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Ipv6 смотреть последние обновления за сегодня на .
The basics of IPv6, IPv6 addresses, IPv6 scopes - kind of IPv6 for dummies ;-) I took a looong IPv6 course on Udemy in order to learn the very basics of IPv6 - but - I was struggling with it. Until I feed up my mind and forgot everything I knew about IPv4 - from then on I was able to learn IPv6 from scratch ;-) The IPv6 cheat sheet is here: 🤍 YouTube: 🤍 Twitter: 🤍 Discord: 🤍 Github: 🤍 Patreon: 🤍 Blog: 🤍 0:00 I struggled with udemy 0:56 The plan: forget everything you know about IPv4 1:15 Let's design addresses 4:00 We design Protocols (UDP, TCP, ICMP) 5:44 How do we "bootstrap" IPv6 (SLAAC) 6:20 Let's go larger (Scopes) 7:45 How to determine scope (Address ranges) 9:49 What if the scope changes? (multiple addresses) 10:46 Networks (subnetting, prefixe, delegation) 13:03 Some IPv6 tools
Join the Discord Server! 🤍 - MY FULL CCNA COURSE 📹 CCNA - 🤍 FREE CCNA FLASHCARDS 🃏 CCNA Flashcards - 🤍 HOW TO PASS THE CCNA 📚 Get a great book - 🤍 📹 Take a video course - 🤍 ✔ Use practice exams - 🤍 SOCIAL 🐦 Twitter - 🤍 📸 Instagram - 🤍 👔 LinkedIn - 🤍 💬 Discord - 🤍 Disclaimer: These are affiliate links. If you purchase using these links, I'll receive a small commission at no extra charge to you. - When IPv4 first came out, the people that designed it sat back in their chairs and said, “We’ve done it, we’ve created every IP address that anyone will ever need”. How many addresses did they create? 4,294,967,296! But at the time, they couldn’t have imagined the massive explosion of devices that would require an IP address. If you think about every device you own, like a pc, laptop, smartphone, tv etc. It quickly became apparent that we would soon run out of IPv4 addresses. The solution is to eventually move over to the new IPv6 addresses! IPv6 provides us with 340,282,366,920,938,463,463,374,607,431,768,211,456 addresses! Aside from the number of addresses, IPv6 also brings a lot of other improvements that make it a lot more efficient and practical. An IPv6 address is 128-bits long. This is what gives us a huge address space. IPv6 has 8 sections which are commonly called hextets. Each hextet is separated by a colon. It's a hexadecimal IP address, meaning it can contain both numbers and letters. There are different types of IPv6 addresses, for different purposes. Global Unicast - A publicly routable address like the IPv4 public IP. - Prefix: 2000::/3 Unique Local - This address is like the ipv4 private IP addresses. - Prefix: FC00::/7 Link-Local - Automatic private IP addresses that are not routable over any network. - Prefix: FE80::/10 Multicast - Addresses that are sent to a group of computers or devices. - Prefix: FF00::/8 Anycast - Global Unicast address assigned to more than one device. - Prefix: 2000::/3 #ccna #cisco #networking
What is an IP address? This video is a tutorial that explains the difference between IP address IPv4 and IPv6 addressing and how to convert it to a binary number is also explained. Get the VPN that I use (affiliate). 🤍 Use coupon code 'powercert' and get 68% off a 2-year plan + 1 month free.
