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Cisco Unified Edge: Powering the Next Generation of Intelligent Infrastructure
Cisco's Unified Edge Platform redefines distributed computing by delivering real-time intelligence and efficiency at data creation points. With energy-efficient design and centralized management via Intersight, it transforms industries from retail to healthcare. Experience the future of edge computing—intelligent, secure and scalable—wherever data is generated.
Announcing Cisco Nexus Dashboard 4.2: The Secure, Unified Foundation for the AI Era
Cisco Nexus Dashboard 4.2 revolutionizes data center management with advanced AI observability, eBPF-powered security, native Splunk integration and many other new enhancements. This release empowers seamless, resilient and intelligent operations, ensuring real-time insights and zero downtime. Embrace the future of hybrid cloud networks with unparalleled control and efficiency.
The Battle of AI Networking: Ethernet vs InfiniBand
This article is not an exploration of who does Ethernet better so much as a direct examination of technology itself. Numbers will be reported as an aggregate means between major players in the AI Networking market and contrasted with equivalent InfiniBand performance. The goal is to answer, at an atomic level, one question: eliminating all other variables, is Ethernet good enough?
AI Agent Security Needs a Control Plane, Not Just a Sandbox
The first wave of AI agents proved they can work. The next wave will be defined by whether enterprises can govern what those agents can access, install and do.
WWT Sets a New Standard for Enterprise-Ready AI with Cisco Secure AI Factory with NVIDIA
Discover how WWT, Cisco and NVIDIA are giving enterprises a clear, secure path to turn AI ambition into real-world impact with the Cisco Secure AI Factory with NVIDIA modular reference design, supported by proven expertise and ready-to-use resources.
Revving Up ECMP Routing for AI/ML Workloads
Dive into the world of high-performance networking. In this article, you will discover solutions to optimize Ethernet for AI/ML and HPC environments, ensuring seamless GPU synchronization and enhanced network performance.
Manufacturing at the EDGE: SCADA Instrumentation, Model Context Protocol and Agentic Design Patterns
Modern manufacturing is evolving towards data-centric, automated and intelligent systems that require contextualized operational data streaming from IoT-based edge devices converging with IT networks for adaptive real-time decision-making. MCP offers a structured approach to managing and interpreting diverse data streams, while SCADA systems serve as the core industrial instrumentation integrated with agentic methods and advanced inferencing to enhance manufacturing processes.
The NVIDIA–Cisco Spectrum-X Partnership: A Technical Deep Dive
NVIDIA and Cisco's Spectrum-X partnership combines best-of-breed software and hardware into a multivendor ecosystem. This partnership enhances scalability, flexibility, and vendor interoperability, addressing the critical demands of AI/ML workloads. The collaboration promises a high-performance Ethernet fabric, redefining load balancing and congestion control for the AI era.
Cisco AI Canvas: Transforming IT Operations with Generative AI and AgenticOps
Cisco AI Canvas is a generative AI workspace for IT operations, built on Cisco's Deep Network Model. Designed to support AgenticOps, it enables faster issue resolution, automation and collaboration across networking, security, cloud and observability. Learn how Cisco is transforming infrastructure management with AI.
Cisco UCS M8 Series: 8th-Generation Compute Unleashed
From AI and analytics to virtualization and edge computing, Cisco's UCS M8 portfolio offers a comprehensive range of platforms designed to meet the demands of nearly any modern workload.
Troubleshooting a Cisco Meraki Wireless Network
This blog post is a presentation of the Cisco Meraki A Day In The Life PowerPoint slide deck. The Cisco Meraki engineer receives multiple issues reported via the Help Desk ticketing system in the course of the day and they must use dashboard.meraki.com to identify and potentially resolve the issues. This blog post covers the common factors affecting wireless networks and explains why certain data is needed from end users in order to effectively troubleshoot a wireless network using the Cisco Meraki dashboard.
Priority Flow Control: The Stop Light of the AI Networking Highway
Priority Flow Control (PFC) acts like a traffic light, pausing specific data flows to prevent congestion and data loss in AI networks. By enabling lossless Ethernet fabrics, PFC enhances performance in AI workloads, crucial for applications like RDMA. Explore its implementation across various networking hardware for optimal network efficiency.