Generation Node B (gNB) and User Equipment (UE).

Lanner ECA-5540 allows telco operators to deliver the benefits of software-defined, virtualized network services with secure, high-speed connections between Next. With a short-depth chassis and front access IO design, the ECA-5540 is powered by the latest 4th Gen Intel Xeon Scalable Processor, codenamed Sapphire Rapids EE, which is equipped with Intel vRAN boost for improved virtualization performance and power efficiency. Lanner provides carrier-grade edge servers for enabling virtualized network functions in 5G private networks. Requires increased visibility, centralized security management, and onboard TPM for securing crypto-processing and tamper resistance at the hardware level, for the highest level of encryption to protect mission-critical data, video, and voice communications. The Outdoor uCPE appliance must be able to endure the harsh conditions of challenging environments, requiring a fan-less design compliant with IP67 waterproof and MIL-STD-810G standards in addition to supporting a wide temperature range, from -40 to 70☌, without sacrificing operational safety and productivity. The DU/CU edge server needs to offer multiple NIC Slots capable of delivering a flexible network interface and ensuring scalability To enable low latency, near real-time analysis at the edge, the DU/CU edge servers should have multi-core processor architecture and expansion modules for increased performance to run network function virtualization. To ensure reliable communication in remote areas, the uCPE platform must be capable of supporting multi-WAN connectivity, including broadband, Wi-Fi, and 5G/LTE, to enable intelligent routing and achieve optimized bandwidth. These hardware solutions must be capable of delivering the following requirements: Lanner provides network hardware solutions, comprising of uCPE and DU/CU servers, for quickly enabling 5G private networks and communications among hospitals, mobile command posts, mobile field hospitals, and health treatment shelters. Building a mission-critical communication system can ensure rapid and safe health services within the hospitals, and in remote areas can help in minimizing the fallout due to the disaster. First responders, mobile command posts, and remote emergency shelters must have reliable and secure communications for operational effectiveness. Communications play a crucial role in the event of an emergency, such as natural disasters including hurricanes, earthquakes, wildfires, or pandemics.

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