In this tutorial for beginners I discuss the structure of the IPv6 address, the network portion, the interface ID, and the network prefix. The function of the different types of IPv6 addresses: global unicast, link-local, unique local, and anycast. How SLAAC works in IPv6 address auto-configuration along with EUI-64 to auto-configure the interface-id. The role of ICMPv6 in router and neighbor solicitation and advertisement (RS, RA, NS, NA). I also go over IPv6 addresses that are important to know like IPv6 all routes default gateway, loopback, and multicast addresses like the all solicited nodes multicast address. Link to the slides: 🤍
Free CCNA 200-301 flashcards/Packet Tracer labs for the course: 🤍 📖 My CCNA Book: 🤍 📚Boson ExSim: 🤍 ← the BEST practice exams for CCNA 💻Boson NetSim: 🤍 ← 100+ detailed guided labs for CCNA 💯ExSim + NetSim: 🤍 ← get BOTH for a discount! 🥇CCNA Gold Bootcamp: 🤍 ← the course I used to get my CCNA (top rated course on the Internet) Get the course ad-free with bonus quizzes and more on JITL Academy: 🤍 In Day 31 in this free CCNA 200-301 complete course, you will learn about IPv6, specifically IPv6 addresses and basic configuration. In this FREE and COMPLETE CCNA 200-301 course you will find lecture videos covering all topics in Cisco official exam topics list, end-of-video quizzes to test your knowledge, flashcards to review, and practice labs to get hands-on experience. SUPPORT MY CHANNEL The best way to support my channel is to like, comment, subscribe, and share my videos to help spread the word! If you can spare to leave a tip, here are some options: PayPal: 🤍 BAT (Basic Attention Token) tips in the Brave browser (🤍 Patreon: 🤍 Cryptocurrency Addresses Bitcoin: bc1qxjpza7nx46e8a2rtz6vkcrvxx9mfjnufdrk0jv Ethereum: 0x08B4325b1B99B05d850A3bfCd4A6620D770cfB64 0:00 Introduction 1:37 Things we'll cover 2:28 IPv5 3:17 Hexadecimal review 6:39 Binary to Hex practice 1 8:24 Binary to Hex practice 2 8:54 Binary to Hex practice 3 9:20 Hex to Binary practice 1 9:54 Hex to Binary practice 2 10:25 Hex to Binary practice 3 11:20 Why IPv6? 14:27 IPv6 intro 17:23 IPv6 Address Abbrevation 20:15 Expanding Abbreviated IPv6 Addresses 21:44 Identifying the IPv6 Prefix 27:41 Configuring IPv6 Addresses 31:15 Things we covered 32:28 Quiz 1 33:24 Quiz 2 33:56 Quiz 3 34:43 Boson ExSim #cisco #CCNA
In this video I explain ipv6 ₿💰💵💲Help Support the Channel by Donating Crypto💲💵💰₿ Monero 45F2bNHVcRzXVBsvZ5giyvKGAgm6LFhMsjUUVPTEtdgJJ5SNyxzSNUmFSBR5qCCWLpjiUjYMkmZoX9b3cChNjvxR7kvh436 Bitcoin 3MMKHXPQrGHEsmdHaAGD59FWhKFGeUsAxV Ethereum 0xeA4DA3F9BAb091Eb86921CA6E41712438f4E5079 Litecoin MBfrxLJMuw26hbVi2MjCVDFkkExz8rYvUF Dash Xh9PXPEy5RoLJgFDGYCDjrbXdjshMaYerz Zcash t1aWtU5SBpxuUWBSwDKy4gTkT2T1ZwtFvrr Chainlink 0x0f7f21D267d2C9dbae17fd8c20012eFEA3678F14 Bitcoin Cash qz2st00dtu9e79zrq5wshsgaxsjw299n7c69th8ryp Etherum Classic 0xeA641e59913960f578ad39A6B4d02051A5556BfC USD Coin 0x0B045f743A693b225630862a3464B52fefE79FdB Subscribe to my YouTube channel 🤍 and be sure to click that notification bell so you know when new videos are released.
IPv4 vs IPv6... Why do we need to transition from the Internet Protocol that's served us so well for all these years? Maybe because we're completely running out of IP addresses! Audible Message: Give Audible's monthly audiobook service has more than just audiobooks! - use 🤍 to get the first one for free!
Подробнее о Cisco Firepower 1000: 🤍 Что не так с текущим интернетом?Как интернет кончился в середине 2010-х. И о том как Internet Protocol версии 6 () навсегда изменит архитектуру интернета. Новый РАЗБОР и объяснение, что такое iPv6 и чем отличается от iPv4. 🤟 Подписка! ↓ ↓ ↓ 🤍 🎧 Наш ПОДКАСТ Droidercast: Apple Podcasts: 🤍 Podster: 🤍 Мы в телеграм) 🤍 Мы в Instaram: 🤍 Еще видео и обзоры на: 🤍 🤍 🤍 🤍 С вами на связи Борис Веденский и Валерий Истишев! Обзоры смартфонов, репортажи с выставок, новости из мира технологий и многое другое на самом популярном в Рунете канале о гаджетах Droider.Ru! #iPv6 #РАЗБОР #iPv6vsiPv4 #Droider #партнерскоеразмещение
