How much memory do I need to backup my laptop

How much memory do i need to backup my laptop sets the stage for this enthralling narrative, offering readers a glimpse into a story that is rich in detail with american college casual style and brimming with originality from the outset.

Figuring out how much storage you actually need for your laptop backup can feel like a puzzle, but it’s super important to get right. We’re gonna break down all the stuff that takes up space, from your OS to those massive video files, and then walk you through how to actually calculate what you’ll need. Plus, we’ll chat about different backup methods and what kind of drives or cloud services make the most sense for your situation, so you can stop stressing and start backing up like a pro.

Understanding Laptop Backup Memory Requirements

Deciding how much memory you need to back up your laptop is a crucial step in safeguarding your digital life. It’s not a one-size-fits-all answer, as the ideal storage capacity depends heavily on what you store and how you use your device. Think of it like packing for a trip; you wouldn’t pack the same amount for a weekend getaway as you would for a month-long adventure.The fundamental factors influencing your backup storage needs revolve around the sheer volume of data you possess and the types of files that are most important to you.

Understanding these elements will help you make an informed decision and avoid the frustration of running out of space or overspending on unnecessary capacity.

Factors Influencing Backup Storage Size

Several key elements contribute to the total size of your laptop’s backup. By understanding these, you can better estimate the storage you’ll require.

Data Volume: The most obvious factor is the total amount of data currently stored on your laptop. This includes everything from your operating system and applications to personal documents, photos, videos, and music.
File Types: Different file types occupy varying amounts of space. For instance, high-resolution photos and uncompressed video files are significantly larger than text documents or spreadsheets.
Backup Frequency and Strategy: If you perform full backups regularly, the required space will be larger than if you opt for incremental or differential backups, which only save changes since the last backup.
Data Growth Rate: Consider how quickly your data accumulates. If you’re constantly downloading large files, editing videos, or taking numerous photos, your backup needs will increase more rapidly.

Common Data Types Contributing to Backup Size

When planning your backup, it’s essential to identify the categories of data that typically consume the most space on a laptop. This allows for a more accurate estimation of your storage needs.

When considering how much memory you need to backup your laptop, it’s easy to get sidetracked by other peripheral needs. For instance, understanding how do you connect speakers to a laptop might seem unrelated, but it highlights the diverse data requirements of your system. Ultimately, this diverse usage underscores the necessity of ample backup storage for your digital life.

Personal Files: This is often the largest category and includes documents (Word, PDF, Excel), photos, videos, music, and other media files. High-definition videos and raw image files can be particularly space-intensive.
Applications and Software: While the applications themselves might not be as large as media files, their installed size and associated data can add up. Some professional software, like video editors or CAD programs, can be several gigabytes in size.
Operating System and System Files: The OS itself takes up a significant chunk of space, and system files, temporary files, and logs also contribute.
Downloads Folder: This is often a graveyard for temporary files, installers, and large downloads that are forgotten. It can quickly become a substantial contributor to your overall data volume.
Browser Cache and Data: While usually smaller, accumulated browser data, cookies, and cached files can contribute to storage usage over time.

Average Laptop Storage Usage Benchmarks

To provide a more concrete idea of what to expect, here are some general benchmarks for average laptop storage usage. These figures can vary greatly depending on individual usage patterns.

Personal Use (Light to Moderate): For users who primarily browse the web, use office applications, and store a moderate amount of personal photos and documents, a backup size of 100 GB to 500 GB is a common range. This often includes the OS and essential applications.
Personal Use (Heavy Media Consumption/Creation): Users who store large video libraries, extensive photo collections (especially in RAW format), or engage in significant video editing might need anywhere from 500 GB to 2 TB or more.
Professional Use (General Office Work): For professionals dealing with documents, spreadsheets, presentations, and standard business applications, a backup size of 200 GB to 750 GB is typical.
Professional Use (Creative/Technical Fields): Professionals in fields like graphic design, video production, software development, or engineering, who work with large project files, datasets, or high-resolution media, can easily require 1 TB to 5 TB or even more for their backups. For example, a single high-resolution video project can easily exceed hundreds of gigabytes.

Operating System Impact on Backup Volume

The operating system (OS) is a fundamental component of your laptop and its size is a significant factor in determining your overall backup requirements.

