Telesat, a leading global satellite operators and TIM Brasil last week announced the completion of on-orbit testing across several applications with Telesat’s Phase 1 Low Earth Orbit (LEO) satellite.
This first-of-its-kind LEO backhaul testing in Brazil was conducted with TIM Brasil’s Innovation Department staff at their state-of-the-art teleport in Rio de Janeiro, leveraging an 85 cm Intellian parabolic antenna to uplink and downlink to the LEO satellite.
Throughout the 5-day testing campaign, the teams measured 4G mobile data traffic performance over LEO, achieving an average 38ms round trip latency. All applications tested ran efficiently without interference, fading or performance breaks throughout the tests, including 1080p YouTube video streaming, video conferencing, WhatsApp voice over LTE and interface compatibility.
The resulting low latency represents a compelling opportunity for operators like TIM Brasil to expand their mobile and Internet services. Brazil has very good 4G coverage in population centers, but remote communities usually cannot cost-effectively be connected to the core network through fibre or additional cell towers due to long distances and difficult terrain. These tests highlight how Telesat Lightspeed can bring multiple Gbps of affordable, high-performance backhaul connectivity to connect many underserved regions and reduce the digital divide in Brazil.
With its innovative DNA, TIM Brasil said it is committed to achieving 100% 4G network coverage by 2023.
Mauro Wajnberg, General Manager, Telesat Brasil
Telesat Lightspeed backhaul connectivity will be transformative for Mobile Network Operators like TIM Brasil, who are seeking cost-effective, enterprise-grade backhaul solutions to affordably connect all potential subscribers, no matter where they live.
Silmar Palmeira, Director of Architecture, Innovation and Technology, TIM Brasil
Telesat’s Phase 1 LEO satellite performance delivered mobile experiences comparable to our terrestrial networks and we believe Telesat Lightspeed, with a mobile-optimized hardware ecosystem, has the potential to become a core component in our future infrastructure.