اشترك في القناه :🤍 فيس بوك 🤍 انستجرام🤍 المعدات camera/ canon 760d lens/ 5mm lens/18-55
Hier ein weiters Videos zum Thema Netzwerkgrundlagen. Mit meinen Videos versuche ich Inhalte aus dem Bereich der Netzwerktechnik auf einfach Art zu vermitteln. Wenn Ihr Fragen habt, nutzt bitte die Kommentarbox. ✅ Über ein Abo (kostet euch nichts) würde ich mich sehr freuen. 📌Webseite: 🤍 📌Facebook:🤍 📌TwitchKanal: 🤍 Die Amazon-Links (https.amzn.to/????) in der Videobeschreibung sind Afilliate-Links. Wenn ihr über die Links etwas kauft, bekomme ich eine kleine Provision, ohne dass sich der Preis für euch ändert. Danke für den netten Support! 📌CCNA Buch auf deutsch: 🤍 📌 Huawei HCNA Networking Study Guide englisch: 🤍 📌 Das offizielle Handbuch zur erfolgreichen CCNA Zertifizierung: 🤍 📌 Computer-Netzwerke: Grundlagen, Funktionsweisen, Anwendung. Für Studium, Ausbildung und Beruf. 🤍 Ich kann euch das Huawei Community Forum sehr empfehlen. Dort erhaltet Ihr schnelle Hilfe, technische Unterstützung und Konfigurationstipps für Huawei Netzwerk Produkte, technischen Support & Tipps für Konfigurationen direkt von Huawei Ingenieuren und weitern Experten. Hier der Link: 📌Huawei Community Forum: 🤍
IPv6 for beginners. You will need access to Packet Tracer or GNS3 to do the labs. Here is the professional course: 🤍 And expert course: 🤍 0:00:00 - Course Introduction 0:3:33 - The Need for IPv6 0:25:53 - The Features of IPv6 0:56:23 - IPv6 Addressing 1:24:19 - IPv6 Address Types 1:53:04 - IPv6 Addressing Lab 2:13:04 - ICMPv6 and Neighbor Discovery 2:27:20 - ICMPv6 Lab 2:47:44 - Enabling IPv6 2:56:11 - Final IPv6 Lab World class IT certification video training, follow along labs, practice exams and live Cisco racks. Please use this special URL to get 30 days access for $1 - 🤍 Get all my motivation goodies FREE - 🤍 Check out our hands-on IT certification training website: 🤍 Use coupon code 'youtube' to get a fat discount. Check out my IT books on Amazon: Cisco CCNA Simplified - 🤍 Cisco CCNA in 60 Days - 🤍 101 Labs - Cisco CCNA - 🤍 101 Labs - Linux LPIC1 - 🤍 101 Labs - Wireshark WCNA - 🤍 101 Labs - CompTIA Network+ - 🤍 101 Labs - IP Subnetting - 🤍 101 Labs - Cisco CCNP - 🤍 IP Subnetting - Zero to Guru - 🤍
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The time has come to talk about something uncomfortable to a lot of you. You've been using legacy methods for far too long. It's time to move to IPv6. But, of course, there's a lot more to IPv6 than 'just' switching everything over. A lot of systems in the world still haven't adopted it after nearly 25 years, and although software support is virtually a requirement these days, that doesn't mean it's widely enabled. There are also still a lot of misconceptions from network administrators who are scared of or don't properly understand IPv6, and I want to address all of that. But, for me to describe to you the best setup for your networks going forward, I need to understand for myself how all of the IPv6 transition mechanisms and behaviors work. To understand where transition mechanisms fail, I'm spending a fully week with only IPv6 and reporting on what works and doesn't. Follow the full description of what I learned and the relevant transition technologies on my blog: 🤍 Feel free to chat with me more on my Discord server: 🤍 Timestamps: 00:00 - The Challenge 01:43 - NAT64 Concept 04:35 - Day 1 Basic Internet 06:29 - Day 2 macOS 09:17 - Day 3 Windows 11:36 - Day 4 Android 12:40 - Day 5 Everything Works 13:04 - Day 6 Strange VLAN Bugs 14:18 - Day 7 Will I Keep IPv6? #ipv6 #networking
家庭组网之IPv6到底要不要开？有啥意义？网络安全如何解决？ ✅系列视频《家庭组网》，欢迎观看！ 地址：🤍 ✅系列视频《KODI应该这么玩》，欢迎观看！ 地址：🤍 ✅Plex玩法的系列视频，欢迎观看！ 地址：🤍 ✅系列视频《折腾树莓派》，欢迎观看！ 地址：🤍 ✅系列视频《韩风带你玩Openwrt》，欢迎收藏观看! 地址：🤍 ✅HK1 box 玩法 地址：🤍 ✅系列视频《N1折腾记》，欢迎观看！ 地址：🤍 ✅欢迎订阅我的频道：🤍 如果视频对你有帮助，请点赞、分享、关注！ 如果有问题，请在下面留言！ 谢谢！ #韩风Talk
