What cameras will my canon lenses work on

If you’re aiming to use your Canon glass, I recommend checking the compatibility with the following brands. First and foremost, your Canon EF and EF-S mounts are compatible with full-frame and APS-C bodies from Canon, allowing you versatility across a range of DSLRs.

If you own Canon RF mounts, these can be paired seamlessly with the latest mirrorless models. Adapters are available for EF mounts, providing a bridge to utilize your existing collection on newer mirrorless bodies.

For enthusiasts exploring beyond Canon’s ecosystem, brands like Nikon, Sony, and Panasonic offer adapters that facilitate the use of Canon optics. However, I advise checking the specific functionalities, such as autofocus and stabilization, as these can vary based on the combination and adapter used.

Lastly, if you’re looking at vintage glass, remember that many older models might require specific adapters. Researching compatibility with your intended camera body will save you potential frustrations during your photography sessions.

Compatible Options for My Canon Optics

My Canon optics fit seamlessly on various camera bodies, specifically those utilizing the EF and EF-S mount systems. Full-frame devices, such as the Canon EOS 5D series and EOS R series with an EF-EOS R adapter, provide excellent compatibility. Additionally, APS-C models, like the Canon EOS 90D and EOS Rebel series, are perfect matches for EF-S optics, allowing full use of their focal lengths.

For mirrorless users, the RF system is growing, and with the proper adapter, my EF optics can retain their functionality. The Canon EOS R, RP, and the upcoming models in this lineup ensure I maintain a versatile range with my existing gear.

If I’m considering third-party brands, I should verify that the specific mount options they support align with my objectives. Brands like Sigma and Tamron often create versions catering to Canon mounts, enhancing versatility while providing high-quality imaging options.

In the realm of vintage equipment, I might explore adapting older FD lenses to more modern mounts, although this will limit certain automatic functions. Knowing the limitations such as manual focus and aperture control is crucial in these cases.

Lastly, while some compact and smartphone setups exist, they typically do not support traditional mounts; this should deter me from attempting such pairings. Thus, focusing on the right body type will ensure my Canon optics deliver optimal performance and creativity.

Understanding Canon Lens Mount Types

I recommend familiarizing yourself with the various mount types to ensure compatibility with your photographic equipment. Canon utilizes several mount formats including EF, EF-S, RF, and EF-M. Each has specific characteristics that dictate their usage.

The EF mount is prevalent among full-frame systems, dating back to 1987. If you’re using a device with this mount, you’ll enjoy access to a broad range of high-performance optics.

For those utilizing APS-C sensors, the EF-S mount is ideal. This system, introduced in 2003, supports a variety of lightweight and compact options designed specifically for these smaller sensors.

RF mounts emerged with the mirrorless line-up in 2018. This newer mount allows for advanced optics designed for high-resolution imaging and enhanced autofocus technologies, catering to contemporary photographic demands.

For the compact mirrorless alternative, the EF-M mount, introduced in 2012, provides a compact solution tailored for smaller devices, offering ease of use without sacrificing quality.

When selecting optics, always verify the mount type to ensure seamless integration with your hardware. Using an incompatible lens may lead to issues such as inability to achieve focus or control exposure settings.

Compatibility of EF Lenses with Canon DSLRs

EF mount optics are compatible with a wide array of Canon DSLR bodies. Here’s a breakdown of which specific models accept these lenses:

• All APS-C Canon DSLRs:
• EOS 7D series
• EOS 90D
• EOS 800D
• EOS Rebel series (T7, T8i, etc.)
• Full-frame Canon DSLRs:
• EOS 5D series
• EOS 6D series
• EOS 1D series
• EOS 1Ds series

Each DSLR type, whether APS-C or full-frame, can utilize EF mounts without any issues. However, remember that APS-C models will experience a crop factor of 1.6x, affecting the effective focal length.

Full-frame bodies benefit from the full capabilities of EF optics, offering superb image quality and performance. Advanced features like image stabilization and autofocus operate seamlessly across all compatible models.

If you’re considering new acquisitions, check for firmware updates on both lenses and bodies to ensure optimal performance. Compatibility is extensive, making it easy to expand your kit with diverse focal lengths and types.

In summary, nearly all Canon DSLR variants support EF mounts, granting flexibility and convenience in choosing optical options for various photographic needs.

