Azure Networking: Subnetting IP Address Space скачать в хорошем качестве

Azure Networking: Subnetting IP Address Space

Azure Networking -    • Azure Networking: The Ultimate Guide to Vi...   Service Endpoint Demo Link -    • Azure Service Endpoints - Hands On - Conne...   Private Link / Private Endpoint Demo Link -    • I Spent 5 Days MASTERING Azure Private Link   Login to Azure using Service Principal and Seret:    • 01. az login | Three Ways | Azure Log...   login to Azure using Service Principal and Certificate:    • 02. Azure Login | az login | Using Se...   Welcome to comprehensive Azure Networking tutorial playlist! Whether you're a beginner exploring Azure Networking. Fresher or experienced developer diving into Microsoft Azure, this series is your go-to resource for mastering Azure Networking. 🔍 What You'll Learn: Highlights 📡 Overview of subnetting in Azure and its relevance to DevOps roles. 💻 Step-by-step instructions on creating two equal subnets from an IP address space. 🔎 Explanation of CIDR notation and its role in subnetting. 🔢 Insight into how binary arithmetic influences IP address calculations. 🌐 Practical demonstration in Azure, showcasing subnet creation and configuration. 📊 Discussion on the differences between network address space and host address space. ⚙️ Guidance on creating three unequal subnets, illustrating binary decisions for subnet allocation. Key Insights 🌐 Subnetting Basics: The video clarifies how subnetting works by providing a practical example using a specific IP range (192.168.0.0/16). Understanding this foundational concept is essential for network setup in cloud environments like Azure. 🔍 CIDR and Subnet Mask Understanding: CIDR (Classless Inter-Domain Routing) notation is critical for defining network segments. The video explains that “192.168.0.0/16” means that the first 16 bits are used for the network address and the remaining bits for hosts. 💡 Binary and Decimal Mechanics: By delving into binary arithmetic, the presenter explains how octets function and the maximum and minimum values possible within an octet. This foundational understanding assists viewers in comprehending IP address assignments. 🖥️ Practical Application in Azure: The hands-on demonstration in the Azure portal shows real-world application of subnetting. This practical aspect reinforces the theory presented, providing viewers insights into actual implementation. 🎯 Calculating Usable Addresses: The video provides clarity on how to calculate the number of available IP addresses in a given subnet configuration, explaining that subnetting affects the total addressable space. ⚖️ Creating Equal vs. Unequal Subnets: The distinction between creating equal subnets (dividing 192.168.0.0 into two) and unequal subnets demonstrates the flexibility in designing network architectures, addressing diverse organizational needs. 📈 Importance for DevOps Roles: By emphasizing subnetting’s relevance, the video highlights its importance for professionals working in DevOps roles or managing cloud infrastructures, presenting subnetting as a core competency for effective network management. 👩‍💻 Who Should Watch: Developers interested in Azure networking and want to connect SaaS Service to VM using Private Endpoint. Azure enthusiasts exploring SaaS solutions. Anyone looking to build scalable and cost-effective applications on the cloud. This Video includes Azure Private Endpoint Demo (Hands On) Timecodes 0:00 Introduction 0:46 Problem Statement 2:25 Private Address Class 3:31 IP Address Format 6:04 Binary To Decimal 8:20 Decimal to Binary 12:04 Subnet Mask CIDR 13:05 Network Address Space 13:10 Hosts Address Space 13:15 Subnet Address Space 17:50 Azure Create Subnets 20:13 Three Uneven Subnet Creation 24:41 Azure Create Three Uneven Subnets 26:18 Thank You YouTube ‪@casa-cloud‬ GitHub github.com/casa-cloud LinkedIn    /alok-adhao-8a571857   Discord   / discord   Get ready to level up your Azure Networking skills and build powerful, scalable applications with SaaS application on Microsoft Azure. Let's dive in together! #AzureNetworking #serverless #microsoftazure #cloudcomputing #devops #networking