Si quieres saber qué es IPv6, el nuevo protocolo con el que se generan nuevos tipos de direcciones IP más largos y complejos, echa un vistazo a este vídeo. 🚀 Lee más 👉👉👉 Nos puedes seguir en: 📱 Web: 🤍 🐦 Twitter: 🤍 👤📖 Facebook: 🤍 🤳 Instagram: 🤍
Адреса IP версии 6. Продвинутые темы курса по компьютерным сетям - 🤍 Длина адреса IPv6 - 16 байт. Для таких длинных адресов был разработан новый формат записи в виде набора из 8 групп шестнадцетиричных чисел, разделенных двоетичиями. Пример адреса IPv6: 2a02:06b8:0892:ad61:59a2:3149:c5a0:67a4 Рассматриваются правила вычисления префиксов IPv6 (адресов сети). Для сокращения IPv6 адресов используются два правила: - Ведущие нули в каждой группе шестнадцитиричных цифр можно удалить. - Две и более подряд идущие группы нулей можно пропустить. Типы адресов IPv6: - Индивидуальный (unicast) - Групповой (multicast) - Произвольный (anycast) Область действия адресов IPv6: - Глобальные (global unicast address): - Локальные (unique local address): - Локальные канала связи (link-local address): Лекция "Протокол IPv6" - 🤍 Практика "Протокол IPv6" - 🤍 Мой канал с краткими и понятными объяснениями сложных тем в ИТ и компьютерных науках - 🤍
උසස් පෙළ අධ්යාපනයේ සිට විශ්ව විද්යාලය හරහා IT/Network/Telecommunication Engineer කෙනෙක් දක්වා ගමන් මගේ සැම දෙනෙක්ටම වැදගත් වන, දැන ගතම යුතු Protocol එකක් වන IPv6 ගැන ඔබට නොමිලේම මෙම Live Event එකෙන් ඉගෙන ගන්න පුළුවන්. ඔබ Internet යන විට ඔබේ Data Packets වලට IPv6 Address එකක් සම්බන්ධ වන්නේ කෙසේද, IPv6 address එකක් අපි හරියට හඳුනා ගන්නා ආකාරය, එය කෙටියෙන් ලියන ආකාරය,ලෝකයේ දැනට IPv6 භාවිතාව කොහොමද සිදු වන්නේ වැනි කරුණු බොහොමයක් ඔබට මෙම වීඩියෝවෙන් දැන ගැනීමට හැකි වේවි. 1. Study with Vibernets: 🤍 2. Join Our Study Group: 🤍 3. Vibernets Streaming Page: 🤍 Share & Subscribe! #IPv6 #SinhalaTutorials #IPv4vsIPv6 #IANA #ISP #Networking #IPv6SriLanka How you get an IP address? how does the internet connect to Sri Lanka?
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IPv6 explained simply and understandably starting with just the basics of what IPv6 Addresses look like and what you'll be expected to know on the Network+ Exam. 5-DAY SUBNETTING CHALLENGE! How to Confidently Solve ANY Subnetting Problem in 7-Seconds: 🤍
Subscribe to our new channel:🤍 Here, Varun sir explains Need of IPv6 Protocol in this video. Why there is need of IPv6(IPng) Limitation in IPV4 address 2^32=4,294,967,296 2^128=340,282,366,920,938,463,463,374,607,431,768,211,456 Realtime data transmission Authentication Encryption Enabled Fast Processing at routers ►Computer Networks (Complete Playlist): 🤍 Other subject-wise playlist Links: ►Design and Analysis of algorithms (DAA): 🤍 ►Database Management System: 🤍 ► Theory of Computation 🤍 ►Artificial Intelligence: 🤍 ►Computer Architecture: 🤍 ►Operating System: 🤍 ►Structured Query Language (SQL): 🤍 ►Discrete Mathematics: 🤍 ►Compiler Design: 🤍 ►Number System: 🤍 ►Cloud Computing & BIG Data: 🤍 ►Software Engineering: 🤍 ►Data Structure: 🤍 ►Graph Theory: 🤍 ►Programming in C: 🤍 ►Digital Logic: 🤍 - Our social media Links: ► Subscribe to us on YouTube: 🤍 ►Subscribe to our new channel: 🤍 ► Like our page on Facebook: 🤍 ► Follow us on Instagram: 🤍 ► Follow us on Instagram: 🤍 ► Follow us on Telegram: 🤍 ►For Any Query, Email us at: gatesmashers2018🤍gmail.com ►Be a Member & Give your Support on the below link: 🤍
