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SwapFaq - Community Help Wiki


What is swap?

Swap space is the world on a troublesome disk. It is part of your machine's Virtual Memory, which is a mix of available bodily memory (RAM) and the swap area. Swap holds reminiscence pages which can be quickly inactive. Swap area is used when your working device comes to a decision that it needs bodily reminiscence for lively processes and the quantity of to be had (unused) bodily memory is inadequate. When this occurs, inactive pages from the physical reminiscence are then moved into the swap area, liberating up that physical memory for different makes use of. Note that the get entry to time for swap is slower, relying on the speed of the exhausting pressure. Do no longer consider it to be an entire alternative for the physical memory. Swap area can be a devoted swap partition (recommended), a swap document, or a combination of swap walls and swap document(s).

Why do I want swap?

Memory consuming programs Sometimes, a large program (like LibreOffice, Neverwinter Nights, or a video editor) make all the machine need additional memory. A vital number of the pages utilized by these large programs right through its startup might best be used for initialization and then by no means used once more. The device can swap out those pages and free the reminiscence for different programs and even for the disk cache. In these cases, swap shall be used to assist the gadget deal with any extra load.

Hibernation (suspend-to-disk) The hibernation characteristic (suspend-to-disk) writes out the contents of RAM to the swap partition prior to turning off the system. Therefore, your swap partition should be at least as large as your RAM size. Although the newest versions of Ubuntu don't strengthen hibernation OOTB it's possible you'll configure your machine to permit Hibernation. In both possible choices (PM-UTILS or SYSTEMD) you could use a partition or a document.

Unforeseeable Circumstances Unforeseeable occasions can and will occur (a program going crazy, some motion desiring much more area than you thought, or any other unpredictable aggregate of events). In these cases, swap can come up with an extra prolong to determine what came about, or to finish what you're running on.

Optimizing reminiscence utilization Since mechanical onerous drives are considerably slower than RAM (SSD - Solid State Drive - storage is not as sluggish as physical drives, but still slower than RAM), when you want a document (be it a knowledge document like a video, executables like Firefox, or libraries), the Linux kernel reads the file into RAM and helps to keep it there, in order that the following time you need it, it's already in RAM and data get admission to is way sooner. The parts of RAM that boost up disk learn are called "cached memory." You will understand that they make a huge difference on the subject of responsiveness. The Linux kernel automatically strikes RAM reserved by means of programs--but no longer truly used--into swap, so that it can serve the simpler goal of extending cached memory.

Optimizing Swap performance Because swap area uses a disk software, it will motive efficiency issues in any system that makes use of swap space significantly for the reason that gadget itself can also be the usage of the similar disk tool at the identical time that it's required for swap operations. One approach to cut back this problem is to have swap area on a different bodily force so that the contest for that resource is either reduced or eliminated.

How a lot swap do I would like?

For much less then 1GB of bodily reminiscence (RAM), it's highly really helpful that the swap area should, as a base minimum, be equivalent to the volume of RAM. Also, it's recommended that the swap house is maximum twice the volume of RAM relying upon the amount of onerous disk house to be had for the system on account of diminishing returns.

For more trendy methods (>1GB), your swap area should be at a minimal be equal for your physical reminiscence (RAM) length "if you use hibernation", in a different way you want no less than spherical(sqrt(RAM)) and a maximum of two times the quantity of RAM. The most effective downside to having more swap house than you'll in fact use, is the disk house you'll be booking for it.

The "diminishing returns" means that if you need extra swap house than twice your RAM length, you'll better upload more RAM as Hard Disk Drive (HDD) access is about 10³ slower then RAM get entry to, so something that may take 1 2d, abruptly takes more then quarter-hour! And still extra then a minute on a quick Solid State Drive (SSD)...

Example Scenarios

(remaining Three columns denote swap space)

RAM No hibernation With Hibernation Maximum 256MB 256MB 512MB 512MB 512MB 512MB 1024MB 1024MB 1024MB 1024MB 2048MB 2048MB RAM No hibernation With Hibernation Maximum 1GB 1GB 2GB 2GB 2GB 1GB 3GB 4GB 3GB 2GB 5GB 6GB 4GB 2GB 6GB 8GB 5GB 2GB 7GB 10GB 6GB 2GB 8GB 12GB 8GB 3GB 11GB 16GB 12GB 3GB 15GB 24GB 16GB 4GB 20GB 32GB 24GB 5GB 29GB 48GB 32GB 6GB 38GB 64GB 64GB 8GB 72GB 128GB 128GB 11GB 139GB 256GB 256GB 16GB 272GB 512GB 512GB 23GB 535GB 1TB 1TB 32GB 1056GB 2TB 2TB 46GB 2094GB 4TB 4TB 64GB 4160GB 8TB 8TB 91GB 8283GB 16TB

How do I upload more swap?