Base OS Size: Modern operating systems like Windows 10/11 or macOS require a substantial amount of storage just to install and function. This can range from 20 GB to over 60 GB for the OS itself.
Updates and System Files: Over time, the OS grows with updates, patches, and accumulated system files. These can add tens of gigabytes to the initial installation size.
Recovery Partitions: Many laptops come with hidden recovery partitions that contain a factory image of the OS. While not always included in a standard backup, if you choose to back up the entire drive, these partitions will contribute to the backup size.
Software Dependencies: The OS also houses the environment for all your installed applications. While applications are backed up separately, their reliance on OS libraries and frameworks means the OS is an integral part of the system’s overall digital footprint.

Methods for Calculating Backup Storage Needs

Alright, so we’ve got our intro and outro sorted, and we understand why we even need to think about this memory stuff for our laptop backups. Now, let’s get down to the nitty-gritty: how do we actually figure out how much space we need? It’s not as daunting as it sounds, promise! Think of it like packing for a trip; you wouldn’t just throw everything in your suitcase, right?

You assess what you need, what’s most important, and how much room you have.Calculating your backup storage needs involves a few key steps, starting with understanding your current digital footprint. This isn’t just about glancing at your hard drive; it’s about a more detailed assessment to ensure you’re not over or under-preparing. We’ll break down how to get a clear picture of your data volume, identify those space-hogging files, and even peek into the future to account for your ever-growing digital life.

Estimating Current Data Volume

To get a solid estimate of your current data volume, you need to systematically check the size of your files and folders. This involves navigating through your operating system’s file explorer and utilizing its built-in tools to report disk space usage. It’s crucial to be thorough, as even seemingly small files can add up significantly when you have thousands of them.Here’s a step-by-step procedure to estimate your current data volume:

Open your File Explorer (Windows) or Finder (macOS).
Navigate to your main drive (usually C: on Windows or Macintosh HD on macOS).
Right-click on your primary user folder (e.g., “Users” or “Your Username”) and select “Properties” or “Get Info.” This will give you a total size for your user profile, which typically contains most of your personal data.
For a more granular view, repeat step 3 for specific folders that you know contain a lot of data, such as “Documents,” “Pictures,” “Videos,” and “Downloads.”
If you store data on external drives or cloud storage services that are synced locally, repeat the process for those locations as well.
Sum up the sizes of all the important folders and drives to get your total current data volume.

This initial estimation gives you a baseline. For example, if your user folder alone is 250GB, that’s a significant chunk to consider right off the bat.

Identifying Large Files and Folders, How much memory do i need to backup my laptop

Once you have a general idea of your data volume, the next crucial step is to pinpoint exactlywhat* is taking up all that space. Often, a few large files or folders can disproportionately consume your storage. Identifying these “space hogs” allows you to make informed decisions about what to back up and whether certain large files are truly essential for a backup.Several methods can help you identify large files and folders that consume significant space:

Using Built-in Disk Usage Tools: Both Windows and macOS offer tools to visualize disk space. On Windows, you can use the Disk Cleanup utility or third-party tools like WinDirStat, which provide a graphical representation of disk usage, making it easy to spot large files and folders. macOS has a similar feature accessible through “About This Mac” > “Storage” > “Manage.”
Sorting Files by Size: Within File Explorer or Finder, you can sort files and folders by size. This is a quick way to see the biggest items in any given directory. For instance, you might discover a massive video editing project file or a collection of high-resolution photos that are taking up hundreds of gigabytes.
Searching for Specific File Types: If you suspect certain file types are the culprits, you can use your operating system’s search function to find all files of a particular type (e.g., .mkv, .mp4, .psd, .raw) and sort them by size.

For instance, a single 4K movie file can easily be 50GB or more, and a folder full of them can quickly balloon your backup needs. Similarly, professional photo editing files can be tens of gigabytes each.

Factoring in Future Data Growth

Your data isn’t static; it grows over time. To avoid running out of backup space unexpectedly, it’s essential to factor in future data growth when determining your backup capacity. This involves making an educated guess about how much new data you’ll generate over a certain period.Here’s a process for factoring in future data growth when determining backup capacity:

Estimate Your Average Daily/Weekly Data Creation: Think about your typical usage. Do you download many new movies? Do you create large work files regularly? Do you take a lot of photos and videos? For example, if you typically add about 1GB of new photos and documents per week, that’s roughly 52GB per year.
Set a Timeframe for Your Backup Strategy: Are you planning for one year, two years, or more? A longer timeframe requires a larger buffer for growth.
Calculate Projected Growth: Multiply your average daily/weekly data creation by the number of days/weeks in your chosen timeframe. If you estimate adding 1GB per week and plan for a 2-year backup strategy (104 weeks), that’s an additional 104GB of data.
Add a Buffer: It’s always wise to add an extra buffer, say 20-30%, to your projected growth. This accounts for unexpected large file creation or a surge in usage. So, if your projected growth is 104GB, adding a 30% buffer means an extra 31.2GB.

