UEFA and AFCON drive LINX Network Traffic Peak to Hit 12Tbps

The London Internet Exchange (LINX) recorded a new global maximum peak traffic of 12.069 Tbps across their Internet Exchange Points (IXPs) in UK, US, Africa and the Middle East, fuelled by the most recent UEFA football matches and AFCON final.

Internet Exchange Points play a crucial role during major sporting events by enabling networks to exchange traffic locally, directly and efficiently.

The milestone highlights the growing role of live sports streaming in shaping global internet traffic patterns, with consumers tuning in across multiple continents to watch live events, underpinned by reliable and low-latency IXPs delivering uninterrupted streaming.

LINX CEO Jennifer Holmes, commented:

“Surpassing an aggregate peak of over 12Tbps across all LINX-run IXPs is a milestone that highlights both the continued growth potential of our industry and the strength of our community. While the UK itself played a pivotal role in driving this peak, this achievement has been supported by our strategic focus in regions beyond the UK as we continue to see new peaks in Africa, North America and the IXPs we power in the Middle East.”

During the football matches, LINX saw a new peak of 9.293 Tbps at its LON1 interconnection hub in London, supporting large Content Delivery Network members.

The new maximum traffic peak across the LINX network followed a new all-time traffic level in Riyadh, where LINX powers IXPs for center3. The exchange in Riyadh, Saudi Arabia, hit 1Tb of traffic, proving its popularity as a hub for content in the Middle East.

LINX’s new peak reflects the continued shift toward internet-first broadcasting, where OTT platforms, broadcasters, CDNs, ISPs and cloud providers need to work together to deliver the best possible experience.

 

author avatar
Trish Stevens Head of Content
Trish is the Head of Content for In the Channel Media Group as well as being Guest Editor of UC Advanced Magazine.
Share by Email
Facebook
Twitter
Whatsapp
LinkedIn

Related Articles

Featured

Read our latest magazine