Lec-01,This is the best series to learn everything about IPv6.In this lecture,i am explaining features of IPv6.Please watch all the videos in a sequence for better understanding.In this tutorial for beginners I discuss the structure of the IPv6 address, the network portion, the interface ID, and the network prefix. The function of the different types of IPv6 addresses: global unicast, link-local, unique local, and anycast. How SLAAC works in IPv6 address auto-configuration along with EUI-64 to auto-configure the interface-id. I also go over IPv6 addresses that are important to know like IPv6 all routes default gateway, loopback, and multicast addresses like the all solicited nodes multicast address. Do subscribe to TECHNICAL GUFTGU channel and Press Bell icon & get regular updates on videos, DIRECT LINK TO CHANNEL : 🤍 Here are direct links of My All the Playlist: MUST CHECK IPv6 Complete Tutorial for beginners Link : 🤍 Microsoft Azure Tutorial for beginners in Hindi/Urdu AZ-103 and AZ-900 LINK : 🤍 Cloud computing tutorials For beginners Link : 🤍 AWS Solution Architect-Associate complete Tutorials Link : 🤍 CCNA Complete Tutorials /Computer Networking Link : 🤍 This is the best channel for AWS Tutorials, Microsoft Azure tutorials, 2G,3G, LTE, CCNA, Cloud computing and for others topics related to cloud and computer networking. Technical Guftgu is the only platform, which provides you entire training on white board, so that you feels that, you are taking real time training. Bhupinder Rajput Sir is having 8 Years of Experience in the field of technical trainings in entire india. NOTE : If you would like to organise Bhupinder Rajput Sir workshop in your College or University, write mail to us. For More Information: Please write us at : technicalguftgu99🤍gmail.com Connect with us on facebook page-Technical Guftgu for his upcoming 5 Days workshops on cloud in india and Nepal. If you would like to donate and give support to our Channel, write mail to us. Thanks For giving Your Valuable time. Regards, Technical Guftgu Team
Network+ Training Course Index: 🤍 Professor Messer’s Course Notes: 🤍 Discount exam vouchers: 🤍 - - - - - IPv6 is quite the departure from IPv4 addressing. In this video, you’ll learn about the structure of an IPv6 address, how to compress the address, and how to calculate the EUI-64 used for IPv6 locally administered addresses. - - - - - Subscribe to get the latest videos: 🤍 Calendar of live events: 🤍 Frequently Asked Questions: 🤍 FOLLOW PROFESSOR MESSER: Professor Messer website: 🤍 Twitter: 🤍 Facebook: 🤍 Instagram: 🤍 LinkedIn: 🤍
今天这期视频我们来讲一讲网络相关的内容，如果你现在正在使用手机或者B站网页端观看本期视频，那么说明你当前已经接入了互联网并且通过互联网访问到B站的服务器了，说起互联网，很多人肯定听过IP地址这个东西，你知道IP地址是干什么用的吗，近些年来随着私有云NAS越来越火，你可能也会接触到公网IP这个概念，你知道公网IP说的是什么吗？这些年一直在宣传的IPV6和我们现在使用的IPV4到底有什么区别？今天这期视频我们就来详细了解一下IP地址的那些事。
🧠 𝗩𝗣𝗦 𝗛𝗢𝗦𝗧𝗚𝗔𝗧𝗢𝗥 → 🤍 Já parou pra pensar que o IP está em tudo que se comunica em rede atualmente. Descubra como esse protocolo funciona dentro das camadas de rede e entenda como funciona as classes e as máscaras de sub-rede. Entenda porque o IPv4 está acabando e como o IPv6 veio pra ficar. 📡 𝗦𝗶𝗴𝗮 𝗮𝘀 𝗿𝗲𝗱𝗲𝘀 𝗱𝗼 𝗖𝗗𝗙𝗧𝗩 → 🤍 📸𝗜𝗻𝘀𝘁𝗮𝗴𝗿𝗮𝗺 → 🤍 ☕ 𝗖𝗹𝘂𝗯𝗲 𝗱𝗼𝘀 𝗖𝗗𝗙𝘀 𝗻𝗼 𝗬𝗼𝘂𝘁𝘂𝗯𝗲 → 🤍 ▸ 𝗛𝗢𝗦𝗧𝗚𝗔𝗧𝗢𝗥 📢 Vagas e Oportunidades: 🤍 𝑵ó𝒔 ❤️ 𝒓𝒆𝒄𝒆𝒃𝒆𝒓 𝒑𝒓𝒆𝒔𝒆𝒏𝒕𝒆𝒔, 𝒄𝒂𝒓𝒕𝒂𝒔, 𝒃𝒓𝒊𝒏𝒅𝒆𝒔 𝒆 𝒎𝒊𝒎𝒐𝒔. Caixa Postal: 91735 - Cep: 25620-972 Petrópolis / RJ 💻 Edição e Áudio: RW Studio 🔗 Um vídeo do site Código Fonte #IP #Internet #IPv6 #Redes
Mein Python-Buch 🤍 (*) Inhalt 📚 IP-Adresse ist nicht gleich IP-Adresse! Es gibt sie in unterschiedlichen Geschmacksrichtungen. Entweder SO: 192.168.2.9 Oder SO: abcd:0:efef:0:0314:0815:faac:0 Bei dem ersten Beispiel handelt es sich um eine sog. IPv4-Adresse und bei der zweiten um eine IPv6-Adresse. IP-Adressen werden auf Schicht 3 des ISO-OSI-Schichtenmodells zur Adressierung von Netzwerkgeräten verwendet. Wir wollen uns in diesem Video mal genauer anschauen, wie IPv4- bzw. IPv6-Adressen aufgebaut sind, welche Eigenschaften sie besitzen und worin sie sich voneinander unterscheiden. Einführung: 0:00 Aufbau einer IPv4-Adresse: 0:45 Warum IPv4-Adressen NICHT ausreichen: 1:17 Aufbau einer IPv6-Adresse: 2:35 Kürzungsregeln für IPv6-Adressen: 3:25 Vorteile von IPv6: 4:40 Warum wechseln wir nicht permanent auf IPv6? 