APPLICATION STORAGE, IT SYSTEMS MANAGEMENT
Radisys&amp | February 28, 2023
On February 27, 2023, Radisys® Corporation, an industry leader in open telecom solutions, announced its partnership with Dense Air Networks, a company specializing in broadband solutions. The companies will develop a novel 5G small cell RAN solution set that utilizes licensed and shared spectrum to densify and improve coverage and capacity in 5G standalone networks. This innovative solution from Dense Air is designed to enable both MOCN and MORAN-based RAN sharing through the edge network capabilities of Radisys®5G RAN CU/DU software for outdoor and indoor deployments.
The partnership is the result of 15 months of intensive research and development conducted by Dense Air using the 5G CU and DU software portfolio from Radisys®. By leveraging the open interfaces and advanced 3GPP features from Radisys®, Dense Air manages shared 5G Neutral Host Infrastructure, and implements highly scalable, shared small cell solutions using high-performance RU hardware and a completely cloud-hosted, virtualized DU and CU platform.
Connect Open RAN 5G CU/DU solution hosted by Radisys® on the Dense Air platform is designed for high performance on various industry-leading processors and SoCs with
CU control-plane and user-plane scaling based on CUPS architecture.
CU/DU split over F1 interface as per 3GPP and O-RAN specifications.
Flexible lower-layer split alternatives in DU for SCF option 6 (FAPI/nFAPI) interface and O-RAN 7.2x fronthaul, allowing deployment of advanced features including Multi-TRP cluster cell.
Radisys® enables Dense Air to employ novel mmWave fronthaul working over O-RAN Split 6 interfaces and deploy shared streetside 5G small cell clusters installed on existing vertical assets, utilizing both licensed and shared spectrum.
Arun Bhikshesvaran, CEO of Radisys®, shared, "Radisys is excited to collaborate with Dense Air in designing this highly differentiated solution that extends the capabilities of 5G networks using advanced 3GPP features and open interfaces. Our field-proven 3GPP and O-RAN compliant software, integrated and benchmarked on multiple platforms, helps Dense Air deploy a highly scalable 5G RAN solution."
(Source – Business Wire)
About Radisys®
Based in Hillsboro, Oregon, Radisys® Corporation offers disaggregated platforms and integration services that leverage open reference architectures and standards combined with open software and hardware. This enables service providers to build highly scalable and high-performance networks at optimum total cost of ownership. Its end-to-end solutions portfolio includes digital endpoints, disaggregated and open access and core solutions, and immersive digital applications and engagement platforms, all designed to drive open digital transformation. With its world-class network services organization, the company delivers full lifecycle services to help service providers succeed in today's highly competitive telecom industry.
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HYPER-CONVERGED INFRASTRUCTURE, APPLICATION STORAGE
Ayar Labs | March 03, 2023
Ayar Labs, a pioneer in the use of silicon photonics for chip-to-chip optical connectivity, recently announced that it would demonstrate the industry's first four terabit-per-second (Tbps) bi-directional Wavelength Division Multiplexing (WDM) solution at the Optical Fiber Communication Conference (OFC) taking place in San Diego from March 5-9, 2023.
In collaboration with GlobalFoundries, Lumentum, Macom, Sivers Photonics, and other leading high-volume manufacturing and supply partners, the company has reached this latest milestone in delivering the optical interconnects required for data-intensive applications. Separately, the company and its partner Quantifi Photonics made an announcement at OFC regarding a CW-WDM-compliant testing platform for its SuperNovaTM light source.
In-package optical I/O uniquely modifies the system design's power and performance trajectories by allowing compute, memory, and network silicon to connect with a fraction of the power and significantly improved performance, latency, and reach compared to existing electrical I/O solutions. Presented in a compact, co-packaged CMOS chiplet, optical I/O becomes the foundation of next-generation artificial intelligence, dense 6G telecommunications systems, disaggregated data centers, phased array sensory systems, and more.
At OFC, Ayar Labs will present the first public demonstration of its optical I/O solution, moving data at 2.048 TBPS in each direction from one TeraPHYTM optical I/O chiplet to another, fueled by their SuperNovaTM light source. SuperNovaTM enables eight fiber optic links (employing 64 highly accurate wavelengths running at 32 GBPS, with 256 GBPS per individual fiber for eight wavelengths) to operate error-free with a latency of less than 10ns and without the need for Forward Error Correction (FEC).
