IPv6 (Internet Protocol Version 6) is a network layer protocol that allows communication to take place over the network.
IP address is your digital identity. It’s a network address for your computer so the internet knows where to send you emails, data, etc.
IPv6 was designed by Internet Engineering Task Force (IETF) in December 1998 with the purpose of superseding the IPv4 due to the global exponentially growing internet users.
But it’s important to understand that IPv6 provides other technical benefits in addition to a larger addressing space. In particular, it permits hierarchical address allocation methods that facilitate route aggregation across the internet, and thus limit the expansion of routing tables.
The use of multicast addressing is expanded and simplified, and provides additional optimization for the delivery of services. Device mobility, security, and configuration aspects have been considered in the design of the protocol.
In addition to better security and reducing the size of routing tables, IPv6 offers faster packet and end-to-end processing.
IPv6 uses a packet header, which simplifies the packet processing. Unlike IPv4, which uses a header checksum to detect errors in the header of the IPv4 packet, IPv6 does not consist of a header checksum.
The link-layer technologies and transport layers consist of error-control capabilities, so there’s no need to have multiple checksums in different places. This saves time and makes packet processing extremely efficient.
Regarding end-to-end transparency, multiple levels of network address translators cause network slowdowns and prevent users from tracing illegal activities, making troubleshooting difficult. IPv6 addresses each node to ensure better performance and security.
Then there’s quicker data flows. IPv6 uses multicast in place of broadcast. With multicast, packets of data can be sent to multiple destinations faster. This helps save network bandwidth. Moreover, IPv6 uses Flow Label to identify whether the lost packets belong to the exact flow.
IPv6 Training Courses by Tonex
Although IPv4 still carries the majority of Internet traffic, IPv6 is the latest revision and is anticipated to carry more traffic in 2013. With so much to be learned about this communications protocol, IPv6 training courses are necessary for employees in the field. Not all training programs are the same, however, which is why today’s organizations should choose a training company that is well-versed in technology management.
Who Should Attend: These courses are ideal for IT professionals, network administrators, engineers, and anyone involved in managing or designing networks. Whether you are a beginner or an experienced expert, our IPv6 courses cater to all skill levels, ensuring everyone can enhance their proficiency.
Key Topics to Learn:
- IPv6 Fundamentals: Understand the basics of IPv6, addressing, and protocol differences.
- IPv6 Deployment Strategies: Learn about dual-stack, tunneling, and migration techniques.
- IPv6 Security: Explore IPv6 security best practices and potential vulnerabilities.
- IPv6 Routing and Configuration: Master routing protocols and configuration in IPv6 networks.
- IPv6 Troubleshooting: Gain skills to diagnose and resolve IPv6-related issues effectively.
- IPv6 in Practical Applications: Apply IPv6 knowledge in real-world scenarios for a seamless transition.
- IPv6 Certification Preparation: Prepare for IPv6 certification exams with confidence.
Join Tonex Training’s IPv6 courses to stay ahead in the ever-evolving networking landscape.
Why Choose Tonex for Your IPv6 Training Workshops
Tonex is the top choice for high-quality training, and we have a diverse group of clients that include Fortune 500 companies, government agencies and small businesses. We have been delivering overview classes, specialty courses and training seminars for those in the telecommunications field since 1993. One can just imagine how much our courses have changed over the past 20 years, and we continue to stay on top of the trends in order to deliver accurate, relevant information during our IPv6 training programs.
For instance, our IPv6 certification training programs focus on the speed and efficiency of IPv6 technology and its ability to carry more information across the Internet. With so many new devices relying on an Internet connection, IPv6 has been heavily anticipated. Now is the best time to enroll in IPv6 training courses because this communications technology is still new and addresses the issues of IPv4 address exhaustion.
Bringing out the Best through Interactive Learning
Tonex IPv6 certification programs follow our exclusive agenda that includes a detailed overview, the body of the class and certifications upon successful completion of the course. During the body of our IPv6 certification training programs, our instructors implement real-world examples, storytelling techniques and other interactive activities to bring the material to life. It’s with this integrative approach that participants understand IPv6 in its entirety. We also have Tonex and Industry Certifications for employees.
Don’t pass up your chance to get the training your employees need to fully understand the roles and risks of IPv6. Browse our catalog of workshops and let a Tonex representative get you started with IPv6 training courses that meet the unique needs of your organization.
IPv6 training, IPv6 courses, IPv6 seminars, IPv6 Forum Gold, Silver and Security Certified. Learn IPv6 from Experts.
If you want to start learning about the Internet Protocol Version 6 (IPv6), the IPv6 Training Fundamentals class will provide an introduction to the protocol and covers the basic structure of the new protocol headers. Learn about the primary drivers for IPv6 and the impending industry transition to IPv6.
Advanced concepts of IPv6 such as addressing structure and allocation, routing, DNS, DHCP, security, QoS, application migration and porting are covered in the IPv6 Training Bootcaamp- Crash Course. if you are interested in IPv6 security and vulnerabilities, IPv6 Security Training will teach the attendees about solutions and mitigation techniques. Learn about the current IPv6 security issues and the current best practices for securing an IPv6 network.