With the advances in networking software like SDN and NFV, communication service providers and carriers benefit from the flexibility and the agility to evolve their new services. To address the needs for high availability cloud computing, Lanner introduces NEBS-compliant HTCA-6200 and HTCA-6600 HybridTCA network appliances that are NFVi-ready and certified as carrier-grade communication platform for telecommunication applications. The design concept of Lanner’s HybridTCA provides modular flexibility, full component redundancy and extreme performance for today’s & tomorrow’s telecommunication needs.
Rolling stock operators today are seeking for intelligent solutions that enable premium services for the satisfying passenger experience and real-time communication/control for optimal operation efficiency. To meet the demands of highly reliable and scalable communications systems under harsh environment, at InnoTrans 2016, Lanner will showcase its LVR-8300, a fanless highly modularized 3U rail communication system packing with EN50155 compliant endurance, high performance CPU, multiple M12-protected I/O modules and an abundance of data storage spaces, making it an ideal railway/MRT communication system to operate as the brain of intelligent rolling stock.
The rise of Industrial Internet of Things has been an enormous driving force for automation and control technology. To meet the requirements for mission-critical applications for real-time edge computing and cloud connectivity, Lanner offers a wide selection of industrial PCs featuring the x86 computing power, high-availability/longevity design, versatile I/Os connections, and scalable/customizable options.
Building a more agile and flexible network for delivering on-demand network functions requires full-featured hardware solutions that are specifically designed for SDN/NFV architectures. Aiming for applications such as vCPE, SD-WAN, cRAN and NFV, Lanner provides NFVi-ready platforms featuring Intel x86 architectures, high-throughput/port density design, scalable LAN configuration and high-availability bypass technology.