![]() This means that folders are only available from the device they were created on. POP keeps all folders on the client side. Private folders only exist on the client side (your device), while public folders are available to any device that connects to the email account. IMAP has two different types of folders: private and public ones. Since both options have a sort of storage system, we recommend IMAP. IMAP and POP have different ways of dealing with folders. IMAP stores all the email data on the server, which can potentially use a lot of disk space. When a device access the email account, the server sends the email data to the device and then scrubs the data from its memory. POP3 only stores new emails on the server end. You are trying to conserve space on your server That's why we recommend using IMAP in this instance, instead of POP3. If you are using POP3 and lose access to your main device, you would also lose access to all your past emails. While POP3 can work well for single devices, IMAP is the better option in case you ever need to use a new device. You could use POP3, but we recommend IMAP You only use one device to access your email IMAP keeps your email account consistent across devices, so you never have to worry about your email accounts being out-of-date or differing from device to device. However, we have compiled some use cases that might help inform your decision: You use multiple devices to access your mail It also makes it easier to set up email customizations that will span across all devices. Since it works with multiple devices, it's accessible even if you lose the original device. If you're on the fence, we recommend using IMAP. You may still be considering what email protocol to use. Offline email access (emails are downloaded in entirety)Įmail is primarily stored on the user's machine Limited offline email access (one to two weeks of messages downloaded, but no images or attachments) Here's a quick cheat sheet of the differences between IMAP and POP. However, this configuration is client-specific, so every client you use will need to be configured separately. Customizations, like marking an email as read and unread, are not stored on the server and are not synced across devices. While it is possible to configure POP3 (the most recent version of POP) to keep email data stored on the server, this only applies to email messages. If POP is left to its default settings, each device using POP may end up with differences in their email. If another device accesses the email, it will not have access to the email that was downloaded on the previous device. This leaves the only copy of the new email on the device. By default, once the email account is accessed from another device, the server immediately hands the new emails over and deletes them on their end. Only incoming emails are stored on the server. The majority of emails using POP are stored on the user's machine. POP works well for single, dedicated devices with spotty internet connection because, while IMAP "syncs" data between multiple devices, POP does not. However, with the modern, "always-on" internet connections, this functionality is rarely needed anymore. The mail was stored on your computer instead of on the server so that you could read and respond while you were not connected to the internet. POP (Post Office Protocol) was built for dial-up connections. In short, the changes you make to your email client on one device will still be in place when you access the email client from another device. Any device that accesses an email client using IMAP will get the most recent iteration of the email mailbox. Essentially, emails are "synced" across devices. the new changes will be uploaded to the server. If you make changes to the email - whether deleting it, sending a new email, etc. ![]() The device then downloads it and lets you interact with the email. When a device accesses the email account, the server will pull the up-to-date information for the device. It does this by keeping email data stored on a server, instead of the user's machine. IMAP, short for Internet Message Access Protocol, allows access to email from many different devices. While they serve the same purpose, there are some striking differences between them. Email clients use both to manage emails and folders. Two common email protocols are IMAP and POP. Choosing an email protocol is part of setting up an email client.
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