For example, if your current data is 300GB and you project adding 100GB per year for the next two years, that’s an additional 200GB. With a 30% buffer, you’d need an extra 60GB, bringing your total future growth estimate to 260GB.

Prioritizing Essential Data for Backup

Not all data on your laptop might be equally critical. For some users, backing up absolutely everything is paramount. For others, a more selective approach can save significant storage space and cost. Prioritizing what data is essential for backup allows you to focus your resources on what matters most.Here’s a framework for users to prioritize what data is essential for backup:

Categorize Your Data: Think about your files in terms of their importance and recoverability. Common categories include:
- Critical Data: Files that would cause significant problems if lost (e.g., financial records, important work documents, irreplaceable personal photos/videos, system configurations).
- Important Data: Files that are valuable but could be recreated or are less time-sensitive (e.g., general documents, downloaded software installers, less critical personal media).
- Non-Essential Data: Files that are easily replaceable or temporary (e.g., temporary internet files, downloaded software trials you no longer use, old game saves you don’t care about).
Assess Recovery Needs: Consider how quickly you would need to recover certain data. If a critical system failure occurs, do you need your entire system back online in hours, or can you afford to reinstall applications and then restore your critical documents?
Evaluate Backup Frequency vs. Importance: Highly critical data might warrant more frequent backups, while less critical data might be backed up less often or not at all.
Consider Cloud vs. Local Backup Strategies: Sometimes, the most critical data might be backed up to the cloud for off-site disaster recovery, while less critical but large files might be stored on a local external drive.

For example, your tax returns from the last five years are likely “Critical Data,” while a folder of memes you downloaded last week might be “Non-Essential.” By focusing your primary backup on the critical and important categories, you can significantly reduce the overall storage requirement.

Backup Strategy and Storage Capacity

Choosing the right backup strategy is crucial for efficient data protection and managing your storage needs. It’s not just about how much space you have, but how you use it to safeguard your digital life effectively. This section delves into the core strategies and how they influence the amount of memory you’ll require.

Backup Types and Storage Implications

Different backup methods offer varying levels of data redundancy and storage efficiency. Understanding these differences is key to optimizing your backup solution.

Full Backup: This method copies all selected data every time a backup is performed. While it ensures a complete snapshot, it consumes the most storage space and takes the longest to complete.
Incremental Backup: This strategy backs up only the data that has changed since the last backup (regardless of whether it was a full or incremental backup). It’s storage-efficient and fast but requires the most recent full backup and all subsequent incremental backups to restore data.
Differential Backup: This approach backs up all data that has changed since the last
-full* backup. It’s a middle ground, consuming more space than incremental but less than full backups. Restoring requires the last full backup and the latest differential backup.

Storage Requirements for Backup Media

The physical or virtual medium you choose for your backups significantly impacts capacity needs and accessibility. Each has its own advantages and limitations regarding storage.

When selecting backup media, consider factors like cost, durability, speed, and accessibility. For instance, while a massive external hard drive might seem appealing, its portability and susceptibility to physical damage are drawbacks. Cloud storage offers convenience and offsite protection but relies on internet speeds and ongoing subscription costs.

External Hard Drives (HDDs/SSDs): These offer large capacities at a relatively low cost per gigabyte. A 1TB to 4TB drive is common for personal laptops. SSDs are faster but generally more expensive per TB.
Network Attached Storage (NAS): A NAS device provides centralized storage accessible over a network, often with RAID configurations for data redundancy. Capacities can range from a few terabytes to many tens of terabytes.
Cloud Storage Services (e.g., Google Drive, Dropbox, OneDrive, Backblaze): These services offer scalable storage, often with tiered pricing. Personal plans might range from 100GB to several terabytes, while business plans can accommodate petabytes.
USB Flash Drives: Suitable for smaller, critical files or quick transfers, but generally not recommended for full system backups due to limited capacity and potential for data loss.

