Amazon Leo Satellite Network Coming to Taiwan Through Far EasTone Partnership

Why It Matters

Securing a local distributor accelerates Leo’s entry into a high‑growth Asian market and provides Taiwan’s enterprises and public sector with resilient, high‑speed connectivity where terrestrial networks fall short.

Key Takeaways

• Far EasTone signs distribution deal for Amazon Leo satellite broadband in Taiwan.
• Launch depends on regulatory approvals, expected within nine to twelve months.
• Service aims for 1 Gbps down, 400 Mbps up speeds.
• 28 GHz spectrum aligns with Leo’s 27.5‑30 GHz LEO band.
• Target sectors include maritime, agriculture, mining, and remote enterprises.

Pulse Analysis

Amazon’s Leo satellite broadband, formerly Project Kuiper, is building a low‑Earth‑orbit constellation that will eventually host several thousand satellites. With roughly 300 units already in orbit, Leo is still months away from commercial service, positioning itself against incumbents such as SpaceX’s Starlink, OneWeb and SES. Taiwan represents a strategic foothold in East Asia, offering dense urban demand and a geography that benefits from satellite backhaul in mountainous and island regions. Partnering with a local carrier gives Leo the market insight and regulatory pathway needed to compete.

Far EasTone Telecommunications secured the rights to distribute Leo services, leveraging its ownership of the 28 GHz band that matches the 27.5‑30 GHz frequency used by Leo’s LEO satellites. The agreement still requires clearance from Taiwan’s Ministry of Digital Affairs, the National Communications Commission and the Criminal Investigation Bureau, a process the carrier estimates will take nine to twelve months. If approvals are granted, Far EasTone plans to roll out the service in the first half of 2027, promising up to 1 Gbps download and 400 Mbps upload speeds for enterprise and public‑sector customers.

The partnership could reshape Taiwan’s connectivity landscape, especially for maritime, agriculture and mining operations that struggle with terrestrial network limitations. By augmenting existing fiber and 5G infrastructure, Leo’s high‑throughput links provide redundancy for critical systems and enable new data‑intensive applications such as remote sensing and autonomous equipment. Competitors OneWeb and SES already have distribution agreements with Chunghwa Telecom, suggesting a multi‑vendor satellite ecosystem. If Far EasTone’s rollout succeeds, it may accelerate adoption of LEO broadband across the region and pressure traditional operators to integrate satellite backhaul into their service portfolios.