Software Defined Networking represents a big opportunity for ISPs and telecommunication companies as it allows them to customize and to extend hardware in new ways never imagined before. It also represents a big opportunity for network-appliances vendors to offer more flexibility to their customers. Igalia's networking team applies rock-solid compilers knowledge to solve novel networking problems. Snabb, a high-performance networking toolkit, is our preferred choice for building next-generation networking software.
We develop and deploy real NFV solutions built with Snabb today.
Snabb works similarly to other high-performance networking toolkits such as DPDK. It relies on kernel-bypass to squeeze the maximum performance of off-the-shell high-speed network cards, mostly Intel. Snabb is built on top of LuaJIT, an ultra-fast JIT compiler and interpreter. That allow us to develop new network-functions quickly without losing performance power.
We are longtime contributors to Snabb. Some of our work include the implementation of an IPv6-transition mechanism and the contribution of a pure-Lua packet filtering library:
- lwAFTR. It's our largest piece of NFV software contributed to Snabb. lwAFTR is the routing technology of the lw4o6 standard (RFC 7596). lw4o6 is a brand-new IPv4-to-IPv6 transition technology that aims to substitute other technologies such as Dual-Stack or Carrier-Grade NAT. Our data-plane solution is RFC compliant and highly excels in performance.
- Pflua. It's a high-performance packet-filtering tool similar to tcpdump. At its core, pflua is a compiler. It translates packet-filtering expressions to native Lua code, which is later run by LuaJIT. We have applied our extensive compilers knowledge to build an outstanding packet-filtering tool, which is now integrated in Snabb.
Snabb is aimed to run on commodity hardware (Xeon) powered by 10G, 25G or 100G cards. You can build a high-performance network appliance at a fraction of the cost of conventional solutions. All these features make Snabb an ideal tool for Network Function Virtualization.
If you need to implement a new RFC, would like to deploy lw4o6 or you are considering extending your expensive networking equipment by adopting Snabb, Igalia has the best team to talk to.
In the previous article I briefly introduced XDP (eXpress Data Path) and eBPF, the multipurpose in-kernel virtual machine. On the XDP side, I focused only on the motivations behind this new technology, the reasons why rearchitecting the Linux kernel...
In a previous post I explained how to build a kernel with XDP (eXpress Data Path) support. Having that feature enabled in your kernel is mandatory in order to use it. XDP is a new Linux kernel component that highly improves packet processing performance...
This post is the first one of a series about XDP (eXpress Data Path), the brand-new kernel component for doing fast packet processing. Lately I’ve been in the quest of adding XDP support in Snabb. This work was actually started by one of our Coding...
A while back, I wrote a blog post explaining some of the basics of writing plugins for the VPP networking toolkit. In that previous post, I explained a few mechanisms for hooking a plugin into VPP’s graph architecture so that your code can process...
Merge pull request #1205 from Igalia/20180902-changelog Update CHANGELOG.md with 2019.09.02 releaseJessica Tallon19/12/2018
Add improvement to benchmarking script to CHANGELOG.mdJessica Tallon19/12/2018
Merge pull request #1206 from Igalia/benchmarking-improvements Add additional RSS test for 2 instances with 4 queues to release benchmarking script.Jessica Tallon19/12/2018
Add testing 2 instances with 4 queues (RSS). This adds the test case of running two lwaftr instances each with two queues and performance testing them. To enable that test you must specify up to $PCI4 and four CPU's for the lwAFTR. Also improves...Jessica Tallon19/12/2018
Update CHANGELOG.md with 2019.09.02 releaseJessica Tallon19/12/2018