Versioning and Its Impact on Storage

Versioning allows you to keep multiple historical copies of your files. This is invaluable for recovering from accidental deletions or corruption, but it directly increases your storage footprint.

Imagine accidentally overwriting a crucial document with an old version. Without versioning, that mistake could be permanent. With it, you can simply revert to a previous, uncorrupted state. However, each saved version consumes additional space, so a balance must be struck between comprehensive recovery options and storage limitations.

Calculating Total Storage Required

Determining the precise storage needed involves understanding your data volume, backup strategy, frequency, and retention policy. A systematic approach prevents overspending or under-provisioning.

Let’s illustrate with an example. Suppose your laptop has 500GB of data you want to back up. You choose an incremental backup strategy with a daily frequency and a retention policy of keeping backups for 30 days. You also decide to keep 5 full backups for longer-term archiving.

Here’s a breakdown of how to estimate:

Estimate Daily Change Rate: Assume on average, 1% of your data changes daily. That’s 500GB

0.01 = 5GB per day.
Calculate Storage for Incremental Backups: Over 30 days, this amounts to 30 days

5GB/day = 150GB for the daily incremental changes.
Calculate Storage for Full Backups: You need space for 5 full backups. If your data is consistently around 500GB, this would be 5

500GB = 2500GB.
Total Estimated Storage: The total estimated storage would be the sum of the incremental changes over your retention period plus the space for your archived full backups. In this scenario, it’s roughly 150GB (for recent incrementals) + 2500GB (for full backups) = 2650GB, or approximately 2.7TB.

The formula for estimating storage with incremental backups and a retention policy is:(Daily Change Rate

Number of Days in Retention) + (Number of Full Backups to Retain

Size of Full Backup)

This calculation provides a robust estimate. It’s always prudent to add a buffer of 20-30% to account for unforeseen data growth or potential backup verification processes.

Practical Scenarios and Examples

Understanding how much backup storage you actually need can feel a bit like a guessing game. But by looking at real-world situations and breaking down what you actually store, we can get a much clearer picture. This section dives into common user profiles and illustrates their backup storage requirements, making it easier for you to pinpoint your own needs.It’s about moving from abstract numbers to tangible examples, helping you visualize the storage space required for your digital life, whether you’re a student juggling assignments or a professional crafting masterpieces.

Student Backup Scenario

Imagine Anya, a university student. Her laptop is her lifeline for lectures, research, and coursework. Her typical data includes lecture notes (Word docs, PDFs), research papers, presentation slides, and occasional assignments with embedded images or small datasets. She might also have a collection of music and a few personal photos. While she doesn’t typically work with large media files, the sheer volume of academic documents can add up over a semester.

A rough estimate of her daily data growth might be around 0.1 GB, considering she downloads articles and saves new notes daily. For a full academic year (9 months, roughly 270 days), this would be about 27 GB. However, a backup strategy isn’t just about daily growth; it’s about retaining historical versions and having enough buffer for unexpected file additions or larger project files as the semester progresses.

Therefore, a 1 TB external hard drive or cloud storage plan offers ample space for her current needs and future academic endeavors, ensuring she can access her work even if her laptop encounters an issue.

Creative Professional Backup Scenario

Now consider David, a freelance photographer. His laptop is his primary workstation for editing high-resolution RAW images, short video clips, and managing client projects. RAW photo files alone can be 30-50 MB each, and a single photoshoot can generate hundreds, if not thousands, of these files. Video editing projects, even short ones, can quickly balloon to tens or hundreds of gigabytes due to uncompressed footage, project files, and render outputs.

David’s daily data growth can easily exceed 1 GB, especially after a major editing session or a large client delivery. For a professional like David, a robust backup solution is non-negotiable. He needs enough space not only for his current projects but also for archival purposes – keeping past client work readily accessible. A minimum of 5 TB of dedicated backup storage, often spread across multiple devices or a NAS (Network Attached Storage) system, is a practical necessity.

This ensures that his entire creative portfolio and ongoing client work are safely stored and easily recoverable, protecting his livelihood.

Storage Needs for Different User Profiles

To further illustrate, let’s look at a comparative table that categorizes storage needs based on common user profiles and their typical data types. This provides a quick reference point for understanding the scale of backup storage required.

