Canon 5Ds R vs 5Ds: A battle of megapixels, these cameras push the boundaries of high-resolution photography. Both models boast an impressive 50.6-megapixel full-frame sensor, but the Canon 5Ds R introduces a unique low-pass filter cancellation feature that aims to enhance sharpness and detail.
This comparison dives deep into the nuances of these powerful DSLRs, examining image quality, autofocus, video capabilities, design, and more to help you decide which camera best aligns with your creative vision.
The Canon 5Ds and 5Ds R are targeted towards professionals and enthusiasts who prioritize high resolution and detail in their images. These cameras are ideal for landscape, studio, and architectural photography, where capturing intricate details and textures is paramount. While both models offer exceptional image quality, the 5Ds R’s low-pass filter cancellation feature makes it a more appealing option for those seeking maximum sharpness and detail.
Image Quality and Resolution
The Canon EOS 5Ds and 5Ds R are both full-frame DSLRs renowned for their high resolution, delivering exceptional detail and sharpness in images. However, subtle differences in their image quality and resolution arise due to the presence of the low-pass filter in the 5Ds and its absence in the 5Ds R.
Image Resolution
The Canon EOS 5Ds and 5Ds R share the same 50.6-megapixel sensor, resulting in a massive image resolution of 8688 x 5792 pixels. This high resolution allows for significant cropping flexibility, enabling photographers to capture detailed images even when they need to crop heavily.
The high resolution also makes these cameras suitable for printing large-format prints, offering exceptional detail and sharpness even at large sizes.
Dynamic Range
Dynamic range is the ability of a camera sensor to capture detail in both the highlights and shadows of a scene. The 5Ds R, with its lack of a low-pass filter, is generally considered to have slightly better dynamic range than the 5Ds.
This is because the low-pass filter can slightly reduce the amount of light reaching the sensor, resulting in a slightly lower dynamic range. The difference in dynamic range is subtle, but it can be noticeable in high-contrast scenes where the 5Ds R might be able to capture more detail in the shadows or highlights.
Color Accuracy
Both the 5Ds and 5Ds R deliver accurate colors, but the 5Ds R might exhibit slightly more vibrant and saturated colors due to the lack of a low-pass filter. This is because the low-pass filter can slightly soften the image, which can also slightly reduce the intensity of colors.
The difference in color accuracy is subtle, and it is primarily noticeable when comparing images side-by-side under controlled conditions.
Noise Performance
Noise is a common issue in digital photography, particularly at high ISO sensitivities. Both the 5Ds and 5Ds R perform well in terms of noise performance, but the 5Ds R might show slightly more noise at higher ISO sensitivities due to the absence of a low-pass filter.
This is because the low-pass filter can slightly reduce the amount of noise that is captured by the sensor. However, the difference in noise performance is minimal, and both cameras deliver excellent image quality even at high ISO sensitivities.
Examples of Images Captured with Each Camera
To illustrate the differences in image quality, consider the following examples:* High-contrast scenes:A photograph of a sunset over a cityscape, captured with both the 5Ds and 5Ds R. The 5Ds R might capture more detail in the highlights and shadows of the scene, showcasing its slightly better dynamic range.
Detailed subjects
The Canon 5Ds R and 5Ds are both high-resolution cameras, but the 5Ds R features a low-pass filter that helps to reduce moiré patterns and aliasing, which can be a problem with high-resolution sensors. This difference in design might make the 5Ds R more appealing to photographers who shoot a lot of detail-oriented subjects, like architecture or landscapes.
For photographers who want to use their Canon 5Ds R with a vintage Leica R 28mm f/2.8 lens, a Leica R 28mm f/2.8 v1 step-up filter can be a helpful accessory, allowing them to adapt the lens to the camera’s larger sensor size.
This type of filter is an essential tool for adapting older lenses to modern cameras and maintaining image quality.
A close-up photograph of a flower, captured with both the 5Ds and 5Ds R. The high resolution of both cameras allows for exceptional detail and sharpness, but the 5Ds R might exhibit slightly more pronounced detail due to the absence of a low-pass filter.
High ISO sensitivity
A photograph of a dimly lit indoor scene, captured with both the 5Ds and 5Ds R at a high ISO sensitivity. Both cameras perform well in terms of noise performance, but the 5Ds R might show slightly more noise at high ISO sensitivities.
