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Today sees the release of Lanner’s NCA-5520, a 1U 19” rackmount network appliance built with Intel® Xeon® Processor Scalable Family (Codenamed Skylake-SP).

The introduction of the NCA-5520 is a response to network service providers’ demand for more agile and flexible methods for delivering satisfying network computing performance while saving ownership costs; the NCA-5520, featuring optimized computing power and virtualization capacity in a compact 1U form factor with high-port density, is the ideal solution for such requirements.

March 9th, 2018 – Lanner Foundation of Culture and Education has invited Light Children Association to launch a 2-month exhibition themed “Love – Endless Possibility” at Lanner Corporate Gallery, where children with rare disease have the opportunity to present their artworks, which symbolize their unparalleled courage and persistency against long-term health threats.

Network virtualization has graduated from the PoC stages and is moving rapidly into deployments. First priority, CPE rollout to launch new cloud service to enterprise customers. The majority of service providers committed programs to transform the network starting with vCPE and SD-WAN and then re-architecture the central office in to mini datacenters for EDGE computing. 2018 seems the breakthrough to many service providers launching SD-WAN services.

New Taipei City, Taiwan — Mar.20, 2018 — Lanner Electronics Inc., a global leader in manufacturing and supplying network appliances, has forged a partnership with Decillion Devices India Pvt. Ltd., a leading network technology company specializing in cloud-enabled edge solutions.

Lanner, the global leader in the design and manufacturing of network appliances, today introduced the latest Ethernet blade HLM-1003, empowered by Intel® Fortville XL710 and eight 40G fiber QSFP+ ports. HLM-1003, designed in HLM specifications, is compatible with Lanner’s x86 network appliances HTCA-6000 series to expand network connectivity for telecom appliances.

The risk of cyber threats in the Industrial IoT networks has escalated in a historical pace as IIoT applications, like smart factory, intelligent transportation and smart grid are connected by mainstream network protocols. The malicious attacks have evolved to be even more destructive than ever, namely Stuxnet worms, DDoS attacks, ransomware, Trojan and other breaching methods and these can penetrate into IIoT networks from multiple paths on both the IT (Information Technologies) and OT (Operating Technologies) network infrastructure.

Internet of Vehicles (IoV) is a foreseeable evolution that enables two-way, real-time communications between moving vehicles, traffic infrastructure and centralized control centers. IoV is expected to not only improve security for both public and commercial transportation networks, but also enhance transportation management, which in turn optimizes energy consumption and curtails greenhouse effect.