Why us

Optimizing latencies

EllaLink offers a unique direct geographical route bringing up to 50% latency reduction between Latin America and Europe with direct City-to-City connectivity.

The importance of latency in telecommunications is critical, as it refers to the time it takes for data to travel from the source to the destination.
Low latency is crucial for ensuring quick and smooth communication, particularly in real-time applications such as voice calls, video conferencing, and online gaming.
High latency can lead to noticeable delays, poor quality of service, and can significantly affect the user experience.
In telecommunications networks, minimizing latency is essential for maintaining effective communication and delivering reliable services to users.

Network Latencies Map with Latencies Conenctions
* Latency RTD (Round Trip Delay)
Network Latency Connections

Network Latency Matrix

Direct connection latencies between global data centers

17 Total Routes
8 Locations
<60ms Best Latency
<135ms Max Latency
<60ms Ultra Low Latency 10 ROUTES
Sines
⟷
Lisbon
< 60 ms
Sines
⟷
Madrid
< 60 ms
Sines
⟷
Fortaleza
< 60 ms
Lisbon
⟷
Madrid
< 60 ms
Madrid
⟷
Barcelona
< 60 ms
Madrid
⟷
Marseille
< 60 ms
Barcelona
⟷
Marseille
< 60 ms
Fortaleza
⟷
São Paulo
< 60 ms
Fortaleza
⟷
Rio de Janeiro
< 60 ms
São Paulo
⟷
Rio de Janeiro
< 60 ms
65-85ms Low Latency 3 ROUTES
Fortaleza
⟷
Lisbon
< 65 ms
Fortaleza
⟷
Madrid
< 70 ms
Fortaleza
⟷
Marseille
< 85 ms
105-135ms Transatlantic Routes 4 ROUTES
Sines
⟷
São Paulo
< 105 ms
Lisbon
⟷
São Paulo
< 110 ms
Madrid
⟷
São Paulo
< 120 ms
Marseille
⟷
São Paulo
< 135 ms
Network Performance: All values represent direct point-to-point latency measurements. Ultra-low latency routes (<60ms) indicate optimal network performance for real-time applications. Transatlantic routes maintain excellent connectivity despite geographical distance.
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