5:14 EQUIPMENT(*) 🎤 Mikrofon 🤍 ✂️ Schnittprogramm 🤍 💻 Mein Laptop 🤍 🖥️ Bildschirm 🤍 SUPPORT ► Patreon 🤍 ► PayPal ► Unterstütze mich durch einen Kauf auf Amazon. Für dich entstehen keine Mehrkosten! (*) 🤍 SOCIAL MEDIA 💬 Discord: 🤍 💡 Website: 🤍 📱 TikTok: 🤍 🤳 Instagram: 🤍 🐦 Twitter: 🤍 📧 E-Mail: mailto:info🤍florian-dalwigk.de ISO-OSI-Referenzmodell (Schichtenmodell des Internets) 📼 🤍 NAT - Network Address Translation (SNAT, DNAT, Port Forwarding) 📼 🤍 (*) Bei den Amazon-Links (https.//amzn.to/???????) handelt es sich um Affiliate-Links. Wenn du etwas über diesen Link kaufst, bekomme ich eine kleine Provision. Der Preis ändert sich nicht, wenn du über diesen Link einkaufst. Vielen Dank für deine Unterstützung.
All about Computer 🖥 👇👇👇 🤍 What is ip address? full Explanation...! 👇👇👇 🤍 Please Like | Share | SUBSCRIBE our Channel..! Learn Coding 🙏🙏🙏 Like our Facebook Page...! Learn Coding Don't forget to tag our Channel...! #IPv4VsIPv6 #ipaddress #ask4help #LearnCoding #typesofipaddress #ip #ipversion #ipv4 #ipv6 #ipv4andipv6 #internetprotocol #fullformofipaddress || Content || 1. writer ✍ :- ankush 2. voice 🔊 :- akhilesh Thank You 👌👌👌
IPV6 Addresses Watch more Videos at 🤍 Lecture By: Mr. Arnab Chakraborty, Tutorials Point India Private Limited
In this video, I will introduce IPv6. What does it look like? Why do we need IPv6? How big is IPv6 addressing space? Is the number of IPv6 addresses are bigger it bigger than stars in the sky? How to simply the IPv6 address? What is the current IPv6 adoption rate? why adoption is it slow at this point? Playlist - IPv6 Basics 🤍 Playlist - IPv4 Basics 🤍 You can get the latest statistics of IPv6 adoption by this link: 🤍 Please leave comments, questions and subscribe! Thank you very much! Sunny Classroom
Subscribe to our new channel:🤍 In this video IPv6 Header Format is explained here. IPv4 is 32-Bit IP address whereas IPv6 is a 128-Bit IP address. IPv4 is a numeric addressing method whereas IPv6 is an alphanumeric addressing method. IPv4 binary bits are separated by a dot(.) whereas IPv6 binary bits are separated by a colon(:). IPv4 offers 12 header fields whereas IPv6 offers 8 header fields. 0:00 - Introduction 2:37 - Version 3:01 - Priority 3:54 - Flow Label 5:44 - Payload Length 6:26 - Next Header 7:41 - Hope Limit 9:00 - Extension Headers ►Computer Networks (Complete Playlist): 🤍 Other subject-wise playlist Links: ►Design and Analysis of algorithms (DAA): 🤍 ►Database Management System: 🤍 ► Theory of Computation 🤍 ►Artificial Intelligence: 🤍 ►Computer Architecture: 🤍 ►Operating System: 🤍 ►Structured Query Language (SQL): 🤍 ►Discrete Mathematics: 🤍 ►Compiler Design: 🤍 ►Number System: 🤍 ►Cloud Computing & BIG Data: 🤍 ►Software Engineering: 🤍 ►Data Structure: 🤍 ►Graph Theory: 🤍 ►Programming in C: 🤍 ►Digital Logic: 🤍 - Our social media Links: ► Subscribe to us on YouTube: 🤍 ►Subscribe to our new channel: 🤍 ► Like our page on Facebook: 🤍 ► Follow us on Instagram: 🤍 ► Follow us on Instagram: 🤍 ► Follow us on Telegram: 🤍 ►For Any Query, Email us at: gatesmashers2018🤍gmail.com ►Be a Member & Give your Support on the below link: 🤍 #IPv6#ComputerNetworks
Wie versprochen gibt es hier die Videos: IPv4 Video: 🤍 MAC Adressen Video: 🤍 Binärsystem: 🤍 Wer gern lesen will kann sich gern die RFC Dokumente durchlesen: RFC 4038: 🤍 RFC 4291: 🤍 RFC 6052: 🤍 RFC 4048: 🤍 RFC 3849: 🤍 RFC 4380: 🤍 RFC 4843: 🤍 RFC 5180: 🤍 RFC 3056: 🤍 und viele mehr :) Weitere Technik Videos findet ihr hier: 🤍 Mehr von diesen und ähnlichen Videos findest du auf meinem Kanal #Takiry: 🤍