Swap is in most cases related to a swap partition, in all probability because the person is triggered to create a swap partition at the time of installation. In truth, any record can be used as a swapping tool, be it a partition or a traditional file. Swap will also be added through increasing the scale of the swap partition or via including a swap document. Keep in thoughts that after creating a swap document that it may not necessarily be using contiguous disk blocks (as a swap partition will), and this can have a detrimental impact on efficiency as disk access instances could also be longer, and the more your device uses swap, the more serious it is going to be. The Linux kernel additionally accesses swap disk block IO immediately bypassing all caching, metadata and filesystem code, so a swap record should have no sick effect at the steadiness of your base filesystem. Since kernel 2.6.29 the swap machine has robotically supported TRIM capable devices like SSDs.

The advantages of a swap report are many, but it is problematic for the usage of the default swsusp hibernation method for powerless sleep. The perfect resolution for keeping up hibernate capacity after including RAM is to extend the scale of the swap partition.

How do I upload or alter a swap partition?

Process to Increase Size of Swap Partition and use it for Hibernation Creating the swap partition Activating the swap partition Making the brand new swap partition paintings for hibernate (optional) Creating the swap partition Boot to Ubuntu install CD and make a selection the approach to run Ubuntu now

Go to system -> GParted Partition Editor

Delete the swap partition and, if there is not anything else in it, the prolonged partition that holds it. (If by way of some miracle you are able to resize your swap partition from here, I believe your life shall be a lot more uncomplicated than mine.) Decrease the size of your number one partition by way of the volume you wish to have your new swap to be (I made mine 2x RAM + 500MB simply to be protected). The absolute best manner to do this is to fill within the quantity of house you need swap to be within the "free space following" box In the loose space that has now been created, select new, sort linux-swap and you can title the partition "swap" for those who like Hit the *Apply* button (should be a check mark) to jot down the changes to disk When carried out, reboot again into Ubuntu Activating the swap partition

(If your swap is on your primary hard power, you don't want to do anything here.) Now you wish to have to find what partition your swap is on and what its UUID is. UUID?! you are saying? Well that is the Universally Unique IDentifier for the partition so you can reference it despite the fact that it is on a distinct mount level from boot-to-boot because of adding disks, etc.

Pull up a terminal and run gksu gparted & and enter your root password. The & lets this process run whilst nonetheless providing you with get entry to to the command line.

Right-click for your swap partition and make a selection *Information*. You should see the **Path** and **UUID** listed there. Keep this open for additional reference.

Run gksu gedit /and so forth/fstab & and search for the road that has *swap* in it. It must be the 3rd column, separated via spaces or tabs. You can both use the path or the UUID to inform Linux the place to search out your swap partition. I like to recommend UUID as a result of it's going to stay constant despite the fact that you move the partition round or the disk somehow turns into sdb as a substitute of sda or something like that. Make the fitting edits and save the file. Your line should glance one thing like this for those who used UUID (together with your UUID as an alternative, in fact):

Save the report.

Enable the brand new swap partition with this command.

sudo swapon --all


$ sudo swapon --all --verbose swapon on /dev/sda2 swapon: /dev/sda2: found swap signature: version 1, page-size 4, similar byte order swapon: /dev/sda2: pagesize=4096, swapsize=2147483648, devsize=2147483648

Confirm that the swap partition exists.

$ cat /proc/swaps Filename Type Size Used Priority /dev/sda2 partition 2097148 0 -1Reboot to ensure the brand new swap will get activated correctly at startup Making the swap partition paintings for hibernate (non-compulsory)

'INFO: This is not going to work for 12.04, resume from hibernate paintings otherwise in 12.04.'

Pull up a Terminal again and run cat /proc/swaps and expectantly you spot the path for your swap partition indexed there. If no longer chances are something went fallacious in the steps above. Here's my output:

Filename Type Size Used Priority /dev/sda2 partition 2676732 73380 -1

gksu gedit /and so on/default/grub & to tug up the boot loader configuration

Look for the road GRUB_CMDLINE_LINUX="" and ensure it seems like this (using your UUID of course) GRUB_CMDLINE_LINUX="resume=UUID=41e86209-3802-424b-9a9d-d7683142dab7" and save the file

sudo update-grub and watch for it to finish

gksu gedit /and many others/initramfs-tools/conf.d/resume & and make sure its contents are resume=UUID=41e86209-3802-424b-9a9d-d7683142dab7 (along with your UUID in fact instead of mine). Save the file!

sudo update-initramfs -u


Now you should have the ability to hibernate and resume!

How do I upload a swap record?

Note: btrfs does no longer give a boost to swap files nowadays. See man swapon. and btrfs Faq

Create the Swap File:

We will create a 1 GiB report (/mnt/1GiB.swap) to make use of as swap:

sudo fallocate -l 1g /mnt/1GiB.swap

fallocate length suffixes: g = Giga, m = Mega, and so on. (See guy fallocate).

If fallocate fails or it no longer to be had, you can use dd:

sudo dd if=/dev/0 of=/mnt/1GiB.swap bs=1024 count=1048576

We wish to set the swap document permissions to 600 to stop different users from with the ability to read probably delicate data from the swap document.

sudo chmod 600 /mnt/1GiB.swap

Format the document as swap:

sudo mkswap /mnt/1GiB.swapEnable use of Swap File sudo swapon /mnt/1GiB.swap

The additional swap is now to be had and verified with: cat /proc/swaps

Enable Swap File at Bootup

Add the swap document details to /and so forth/fstab so it will be to be had at bootup:

echo '/mnt/1GiB.swap swap swap defaults Zero 0' | sudo tee -a /and many others/fstabExample of constructing a swap file

This is an example of making and using a swap document on a computer without a swap partition.

