Renewed BNIX Platform Prepares Belgian Internet Infrastructure for the Future

Belnet connected
Source: Belnet

Internet exchange point BNIX has a renewed platform that consumes less energy and is ready for the future.

Belnet has launched the renewed BNIX platform. With this, it aims to better respond to increasing data flows while limiting the energy consumption of Belgian internet traffic.

Renewed BNIX Platform with Higher Capacity and Lower Energy Consumption

Belnet has completely renewed its BNIX platform. This exchange point regulates a large part of internet traffic in Belgium. The renewal is intended to prepare the network for the future, particularly in terms of growing data peaks. The new platform can not only handle larger volumes but also consumes significantly less energy.

The core of the renewal consists of new switches with a capacity of 3.2 terabits per second per device. Belnet can easily expand and adapt the network to user needs. For instance, the platform now also enables private VLANs, allowing interconnections between participants outside of public traffic. According to Belnet, this means more flexibility and greater geographical spread.

The energy savings are substantial. The number of ports on the new platform consumes only a third of the energy of the previous generation. The hardware production process has also become more energy-efficient due to advancements in the chip sector.

Better Service without Compromising on Quality

The migration to the new platform was delayed due to quality issues with hardware delivery. Belnet chose not to make compromises and ordered alternative components. The old platform remained operational in the meantime.

BNIX celebrates its thirtieth anniversary this year. Since its establishment in 1995, the platform has grown along with Belgian internet infrastructure. During the coronavirus pandemic, it processed data traffic peaks of up to 500 gigabits per second without issues. In addition to peering services, BNIX now also offers extra protection against DDoS attacks through connection to the Dutch NaWas.