Using EF-S Lenses on Canon Crop Sensor Cameras

EF-S optics are specifically designed for APS-C format bodies, providing an effective focal length range suited for various photography styles. I can utilize these optics on any compatible crop sensor body without compatibility issues.

Here’s a table outlining some popular APS-C models that accept EF-S optics:

Utilizing EF-S varieties on my APS-C setup allows me to take advantage of their lighter weight and compact dimensions, enhancing portability during shoots. Keep in mind that attaching these optics on a full-frame body requires careful consideration, as it may lead to vignetting. Such incompatibility can limit the utility of specific lenses.

In summary, my EF-S gear excels with all APS-C sensor bodies, making it an excellent choice for capturing varied subjects and scenes without compromise.

Mounting EF Lenses on Full Frame Canon Cameras

When attaching EF glass to full-frame bodies like the 5D or 6D series, I consistently achieve exceptional image quality and wide-angle capabilities. The full sensor takes full advantage of the lens’ capabilities, minimizing vignetting and providing a broader field of view.

Ensuring there is a secure fit on the mount is essential. Each full-frame body features a compatible bayonet, allowing effortless installation. The electronic communication between the lens and the camera body guarantees proper autofocus and exposure settings while capturing images.

For those interested in sports or wildlife photography, utilizing telephoto EF lenses enhances my ability to capture distant subjects with precision. A well-chosen lens, such as the EF 70-200mm f/2.8L, coupled with a full-frame camera, significantly increases my reach without sacrificing image quality.

It’s crucial to consider the weight and balance of my setup. Heavier EF lenses, particularly for events or travel, may require a sturdy tripod or monopod for stability during lengthy shoots. A full-frame body paired with a large sensitive lens requires careful handling to avoid unintended motion blur.

In low-light situations, using larger aperture EF options performs admirably, especially the 50mm f/1.2L or 85mm f/1.4L. The capacity for enhanced light intake leads to more vibrant and clear images even under challenging conditions.

Lastly, continuous compatibility between my EF lenses and newer full-frame models means future-proofing my investments while expanding creative possibilities. Whether shooting portraits or landscapes, the versatility of EF lenses on full-frame bodies remains a significant advantage for my photographic needs.

Adapting Canon Lenses to Mirrorless Cameras

I recommend using an EF to RF mount adapter for seamless integration of EF or EF-S optics with Canon’s mirrorless bodies. This adapter allows full functionality, maintaining autofocus and image stabilization.

If utilizing RF series bodies, ensure that the adapter maintains electronic communication. This will preserve exposure and other settings, allowing for a smooth shooting experience. Some adapters may come with additional features, such as tripod mounts and built-in filters, enhancing versatility.

I’ve found that performance can vary with third-party adapters. Always check compatibility reviews to ensure that focusing speed and image quality meet expectations. Some brands, like Metabones and Viltrox, offer solid options that may serve well, but it’s important to verify user testimonials to gauge reliability.

When adapting, note that while focal length remains consistent, depth of field may differ slightly due to changes in sensor size. I’ve observed that wider angle lenses could experience cropping effects, which occasionally affects composition. To address this, consider using wider focal lengths or adjusting framing accordingly.

Lastly, practice and testing are fundamental. I encourage capturing various scenarios to evaluate performance. Don’t shy away from trying out different settings to optimize results during the transition to mirrorless systems.

Compatibility of RF Lenses with Canon Mirrorless Systems

RF optics are engineered specifically for full-frame mirrorless models like the EOS R series. If you own an RF mount, you can seamlessly use your lenses on all EOS R cameras, delivering optimal performance without the need for adapters.

Full-Frame Compatibility

• EOS R
• EOS RP
• EOS R5
• EOS R6
• EOS R3

Crop Sensor Systems

Using RF optics on APS-C models is not feasible. For crop sensors, adhere to EF-S language. Adapters do exist for EF lenses, but they do not support RF glass.

For optimal results, investing in RF optics significantly enhances image quality and autofocus capabilities on compatible bodies. Always check firmware updates for both the camera and lenses to maximize compatibility.

Using Adapters for Canon Lenses on Non-Canon Cameras

Adapters allow me to use my Canon optics with various camera systems that utilize different mounts. When considering an adapter, compatibility with mount types is paramount. For example, I can connect Canon EF and EF-S lenses to a range of mirrorless bodies using dedicated adapters designed to maintain electronic communication, such as autofocus and image stabilization.

