Only took me about 6 years to do. Been so busy doing IPV6 for everyone else I have not done it for me. I reached Sage level on ipv6.he.net.
Continue reading...ipv6
Yet another case for IPv6 for service providers
So recently I have been posting about the Cambium Networks QOE box I have been testing. After having this run for about a week I figured I would share this tidbit about usage. 55.39% of my traffic is IPV6 traffic. Most of this would be streaming traffic to various folks like NetFlix and Amazon and gaming traffic. My household consists of three people. No kids. Implement IPV6 now if you are a service provider and thank me later. https://blog.j2sw.com/networking/wisps-ipv6-is-the-answer-to-some-of-your-issues/ #packetsdownrange
Continue reading...Preseem now supports IPv6
https://docs.preseem.com/changes Features IPv6 Preseem now supports IPv6 for all use cases. This includes the ability to assign subscribers a prefix of arbitrary length. IPv4 with Prefixes of Arbitrary Length Previously Preseem modelled subnet assignments to customers as a number of /32 assignments. For example a subscriber who was assigned a /30 would result in four internal /32 mappings. Preseem now supports assigning any prefix length to a subscriber without expanding these into /32 entries internally.
Continue reading...A Longitudinal View of Netflix
This came across the NANOG mail list. A Longitudinal View of Netflix: Content Delivery over IPv6 and Content Cache Deployments paper: https://bit.ly/2toOGWPslides: https://bit.ly/2ZoEpapvideo: https://vimeo.com/437111302 Some highlights Caches reachable within 6 IP hops and 20 ms-IP path lengths shorter by 40–50%-Latency lower by 64%-Throughput higher by factor of three-Latency benefits more pronounced over IPv4 compared with IPv6 Latency and IP path lengths similar between both address families⇒ High IPv6 preference, however, slight drops during peak hours
Continue reading...WISPs: IPv6 is the answer to some of your issues
Many Wireless Internet Service Providers (WISPs), especially newer startups, struggle with nat issues and having enough public Ip addresses to go around. Invariably, you start running into double nat issues pretty quickly. Then you get the dreaded gamer call: Many times they don’t know why they are even calling. They just know the magic box is saying this is bad. This is related to how many layers of nat between your edge and them. Many times you are natting at the edge, then...
Continue reading...ARIN resources and the Service Provider
Internet Service Providers (ISPs) can be intimidated by all of the facets of working with the American Registry of Internet Numbers (ARIN). I have put together a guide that outlines common things you, as a service provider, need to do. This guide is not an end-all how-to. Throughout, I am posting videos and links taken from the ARIN site to help. This article is more of an outline of what a service provider needs to do. The majority of the steps below will...
Continue reading...IPV6 Point-to-point addressing
Over the years I have seen providers use a wide variety of subnets across a point-to-point link. Anything from a /64, to /122,124, and the 127
Continue reading...Need an ASN, IP space? I have a package for you.
Are you intimidated by getting an ASN to participate in BGP? Need help with routing registries?
Continue reading...Types of IPV6 addresses
As you dive into using IPV6 you will come across four types of addresses. These can be broken down into 4 types
Continue reading...More IPV6 resources
This section describes the concepts and methods associated with addressing under IPv6.
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