Market segment by Type, the product can be split into Market sizes, revenue, production, GDP, CAGR, and forecasts are mainly focused in the report while presenting the financial data. Financial data of the market is also presented in the report in graphical and pictorial format to understand the growth rate and potential growth of the global Ceramic Decal market. Moreover, the report gives insights into efficiency and effectiveness of existing policies as well as assesses the impact of the same on future. The report provides a better understanding of the growing global Ceramic Decal market at local and global level, identifies opportunities and challenges, and strategies or business models that could be put in place to foster the competitive position in the market. It reviews all the segments and policy framework in every segment. Also, its lays down approaches for development and market penetration. This report presents and analyses market performance and economic state of each segment and region operational in the global Ceramic Decal market. Request a sample of this Ceramic Decal market report The report by giving detailed global market coverage aims to stimulate discussion and analysis on certain topics that you need to understand. The report proposes strategies tailored to your target country circumstances and stages of market development. At the same time it ensures you get granularity of each market aspect on which the market performance relies. “From optical networking to storage networking, we have consistently leveraged our experience with service providers, equipment manufacturers, enterprise IT and technology pioneers to ready test solutions for next-generation technologies precisely when they’re needed.” The Global Ceramic Decal market research report updated with latest industry data 2021 provides concrete recommendations and tools to support your efforts to achieve economic growth and development. “As a leader in test and measurement, Viavi is proud to support the advancement of NVMe over Fabrics with Kazan Networks,” said Tom Fawcett, Vice President and General Manager, Lab and Production Business Unit, Viavi Solutions. Wrapping it all together, the ability to cascade Viavi’s Ethernet and PCIe analyzers with seamless, time-synchronized continuity in a single display trace simplifies the task of analyzing end-to-end NVMe over Fabric storage networks.” “In addition to their outstanding performance on the Ethernet side of our devices, Viavi’s Xgig 1000 PCIe Gen3 Analyzer and its ability to fully decode all NVMe traffic is a big win for us when debugging complex problems. “Viavi’s Xgig 1000 multispeed Ethernet analyzer and its support of application-level protocols, such as iWARP, RoCE, RoCEv2 and NVMe over Fabrics, allows our engineers to quickly and precisely debug multi-vendor interoperability issues,” said Joe Steinmetz, Chief Executive Officer, Kazan Networks. Critical features for Kazan included: the ability to capture and interpret Ethernet and PCI Express traffic in a clear and concise manner and the ability to cross-correlate the traffic between Local NVMe and Remote NVMe over Fabrics protocol analysis. Viavi delivered the Xgig 1000 10/25/50/100 GE Analyzer including an NVMe (PCI Express) test feature which enabled the engineering team at Kazan to accelerate the development, validation and launch of its offering to the market. Done correctly, there is virtually no performance lost in this configuration, while end users benefit through increased levels of storage utilization and ultimately significantly lower total cost of ownership. Leveraging the scale and distance capabilities of Ethernet, it is now possible for servers to remotely access NVMe SSDs, either within a rack or across the datacenter. Kazan Networks has developed what it believes is the industry’s fastest NVMe over Fabrics (NVMe-oF) bridge, designed to enable pooling of high-performance NVMe SSDs in a new, disaggregated compute/storage topology. The specification has been standardized by NVM Express, Inc. and its membership, which includes over 100 participating companies. Nonvolatile Memory Express (NVMe) over Fabrics is an innovation in storage technology, designed to enable faster access of solid-state media or systems over a network such as Ethernet or Fibre Channel. The company requires test capabilities that can keep pace with rapid market evolution and the Xgig 1000 delivers with support for all predominant speeds and application-level protocols involved in next-generation storage networking. Kazan is a leader in advanced storage technology based on theNVMe over Fabrics standard. Viavi Solutions has announced that Kazan Networks has selected the Xgig 1000 10/25/50/100 GE Analyzer for storage networking development and test. Viavi’s Xgig 1000 Storage Network Test Platform Addresses All Predominant Speeds and Application-Level Protocols
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