It is crucial to select adapters that offer proper fit and alignment to avoid issues like soft focus or vignetting. Brands such as Metabones, Viltrox, and Fotodiox often produce reliable solutions. I’ve found that some adapters even provide additional features, like focal length extension for specific lenses.

My experience shows that while manual focus can work with simpler adapters, those incorporating electronic connections generally improve usability significantly. Always check reviews specific to the adapter model for real-world performance insights.

Keep in mind that while many adapters provide a seamless solution, others may introduce slight variations in field curvature. Testing the combination in various lighting conditions allows me to assess performance accurately.

As I adapt these optics to different bodies, maintaining a thorough understanding of exposure and aperture settings is necessary, as these can vary widely across systems. Ultimately, a judicious choice of adapter can unlock numerous creative possibilities in my photography.

Identifying Third-Party Optics Compatible with Canon Bodies

Many third-party manufacturers design their products to fit Canon systems, offering a variety of options that can enhance your photographic experience. Prominent brands like Sigma, Tamron, and Tokina frequently produce models that fit Canon mounts. To ensure compatibility, check specific models against the respective mount type and communication protocols.

When considering alternative optics, verify the following criteria:

Be mindful that while third-party options provide flexibility and unique focal lengths, certain functionalities like autofocus speed and image stabilization may vary. Always refer to user reviews and sample images to assess performance before purchasing.

Compatibility can change based on firmware updates, so keeping your body and optics up-to-date can prevent potential issues. Testing various alternatives may yield surprising results, allowing for creative possibilities at different price points.

Exploring the Canon Cinema EOS System and Lens Use

The Canon Cinema EOS system is designed for filmmakers and offers excellent compatibility with a range of optics. To fully utilize this system, I recommend focusing on lenses that complement the specific camera body chosen for your projects.

EF and EF-S optics serve as reliable options for models like the C100, C300, and C500, allowing seamless integration and functionality. The robust mount ensures consistent communication between the body and glass, facilitating precise control over settings, autofocus, and image stabilization.

Here are some key points regarding lens compatibility within the Cinema EOS setup:

• EF lenses can be mounted directly onto EF and EF-S compatible bodies without the need for adapters.
• Using EF-S optics on full-frame bodies is not recommended due to vignetting, but they function perfectly on crop sensors.
• For Canon’s RF system, adapting EF mount lenses is possible through specialized adapters, ensuring continued use of your existing collection.

Adapting third-party lenses may require specific mounts or adapters, which can affect performance. I advise testing compatibility before committing to production.

In summary, utilizing the right lenses within the Canon Cinema EOS framework guarantees optimal results, enhances creativity, and streamlines the production process. Whether employing native glass or adapting non-Canon options, understanding the nuances of lens selection is key to achieving professional project outcomes.

Using Canon Lenses with Video Cameras

Utilizing Canon optics on video recording devices can enhance production quality significantly. The suitability of specific lenses largely depends on the mount type of the video system in question. Here’s a guide to compatibility across different filming setups.

Diverse Canon optics expand creative possibilities when adapted to various recording options. Assess the specific camera details and test compatibility before integration into workflows to maximize performance in diverse settings.

Checking Lens Compatibility with Canon APS-C Cameras

To ensure an optimal pairing of my EF and EF-S mounts with APS-C units, I focus on a few key points:

1. EF-S glass is specifically designed for crop sensors, providing a perfect fit without vignetting.
2. EF optics can also be attached to APS-C, but with a 1.6x focal length crop factor impacting composition.
3. Autofocus and image stabilization features typically function without issues on the APS-C format.
4. Always confirm the model number of the body for any specific compatibility requirements or limitations.

For practical usage:

• Fast primes and telephoto options enhance versatility with wildlife and portrait photography on APS-C.
• Wide-angle choices in EF-S can yield impressive landscapes without distortion.
• Check for firmware updates that might improve compatibility and performance with newer crop bodies.

My recommendation is to leverage resources such as compatibility charts from manufacturers or photography forums for precise matching before purchase. Keeping up-to-date with user experiences can also highlight any potential issues.

Effect of Image Stabilization on Lens Compatibility

Image stabilization (IS) functionality can significantly influence the usability of a lens on various setups. Both optical and digital stabilization systems are designed to mitigate blurriness caused by camera shake, enhancing the overall shooting experience. Understanding the specifics of IS can help in choosing compatible gear effectively.

