Understanding RoCE v2: The Future of High-Performance Networking
Understanding RoCE v2: The Future of High-Performance Networking In the rapidly advancing field of networking technologies, Remote Direct Memory Access (RDMA) has emerged as a
Understanding RoCE v2: The Future of High-Performance Networking In the rapidly advancing field of networking technologies, Remote Direct Memory Access (RDMA) has emerged as a
In today’s tech landscape, Converged Network Adapters (CNAs) are pivotal for enhancing efficiency and integration within data centers. CNAs amalgamate the functionalities of traditional network interface cards (NICs) and storage area network (SAN) host bus adapters (HBAs), creating a unified interface that supports Ethernet, Fibre Channel, and iSCSI protocols. This convergence streamlines infrastructure, improves performance, increases scalability, and reduces operational costs.
On the evening of June 24th, the 5th Annual “Most Influential Optical Communication Products Awards Ceremony” of the 2024 Optical Connectivity Conference, hosted by Chord Industry Research Center and FiberOnline, successfully concluded at the Wyndham Grand Hotel in Suzhou. The event unveiled awards including “Most Influential Product Award,” “Most Influential Enterprise Award,” “Innovative Product Award,” and “Outstanding Product Design Award.” These awards aim to recognize outstanding contributions in the field of optical communication, inspiring more companies and individuals to engage in the research and innovation of optical communication technology.
Adtek’s Mini Waterproof Pre-terminated Solution, which was evaluated in this event, won the “Annual Product Innovation Award” for its outstanding product performance and innovation.
With optical communication technology reaching new milestones, the CFCF2024 (China Fiber Connect Forum) Optical Connectivity Conference, hosted by FiberOnline, was grandly held at the Wyndham Grand Hotel in Suzhou, China from June 23rd to 25th, 2024.
Optical interconnect products are used in AOC active optical cables, including various optical module models such as QSFP, QSFP+, QSFP28, QSFP-DD, OSFP, CXP, CFP, CDFP, etc. They support product solutions for optical modules with different transmission rates ranging from 40G to 800G, suitable for various network types including Ethernet optical networks, Infiniband optical networks, and optical channel networks.
The evolution from traditional perimeter security to Zero Trust has transformed cyber defense. While traditional models rely on network boundary protection and trust internal users, Zero Trust assumes no default trust, continuously verifies all users and devices, and enforces strict access controls, effectively addressing modern cyber threats and enhancing security.
Edtel’s PM FA series products are developed with precision using Japan-imported DISCO 3351 equipment for cutting high-precision V-groove structures. They utilize specialized imported adhesives and employ a specific assembly method to ensure the polarization-maintaining fibers are securely fixed within the V-grooves with fast and slow axis alignment. Specific dimensions and fiber types can be customized according to customer requirements.
Edtel specializes in the development of MFD FA tail fiber products, which are custom-manufactured based on specific dimensions and technical specifications provided by customers. Utilizing high-precision V-grooves and industry-leading techniques, fibers from different MFDs are fused and placed into the V-grooves to ensure that the entire MFD conversion process meets the technical insertion loss requirements of customers. Polishing angles, fiber types, and external dimensions can all be customized during production.
This product adopts patented technology from USCONN of the United States, utilizing high-quality imported adhesives and cutting-edge laser cutting techniques from professional imported equipment, achieving 90-degree optical path conversion for multi-channel optical fibers.
From Perimeter to Zero Trust: The Evolution of Cyber Defense What is the Traditional Perimeter Security Model? The traditional perimeter security model, often referred to
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