Telit | June 02, 2021
Telit, a global Internet of Things (IoT) enabler, today announced a collaboration with ASOCS, a leading provider of virtual Radio Access Network (RAN) solutions, to enable enterprises, systems integrators, and others to quickly develop and deploy private 5G networks for Industrial IoT (IIoT) applications. ASOCS' new 5G SA Evaluation Kit, which includes the Telit FT980 industrial data terminal, consists of all of the 3rd off-the-shelf hardware, software, and services required to enable private 5G-powered Industry 4.0 applications.
Available immediately, the ASOCS 5G SA Evaluation Kit is a fully configured, turnkey network in a single box that includes:
• The Telit FT980 industrial data terminal supports downlink speeds of up to 2.1 Gbps and uplinks as fast as 0.9 Gbps in Sub-6 TDD SA — ideal for a wide variety of bandwidth-intensive low-latency IIoT applications. Featuring an industrial-grade design, the terminal, based on the award-winning FN980 data card series, is purpose-built for mission-critical IIoT applications that require maximum reliability even under extreme conditions.
• 5G access software and all other components necessary to implement a 5G network with no mobile operator involvement, including servers, a switch, an indoor 5G NR unit, SIM cards, and 5G network core software.
• ASOCS' Cyrus 2.0 management tool, a cloud-based platform for site configuration, performance monitoring, fault management, and lifecycle management of all network elements, from the core to the radios.
Telit is a global leader in the Internet of Things (IoT) enablement, with an extensive portfolio of wireless connectivity modules, software platforms, and international IoT connectivity services, enabling hundreds of millions of connected 'things' to date and trusted by thousands of direct and indirect customers worldwide. Telit continues to redefine the boundaries of digital business with over two decades of IoT innovation experience, delivering secure, integrated end-to-end IoT solutions for many of the world's largest brands, including enterprises, OEMs, system integrators, and service providers across all industries, enabling them to simplify, connect, and manage IoT at any scale.
prnewswire | September 15, 2020
5G network deployments accelerated with leading IP, O-RAN Fronthaul and L1 Offload to enable more efficient platforms with its complete product engineering and manufacturing expertise, is set to simplify and accelerate 5G networks using its software on the Xilinx T1 Telco Accelerator card, announced today from Xilinx Inc. VVDN supports the Xilinx T1 – a multi-function small form factor PCIe card that performs both O-RAN fronthaul and 5G NR layer-1 acceleration in a single slot PCIe card. With its advanced offload capabilities, the Xilinx T1 provides a dramatic reduction in the number of CPU cores required in a virtualized system.
The Optical Society | May 03, 2021
Incredibly low transmission idleness is one of the key highlights guaranteed by 5G communication organizations. Additionally, brilliant systems administration requires advances that monitor and expect failures to work with quick organization repair.
Behnam Shariati is important for a group of analysts that demonstrated an inertness mindful optical metro network having complex monitoring and data analytics capacities. Shariati will examine the organization design and empowering innovations, as well as a video reconnaissance case of the framework, during a session at the Optical Fiber Communication Conference and Exhibition (OFC), being held practically from 06 - 11 June 2021.
The demonstration highlights computerized arrangement of a video observation case in an edge-processing empowered optical systems administration environment supporting the interoperability of business equipment and models, programming characterized organizing (SDN) controllers, orchestrators, and open-source application programming interfaces (APIs).
"The demonstrated advances permit an administrator to get an undeniable level assistance description from a client and execute it start to finish across the infrastructure – an infrastructure involved gear from various sellers," said Shariati.
One of the empowering innovations is a dormancy test. The test works by infusing time-stepped traffic information into the optical organization, empowering the capacity to measure the full circle inactivity of the framework autonomously and continuously, which empowers upgraded allocation of 5G administrations across the infrastructure.
To demonstrate their methodology, the group assessed the presentation of a video reconnaissance framework. Over a length of 80 kilometers, they accomplished a start to finish inactivity of under 1/1000 of a second and an assistance arrangement season of less than 3 minutes. The help arrangement time was principally the time it took for the sending laser to heat up and settle.
Shariati emphasized their methodology isn't restricted to video reconnaissance, which is only one of numerous likely applications.
"The video reconnaissance application could be supplanted with whatever other vertical application that requires high bandwidth, low inactivity, and edge registering asset availability across the infrastructure," he said.
In the event that the nature of an optical connection has debased, the monitoring and data analytics solution gives the organization administrator an entire moment of response time, which is all that could possibly be needed to carry out countermeasures and redeploy the organization without experiencing a pass in connectivity.
"One moment can easily permit the reconfiguration of the conveyed administration, once one has optical transponders with fast laser warm-up cycles," Shariati said.
About The Optical Society
Established in 1916, The Optical Society (OSA) is the main professional organization for researchers, designers, understudies, and business pioneers who fuel disclosures, shape genuine applications and speed up accomplishments in the study of light. Through widely acclaimed publications, gatherings, and participation drives, OSA gives quality examination, roused interactions, and devoted assets for its broad worldwide organization of optics and photonics specialists.