Virgin Media O2, one of the UK’s largest fixed and mobile service providers with approximately 50 million online media connections, upgraded its IP core backbone network for 400G-enablement and 800G-readiness using Juniper's PTX10008 routers.
In the past year, Virgin Media O2 has seen 32 percent traffic growth on its mobile network, 16 percent growth in broadband data downloads and a peak traffic load of 22TB, underlining the need for increased data capacity and flexible scalability.
Virgin Media O2 has successfully migrated all core traffic in its six backbone locations across the UK with Juniper Networks PTX10008 Packet Transport Routers, which are purpose-built to deliver cloud-optimized network transformation at scale and with operational flexibility.
Juniper said its modular PTX10008 routers deliver reduced resource consumption as a result of inherently-sustainable design features, including front-to-back cooling, flexible power supplies that can use either high- or low-power modes and high-density port capability that enables optimized throughput in a compact form factor. PTX10008 routers support 400G coherent optical transceivers (400G ZR and ZR+) without any density loss today, and are 800G-capable with upgradeability to 800G in the future with silicon innovation and easily-exchanged line cards in the chassis.
"Service providers face a complex set of technical and commercial challenges that can be contradictory, even intractable—and likely only to multiply in the future—without the right approach. Virgin Media O2 has chosen to leverage silicon, software and automation innovation from Juniper that can turn complexity on its head to deliver a simplified, more reliable and more sustainable network foundation for its business. This means the company can embrace and accelerate growth and service evolution, safe in the knowledge that its millions of users will continue to be able to enjoy the best digital experiences going forward, whatever demands the future may bring,” stated Raj Yavatkar, Chief Technology Officer, Juniper Networks.
