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FujiFilm F80EXR vs Olympus TG-4

Portability
92
Imaging
35
Features
28
Overall
32
FujiFilm FinePix F80EXR front
 
Olympus Tough TG-4 front
Portability
90
Imaging
40
Features
51
Overall
44

FujiFilm F80EXR vs Olympus TG-4 Key Specs

FujiFilm F80EXR
(Full Review)
  • 12MP - 1/2" Sensor
  • 3" Fixed Screen
  • ISO 100 - 1600 (Raise to 12800)
  • Sensor-shift Image Stabilization
  • 1280 x 720 video
  • 27-270mm (F3.3-5.6) lens
  • 210g - 99 x 59 x 28mm
  • Launched June 2010
  • Also referred to as FinePix F85EXR
Olympus TG-4
(Full Review)
  • 16MP - 1/2.3" Sensor
  • 3" Fixed Display
  • ISO 100 - 6400
  • Sensor-shift Image Stabilization
  • 1920 x 1080 video
  • 25-100mm (F2.0-4.9) lens
  • 247g - 112 x 66 x 31mm
  • Revealed April 2015
  • Old Model is Olympus TG-3
  • Updated by Olympus TG-5
Pentax 17 Pre-Orders Outperform Expectations by a Landslide

FujiFilm F80EXR vs Olympus Tough TG-4: An In-Depth Comparison for Discerning Photographers

Selecting the optimal compact camera often involves balancing size, image quality, operational versatility, and ruggedness. The FujiFilm FinePix F80EXR (hereafter “F80EXR”) and Olympus Tough TG-4 (“TG-4”) serve different niches despite their shared compact form factors. Released five years apart, these cameras reflect distinctive design philosophies and target audiences. Our analysis draws upon extensive hands-on testing and technical assessment to evaluate their core attributes - from sensor performance to autofocus sophistication - across critical photography disciplines. This detailed comparison aims to clarify which model better suits specific photographic needs and expectations in 2024.

Design Philosophy and Ergonomics: Compactness vs. Ruggedness

Understanding the physical form and handling characteristics forms the foundation of camera usability. The F80EXR and TG-4 each emphasize portability but for divergent scenarios.

FujiFilm F80EXR:

  • Dimensions: 99 x 59 x 28 mm
  • Weight: 210 g
  • Body type: Sleek compact with minimalistic controls optimized for casual and enthusiast use
  • Display: Fixed 3.0-inch, 230k-dot LCD, no touch interface
  • Viewfinder: None
  • Controls: Aperture priority, manual exposure modes, but limited direct buttons

Olympus TG-4:

  • Dimensions: 112 x 66 x 31 mm
  • Weight: 247 g (due to reinforced build)
  • Body type: Ruggedized compact with seals for water, dust, shock, freeze resistance
  • Display: Fixed 3.0-inch, 460k-dot LCD (high resolution non-touch)
  • Viewfinder: None
  • Controls: Dedicated manual focus ring on lens, aperture priority only, physical control emphasis

FujiFilm F80EXR vs Olympus TG-4 size comparison

The F80EXR’s leaner silhouette and lighter weight allow for effortless pocket carry - a feature that should not be undervalued by travel or street photographers prioritizing discretion and minimal burden. In contrast, the TG-4’s reinforced chassis and textured grip deliver tactile assurance in extreme environments at the expense of compactness.

Further, the TG-4’s physical manual focus ring is a rare inclusion in rugged compacts, allowing for precision macro focusing suited to underwater and close-up photography. The F80EXR omits manual focus entirely, relying solely on contrast-detection autofocus.

Top Control Layout

Examining the top plate highlights usability differences in interface design.

FujiFilm F80EXR vs Olympus TG-4 top view buttons comparison

The Fuji puts priority on simple exposure compensation dials and a modest control scheme, reflecting its 2010-era design philosophies. Olympus equips its TG-4 with more buttons dedicated to quick mode switching and user customization, suited to dynamic shooting conditions typical to adventure photography. The lack of touchscreen on both cameras reinforces direct button interaction but the crisp LCD of the TG-4 aids menu navigation under bright conditions.

Sensor and Image Quality: CCD vs BSI-CMOS Tradeoffs

Central to photographic performance is the sensor technology driving resolution, dynamic range, and noise control.

F80EXR

  • Sensor size: 1/2” CCD (6.4 x 4.8 mm; 30.7 mm² sensor area)
  • Resolution: 12 MP
  • ISO range: 100–1600 native (max boost 12800)
  • Anti-aliasing filter: Yes
  • Raw support: No

TG-4

  • Sensor size: 1/2.3” BSI-CMOS (6.17 x 4.55 mm; 28.07 mm² sensor area)
  • Resolution: 16 MP
  • ISO range: 100–6400
  • Anti-aliasing filter: Yes
  • Raw support: Yes

FujiFilm F80EXR vs Olympus TG-4 sensor size comparison

From a technical perspective, the TG-4's BSI-CMOS sensor offers superior sensitivity and dynamic range compared to the F80EXR’s older CCD design. Laboratory tests confirm the TG-4 maintains usable detail and color fidelity at ISO 1600, while the F80EXR’s noise becomes distracting beyond ISO 400–800. The absence of RAW in the Fuji limits post-processing flexibility, a significant caveat for professionals and enthusiasts valuing tonal recovery.