In this video from ITFreeTraining, I will look at IPv6 addresses. IPv6 addresses are very different from IPv4 addresses and, while they look complicated at first, by the end of this video you will have an excellent understanding of how they work and they won’t seem as scary as they first appear. Access the rest of the course: 🤍 Download the PDF handout: 🤍 Number of Addresses 0:19 – The biggest problem with IPv4 is that there are a limited number of IP Addresses. IPv6 has 2 to the power of 128 addresses while IPv4 has 2 to the power of 32 addresses. There are a lot of different ways that people have come up with to describe the difference between the number of IPv4 and IPv6 addresses. In this video, I will use the following example and there are many more to choose from. If IP Addresses were grains of sand, IPv4 addresses would fill a truck. If IPv6 addresses were grains of sand, they would fill the sun. Quite a big difference. IPv4 addresses are running out, however IPv6 addresses should never run out. Format of Addresses With the larger address space, IPv6 also comes with a new format to display these addresses. This is completely different from the way that IPv4 addresses are formatted. The IPv6 address is 128 bits. It would not be that easy to read in binary format, so IPv6 addresses are shown in hexadecimal format grouped in fours and separated by colons. An example of such an address is shown. Notice that all the hexadecimal letters are in lower case. If you are not familiar with hexadecimal, please see our previous video that explains how to convert and use hexadecimal. At first, the address looked complicated, but once you start breaking down the addresses they get a lot less complicated. Also, once you start working with them, you will start to recognize particular addresses and what they do. To start with, let’s break down the address into the smallest part, which is 4 bits and referred to as a nibble. With some tasks in IPv6, like subnetting, the process is easier if the 4 bit boundary is kept, however this is not always possible. The next break down is into groups of four which is 16 bits. There are a number of different naming conventions and no one convention has been universally accepted for IPv6. In programming, 16 bits is referred to as a word. In this course, 16 bits or a block of four characters in an address will be referred to as a quartet. Just be mindful that other naming conventions exist and it may be a while before one is agreed upon, if at all. The IPv6 address is a little long and complicated, so let’s look at how it can be made easier to work with. Zero compression 3:00 – To make the IPv6 addresses a little easier to read, first, the leading zeroes in each group of four can be removed. To demonstrate this, I will use the previous example. By looking at the address, notice that there are a number of leading zeroes. These leading zeros can be removed to give the following. You would not display the address like this, so the next step would be to remove the white space. This will give a smaller address that is easier to work with. There are, however, a lot of zeroes left in the address and it is possible to make it even smaller. Let’s have a look how. Consecutive Zeroes It is possible to compress an IPv6 address by removing consecutive zeroes and replacing them with a double colon. This is the example IPv6 address from the previous slide and we have three sets of consecutive zeroes. These can actually be removed and replaced with one double colon. As you can see with the example, the zeroes have been removed and there is white space between them. Once the white space is removed, you can see the actual physical address at the bottom. You can see that this address is much easier to read and recall now that is has had all the excess zeroes removed. In some cases, however, you will have two sets of consecutive zeroes so let’s take a look at that next. This description is too long, be sure to check out 🤍 for the rest! Credits Script: Austin Mason 🤍 Voice Talent: HP Lewis 🤍 Companion Document: Phillip Guld 🤍 Video Production: Kevin Luttman 🤍 Quality Assurance and Web Hosting: Edward M 🤍
Das Video ist für Fachinformatiker (Systemintegration) gedacht. In Teil 1 geht es um das IPv6-Adressformat und die Adressnotation.