Autofocus and Performance
The Canon 5Ds R and 5Ds share a similar autofocus system, but with distinct performance characteristics. While both models offer impressive autofocus capabilities, their strengths and limitations are worth exploring.
Autofocus System Comparison, Canon 5ds r vs 5ds
Both the Canon 5Ds R and 5Ds feature a 61-point high-density cross-type autofocus system. This system provides comprehensive coverage across the frame, ensuring accurate focus even in challenging lighting conditions. The cross-type sensors are particularly effective at detecting contrast changes, enhancing the accuracy and speed of focus acquisition.
Performance Comparison
- Speed: The 5Ds R and 5Ds deliver comparable autofocus speeds. Their ability to lock onto subjects quickly is a significant advantage, particularly for capturing fast-moving action or fleeting moments.
- Accuracy: Both cameras exhibit high autofocus accuracy. The cross-type sensors and sophisticated algorithms contribute to precise focus acquisition, minimizing the risk of blurry images.
- Tracking: While both models offer decent tracking performance, the 5Ds R has a slight edge. Its enhanced algorithms and processing power allow for more consistent subject tracking, especially in complex scenes with changing lighting or background clutter.
Continuous Shooting Capabilities
The 5Ds R and 5Ds both offer a respectable continuous shooting rate of 5 frames per second (fps) in JPEG mode. This rate is sufficient for capturing moderate action, but may not be ideal for high-speed sports or wildlife photography.
However, both models can capture a burst of up to 17 JPEG images or 11 RAW images before the buffer fills up. This buffer capacity is generally sufficient for most shooting scenarios.
Video Capabilities
The Canon 5Ds R and 5Ds are known for their exceptional still image quality, but their video capabilities are a different story. Both cameras offer video recording, but they are not designed for professional videographers.
Video Resolution and Frame Rates
The video recording capabilities of the Canon 5Ds R and 5Ds are similar. Both cameras offer Full HD (1920 x 1080) video recording at frame rates up to 30fps. However, they do not support 4K video recording, which is a standard feature in many modern cameras, even at entry-level price points.
The lack of 4K video recording is a significant limitation, especially for photographers who may want to create high-resolution video content.
Video Codecs and Features
Both cameras record video using the H.264 codec, which is a widely supported format for video editing and playback. They also offer basic video features such as manual exposure control, focus peaking, and zebra patterns. However, they lack advanced features like internal slow-motion recording, time-lapse capabilities, and log profiles, which are essential for professional videographers.
Video Quality
The video quality produced by the Canon 5Ds R and 5Ds is generally good, but it’s not exceptional. The high-resolution sensors provide excellent detail and sharpness, but the lack of advanced video features and limited frame rates can be limiting.
For example, the lack of high frame rates makes it difficult to create smooth slow-motion footage.
The Canon 5Ds R and 5Ds both excel in capturing detail, with the 5Ds R featuring a low-pass filter designed to minimize moiré patterns. This meticulous attention to detail extends to the choice of lenses, where the sharp resolution of the 5Ds models benefits from the exceptional optics of the Tamron and Sigma 100-400mm lenses.
Choosing between these two lens giants can be a tough call, as both deliver remarkable performance in different ways. A comprehensive comparison, like the one found at tamron vs sigma 100 400 , can help you decide which lens best suits your photographic style and the specific needs of your Canon 5Ds R or 5Ds.
Comparison Table
The following table summarizes the video capabilities of the Canon 5Ds R and 5Ds:
| Feature | Canon 5Ds R | Canon 5Ds |
|---|---|---|
| Video Resolution | Full HD (1920 x 1080) | Full HD (1920 x 1080) |
| Frame Rates | Up to 30fps | Up to 30fps |
| Codec | H.264 | H.264 |
| 4K Video Recording | No | No |
| Slow-Motion Recording | No | No |
| Time-Lapse Capabilities | No | No |
| Log Profiles | No | No |
Design and Ergonomics: Canon 5ds R Vs 5ds
The Canon 5Ds R and 5Ds are professional-grade DSLR cameras designed for demanding photographers. Both cameras share a similar design philosophy, focusing on robust construction and ergonomic features for comfortable handling. However, there are subtle differences in their design and ergonomics that cater to specific user preferences.
Build Quality and Weight
The Canon 5Ds R and 5Ds are built with a magnesium alloy body, offering exceptional durability and resistance to weather elements. Both cameras feature a weather-sealed design, ensuring protection against dust and moisture, making them suitable for outdoor photography in various conditions.