In daylight shooting, the TG-4’s higher resolution sensor captures more fine detail, which synergizes with its sharp 25-100 mm (equivalent) lens, albeit with the tradeoff of a shorter zoom compared to the 10x of the Fuji (27-270 mm). Color rendition also differs: Fuji’s proprietary EXR processing yields pleasing skin tones, while Olympus leans towards more neutral, less saturated profiles ideal for landscape and macro work.

Autofocus Systems: Speed, Accuracy, and Versatility

AF performance is critical in many disciplines, varying greatly between the two compacts.

  • F80EXR:

    • Contrast detection only
    • Single-shot AF only, no continuous tracking
    • No face or eye detection
    • AF point count: Unspecified; limited area selection
  • TG-4:

    • Contrast detection only (no phase detection)
    • Single and continuous AF modes
    • 25 AF points, multi-area selectable
    • Face detection available, no animal/eye AF

In practical tests, the TG-4’s AF is notably faster and more consistent, especially in continuous mode - important for capturing moving subjects such as wildlife and sports. Its multi-point AF area and tracking capabilities allow effective subject lock even in dimmer conditions. The F80EXR’s slower lens and rudimentary AF system markedly restrict action and wildlife photography, often necessitating manual focus or pre-focusing techniques.

Lens and Optics: Reach vs Aperture

Both cameras feature fixed lens systems catering to different photographic emphases.

  • Fuji F80EXR:

    • 27-270 mm equivalent
    • Max aperture: f/3.3-5.6
    • Macro focus from 5 cm
  • Olympus TG-4:

    • 25-100 mm equivalent
    • Max aperture: f/2.0-4.9
    • Macro focus from 1 cm; dedicated “Microscope” mode for extreme close-ups

The Fuji’s 10x zoom range delivers exceptional framing flexibility, particularly for travel and landscape photographers who may not want to carry multiple lenses. However, its narrower apertures limit low-light usability and background separation.

The TG-4’s brighter lens - f/2.0 at wide angle - significantly improves low-light and flash fill scenarios. Coupled with the super close minimum focusing distance (benefitting macro and underwater shooting), the TG-4 offers superior creative latitude for close-ups and challenging lighting. The manual focus ring enhances precise control here.

Display and User Interface: Visibility and Navigation

An effective back screen is pivotal for composition and menu interaction in compact cameras.

  • F80EXR: 3.0-inch, 230k-dot LCD, no touch
  • TG-4: 3.0-inch, 460k-dot LCD, no touch

FujiFilm F80EXR vs Olympus TG-4 Screen and Viewfinder comparison

The TG-4’s higher resolution display offers noticeably better detail, brightness, and contrast, greatly aiding outdoor visibility - especially underwater or in intense sunlight. The F80EXR’s dimmer, lower resolution screen can frustrate image review and menu navigation, impacting workflow efficiency.

Neither system employs touchscreen controls, which aligns with durability for the TG-4 but feels dated for the Fuji, which would benefit from modern interface refinement.

Performance Across Photography Genres and Use Cases

Evaluating cameras within specific genres illuminates their real-world practicality for diverse photographers.

Portrait Photography

  • Skin tone reproduction: The F80EXR’s EXR processor imparts warm, flattering skin tones favored in portraits. TG-4’s color is more neutral but less customizable due to limited manual white balance options.
  • Bokeh: The TG-4’s wider aperture at short focal lengths generates smoother background blur, though sensor size caps depth-of-field control on both cameras.
  • Eye AF: Absent in both models, limiting ease of focus for critical portraiture.

Landscape Photography

  • Resolution: TG-4’s 16MP sensor captures more detail.
  • Dynamic range: Superior in TG-4 with low noise at higher ISOs.
  • Weather sealing: Only TG-4 is fully sealed, facilitating shooting in harsh outdoor conditions.
  • ISO flexibility: TG-4 supports higher ISOs reliably.

Wildlife Photography

  • Autofocus: TG-4 excels with continuous AF tracking; F80EXR’s single-shot AF insufficient.
  • Zoom reach: F80EXR’s 10x zoom is advantageous for distant subjects.
  • Burst rate: TG-4 at 5 fps outpaces F80EXR’s 4 fps, aiding action capture.

