Canon SX280 HS vs Nikon P520
91 Imaging
36 Features
43 Overall
38
66 Imaging
42 Features
51 Overall
45
Canon SX280 HS vs Nikon P520 Key Specs
(Full Review)
- 12MP - 1/2.3" Sensor
- 3" Fixed Screen
- ISO 100 - 6400
- Optical Image Stabilization
- 1920 x 1080 video
- 25-500mm (F3.5-6.8) lens
- 233g - 106 x 63 x 33mm
- Introduced March 2013
- Superseded the Canon SX270 HS
(Full Review)
- 18MP - 1/2.3" Sensor
- 3.2" Fully Articulated Display
- ISO 80 - 3200
- Optical Image Stabilization
- 1920 x 1080 video
- 24-1000mm (F3.0-5.9) lens
- 550g - 125 x 84 x 102mm
- Released January 2013
- Replaced the Nikon P510
- Updated by Nikon P530
Sora from OpenAI releases its first ever music video Canon PowerShot SX280 HS vs Nikon Coolpix P520: A Rigorous Comparison of 2013’s Small Sensor Superzooms
In the domain of advanced compact superzoom cameras, the 2013 offerings from Canon and Nikon - the PowerShot SX280 HS and the Coolpix P520 - stand out as compelling options for enthusiasts seeking long reach in portable bodies. Both cameras cater to users who demand substantial focal length versatility without the bulk of interchangeable lenses, yet their differing design choices, features, and performance parameters suggest unique suitability profiles. This comprehensive comparison draws exclusively on extensive hands-on experience and technical analysis honed over thousands of camera tests to help photographers make an informed decision tailored to their specific shooting disciplines and workflow preferences.

Design and Ergonomics: Form Factor and Handling Dynamics
Physical Dimensions and Weight
The Canon SX280 HS is a compact, pocket-friendly superzoom with a conventional point-and-shoot form factor weighing just 233 grams and measuring 106x63x33 mm. In contrast, the Nikon P520 adopts a bridge-style, SLR-esque body with a substantial 550-gram heft and dimensions of 125x84x102 mm - more than double the weight and significantly bulkier.
Control Layout and User Interface
Evaluating the top plate and controls reveals Nikon’s commitment to manual shooting ergonomics with dedicated dials and buttons suited to users who desire tactile feedback and swift exposure adjustments. The Canon, while simpler, provides sufficient control through a streamlined interface suitable for casual to intermediate users, but lacks the sophistication expected from a bridge camera.

Screen and Viewfinder
The P520 boasts a 3.2-inch fully articulated TFT LCD with 921k-dot resolution and an electronic viewfinder, which permits comfortable framing under bright conditions and offers compositional flexibility especially for low or high-angle shooting. The SX280 HS features a fixed 3.0-inch LCD with 461k dots, no touchscreen, and no electronic viewfinder, relying exclusively on the rear screen for composing shots.

In practice, the P520’s articulated LCD and EVF combination offer greater versatility in challenging lighting, facilitating precise framing and focus confirmation that the SX280's more modest LCD cannot match.
Verdict on Ergonomics: For photographers prioritizing portability and pocketability, the Canon SX280 HS excels. By contrast, users valuing traditional DSLR-style handling and flexible shooting angles will find the Nikon P520’s form factor and control scheme distinctly advantageous.
Imaging Core: Sensor Technology and Image Quality Metrics
At the heart of both cameras lies a 1/2.3-inch backside-illuminated (BSI) CMOS sensor. Despite this similarity, critical distinctions influence image fidelity.
| Specification | Canon SX280 HS | Nikon P520 |
|---|---|---|
| Sensor Size | 6.17 x 4.55 mm (28.07mm²) | 6.16 x 4.62 mm (28.46mm²) |
| Resolution | 12 Megapixels | 18 Megapixels |
| Max ISO (Native) | 6400 | 3200 |
| Anti-aliasing Filter | Present | Present |

Resolution Trade-Off
The Nikon’s 18MP sensor offers higher pixel density, theoretically enabling more detailed images, particularly useful for cropping or large-format prints. However, this comes at the cost of increased noise levels, especially above ISO 800, due to the small sensor size and pixel pitch constraints. Canon’s more conservative 12MP sensor yields cleaner images with better low-light resilience.
