Skip to main content

Your submission was sent successfully! Close

Thank you for signing up for our newsletter!
In these regular emails you will find the latest updates from Canonical and upcoming events where you can meet our team.Close

Thank you for contacting us. A member of our team will be in touch shortly. Close

An error occurred while submitting your form. Please try again or file a bug report. Close

  1. Blog
  2. Article

Chris Kenyon
on 16 August 2011

Ubuntu Server for ARM processors


Fitting more computing capacity into a limited power envelope is one of the key challenges facing data centre designers today. It impacts companies whether they are building a £500 million data centre or simply working how much compute that can fit into a couple of racks at a shared facility.

One of the emerging approaches to solving this problem is to look at the technologies in low power-consumption appliances like phones and applying them to dense clusters in server-like configurations. Whether it is in smartphones, tablets or other embedded systems, the processor at the heart of these low power devices is generally ARM-based.

With Ubuntu Server becoming the de-facto standard for cloud infrastructure and big data solutions, we recognise that power consumption is key to efficient scaling. Building on four years of working with ARM, we are now taking the step of supporting Ubuntu Server on ARM.  We expect these processors to be used in a variety of use cases including microservers.

This is a first step and there will be many revisions of processors, hardware designs and of software as the performance and supported server workloads optimised for ARM grow over the next four years. It is, however, a first crucial step towards a new technology and one where yet again open-source innovation leads.

The new addition to the Ubuntu family | First release in October 2011

In October, the Ubuntu Server 11.10 release will be simultaneously available for x86, x86-64 and ARM-based architectures. The base image of the releases will be the same across architectures with a common kernel baseline. The ARM architecture will also be part of the long-term support (LTS) version of Ubuntu Server in 12.04 and other future releases.

Initial development focus and optimisation will be around the most popular Ubuntu workloads of web/network infrastructure and distributed data processing via NoSQL or big data applications where workloads typically use hundreds or thousands of systems.

Get involved

The Ubuntu Server on ARM initiative is a multi-year initiative gathering broad participation. More project information can be found on the Ubuntu wiki

Hardware partners, ISVs and open-source application developers keen to join existing partners around Ubuntu Server on ARM should contact us via our partner enquiry form.

Related posts


Hugo Huang
10 November 2025

Canonical announces optimized Ubuntu images for Google Cloud’s Axion N4A Virtual Machines

Canonical announcements Public Cloud

Today Canonical, the publishers of Ubuntu, and Google Cloud announced the immediate availability of optimized Ubuntu images for the new Axion-based N4A virtual machines (VMs) on Google Compute Engine. ...


Youssef Eltoukhy
4 March 2025

Certification as a strategy: How Ubuntu & SystemReady boost hardware competitiveness

Partners Article

Canonical and MediaTek enhance reliability, accelerate market entry and reduce Total Cost of Ownership (TCO) for ODMs through Ubuntu Certified Hardware and Arm SystemReady programs  The hardware ecosystem is evolving rapidly, presenting a continuous challenge in ensuring that new hardware is market-ready and meets software and security st ...


Gabriel Aguiar Noury
20 January 2025

Bringing 12-year LTS to 32-bit Arm processors as CRA comes into force

IoT Article

With the release of Ubuntu 24.04 LTS (Noble Numbat) and Ubuntu Core 24, Canonical introduced a 12-year Long Term Support commitment for 32-bit Arm® processors, addressing the critical time_t overflow issue, commonly known as the “Year 2038 problem.” These processors, essential for critical IoT devices requiring a smaller DRAM footprint an ...