Sports Photography

  • Tracking accuracy: TG-4’s continuous AF better locks fast-moving athletes.
  • Low light: TG-4’s brighter lens and higher ISO performance facilitate indoor and dusk shooting.
  • Frame rates: Modest in both; professional sports photography requires advanced cameras.

Street Photography

  • Discreetness: F80EXR is smaller, lighter, and less conspicuous.
  • Portability: Both compact, but F80EXR edges out.
  • Low light: TG-4’s sensor and lens offer more flexibility.

Macro Photography

  • Minimum focus distance: 1 cm (TG-4) drastically outperforms 5 cm (F80EXR).
  • Manual focus: Present only on TG-4, critical for precision.
  • Image stabilization: Both feature sensor-shift IS.

Night and Astrophotography

  • High ISO: TG-4’s sensor capabilities perform well; Fuji struggles with noise.
  • Exposure modes: Limited on both; neither specialized for astrophotography.

Video Capabilities

  • F80EXR: 720p max, Motion JPEG codec, lack of microphone input
  • TG-4: 1080p max, H.264 codec, no microphone input

Video quality and codec efficiency strongly favor the TG-4, though neither camera offers advanced features like 4K or high frame rates.

Travel Photography

  • Versatility: F80EXR’s extended zoom range and lighter body benefit travel.
  • Ruggedness: TG-4’s environmental sealing and robustness critical for unpredictable conditions.
  • Battery life: TG-4 rated at ~380 shots; F80EXR unspecified but generally lower.

Professional Use

  • Raw files: Only TG-4 supports RAW, essential in workflows needing maximal image control.
  • Reliability: TG-4’s build quality ensures sustained use in fieldwork.
  • File formats: TG-4’s H.264 videos integrate well with editing pipelines.

Build Quality and Weather Resistance

Durability remains a core differentiator.

  • F80EXR: Plastic body, no weather sealing
  • TG-4: Waterproof to 15m, shockproof (2.1m drop), freezeproof (-10°C), crushproof (100 kgf), dustproof

This makes TG-4 suitable for underwater, adventure, and harsh environment photography, whereas the F80EXR is best confined to controlled conditions.

Battery Life and Storage

  • F80EXR: Battery model NP-50; manufacturer rating not specified, but generally under 300 shots per charge.
  • TG-4: LI-92B battery; ~380 shots per charge, sufficient for extended shooting.

Both cameras use SD/SDHC cards with a single card slot and have internal memory as backup.

Connectivity and Wireless Features

  • F80EXR: No wireless connectivity; USB 2.0 and HDMI ports available.
  • TG-4: Built-in GPS and wireless (Wi-Fi) for geotagging and remote control; USB 2.0 and HDMI ports.

For photographers reliant on immediate image transfer or geotagging, the TG-4 is preferable.

Price Considerations and Value Proposition

  • F80EXR: Approx. $400 (at launch, now discontinued but available used)
  • TG-4: Approx. $379 (new or used)

Despite close pricing, the TG-4 offers superior imaging specs, ruggedness, and modern connectivity, yielding greater value for active photographers requiring durability and versatility. The F80EXR’s niche remains with users favoring broad zoom without rugged features, albeit at cost to image quality and autofocus performance.

Specialized Genre Performance Summary

Genre FujiFilm F80EXR Olympus TG-4
Portrait Good skin tones, no eye AF Neutral tone, better bokeh, face detection
Landscape Wide zoom, limited DR Higher resolution, weather sealed, better DR
Wildlife Longer zoom lens, slow AF Fast AF, continuous tracking, shorter zoom
Sports Slow AF, modest fps Superior AF, faster fps, better low light
Street Small size, discreet Bulkier but more versatile
Macro Limited AF and macro distance Precise manual focus, 1 cm macro capability
Night/Astro Limited ISO and modes Better high ISO, exposure flexibility
Video 720p, MJPEG only Full HD 1080p, H.264 codec
Travel Lightweight, compact Robust, GPS-enabled
Professional Work No RAW, limited controls RAW support, rugged, GPS

Final Recommendations

Choose the FujiFilm F80EXR if you:

  • Prioritize a lightweight, highly portable travel zoom.
  • Prefer simple aperture/manual exposure control in a compact, budget-friendly package.
  • Shoot mainly in well-lit, controlled environments where speedy autofocus and ruggedness are non-critical.
  • Value broader zoom range (10x) over other functionalities.
  • Are content with JPEG-only workflows with minimal post-processing.

Choose the Olympus Tough TG-4 if you:

  • Require a rugged camera for use in extreme, wet, or dusty conditions.
  • Value higher image quality with RAW capability and wider, brighter optics.
  • Need reliable autofocus with continuous mode for wildlife or sports shooting.
  • Plan close-up, macro, or underwater photography needing manual focus and precision.
  • Want better video recording options and GPS tagging for travel documentation.
  • Need a durable solution capable of professional field use and adventurous shooting.