User Profile	Typical Data Types	Estimated Daily Data Growth	Recommended Backup Storage
Student	Documents, Notes, PDFs, Some Media	0.1 GB	1 TB
Casual User	Photos, Music, Documents	0.2 GB	2 TB
Creative Professional	High-Resolution Photos, Video Files, Project Files	1.0 GB+	5 TB+

Storage Allocation Breakdown

When planning your backup storage, it’s helpful to understand how the total capacity might be allocated. While the exact percentages will vary based on your usage, a general breakdown often looks like this:

Operating System and Applications: These typically occupy a significant portion of your laptop’s internal drive, but for backup purposes, they are often considered less critical for individual file recovery unless you’re performing a full system image backup. For a typical 512 GB SSD, the OS and core applications might take up 50-100 GB.
User Files: This is the most crucial category for personal backups and includes documents, photos, videos, music, downloads, and any other personal data you’ve created or saved. This category will vary wildly depending on your usage, from a few hundred gigabytes for a light user to several terabytes for a creative professional.
Buffer and Future Growth: It’s always wise to have extra space. This buffer accommodates unexpected large file additions, temporary project files, or simply ensures your backup drive doesn’t fill up too quickly, forcing frequent deletions or upgrades. Aiming for a backup drive that is at least twice the size of your current used data is a good rule of thumb.

Consider your backup strategy as an investment in peace of mind. By understanding these practical scenarios and allocating storage thoughtfully, you can ensure your valuable digital assets are always protected.

Choosing the Right Backup Storage Solution: How Much Memory Do I Need To Backup My Laptop

So, you’ve crunched the numbers and figured out

how much* space you need. Now comes the fun part

decidingwhere* to stash all that precious data! It’s not just about capacity; it’s about convenience, security, and, let’s be honest, your budget. Let’s dive into the world of backup storage and find the perfect fit for your laptop.Choosing the right storage solution is like picking the right lock for your treasure chest. You want something that’s secure, accessible when you need it, and doesn’t cost an arm and a leg.

Different options offer different trade-offs, so understanding their strengths and weaknesses is key to making an informed decision that won’t leave you regretting it down the line.

External Hard Drives

External hard drives have long been the go-to for many when it comes to backing up their laptops. They offer a tangible, physical copy of your data that you can hold in your hands, which provides a certain peace of mind for some users.Here’s a breakdown of their pros and cons:

Pros:
- Cost-Effective: Generally, external hard drives offer a lower cost per gigabyte compared to many cloud services, especially for larger capacities.
- Speed: When directly connected via USB 3.0 or higher, external drives can offer very fast backup and restore speeds, which is crucial if you have a lot of data.
- Offline Access: Your data is physically with you, meaning you don’t need an internet connection to access or restore it.
- Simplicity: For many, plugging in an external drive and running backup software is a straightforward process.
Cons:
- Physical Vulnerability: External drives are susceptible to physical damage from drops, spills, or even power surges. If the drive itself is damaged, your backup is gone.
- Theft Risk: If your laptop is stolen, and the external drive is stored nearby, your backup could be stolen along with it, leaving you with no recourse.
- Manual Effort: While many drives have software, the process often requires manual connection and initiation of backups, which can be forgotten.
- Limited Off-Site Protection: If a disaster like a fire or flood affects your home, your external drive backup is likely to be destroyed along with your laptop.

Cloud Backup Services

Cloud backup services have surged in popularity, offering a convenient and often automated way to protect your data. Instead of a physical drive, your files are stored on remote servers managed by a service provider.When selecting a cloud backup service, several factors are paramount to ensure you’re getting the best value and protection for your needs. It’s not just about the cheapest option; it’s about finding a service that aligns with your data volume, budget, and security expectations.The landscape of cloud backup services can seem a bit overwhelming with various tiers and pricing structures.

Understanding these is crucial for making an informed choice:

Storage Tiers: Most services offer different storage capacities, ranging from a few gigabytes to unlimited. You’ll need to estimate your current data size and anticipated growth to pick the right tier.
Pricing Models: Pricing is typically based on the amount of storage used. Some services offer flat monthly or annual fees for a set amount of storage, while others charge per gigabyte. Be mindful of potential extra charges for features like advanced versioning or faster restores.
Features: Beyond storage, consider features like file versioning (how many past versions of a file are kept), automatic scheduling, bandwidth throttling, and ease of restoration.