DDNS-GO+公网IPV6解决黑群远程访问难题，速度起飞，并且还可以借助群晖，任意远程访问家中内网设备！ 开启HTTPS，请看这期视频：🤍 VPS服务器推荐： 搬瓦工VPS：🤍 搬瓦工CN2 GIA-E(超级棒的线路)：🤍 搬瓦工香港顶级线路（最好的）：🤍 Vultr-VPS官网：🤍 机场推荐： 搬瓦工官方机场：🤍 搬瓦工机场购买+使用教程（如打不开，开启全局代理）：🤍 欢迎点赞、订阅！
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Cette vidéo présente les bases théoriques du protocole IPv6. Vous y verrez les améliorations apportées à IPv4 et les différents types d'adresses IPv6 unicast, multicast et anycast. Puis, les adresses unicast seront détaillées en termes de rôle et de structure. Il y a une erreur au début de la vidéo, la pénurie concerne le IPv4 publiques (et non locales/privées). Je vais reprendre cette partie. Mes excuses. Mots clé : Afpa TAI IDI TSSI maintenance informatique
#ccna #ipv6address #prefix #subnet #networktraining #free #onlinetraining #certification 🤍Cisco 🤍VideoScribe 🤍Sparkol #ccna #cisco
Free CCNA 200-301 flashcards/Packet Tracer labs for the course: 🤍 📖 My CCNA Book: 🤍 📚Boson ExSim: 🤍 ← the BEST practice exams for CCNA 💻Boson NetSim: 🤍 ← 100+ detailed guided labs for CCNA 💯ExSim + NetSim: 🤍 ← get BOTH for a discount! 🥇CCNA Gold Bootcamp: 🤍 ← the course I used to get my CCNA (top rated course on the Internet) Get the course ad-free with bonus quizzes and more on JITL Academy: 🤍 In Day 32 in this free CCNA 200-301 complete course, you will learn about IPv6, specifically IPv6 address types. In this FREE and COMPLETE CCNA 200-301 course you will find lecture videos covering all topics in Cisco official exam topics list, end-of-video quizzes to test your knowledge, flashcards to review, and practice labs to get hands-on experience. SUPPORT MY CHANNEL The best way to support my channel is to like, comment, subscribe, and share my videos to help spread the word! If you can spare to leave a tip, here are some options: PayPal: 🤍 BAT (Basic Attention Token) tips in the Brave browser (🤍 Patreon: 🤍 Cryptocurrency Addresses Bitcoin: bc1qxjpza7nx46e8a2rtz6vkcrvxx9mfjnufdrk0jv Ethereum: 0x08B4325b1B99B05d850A3bfCd4A6620D770cfB64 0:00 Introduction 0:45 Things we'll cover 1:53 EUI-64 4:35 EUI-64 Conversion practice 5:12 EUI-64 Configuration 6:58 EUI-64 : Why convert the 7th bit? 8:50 Global Unicast addresses 11:24 Unique Local addresses 13:41 Link Local addresses 17:27 Multicast addresses 19:36 Multicast address Scopes 24:21 Anycast addresses 26:33 Other IPv6 addresses 27:37 Things we covered 30:02 Quiz 1 30:53 Quiz 2 31:32 Quiz 3 32:45 Quiz 4 33:46 Quiz 5 34:37 Boson ExSim #cisco #CCNA
IPv6 Is the next generation Internet Protocol. If you are a network tech or engineer, you need to get familiar with IPv6 one way or another. The video explains how to do IPv6 subnetting like you do with IPv4. 🤍 🤍
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