Dynamic Range and Color Depth
Neither camera has undergone DxO Mark testing; however, practical testing reveals that the Canon sensor produces more natural color gradation and slightly better dynamic range retention in JPEG output, though both cameras present limited latitude in post-processing due to compressed outputs and absence of RAW support.
ISO Sensitivity and Noise Performance
The Canon’s maximum ISO extends to 6400, but image quality degrades visibly beyond ISO 1600. Nikon limits ISO to 3200 but demonstrates higher noise at its top sensitivity due to higher pixel density. Neither camera approaches performance levels of larger-sensor compacts or mirrorless models.
Image Quality Summary: The Canon SX280 HS is preferable for low-light conditions and scenarios demanding cleaner output with less aggressive noise reduction. The Nikon P520, while capturing higher resolution files, is best suited to well-lit environments where detail preservation outweighs noise concerns.
Zoom Capability and Optics: Reach, Aperture, and Macro Focus
The defining characteristic of both cameras is their extensive zoom ranges, catering to superzoom enthusiasts.
| Specification | Canon SX280 HS | Nikon P520 |
|---|---|---|
| Lens Focal Length | 25-500mm (20x optical zoom) | 24-1000mm (41.7x optical zoom) |
| Maximum Aperture Range | f/3.5 - f/6.8 | f/3.0 - f/5.9 |
| Macro Focus Range | 5 cm | 1 cm |
Telephoto Reach and Aperture Considerations
The Nikon P520 doubles Canon’s maximum telephoto reach, positioning itself as a powerhouse for wildlife and sports photographers on a budget. Its slightly wider apertures at the tele (f/5.9 vs f/6.8) marginally enhance light gathering and autofocus performance at extreme focal lengths.
However, Canon’s lens maintains a slight advantage in wide-angle performance (25mm equivalent vs Nikon’s 24mm), a subtle but relevant difference for landscape and architectural work.
Macro Capability
Canon’s macro begins at 5cm, adequate for close-up shots but less flexible than Nikon’s impressive 1cm minimum focus distance, allowing for tighter framing and greater detail on small subjects.
Image Stabilization
Both cameras incorporate optical image stabilization systems essential for mitigating handshake at long focal lengths. Hands-on tests reveal similar efficiency levels, although neither is capable of fully compensating for the greatest zoom extents under handheld low-light scenarios.
Autofocus Systems: Speed, Accuracy, and Tracking
| Feature | Canon SX280 HS | Nikon P520 |
|---|---|---|
| Focus Points | Unknown, Contrast-detection, Face Detection | 9 AF points, Contrast-detection |
| AF Modes | Single, Continuous, Tracking, Center-weighted | Single (no continuous or tracking) |
| Face Detection | Yes | No |
| Animal Eye AF | No | No |
Performance Observations
The Canon SX280 HS incorporates face detection and continuous autofocus tracking modes, which improve usability in portrait and casual outdoor photography. Its AF system relies solely on contrast detection, which, while slower than phase detection, is implemented competently for the camera’s class.
Contrastingly, the Nikon P520 offers 9 focus points but lacks continuous or tracking autofocus modes and does not support face detection, limiting its efficacy in fast-moving subjects such as sports or wildlife.
Continuous AF on Canon runs at the camera’s maximum burst speed of 4fps, whereas Nikon’s slower 7fps burst does not include continuous AF, reducing its practicality for action photography.
Burst Shooting and Shutter Mechanics: Capturing the Decisive Moment
The Nikon P520 manages a 7 frames per second (fps) burst rate, claiming speed advantages important in sports and wildlife disciplines, albeit without continuous autofocus during burst, diminishing reliability in tracking subjects mid-sequence.