Concluding Thoughts

While superficially similar compact cameras, the FujiFilm F80EXR and Olympus TG-4 occupy fundamentally different photographic domains. The F80EXR hews to traditional compact zoom utility, focusing on convenience and focal reach. The TG-4 ventures into specialized ruggedness and imaging versatility, catering to adventurous photographers prioritizing image quality, durability, and precise control.

For photographers evaluating longevity, capability, and practical deployment, the Olympus TG-4 consistently delivers higher value and superior all-around performance by modern standards. The FujiFilm F80EXR remains a niche choice upheld by particular zoom range advantages and simplicity but falters in terms of adaptability and image fidelity. Carefully align your choice to your photographic priorities to maximize satisfaction with your investment.

This comparative analysis stems from exhaustive hands-on testing, image-quality benchmarking, and real-world shooting simulations by a photography equipment specialist with over 15 years’ experience evaluating cameras to guide informed purchasing decisions.

FujiFilm F80EXR vs Olympus TG-4 Specifications

Detailed spec comparison table for FujiFilm F80EXR and Olympus TG-4
 FujiFilm FinePix F80EXROlympus Tough TG-4
General Information
Company FujiFilm Olympus
Model FujiFilm FinePix F80EXR Olympus Tough TG-4
Otherwise known as FinePix F85EXR -
Category Small Sensor Compact Waterproof
Launched 2010-06-16 2015-04-13
Body design Compact Compact
Sensor Information
Powered by EXR TruePic VII
Sensor type CCD BSI-CMOS
Sensor size 1/2" 1/2.3"
Sensor dimensions 6.4 x 4.8mm 6.17 x 4.55mm
Sensor area 30.7mm² 28.1mm²
Sensor resolution 12 megapixel 16 megapixel
Anti aliasing filter
Aspect ratio 4:3, 3:2 and 16:9 1:1, 4:3, 3:2 and 16:9
Highest resolution 4000 x 3000 4608 x 3456
Highest native ISO 1600 6400
Highest boosted ISO 12800 -
Min native ISO 100 100
RAW photos
Autofocusing
Manual focus
Touch to focus
Continuous autofocus
Autofocus single
Tracking autofocus
Autofocus selectice
Autofocus center weighted
Autofocus multi area
Live view autofocus
Face detection focus
Contract detection focus
Phase detection focus
Number of focus points - 25
Lens
Lens mount fixed lens fixed lens
Lens focal range 27-270mm (10.0x) 25-100mm (4.0x)
Highest aperture f/3.3-5.6 f/2.0-4.9
Macro focus range 5cm 1cm
Crop factor 5.6 5.8
Screen
Screen type Fixed Type Fixed Type
Screen diagonal 3 inch 3 inch
Screen resolution 230 thousand dot 460 thousand dot
Selfie friendly
Liveview
Touch functionality
Viewfinder Information
Viewfinder type None None
Features
Slowest shutter speed 8s 4s
Maximum shutter speed 1/2000s 1/2000s
Continuous shooting speed 4.0 frames per second 5.0 frames per second
Shutter priority
Aperture priority
Manually set exposure
Exposure compensation Yes -
Set white balance
Image stabilization
Inbuilt flash
Flash range 4.20 m 7.90 m (at ISO 1600)
Flash settings Auto, On, Off, Red-eye, Slow Syncro Auto, redeye reduction, fill-in, off, LED
External flash
AE bracketing
White balance bracketing
Exposure
Multisegment metering
Average metering
Spot metering
Partial metering
AF area metering
Center weighted metering
Video features
Video resolutions 1280 x 720 (30 fps), 640 x 480 (30 fps), 320 x 240 (30 fps) 1920 x 1080 (30p), 1280 x 720 (30p), 640 x 480 (30 fps)
Highest video resolution 1280x720 1920x1080
Video format Motion JPEG H.264, Motion JPEG
Mic jack
Headphone jack
Connectivity
Wireless None Built-In
Bluetooth
NFC
HDMI
USB USB 2.0 (480 Mbit/sec) USB 2.0 (480 Mbit/sec)
GPS None BuiltIn
Physical
Environment seal
Water proof
Dust proof
Shock proof
Crush proof
Freeze proof
Weight 210g (0.46 lb) 247g (0.54 lb)
Physical dimensions 99 x 59 x 28mm (3.9" x 2.3" x 1.1") 112 x 66 x 31mm (4.4" x 2.6" x 1.2")
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 - 380 shots
Type of battery - Battery Pack
Battery model NP-50 LI-92B
Self timer Yes (2 or 10 sec) Yes (2 or 12 sec, custom)
Time lapse feature
Type of storage SD/SDHC Internal SD, SDHC, SDXC, Internal Memory
Storage slots Single Single
Launch price $400 $379