Please note that JavaScript and style sheet are used in this website,
Due to unadaptability of the style sheet with the browser used in your computer, pages may not look as original.
Even in such a case, however, the contents can be used safely.
NEC's vision of LTE rollout is based on the assumption that services and applications demand higher throughput in both uplink and downlink. NEC's all-in-one eNodeB solution enables high-speed data access for capacity-driven networks and also facilitates the fastest launch of LTE services.

- Think Big, Buy Small -
NEC's all-in-one eNodeB offers a cost-efficient yet highly-capable design. It can realize a capacity-driven Small Cell network while simplifying costs across the whole process from network development to network operation. It is specifically designed to reduce both CAPEX and OPEX, thus minimizing the total cost of ownership (TCO) for LTE network providers. Its optimized high capacity design boosts revenue streams and stimulates further business transformation. In addition, this versatile platform can be adapted for use with next-generation, advanced LTE technologies with just some simple software updates.
NEC provides a compact and lightweight design that integrates BBU with RRH in a single unit called the all-in-one eNodeB. This site-independent, one-person-lift eNodeB offers multiple installation options; it can be installed outdoors or indoors without preparing a special equipment room for the indoor BBU unit. Given the node's minimal space requirements, it can also be mounted on a wall or pole.
In addition, NEC's all-in-one eNodeB offers the SON plug-and-play feature where eNodeBs are automatically self configured after being switched on at each site.
This can radically reduce installation time and associated costs.
The all-in-one eNodeB can also extend network flexibility. The all-on-one eNodeB is not just suited to Small Cell networks for high-speed services, but can also be adapted for heterogeneous networks with enhanced hot-spot service provision and seamless coverage, free from dead spots. In order to make deployment even more flexible, the all-in-one eNodeB offers multiple backhaul interface technologies such as microwave, optical fiber and electrical ether that enable LTE network operators to select services based on conditions at their individual sites.
The ever-increasing demand for high-speed data is fast depleting current network capacity. NEC believes, that however fast the data transmission speed, the boom in smartphone traffic and increased diversity of services offered through mobile connections will lead to an inevitable LTE presence. NEC understands the importance of high capacity in current and future networks, and we believe that our all-in-one eNodeB is the most promising means of ensuring capacity-centric, high-quality LTE services for LTE network providers going forward.
NEC's all-in-one eNodeB can be enhanced by SON suite features that maintain its optimized high performance. This is done by automatically regulating interference or any other degradations in quality and then applying optimal parameters at each site. SON's self-optimization mechanism thoroughly analyzes and constantly adjusts the associated parameters, maintaining the best user experience and minimizing tedious, conventional manual operations and maintenance.
NEC's field-proven EMS provides extensive, user-friendly operations and management capabilities, and redundancy support for high reliability. The EMS also employs standardized interfaces to flexibly connect to the related nodes, including northbound interfaces that interact with the upper Network Management System (NMS).
NEC's environment-conscious product design contributes to a clean and comfortable environment for people and societies through the products' low power consumption, fan-less cooling and zero-noise system.