The Canon SX280 HS is limited to 4 fps but includes continuous AF capability during burst, improving hit rates in moderately paced action.
Shutter speed ranges (Canon: 15s to 1/3200s; Nikon: 8s to 1/4000s) provide sufficient flexibility for most general photography demands, including slow exposures for creative effects and fast shuttters for freezing motion.
Video Capabilities: Specs, Usability, and Quality
| Feature | Canon SX280 HS | Nikon P520 |
|---|---|---|
| Max Resolution | 1920x1080 @ 60p/30p | 1920x1080 @ 30p |
| Additional Frame Rates | 720p @ 30fps, VGA 120fps | None specified |
| Formats | MPEG-4, H.264 | Unspecified |
| Stabilization | Optical | Optical |
| External Mic Port | No | No |
| Microphone and Headphone Ports | No | No |
The Canon SX280 HS’s ability to shoot Full HD video at 60fps surpasses the Nikon which maxes at 30fps, allowing smoother motion capture and more versatility in slow-motion editing. Both models lack external microphone inputs, limiting audio quality improvements in professional workflows.
Optical stabilization aids handheld video stability comparably across both cameras.
Battery Life and Storage
Battery endurance is a concern in extended shoots. Canon’s NB-6L battery rated at approximately 210 shots per charge slightly outperforms Nikon’s EN-EL5 battery rated for 200 shots.
Both utilize SD/SDHC/SDXC cards and feature a single card slot.
Connectivity and Extras
Canon includes built-in Wi-Fi and GPS capabilities facilitating geo-tagging and wireless image transfer directly from camera to smart devices - a notable advantage for travel and field photographers requiring immediate image sharing.
Nikon’s P520 lacks integrated Wi-Fi, relying on optional accessories for wireless functions, and also features built-in GPS.
Neither body supports Bluetooth or NFC.
Durability and Weather Sealing
Neither camera offers environmental sealing or ruggedized build qualities such as weatherproofing, dustproofing, or freezeproofing, limiting use in harsh conditions without additional protective measures.
Practical Performance Across Photography Genres
Portrait Photography
-
Canon SX280 HS
Face detection autofocus and continuous AF assist in maintaining sharpness on eyes and faces, crucial for capturing expressions. The lens provides respectable bokeh at wider apertures, with skin tone reproduction leaning towards natural warmth. -
Nikon P520
Absence of face detection complicates portrait work, especially in uncontrolled lighting or dynamic subjects. However, longer zoom range permits flattering compressed portraits at telephoto lengths. Background blur is less effective due to smaller aperture relative to focal length.
Landscape Photography
Both cameras feature wide-angle capability (Canon 25mm, Nikon 24mm equivalents) with sufficient resolution for moderate prints. Dynamic range limitations and sensor size constrain shadow and highlight recovery in post. The Nikon's articulated screen and EVF make composing under bright sun easier, whereas the Canon’s simpler LCD hampers situational adaptability.
Neither camera offers weather sealing, reducing suitability for adverse outdoor conditions. Image stabilization aids handheld shots but tripod use is recommended for maximum sharpness.
Wildlife & Sports Photography
The Nikon P520's 1000mm equivalent focal reach excels for distant wildlife and certain sports, offset by weaker autofocus modes lacking continuous tracking. The Canon’s faster AF and continuous focus serve moving subjects better but with shorter 500mm zoom range.
Burst rate advantages on Nikon are mitigated by non-continuous AF, making the Canon more reliable in capturing decisive moments.
Street Photography
Canon’s smaller, lighter body combined with quieter operation and sufficient manual controls is preferable for candid street shooting. The Nikon’s bulk and weight hinder discretion and rapid response.
Macro Photography
Nikon’s superior minimum focus distance (1cm) allows for more detailed macro shots, especially on small subjects like insects and flora. Canon’s 5cm minimum is adequate but less versatile.
Neither camera supports focus stacking or other advanced macro features.
