eSIM Plans for Travelers to The Global-72 Countries
Unlimited data at kbps after using
Get Connected Instantly Worldwide
Follow our proven 3-step process to enjoy seamless internet connectivity during your travels. Trusted by over 1 million travelers globally.
Ready to Stay Connected Anywhere?
Join millions of satisfied travelers who choose our reliable eSIM solutions for their international connectivity needs.
What You Need to Know About Global-72 Countries Network
Network Coverage
urban area
• Developed countries have a high 5G penetration rate, while developing countries achieve full 4G coverage in core urban areas.
- New York, Los Angeles (USA): 85% 5G coverage with speeds exceeding 500Mbps, and stable 4G coverage in suburban areas.
- Tokyo, Osaka (Japan): Full 5G commercial coverage with a theoretical network speed of 1Gbps and perfect signal strength in transportation hubs.
- London, Paris (Western Europe): 5G coverage in core urban areas, 99% 4G coverage, average network speed of 120Mbps.
- Singapore and Seoul: Over 90% 5G population coverage, supplemented by free public WiFi.
- Beijing and Shanghai (China): Over 2.34 million 5G base stations, core urban area speeds exceeding 300Mbps, and 5G private networks in transportation hubs.
- Sydney, Melbourne (Australia): 4G coverage across the board, 5G available in major urban areas, with network speeds up to 150Mbps.
- São Paulo, Rio (Brazil): Stable 4G in city centers, 5G pilot areas reach speeds of 80Mbps.
- Delhi, Mumbai (India): 4G coverage in major urban areas reaches 95%, with 5G commercialization gradually advancing.
- Dubai, Abu Dhabi (UAE): Full 5G coverage with speeds of 400Mbps, supplemented by 4G in desert tourism areas.
- Toronto, Vancouver (Canada): 5G coverage in core areas, 92% 4G coverage in suburban areas
Tourist attractions and natural areas
• Popular attractions have good basic coverage, while remote natural areas have limited signal.
- Eiffel Tower, Louvre (France): Stable 4G in the scenic area, signal weakens in underground exhibition halls.
- Fuji Subaru Line 5th Station (Japan): Main roads have 4G coverage, while only 3G signal is available at the summit area.
- Grand Canyon National Park (USA): Visitor center has stable 4G, intermittent signal on hiking trails.
- Phuket Beach (Thailand): The resort area has full 4G coverage, but offshore islands have weak signals.
- The Colosseum (Italy): Strong 4G signal outside, but signal attenuation of 30% due to internal structure.
- Great Barrier Reef (Australia): 4G is stable in the dock area, while satellite communication is required for marine activity zones.
- Machu Picchu (Peru): 4G coverage at the entrance of the scenic area, unstable signal in the core heritage zone.
- Santorini (Greece): Full 4G coverage in towns, noticeable signal fluctuations along cliffside trails.
- Banff National Park (Canada): 4G continuous coverage on main roads, no signal in remote mountainous areas.
- Angkor Wat (Cambodia): 4G coverage available in main temple areas, backup solutions needed in deep jungle.
- Iceland's Ring Road: 4G is stable in urban areas, but signal coverage in glacier regions is less than 40%.
Network Usage Tips
Cross-border network switching
Within the Schengen Area, network switching is seamless, but delays of 10-15 seconds may occur at borders such as the US-Canada or China-Hong Kong. It is recommended to enable the 'Automatic Network Selection' feature. According to GSMA data, 78% of global eSIM users have experienced cross-border network switching issues.
High-altitude and polar regions
Signal instability is observed in the Alpine region, the Andes, and within the Arctic Circle (Tromsø, Norway). According to reports from Telenor, signal strength decreases by 18% for every 500-meter increase in altitude.
Historic Buildings and Underground Space
Inside stone structures such as European castles and Asian temples, signal attenuation can reach up to 70%. It is recommended to download offline materials before visiting. Field tests in the Tokyo subway show that at a depth of 30 meters underground, 4G signal strength is only 25% of that at ground level.
Tropical rainforests and deserts
The Amazon rainforest and the heart of the Sahara Desert have virtually no signal coverage, so it is advisable to carry a satellite phone. According to an ITU report, only 35% of the world's natural reserves have basic mobile coverage.
Network congestion area
During peak travel seasons (such as the Paris Olympics or Japan's cherry blossom season), internet speeds at popular tourist spots drop by 60%. Ericsson data shows that out of 72 countries surveyed globally, 41 experience noticeable network congestion during peak travel periods.
Impact of power supply
In some countries in South Asia and Africa, the power grid is unstable, with base station power outage rates as high as 22% (World Bank 2023 data). It is recommended to download necessary materials in stable locations such as hotels.
Multilingual service restrictions
For non-English speaking countries, it is recommended to download a translation app in advance.
Battery Consumption Warning
In areas where signal strength is below -100dBm, mobile phone power consumption increases by 40% (IEEE research data). It is recommended to carry a power bank with a capacity of 20,000mAh or more. Global mobile users charge their devices an average of 2.3 times per day.
Global Network Overview
Mobile networks in 72 countries cover 89% of the population with 3G/4G+ connectivity, yet regional disparities are significant (82% 5G coverage in urban areas of developed nations vs. only 37% in rural areas of developing countries). According to the GSMA 2024 report, global data prices have dropped by 52% since 2015, averaging $2-5 per day (1GB) in developed countries and as low as $0.8 in Southeast Asia. Within this plan's coverage zones, 92% of international airports and 85% of five-star hotels offer 5G services. For urban areas, a 5GB basic plan is recommended, while a 15GB+ plan is advised for extended travel to accommodate network fluctuations. Notably, 42% of global 5G deployments are concentrated in East Asia and North America, with Europe achieving 68% population coverage for 5G, whereas South Asia and parts of Africa still primarily rely on 4G networks.