New opportunity! Our Client is looking to hire a Network Engineer II that is CCNP certified. Must be local to the Seattle/Tacoma area.
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The routing revolution! 📚💻 Stay ahead in your CCNA journey! #CCNA #Routing Hey network enthusiasts! 🤔 Want to understand the basics of routing for your CCNA exam? 🤓 Routing is the process of forwarding packets between networks, ensuring data reaches its destination. Learn about the different types of routing, such as static and dynamic routing, and protocols like RIP, OSPF, and EIGRP. 📊 Boost your networking skills and become a master of routing! 💻 . . #CCNAExam #Networking #NetworkSecurity #NetworkAdministration #Cisco #NetworkEngineering #ITCertifications #Nagpur . . [CCNA, routing, networking, network security, network administration, Cisco, network engineering, IT certifications, tech education, static routing, dynamic routing, RIP, OSPF, EIGRP]
The routing revolution! 📚💻 Stay ahead in your CCNA journey! #CCNA #Routing
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Insight for today on CCNA and CCNP: Understanding the Spanning Tree Protocol, day 5 of our series about CCNA & CCNP. Welcome again to our series on insights for CCNA and CCNP. Today, we will simplify Spanning Tree Protocol (STP), which is very important for keeping network structures without loops or unnecessary redundancies. 🌐 What is STP? STP is a protocol for the second layer that stops loops in Ethernet networks. It makes a topology without loops by choosing a main bridge, picking special ports, and stopping extra paths. 🔧 Key Concepts of STP: Root Bridge: Central switch serving as the reference point for STP calculations. Assigned Ports: These are the ports on network switches that form an active connection path leading to the root bridge. Blocked Ports: Redundant ports that are temporarily disabled to prevent loops. Bridge ID: Combination of bridge priority and MAC address used for root bridge election. BPDU (Bridge Protocol Data Unit): Messages exchanged between switches for STP operation. 🌟 Why STP Understanding is Crucial: Ensures network reliability by eliminating loops and redundant paths. Improves network performance by optimizing traffic flow and preventing broadcast storms. Essential for designing resilient and scalable network infrastructures. 🔍 Tips for STP Configuration: Verify STP configuration consistency across switches within the network. Use different kinds of STP, like RSTP or MSTP, for quicker network recovery and better features. Monitor STP topology changes and adjust configurations as needed. Keep following for more knowledge about CCNA and CCNP as we keep learning network ideas and improving our technical abilities. We'll dive into Spanning Tree Protocol to create strong networks without loops. 💪 #CCNA #CCNP #STP #NetworkTopology #TechSkills #Networking #NetworkEngineer
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If you aspire to be a top-notch Network Engineer, here are 3 critical tips for you: 1. Keep Updating Your Skills: With technology evolving at a rapid pace, staying updated is paramount. Regularly learn new technologies, programming languages and network security practices. 2. Master Troubleshooting: As a Network Engineer, you'll be the go-to person when network issues arise. Enhance your problem-solving skills and be prepared to handle high-pressure situations. 3. Embrace Certifications: Certifications like CCNA, CCNP or CCIE can boost your credibility immensely. They not only increase your knowledge base but also demonstrate your commitment to the profession. I apply ALL of this to my work and there is not a single day I am not thankful for keeping my focus on the elements that are most essential. As fellow professionals in the tech industry, how have you been keeping your skills up to date? Share your thoughts in the comments! #NetworkEngineering #ProfessionalDevelopment #TechSkills
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I solve company's IT Infrastructure problems and coach IT Professionals on building their career. Network Architect | .ı|ı.ı|ı. CCIE EI #65745