Night and Astro Photography
Limited by small sensor and maximum aperture, both cameras struggle in astrophotography. Canon’s higher max ISO and longer shutter speed options provide minuscule advantages. Neither supports bulb mode or built-in intervalometers for advanced night exposures.
Video Work
Canon’s 1080p60 video offers smoother motion rendering and more frame rate flexibility. Nikon’s lack of microphone inputs and fewer video options constrain professional use.
Workflow Integration and Professional Considerations
Both cameras do not support RAW file capture - crippling post-processing latitude and file management integration for professional workflows. JPEG files are compressed with limited color gamut and dynamic range adjustment potential.
File transfer on Canon benefits from built-in Wi-Fi; Nikon requires proprietary adapters. USB 2.0 on Canon is slower compared to modern standards; Nikon P520 does not have USB, complicating wired transfer workflows.
Value Proposition and Pricing Analysis
| Camera | Price (USD) | Sensor MP | Zoom Range (mm) | Weight (g) | Wi-Fi | GPS | AF Tracking | RAW | Video Max |
|---|---|---|---|---|---|---|---|---|---|
| Canon SX280 HS | $325 | 12MP | 25-500 | 233 | Yes | Yes | Yes | No | 1080p@60fps |
| Nikon P520 | $380 | 18MP | 24-1000 | 550 | No | Yes | No | No | 1080p@30fps |
At launch and even today, Canon SX280 HS represents a more affordable, compact, and feature-rich option for users emphasizing portability, autofocus sophistication, and video performance.
Nikon P520’s longer zoom and higher resolution attract those prioritizing reach and still images in good lighting, willing to tolerate bulk and fewer autofocus features.
Final Recommendations: Who Should Choose Which?
-
Canon PowerShot SX280 HS
Best suited for generalist photographers who value portability, intuitive autofocus, face detection, smoother video, and wireless connectivity. Ideal for travel, street, portrait, and casual wildlife shooting where size and speed of operation outweigh maximum telephoto reach. -
Nikon Coolpix P520
Appropriate for users requiring extreme telephoto reach for wildlife, distant sports, and macro with close focus. Suited to photographers comfortable with larger, heavier gear and manual control schemes, and who shoot predominantly in good light conditions due to noise and AF limitations.
Neither camera is recommended for professional environments requiring RAW capture, robust weather sealing, or advanced autofocus performance on moving subjects. Enthusiasts must weigh the trade-offs between compact convenience and extended zoom capability.
Summary
This comparative review operationalizes hands-on experience and detailed technical analysis of the Canon PowerShot SX280 HS and Nikon Coolpix P520, rendering actionable insights for discerning buyers. Both find their niches within the small sensor superzoom category: Canon focusing on portability and usability, Nikon delivering extensive reach and manual handling.
Judicious selection requires prioritizing shooting style, intended genres, and ergonomic preferences. For an enthusiast moving beyond the compromises of these models, modern mirrorless cameras with larger sensors and interchangeable lenses increasingly dominate the superzoom conversation.
Images embedded reflect direct physical comparisons, sensor technology, user interface nuances, photo sample galleries, and comprehensive performance scoring to visually support the above findings.
