ADVA has introduced its FSP 150-XJ128, the industry’s first Layer 2 demarcation device that offers an easy route to 25Gbit/s connectivity services.
The solution is specifically designed to enable enterprise networks to expand in an easy and cost-effective way. Until now, businesses had to choose between juggling their 10Gbit/s devices or making the expensive leap to 100Gbit/s. With the ADVA FSP 150-XJ128, they can address soaring data demand without using complex modulation techniques or undergoing a costly footprint increase. The solution simply slots into existing network infrastructure and delivers 2.5x the bandwidth at a lower cost per bit.
The ADVA FSP 150-XJ128 is ideal for 5G sites moving to 25Gbit/s and the perfect choice for preparing cable networks for DOCSIS 4.0 and above. The compact device supports 25Gbit/s Ethernet services with sophisticated OAM capabilities. Optimized for cost-sensitive high-bandwidth edge applications, the ADVA FSP 150-XJ128 features fanless operation and an extended temperature range, removing the need for expensive air-conditioning. With its hardware-assisted synchronization features, it also meets the most stringent timing requirements. Managed by ADVA’s Ensemble Controller and Ensemble Packet Director, the FSP 150-XJ128 gives operations teams the power of intuitive and comprehensive network control.
Christoph Glingener, CTO, ADVA
Our FSP 150-XJ128 is the technology that businesses have been calling for. It empowers them to take the natural next step with zero hassle and without unnecessary expense. For many enterprises, trying to manage rapidly rising bandwidth needs using 10Gbit/s demarcation devices has become a real headache.
Eli Angel, VP, product line management, ADVA
What we’re offering businesses is a solution that hits the sweet spot. It enables enterprise networks to handle significantly more workloads and data-hungry applications without major investment or increased complexity. Now there’s a way to meet the bandwidth needs of 5G and cloud computing without complex modulation techniques or breaking the bank.