This permits a total bandwidth of 2.048 TBPS in each direction or 4.096 TBPS in both directions. Notably, the data transfer consumes less than five pJ/bit (10W) of energy, an incredible degree of energy efficiency, offering the power density and performance per watt required for AI models with trillions of variables, advanced HPC designs, and other applications.
About Ayar Labs
Ayar Labs is a tech company disrupting traditional computing power and performance curves with light-based technology. The company was established in 2015 and is based in Santa Clara, California. Using their patented silicon photonics approach, the company replaces electrical-based I/O with high-speed, efficient optical interconnects and multi-wavelength lasers. The company's disruptive technology enables groundbreaking design breakthroughs for trillions of AI connections, 6G, disaggregated data centers, phased array sensory systems, and more. It is backed by leading venture capital and strategic investors such as GlobalFoundries, Intel Capital, and NVIDIA.
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HYPER-CONVERGED INFRASTRUCTURE, APPLICATION INFRASTRUCTURE
Zenoss | March 20, 2023
Zenoss Inc., the leader in AI-driven full-stack monitoring, today announced it has released streaming data monitoring for Kubernetes, the most widely deployed open-source orchestration platform used to manage containerized applications. This real-time monitoring of Kubernetes streaming data is part of a broader set of initiatives focused on cloud-based monitoring, which enables visibility for ephemeral systems that cannot be effectively monitored by traditional monitoring tools.
Kubernetes was designed by Google in 2014 and donated to the Cloud Native Computing Foundation in 2015. It has become the de facto standard for running containers in production at scale, including in cloud environments such as AWS, Azure and Google Cloud. Also known as K8s, Kubernetes is supported by a community of professional programmers and coders from around the world. There have been over 2.8 million contributions to Kubernetes made by companies. Along with containers, Kubernetes has emerged as a primary technology for modern cloud-native workloads. According to the Cloud Native Computing Foundation, organizations using or evaluating Kubernetes increased from 78% in 2019 to 96% in 2022.
Zenoss initially released monitoring and analytics for Kubernetes in 2018 and has delivered continuous innovation to become a leading monitoring platform for container-based environments. Zenoss provides full-stack monitoring and AIOps for public and private clouds, as well as for all on-prem IT infrastructure. The platform provides a view of containerized applications in the context of the broader infrastructure. This provides a common view for IT Operations, DevOps, DevSecOps, and business-level users.
In addition to previously existing capabilities, Zenoss monitoring for Kubernetes now provides:
Monitoring insights for Kubernetes clusters in a single pane of glass along with the broader infrastructure for K8s deployments in AWS, Azure and Google Cloud, as well as in private or hybrid clouds and locally hosted environments
Secure, cloud-based monitoring with zero install
Data collection and analytics in under five minutes
Visibility into the health and performance of nodes, services, pods, containers, namespaces and more
Intelligent dashboards with out-of-box templates
Smart View, actions and notifications
"There is a significant shortage of visibility into health and performance in these highly complex container orchestration environments," said Trent Fitz, chief product officer for Zenoss. “Just as application developers have adapted to be more efficient, scalable and automated, we are doing the same for monitoring these environments.”
Zenoss Cloud is the leading AI-driven full-stack monitoring platform that streams all machine data, uniquely enabling the emergence of context for preventing service disruptions in complex, modern IT environments, including those built on Kubernetes. Zenoss Cloud leverages the most powerful machine learning and real-time analytics to give companies the ability to scale and adapt to the changing needs of their businesses.
About Zenoss
Zenoss works with the world's largest organizations to ensure their IT services and applications are always on. Delivering full-stack monitoring combined with AIOps, Zenoss uniquely collects all types of machine data, including metrics, dependency data, events, streaming data and logs, to build real-time IT service models that train machine learning algorithms to deliver robust AIOps analytics capabilities. This enables IT Ops and DevOps teams to optimize application performance, predict and eliminate outages, and reduce IT spend in modern hybrid IT environments. Zenoss is recognized in The Forrester Wave™: Intelligent AIOps Platforms, Q4 2022, the 2022 Gartner Market Guide for AIOps Platforms, and in the 2022 Gartner Market Guide for IT Infrastructure Monitoring Tools.
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