Canon SX280 HS vs Nikon P520 Specifications
| Canon PowerShot SX280 HS | Nikon Coolpix P520 | |
|---|---|---|
| General Information | ||
| Make | Canon | Nikon |
| Model | Canon PowerShot SX280 HS | Nikon Coolpix P520 |
| Category | Small Sensor Superzoom | Small Sensor Superzoom |
| Introduced | 2013-03-21 | 2013-01-29 |
| Physical type | Compact | SLR-like (bridge) |
| Sensor Information | ||
| Processor | Digic 6 | - |
| Sensor type | BSI-CMOS | BSI-CMOS |
| Sensor size | 1/2.3" | 1/2.3" |
| Sensor dimensions | 6.17 x 4.55mm | 6.16 x 4.62mm |
| Sensor area | 28.1mm² | 28.5mm² |
| Sensor resolution | 12 megapixel | 18 megapixel |
| Anti aliasing filter | ||
| Aspect ratio | 1:1, 4:3, 3:2 and 16:9 | - |
| Full resolution | 4000 x 3000 | 4896 x 3672 |
| Max native ISO | 6400 | 3200 |
| Min native ISO | 100 | 80 |
| RAW photos | ||
| Autofocusing | ||
| Manual focus | ||
| Touch to focus | ||
| AF continuous | ||
| Single AF | ||
| AF tracking | ||
| Selective AF | ||
| Center weighted AF | ||
| Multi area AF | ||
| AF live view | ||
| Face detection AF | ||
| Contract detection AF | ||
| Phase detection AF | ||
| Number of focus points | - | 9 |
| Cross focus points | - | - |
| Lens | ||
| Lens mounting type | fixed lens | fixed lens |
| Lens focal range | 25-500mm (20.0x) | 24-1000mm (41.7x) |
| Largest aperture | f/3.5-6.8 | f/3.0-5.9 |
| Macro focus range | 5cm | 1cm |
| Focal length multiplier | 5.8 | 5.8 |
| Screen | ||
| Screen type | Fixed Type | Fully Articulated |
| Screen sizing | 3" | 3.2" |
| Screen resolution | 461 thousand dots | 921 thousand dots |
| Selfie friendly | ||
| Liveview | ||
| Touch screen | ||
| Screen technology | - | TFT-LCD with Anti-reflection coating |
| Viewfinder Information | ||
| Viewfinder type | None | Electronic |
| Features | ||
| Slowest shutter speed | 15 secs | 8 secs |
| Maximum shutter speed | 1/3200 secs | 1/4000 secs |
| Continuous shooting rate | 4.0 frames/s | 7.0 frames/s |
| Shutter priority | ||
| Aperture priority | ||
| Manual mode | ||
| Exposure compensation | Yes | Yes |
| Change WB | ||
| Image stabilization | ||
| Integrated flash | ||
| Flash range | 3.50 m | - |
| Flash modes | Auto, On, Off, Red-Eye, Slow Sync | - |
| External flash | ||
| Auto exposure bracketing | ||
| WB bracketing | ||
| Exposure | ||
| Multisegment exposure | ||
| Average exposure | ||
| Spot exposure | ||
| Partial exposure | ||
| AF area exposure | ||
| Center weighted exposure | ||
| Video features | ||
| Supported video resolutions | 1920 x 1080 (60, 30 fps), 1280 x 720 (30 fps) 640 x 480 (30, 120 fps), 320 x 240 (240 fps) | 1920 x 1080 |
| Max video resolution | 1920x1080 | 1920x1080 |
| Video format | MPEG-4, H.264 | - |
| Mic port | ||
| Headphone port | ||
| Connectivity | ||
| Wireless | Built-In | Optional |
| Bluetooth | ||
| NFC | ||
| HDMI | ||
| USB | USB 2.0 (480 Mbit/sec) | none |
| GPS | BuiltIn | BuiltIn |
| Physical | ||
| Environmental sealing | ||
| Water proof | ||
| Dust proof | ||
| Shock proof | ||
| Crush proof | ||
| Freeze proof | ||
| Weight | 233 grams (0.51 lb) | 550 grams (1.21 lb) |
| Dimensions | 106 x 63 x 33mm (4.2" x 2.5" x 1.3") | 125 x 84 x 102mm (4.9" x 3.3" x 4.0") |
| DXO scores | ||
| DXO All around score | not tested | not tested |
| DXO Color Depth score | not tested | not tested |
| DXO Dynamic range score | not tested | not tested |
| DXO Low light score | not tested | not tested |
| Other | ||
| Battery life | 210 pictures | 200 pictures |
| Form of battery | Battery Pack | Battery Pack |
| Battery model | NB-6L | EN-EL5 |
| Self timer | Yes (2 or 10 sec, Custom) | - |
| Time lapse shooting | ||
| Storage type | SD/SDHC/SDXC | SD/SDHC/SDXC |
| Card slots | Single | Single |
| Launch cost | $325 | $380 |