A network technician is not a network engineer but a network engineer might also be a network technician. What??😕 Some companies make these roles look the same, but actually they aren’t. And when I understood this in the early stage of my career, it was the secret sauce to start progressing professionally. Network technicians are mainly responsible for installing and configuring network hardware, such as routers, switches, cables. They perform routine maintenance and troubleshoot issues such as connectivity problems or hardware failures. They are the ones that provide technical support to end users (the guy you blame when you don’t have internet). In terms of skills, they have a basic understanding of network protocols and troubleshooting. Often they hold certifications like Cisco Certified Support Technician (CCST) or CompTIA Network. Network engineers have the same skills as network technicians and a lot more. They’re responsible for designing and planning complex network systems, implementing and managing network projects, monitoring and optimizing network performance to ensure efficiency and reliability. They also implement network security measures to protect against threats. They have a deep understanding of network architecture, protocols and advanced technologies. They’re able to analyze network requirements and design solutions. Often they hold certifications like CCNP, CCIE Network technicians typically handle more hands-on, day-to-day operational tasks, whereas network engineers focus on the higher-level design, planning, and optimization of networks. Now that you know the difference between these roles, it’s easier for you to choose at which level you are and which one you want to achieve. What is your current level and what are you doing to get to the next one? Let me know if I can help 👇🏽 #binaryavenue #networkengineer #networktechnician
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Today we look into OSPF Routing Protocol, part of the CCNA and CCNP Insights Series - it is day 4. Hello again to our series about CCNA & CCNP! Now, we explore OSPF (Open Shortest Path First), which is a common dynamic routing protocol used in big company networks for good routing and quick network coming together. 🌐 What is OSPF? OSPF is a routing protocol of the link-state type which finds the shortest way to reach network destinations using a cost value. It works inside autonomous systems and shares route data for creating a map of network topology, then figures out the best paths. 🔧 Key Features of OSPF: Fast Convergence: Adapts quickly to network changes, minimizing routing table updates and convergence time. Hierarchical Design: Supports multiple areas, reducing routing overhead and improving scalability. Cost-Based Routing: Calculates path costs based on link bandwidth, providing efficient traffic routing. Route Authentication: Enhances network security through authentication mechanisms. 🌟 Why OSPF Mastery Matters: Demonstrates expertise in dynamic routing protocols and network optimization techniques. Essential for designing scalable and resilient network architectures. Aligns with industry standards for efficient and reliable routing in complex networks. 🔍 Tips for OSPF Configuration: Designate routers as OSPF routers and define OSPF areas for optimal routing. Configure OSPF interfaces, network types, and authentication settings as per network requirements. Monitor OSPF adjacency and routing tables to ensure network stability and performance. Keep following for more knowledge about CCNA and CCNP as we keep exploring the ideas of networking and getting better at our technical skills. We will learn about the OSPF routing protocol side by side and create strong networks. 💪 #CCNA #CCNP #OSPF #RoutingProtocol #TechSkills #Networking #NetworkEngineer
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I am excited to announce that I have passed the Cisco Certified Network Associate (CCNA) exam! This is a major milestone in my career as a network engineer. The CCNA is a foundational certification that demonstrates my knowledge of basic networking concepts and technologies. It is also a requirement for many networking jobs. Here are some of the skills I learned while studying for the CCNA: ●Networking fundamentals, including IP addressing, subnetting, routing, and switching ●Cisco IOS configuration ●Network troubleshooting ●Security concepts Cisco #ccna
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Student Developer Community Member[SDC] @SNIST Bachelor of Engg in Information Technology Sreenidhi Institute of Science and Technology
⭐"I am excited🥳 To share that I have earned the Juniper Networks Certified Internet Associate (JNCIA) certification. This certification process involved extensive training and examination on Juniper network technologies and solutions. The program provided in-depth knowledge and practical experience in configuring, managing, and troubleshooting Juniper network systems. Achieving this certification demonstrates my proficiency in Juniper networks and my commitment to advancing my expertise in the field of network engineering."⭐ . . . . . ✨Topics covered in (JNCIA)✨ 1) Introduction to Networking Concepts 2) Junos Operating System 3) Routing Fundamentals 4) Switching and VLANs 5) Network Security 6) Troubleshooting and Maintenance . . . . . Juniper Networks
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