When considering optical stabilization, established technologies like Canon’s IS are primarily found in select EF and RF models. This feature not only improves handheld shooting but also enhances compatibility with full-frame and APS-C sensors. However, it’s essential to match the IS type with the appropriate camera body to reap performance benefits.

Digital image stabilization relies on post-processing techniques to stabilize footage while utilizing a lens. These functionalities can vary across different brands and models. When adapting lenses to other systems, one should verify if the stabilization mechanisms align with the new body’s capabilities. Some mirrorless configurations may not support traditional IS, leading to limitations in stabilization effectiveness.

For third-party options, IS performance may vary. While some may offer comparable stabilization features, others might lack the refinement found in native options. Always consult specifications and user reviews to gauge full compatibility.

Lastly, in video applications, IS plays a critical role. Enhancing smoothness during movement can make a significant difference in quality. Ensuring that both the lens and the camera body synergize in stabilization methods is key to achieving professional-grade results.

Using Canon Lenses for Still Photography on Different Bodies

I frequently utilize Canon optics for still photography across various camera systems, considering the diverse compatibility options available. It’s essential to first identify the mount type of the lenses, as this directly affects their usability with different bodies.

Utilizing EF and EF-S Glass

EF optics are primarily designed for full-frame models, providing the best optical performance. When attaching EF-S variants, I always opt for crop sensor systems to ensure proper functionality. These models, such as the Canon Rebel series, leverage the EF-S barrel design effectively, allowing for enhanced focal lengths that are ideal for various shooting scenarios.

Adapting to Mirrorless and Third-Party Systems

For mirrorless photography, I often employ dedicated adapters that facilitate the use of EF and EF-S optics on Canon’s RF mount cameras. This setup allows me to enjoy advanced focusing capabilities while retaining compatibility with older equipment. Additionally, I explore third-party solutions, but checking adapter reviews is crucial to confirm that lens performance remains intact.

Understanding Lens Crop Factor on Canon Cameras

Crop factor affects the field of view of the attached optics. For Canon APS-C bodies, the crop factor is typically 1.6x. This means that if I mount a standard 50mm optic, the effective focal length becomes 80mm, altering my composition and framing dramatically.

Here’s what I need to know:

• Wide-angle perspectives become narrower. A 24mm lens behaves like a 38mm lens.
• Telephoto reach increases. My 200mm optic acts as a 320mm equivalent, thus bringing distant subjects closer.
• Standard focal lengths may not provide the desired effect. A normal 50mm does not give the same coverage as it would on a full-frame unit.

When switching to full-frame models, the effective field of view reverts to the actual focal length. This requires adjusting my shooting style and focal length preferences, especially in landscape or architectural photography.

For video capture, the crop factor can also impact depth of field and aesthetic, which is essential for storytelling through visuals.

In summary, understanding the implications of crop factor enhances my ability to choose the right optics for the desired shot, allowing for intentional composition and framing across different systems.

Compatibility of Canon Optics with Fuji or Sony Adapters

Using adapters allows me to mount Canon optics on Sony or Fuji bodies, expanding my shooting possibilities. However, successful operation depends on several factors.

Recommended Adapters

• For Sony E-mount, I find the Metabones Smart Adapter and the Viltrox EF-E II series work well. They maintain autofocus and image stabilization.
• For Fuji X-mount, you can use the Fringer EF-FX Pro II or the Fotodiox Pro Fusion, which provide decent performance with manual focus capabilities.

Considerations for Operation

• Check if the adapter supports electronic communication for autofocus and aperture control.
• Be aware that using an adapter can lead to slower autofocus speeds.
• Image quality may vary, particularly with wider apertures; some adapters may introduce distortion or reduced sharpness.
• Stabilization features may not function properly in all configurations, so testing is recommended.

Before making a purchase, I typically verify user reviews and information from reliable sources to ensure compatibility with my preferred model. Testing the setup and adjusting shooting styles may enhance the experience while using these adaptations.

Using Older Canon Lenses on Newer Camera Models

I find that many photographers can easily adapt their legacy glass to modern bodies, maximizing the value of older equipment. The process starts with understanding compatibility. Most older lenses designed for the EF or EF-S mount can attach directly to newer DSLR models without issues. However, using these with the latest mirrorless innovations requires a different approach.

