on this project reflects a shared commitment to enhancing regional connectivity and meeting the growing demand for high-speed internet services.
The cable was ready for service in 2013, marking a significant milestone in the development of telecommunications infrastructure in the region. While specific details about its current operational status are not available, the cable continues to be a critical asset for supporting data traffic between Iran and Oman. Its deployment has contributed to the creation of a more interconnected and resilient network in the Gulf region, addressing both local and international connectivity needs.
Our live monitoring of the OMRAN/EPEG cable has identified 52 measured corridors, reflecting its role in facilitating diverse communication routes. The best recorded round-trip time (RTT) is 12 milliseconds, indicating excellent latency for certain connections. However, the average RTT across all corridors is 113 milliseconds, suggesting variability in performance depending on the specific route and traffic conditions.
These measurements highlight the cable's capacity to deliver low-latency connections for critical applications while also supporting a wide range of data traffic. The variability in RTT underscores the complex nature of regional telecommunications, where factors such as network congestion and routing decisions can influence performance. Overall, the OMRAN/EPEG cable remains a vital component of the Middle East's digital infrastructure, enabling reliable and efficient communication between Iran, Oman, and the broader region.
What next: Explore OMRAN/EPEG on the interactive submarine cable map, browse the full catalog of submarine cables, or follow live network events and real-world internet latency.
| Status | ✓ Normal |
|---|---|
| Last checked | 2026-10-18 16:32 |
Monitored by our probe network. Open monitoring →
Significant latency incidents our probes detected on this cable, each with its own report.
Find the actual cable routing distance between any two cities
Open Calculator →