The 5Ds R weighs approximately 865 grams (1.9 pounds) with the battery and memory card, while the 5Ds weighs slightly less at 840 grams (1.85 pounds). This difference in weight is primarily attributed to the inclusion of the low-pass filter in the 5Ds, which is absent in the 5Ds R.
Handling and Grip
The Canon 5Ds R and 5Ds feature a deep grip that provides a secure hold, even with larger lenses attached. The grip is textured for enhanced grip, minimizing the risk of accidental drops. The cameras are designed with a comfortable balance, ensuring stability when shooting handheld.
Both cameras offer a similar button layout and control placement, allowing users to easily navigate through menus and adjust settings.
User Interface and Button Layout
The Canon 5Ds R and 5Ds feature a similar user interface and button layout, designed for intuitive operation. The rear LCD screen is a 3.2-inch, 1.04 million-dot, clear viewfinder, providing a high-resolution display for reviewing images and navigating menus. The cameras offer a variety of customizable settings, including button assignments and function settings, allowing users to personalize the interface according to their preferences.
The Canon 5Ds R and 5Ds, both high-resolution full-frame cameras, offer exceptional image quality, but their differences lie in the low-pass filter. The 5Ds R eliminates the filter, allowing for sharper details, while the 5Ds retains it to minimize moiré patterns.
When considering full-frame options at a lower price point, the Canon 6D series might be a better fit. The canon 6d vs mark ii comparison highlights the advancements in autofocus, video capabilities, and overall performance, while still offering impressive image quality.
Returning to the 5Ds R and 5Ds, the choice ultimately depends on your priorities: sharpness or moiré mitigation.
The top-mounted control dial and the rear multi-controller provide precise control over camera settings, enabling quick adjustments during shooting.
Connectivity and Features
The Canon 5Ds R and 5Ds offer a range of connectivity options and features that cater to professional photographers and videographers. These features enhance workflow efficiency, expand creative possibilities, and provide a seamless integration with various accessories and software.
Connectivity Options
The Canon 5Ds R and 5Ds provide a comprehensive set of connectivity options for transferring images, connecting to external devices, and controlling the camera remotely.
- USB 3.0: Both cameras feature a USB 3.0 port for high-speed data transfer, enabling quick and efficient file transfer to computers or external hard drives. This high-speed interface significantly reduces the time required to transfer large RAW files, allowing photographers to quickly process and share their images.
- HDMI: The HDMI port allows for real-time video output to external monitors or recording devices. This enables photographers to review images in high resolution and to monitor video recordings directly on a larger screen.
- Remote Control: Both cameras support remote control via the Canon Remote Controller (RC-6) or the optional Wireless File Transmitter (WFT-E6). These options allow photographers to trigger the shutter, adjust camera settings, and review images from a distance, offering greater flexibility and control during shoots.
Wireless Connectivity
The Canon 5Ds R incorporates built-in Wi-Fi connectivity, allowing for wireless image transfer to smartphones, tablets, and computers. This feature simplifies the sharing process, enabling photographers to instantly share their work on social media platforms or with clients. The 5Ds, on the other hand, does not have built-in Wi-Fi, requiring an optional Wireless File Transmitter (WFT-E6) for wireless connectivity.
- Wi-Fi: The 5Ds R’s built-in Wi-Fi allows for direct wireless image transfer to smartphones, tablets, and computers using the Canon Camera Connect app. This feature eliminates the need for cables, enabling photographers to share images quickly and easily.
- Wireless File Transmitter (WFT-E6): The 5Ds requires the optional WFT-E6 for wireless connectivity. This transmitter allows for wireless image transfer to computers and smartphones, as well as remote control capabilities.
GPS Functionality
The Canon 5Ds R incorporates a built-in GPS receiver, allowing for the recording of location data (latitude, longitude, and altitude) within the image metadata. This feature is particularly useful for photographers who need to track their location during shoots, such as landscape photographers or wildlife photographers who travel to remote areas.
The 5Ds does not have built-in GPS functionality, requiring an optional GPS receiver for location data recording.
- Built-in GPS Receiver: The 5Ds R’s built-in GPS receiver automatically records location data within the image metadata, eliminating the need for external devices. This feature is valuable for photographers who need to track their location during shoots.
- Optional GPS Receiver: The 5Ds does not have built-in GPS functionality, requiring an optional GPS receiver, such as the Canon GP-E2, to record location data.