Adapting Legacy EF Lenses

For those with EF lenses, simply using an adapter allows for a seamless transition to mirrorless systems. Certain adapters maintain autofocus and image stabilization features, enhancing usability without sacrificing performance. It’s advisable to check the specific adapter’s specifications to ensure full functionality, as some budget options may not support advanced features.

Handling EF-S Lenses

When utilizing EF-S optics, be cautious; they are primarily designed for crop sensor models and will not mount directly on full-frame variants. If I need to use them with a full-frame body, I often opt for a crop mode setting, which essentially utilizes the central portion of the sensor. This allows for effective use of the lens, albeit with reduced resolution.

Lens Features That Affect Compatibility

Choosing the right optic involves understanding specific characteristics that influence suitability across different mounts. Firstly, focal length plays a key role; varying formats like full-frame vs. APS-C require attention to how the crop factor affects the effective focal length. This can lead to a significant difference, particularly for wide-angle or telephoto applications.

Aperture range impacts usability with certain bodies as well. Faster optics provide more light but might limit compatibility with older models. Image stabilization systems also vary; some benefits may not perform optimally on incompatible bodies. Pay attention to the stabilization method used, whether it’s in-lens or in-body.

Auto-Focus Mechanisms

Different autofocus systems can lead to varied performance. Older optic types may lack modern autofocus capabilities, impacting focus speed and accuracy on newer models. Check whether a lens has a ring-type motor or a micro-motor, as this often defines its compatibility with advanced focusing systems.

Physical Construction and Size

Lastly, the physical dimensions of a lens can limit options. Heavier or bulkier optics may affect balance and handling on certain bodies. Some models might not accommodate larger mounts without additional support. Ensuring the chosen system can handle the weight and size of the optic can prevent operational issues.

Practical Tips for Confirming Lens Compatibility

Cross-check the camera model and the lens mount type to ensure they align correctly. A simple approach is to consult the manufacturer’s official website or user manuals for compatibility charts that list supported mounts.

Using Compatibility Checkers

Many websites offer online compatibility checkers. Enter your camera model and lens type to receive instant feedback. This can save time and reduce uncertainty.

Physical Testing

Whenever possible, test the lens on the intended body before making a purchase. This allows you to see how the lens performs and check for any physical incompatibilities.

Keep in mind that some features, like image stabilization, might behave differently across different body types, potentially affecting performance. Always verify specific lens functionality to avoid surprises during shooting sessions.

Common Issues When Mounting Canon Lenses

I’ve encountered several challenges while fitting Canon optics to various bodies. One frequent issue is misalignment when attaching to non-native mounts. This can lead to electronic contact failures, rendering autofocus or stabilization systems inactive. Ensuring proper alignment before securing the attachment can alleviate some concerns.

Another common predicament arises from incompatible features. For instance, using an EF-S optic on a full-frame body typically results in vignetting or severe cropping. It’s essential to check the specifications of the camera before using these specific models.

When using adapters between different brands, there’s often a compromise in functionality. Autofocus speeds may slow down significantly, and aperture control might be limited or completely manual. I recommend researching specific adapter models that maintain features effectively.

Older models present their own set of challenges. Some vintage optics may not engage fully with modern electronic functionality. It’s beneficial to test these combinations, using manual settings where necessary to achieve desired results.

Dust or debris on the mount can also lead to connectivity issues. Regularly cleaning both the lens and camera mount will maintain optimal performance. Care should be taken to avoid scraping sensitive components during this process.

Lastly, firmware updates on camera bodies can affect compatibility with newer optics. Keeping the camera’s software up to date is a practical step to ensure a seamless operation with various lens configurations.

Best Practices for Using Adapters with Canon Lenses

Using adapters can significantly enhance the versatility of my gear, enabling older or different optical equipment to be utilized on contemporary bodies. Here are some best practices to ensure seamless integration.

• Choose Quality Adapters: Invest in high-quality adapters from reputable brands. Cheap options may introduce issues like loss of autofocus or light leakage.
• Check Compatibility: Before purchasing, verify if the adapter supports specific features of your setup, such as image stabilization or aperture control.
• Firmware Updates: Keep the adapter’s firmware updated if applicable. Updates often fix bugs and improve compatibility.
• Test with Manual Settings: If autofocus is unreliable, practice shooting with manual focus. This ensures I can still achieve sharp images regardless of adapter performance.
• Adjust for Crop Factor: Be aware of the crop factor when using specific mounts, as this can affect framing and field of view.
• Limitations in Video: Understand that not all adapters will work well for video recording. Some may introduce lag or other undesirable effects.
• Inspect Mounts: Regularly check both the lens and camera mounts for dust or damage to avoid compatibility issues.
• Consider Optical Quality: Be mindful that some adapters may degrade image quality. Examine test results before relying on a particular setup for critical work.
• Experiment with Settings: Adjust exposure and ISO settings when using adapted lenses. Differences in performance can arise, especially under varied lighting conditions.