To help illustrate, consider these common scenarios:

For a student with essential documents and photos, a 50GB to 100GB plan might suffice for a few dollars a month. For a professional with large project files, video editing projects, or a vast photo library, a 1TB or even an unlimited plan could be necessary, costing upwards of $10-$20 per month or more.

Security Features and Data Privacy

The security of your data is non-negotiable. When entrusting your files to a third party, understanding their security protocols and data privacy policies is vital.Here’s what to look for:

Encryption: This is paramount. Your data should be encrypted both during transit (as it travels to the cloud) and at rest (while stored on the service provider’s servers). Look for strong encryption standards like AES-256. Many services offer a “zero-knowledge” encryption option, meaning only you hold the encryption key, and the service provider cannot access your data even if they wanted to.
Data Center Security: Reputable cloud providers invest heavily in physical security for their data centers, including surveillance, access controls, and redundant power systems.
Privacy Policies: Carefully read the service’s privacy policy. Understand how they handle your data, whether they share it with third parties, and what their policies are regarding government data requests.
Compliance: For businesses or individuals with sensitive data (e.g., medical records), check if the service complies with relevant regulations like GDPR or HIPAA.

Setting Up and Configuring Backup Software

Once you’ve chosen your storage solution, the next step is to get your backup software up and running efficiently. Proper configuration ensures that your data is backed up regularly and that you can easily retrieve it when needed.The process of setting up and configuring backup software can vary depending on the software and your chosen storage method. However, the general principles for optimal storage management remain consistent:

Initial Backup: The first backup can take a considerable amount of time, especially if you have a large amount of data. It’s advisable to perform this initial backup when you have ample time and a stable internet connection (for cloud backups) or when your laptop is not in heavy use (for external drives).
Scheduling: Configure your backup software to run automatically at regular intervals. Daily backups are generally recommended for most users, often set to run overnight or during periods of low computer activity.
File Selection: Most software allows you to select specific folders or file types to back up. While backing up everything is the safest bet, you might choose to exclude large, temporary files or applications if storage is a concern.
Versioning: Understand and configure your versioning settings. Keeping multiple versions of files allows you to revert to older iterations if a file becomes corrupted or if you accidentally overwrite important data. Be mindful that more versions consume more storage space.
Compression: Many backup solutions offer compression options to reduce the size of your backup files, saving storage space.
Verification: Periodically verify that your backups are successful. Most software provides logs or status indicators to confirm this. Some even offer a test restore function, which is highly recommended to ensure your backup is usable.

Last Point

So, to wrap things up, figuring out your laptop backup storage needs is all about understanding what you’ve got, how you plan to back it up, and what you want to keep safe. Whether you’re a student juggling notes or a creative pumping out tons of content, there’s a sweet spot for storage that won’t break the bank or leave you scrambling.

By taking a little time to assess your data and consider your backup strategy, you can confidently choose the right solution and sleep soundly knowing your digital life is protected.

Helpful Answers

How often should I be backing up my laptop?

That totally depends on how often your data changes. If you’re constantly creating or editing stuff, daily backups are a good call. For most folks, a weekly backup is probably fine, but if you’re really paranoid, you could even do it more often. Just aim for a schedule that makes sense for how much you use your laptop.

Will backing up my entire laptop take up a ton of space?

Yeah, a full backup will definitely take up the most space since it’s everything. But, you can often choose to do incremental or differential backups, which only save the changes since your last backup. This can save you a ton of space over time, especially if you’re not making huge changes every day.

Is cloud storage or an external hard drive better for backups?

Both have their pros and cons. External drives are usually cheaper upfront and give you direct access, but they can fail or get lost. Cloud storage is super convenient and off-site (so safe from disasters), but it can get pricey with larger storage needs and relies on your internet speed. It really comes down to your budget and how you prefer to access your data.

Do I need to back up my operating system and applications?

Generally, yes. Backing up your OS and applications means if something goes wrong, you can restore your laptop to exactly how it was, instead of having to reinstall everything from scratch. Some backup software lets you choose what to include, so you can decide if that’s a priority for you.

What happens if I run out of backup space?

If you’re using an external drive, you’ll just run out of room and your backup will likely fail. With cloud storage, you’ll usually get notified and have to upgrade your plan or delete older backups. It’s why planning ahead and getting a bit more space than you think you need is always a good idea.