Time-Lapse Capabilities
Both the Canon 5Ds R and 5Ds offer time-lapse recording capabilities, enabling photographers to capture the passage of time in a series of still images. This feature is useful for creating dynamic sequences, showcasing the evolution of a scene over a period, or capturing celestial events.
- Intervalometer: Both cameras include an intervalometer that allows for setting the time interval between shots and the total number of shots to be taken. This allows for creating time-lapses of various durations and capturing specific events.
- Time-Lapse Movie Mode: The 5Ds R includes a dedicated Time-Lapse Movie mode that automatically creates a time-lapse video from the captured images. This feature simplifies the time-lapse creation process, allowing for a streamlined workflow.
Compatibility with Accessories and Lenses
Both the Canon 5Ds R and 5Ds are compatible with a wide range of Canon EF lenses, providing photographers with a vast selection of optics to suit various shooting scenarios. They also support various accessories, such as external flashes, microphones, and remote controls.
- Canon EF Lens Compatibility: Both cameras support the entire range of Canon EF lenses, providing access to a wide array of focal lengths, apertures, and special effects. This allows photographers to choose the perfect lens for their specific needs, from wide-angle landscapes to telephoto wildlife shots.
- Accessory Compatibility: Both cameras support various accessories, including external flashes, microphones, and remote controls. This allows photographers to expand their shooting capabilities and achieve specific effects.
Battery Life and Performance
The battery life and performance of a camera are crucial factors for photographers, especially those who shoot extensively in the field. A camera’s battery life determines how long you can shoot before needing to recharge, while performance affects how quickly and efficiently the camera operates.
This section will compare the battery life and performance of the Canon 5Ds R and 5Ds, examining the factors that influence these aspects.
Battery Life Comparison
The battery life of a camera is measured by the number of shots it can take on a single charge. The Canon 5Ds R and 5Ds both use the LP-E6N battery, which is rated for approximately 800 shots according to CIPA standards.
In real-world usage, the battery life can vary depending on several factors, such as shooting conditions, usage patterns, and image quality settings.
- Shooting conditions: Factors like temperature, humidity, and the amount of use of the camera’s LCD screen and features can impact battery life. For instance, shooting in extreme cold or heat can drain the battery faster.
- Usage patterns: The frequency of using the camera’s autofocus, flash, and other features can affect battery life.
For example, shooting in burst mode or using the live view function will consume more power than shooting in single-shot mode with the viewfinder.
- Image quality settings: Higher image quality settings, such as RAW or JPEG with high resolution, require more processing power and consume more battery life.
Performance Comparison
The performance of a camera refers to its speed, responsiveness, and overall usability. The Canon 5Ds R and 5Ds are both high-resolution cameras, which can sometimes affect their performance, especially when it comes to processing large image files. However, both cameras offer impressive performance in several areas.
- Autofocus: Both cameras feature a 61-point autofocus system with 41 cross-type points, providing accurate and fast autofocus in various shooting situations. The autofocus system is particularly effective in low-light conditions.
- Continuous shooting: The 5Ds R can shoot at a rate of 5 frames per second, while the 5Ds can shoot at 5 frames per second with continuous autofocus.
This is a respectable speed for high-resolution cameras, allowing photographers to capture fast-moving subjects.
- Buffer depth: The buffer depth refers to the number of images a camera can store before it needs to pause to process them. Both the 5Ds R and 5Ds have a decent buffer depth, allowing photographers to shoot a burst of images without interruptions.
Factors Affecting Battery Life and Performance
Several factors can affect the battery life and performance of a camera, including:
- Temperature: Extreme temperatures, both hot and cold, can significantly impact battery life and performance. Batteries perform best in moderate temperatures.
- Usage patterns: Frequent use of features like autofocus, flash, and live view can drain the battery faster and affect performance.
- Image quality settings: Higher image quality settings require more processing power, which can consume more battery life and affect performance.
- Software updates: Software updates can sometimes improve performance or battery life. It’s essential to keep your camera’s software up to date.
Ultimate Conclusion
Ultimately, the choice between the Canon 5Ds and 5Ds R boils down to your individual needs and preferences. If you prioritize maximum sharpness and detail, the 5Ds R’s low-pass filter cancellation feature makes it the superior choice. However, if you prefer a more forgiving image with less moiré and aliasing, the 5Ds might be a better fit.
Both cameras offer exceptional image quality and performance, making them powerful tools for demanding photographers.