Following these strategies can optimize the use of adapters, allowing me to leverage a broader range of optical equipment effectively.

Limitations of Using Canon Lenses on Other Brands

Compatibility issues arise when adapting Canon optics to different camera brands. First, the differences in mount designs can hinder physical attachment. While adapters exist, they often result in varying levels of functionality.

Autofocus and Aperture Control Challenges

Autofocus may not work optimally with third-party adapters, especially on brands like Sony or Fuji. In many cases, autofocus can be slow or entirely unresponsive. Additionally, electronic connections for aperture control might be compromised, making manual adjustments necessary. This can be a notable disadvantage for those relying on quick adjustments during shoots.

Image Quality and Performance Considerations

Using an adapter can affect image quality, with potential issues in sharpness, vignetting, or distortion appearing. It’s essential to test combinations to ensure desired results. Furthermore, utilizing features like image stabilization may not function as expected, leading to subpar performance. Before purchasing, I recommend researching specific adapter reviews and user experiences to gauge anticipated outcomes.

Evaluating Autofocus Performance with Canon Adapters

Using adapters can impact autofocus efficiency. Compatibility varies significantly by specific models, requiring careful choice of adapter. For optimal results, I recommend using branded adapters designed specifically for the lens type in question.

Adapting EF or EF-S optics to mirrorless systems often leads to slower autofocus speeds. Some adapters offer phase-detection capabilities, which enhance performance. My experience shows that certain third-party options may perform better than unbranded ones, especially in tracking moving subjects.

When focusing in low light, autofocus systems may struggle with adapted lenses. I suggest adjusting the camera to enhance light sensitivity, allowing for better autofocus response. Testing the system in various lighting situations provides clarity on performance variations.

Remember to check for firmware updates both on the adapter and the camera body to ensure the best compatibility and functionality. This can enhance communication between the lens and the camera, ultimately leading to improved autofocus speed and accuracy.

In high-resolution setups, focus accuracy becomes increasingly vital. I’ve found that certain adapters not only increase compatibility but also maintain image sharpness by minimizing distortions. Observing results through various focal lengths can also illustrate differences in autofocus behavior.

Be aware that continuous autofocus may show inconsistencies compared to direct mount setups. Manual focus may often become more reliable in such scenarios, especially for critical shots.

Researching Canon Lenses for Specific Camera Models

When selecting the right optic for a specific body, it’s vital to consult compatibility lists provided by manufacturers. Canon’s official website offers detailed specifications regarding which mounts correspond to each model. Be sure to verify the mount type against your unit for a seamless fit.

Additionally, engaging with photography forums and communities can yield valuable insights. Photographers often share personal experiences related to lens utilization with various models, helping identify any quirks or exceptional features.

Compatibility Table

Always check for firmware updates on your device, as updates can enhance compatibility and performance with specific optics. This can prevent potential focus issues or system malfunctions, ensuring optimal functionality.

Lastly, don’t underestimate the importance of trying before buying. Renting the desired optic or testing it at a local store can provide a tangible sense of how it performs with your apparatus.

FAQ:

Can I use my Canon EF lenses on a Canon mirrorless camera?

Yes, Canon EF lenses can be used on Canon mirrorless cameras, such as the EOS R series, by utilizing an EF to RF lens adapter. This adapter allows you to maintain full functionality, including autofocus and image stabilization. It’s a great option if you already own EF lenses and wish to transition to a mirrorless system without the need to purchase new lenses.

Which cameras are compatible with my Canon EF-S lenses?

Canon EF-S lenses are designed specifically for Canon APS-C format DSLRs, such as the Canon EOS Rebel series and the Canon EOS 90D. These lenses cannot be mounted on full-frame cameras because of their specific design. However, you can use EF-S lenses on a full-frame Canon DSLR, like the EOS 5D series, but the camera may automatically switch to a crop mode, which will limit the field of view. If you plan to shoot with a full-frame lens in mind, it’s important to consider this limitation.