$ sudo fallocate -l 1g /mnt/1GiB.swap $ sudo chmod 600 /mnt/1GiB.swap $ sudo mkswap /mnt/1GiB.swap Setting up swapspace version 1, length = 1048576 kB $ sudo swapon /mnt/1GiB.swap $ cat /proc/swaps Filename Type Size Used Priority /house/swapfile record 1048576 1048576 -1 $ echo '/mnt/4GiB.swap swap swap defaults 0 0' | sudo tee -a /and so forth/fstab $ reboot $ unfastened -h general used unfastened shared buff/cache to be had Mem: 15G 9.3G 454M 4.0G 5.8G 1.9G Swap: 1.0G 1.0G 0BDisable and Remove a Swap File

Disable the swap record from the running device and the delete it:

sudo swapoff /mnt/1Gib.swap sudo rm /mnt/1Gib.swap

Remove the swap document main points from fstab:

gksudo gedit /and so on/fstab

Removing the swap report line

/mnt/1GiB.swap swap swap defaults Zero 0

What is swappiness and the way do I modify it?

The swappiness parameter controls the tendency of the kernel to move processes out of bodily reminiscence and onto the swap disk. Because disks are a lot slower than RAM, this may end up in slower response times for system and applications if processes are too aggressively moved out of reminiscence.

swappiness could have a value of between 0 and One hundred swappiness=0 tells the kernel to keep away from swapping processes out of bodily reminiscence for as long as conceivable swappiness=One hundred tells the kernel to aggressively swap processes out of bodily memory and transfer them to swap cache

The default environment in Ubuntu is swappiness=60. Reducing the default value of swappiness will probably support total efficiency for an ordinary Ubuntu desktop installation. A worth of swappiness=10 is really helpful, but feel free to experiment. Note: Ubuntu server installations have different performance requirements to desktop techniques, and the default price of 60 is most likely extra suitable.

To take a look at the swappiness value

cat /proc/sys/vm/swappiness

To alternate the swappiness price A short lived exchange (misplaced on reboot) with a swappiness value of 10 will also be made with

sudo sysctl vm.swappiness=10

To make a metamorphosis permanent, edit the configuration report along with your favorite editor:

gksudo gedit /etc/sysctl.conf

Search for vm.swappiness and alter its price as desired. If vm.swappiness does no longer exist, add it to the end of the document like so:


Save the file and reboot.

What is the concern of swap containers?

The Linux kernel assigns priorities to all swap packing containers. To see the priorities that the Linux Kernel assigns to the entire swap packing containers use this command.

cat /proc/swaps

Priorities may also be modified by the usage of the swapon command or outlined in /and so on/fstab. Consult the manual page of swapon for more info

man swapon

Should I reinstall with extra swap?

Definitely now not. With the two.6 kernel, "a swap file is just as fast as a swap partition." (Wikipedia:Paging, LKML).

Why is my swap now not getting used?

My swap is not getting used! When I issue the unfastened command, it presentations one thing like this:

[email protected]:~$ free overall used unfastened shared buffers cached Mem: 515980 448664 67316 0 17872 246348 -/+ buffers/cache: 184444 331536 Swap: 674688 0 674688

Note: This regards mainly swap on hard disk partitions, but it could assist anyway. In these examples /dev/hda8 is considered as swap.

Swap might not be wanted

Start many memory eating packages (e.g. Gimp, web browsers, LibreOffice etc) after which issue the unfastened command once more. Is swap being used now?

Ubuntu Desktop uses Swap to Hibernate (PC off, no power needed, program states saved). If Hibernation is important to you, have more swap house than ram + swap overflow.

Is there a swap partition at all?

Use this command to peer all walls

sudo parted --list

You must be able to see something like this within the output

5 236GB 256GB 20.0GB linux-swap(v1)

If not, you both need to create a swapfile or create a swap partition. To create a swap partition you'll be able to

boot out of your Ubuntu set up CD, create a swap partition out of the loose area to your arduous disk and then interrupt your installation.

use Cfdisk.

Enabling a swap partition

In case you do have a swap partition, there are a number of techniques of enabling it.

Empty Swap

Even you probably have loads of RAM and despite the fact that you've a low swappiness worth, it is possible that your laptop swaps. This can hurt the multitasking performance of your desktop machine.

You can use the next script to get the swap manually back into RAM:

#!/bin/sh mem=$(LC_ALL=C unfastened | awk '/Mem:/ print ') swap=$(LC_ALL=C free | awk '/Swap:/ print ') if [ $mem -lt $swap ]; then echo "ERROR: not enough RAM to write swap back, nothing done" >&2 exit 1 fi swapoff -a && swapon -aSave and close gedit Make the script executable: sudo chmod +x /usr/native/sbin/swap2ram.shExecute: sudo /usr/local/sbin/swap2ram.sh


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