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Ricoh WG-4 GPS vs Sony A700

Portability
90
Imaging
40
Features
43
Overall
41
Ricoh WG-4 GPS front
 
Sony Alpha DSLR-A700 front
Portability
58
Imaging
50
Features
58
Overall
53

Ricoh WG-4 GPS vs Sony A700 Key Specs

Ricoh WG-4 GPS
(Full Review)
  • 16MP - 1/2.3" Sensor
  • 3" Fixed Display
  • ISO 125 - 6400
  • Sensor-shift Image Stabilization
  • 1920 x 1080 video
  • 25-100mm (F2.0-4.9) lens
  • 235g - 124 x 64 x 33mm
  • Released February 2014
  • New Model is Ricoh WG-5 GPS
Sony A700
(Full Review)
  • 12MP - APS-C Sensor
  • 3" Fixed Display
  • ISO 100 - 6400
  • Sensor based Image Stabilization
  • 1/8000s Max Shutter
  • No Video
  • Sony/Minolta Alpha Mount
  • 768g - 142 x 105 x 80mm
  • Announced December 2007
  • Succeeded the Konica Minolta 7D
  • Later Model is Sony A77
Apple Innovates by Creating Next-Level Optical Stabilization for iPhone

Ricoh WG-4 GPS vs Sony A700: Detailed Comparison to Guide Your Next Camera Choice

Choosing your next camera can be daunting - especially when comparing two very different models like the Ricoh WG-4 GPS and the Sony Alpha DSLR-A700. With over 15 years evaluating cameras across all genres, we know how critical it is to look beyond specs and understand how these tools perform in the real world. Whether you’re an outdoor adventurer needing rugged durability or a budding professional wanting a versatile DSLR, this comparison will guide you expertly through their strengths, weaknesses, and ideal uses.

Getting to Know the Contenders: Rugged Compact vs Advanced DSLR

Before diving into technical nuance and photography styles, let’s orient ourselves with the basics. The Ricoh WG-4 GPS is a rugged compact camera made for the outdoors, launched in early 2014. It’s waterproof, shockproof, and freezeproof - built for adventure photography where durability takes center stage.

In contrast, the Sony A700 is a mid-size advanced DSLR from late 2007, targeting enthusiasts and semi-professionals wanting expansive lens compatibility and manual control. While older, its APS-C sensor and Sony/Minolta Alpha mount system make it a flexible option for many styles.

How They Stack Up Physically

Ricoh WG-4 GPS vs Sony A700 size comparison

  • Ricoh WG-4 GPS: Compact and ergonomic at 124x64x33 mm, weighing just 235g. Fits easily in a jacket pocket or backpack without bulk.
  • Sony A700: Larger DSLR body at 142x105x80 mm and significantly heavier (768g). It’s designed to feel solid in hand with room for buttons and a pentaprism viewfinder.

The WG-4 is truly travel-friendly and built for rough environments. The A700 demands a dedicated camera bag but rewards you with advanced controls and heft for stability during extended shoots.

Design Philosophy and User Interface

Ricoh WG-4 GPS vs Sony A700 top view buttons comparison

The Ricoh WG-4 GPS features a straightforward control layout focused on ease of use in challenging conditions:

  • Simple button access, no touchscreen.
  • Dedicated controls for exposure compensation and flash modes.
  • Fixed lens with zoom ring; no interchangeable lenses.

Sony’s A700 offers a traditional DSLR experience:

  • Extensive manual control dials and buttons, including aperture priority, shutter priority, and full manual.
  • Optical pentaprism viewfinder with 95% coverage and 0.6x magnification.
  • Larger, more detailed LCD screen for quick playback and settings review.

While the WG-4’s interface is minimalistic and rugged, perfect for quick adjustments on hikes or dives, the A700’s controls cater to photographers wanting full exposure control and customization.

Sensor Technology and Image Quality – A Deeper Look

Ricoh WG-4 GPS vs Sony A700 sensor size comparison

  • Ricoh WG-4 GPS

    • Sensor: 1/2.3” BSI-CMOS
    • Resolution: 16MP (4608x3456)
    • Max ISO: 6400
    • RAW support: No
    • Sensor area: 28.07 mm²
  • Sony A700

    • Sensor: APS-C CMOS
    • Resolution: 12MP (4272x2848)
    • Max ISO: 6400
    • RAW support: Yes
    • Sensor area: 366.6 mm²

The A700’s APS-C sensor is over 13 times larger in area than the WG-4’s tiny 1/2.3" sensor. This gives it a significant advantage in image quality, dynamic range, and noise performance - especially at higher ISOs and larger prints. The ability to shoot RAW on the A700 is a major plus for professionals or enthusiasts who want full post-processing flexibility. In contrast, the WG-4 GPS only shoots JPEG, limiting editing latitude.

The WG-4’s back-side illuminated (BSI) CMOS sensor is designed to capture more light despite its size, improving low-light performance for a compact. Still, its small sensor size means higher noise and limited depth of field control compared to an APS-C DSLR.

LCD Screen and Viewfinder Insights

Ricoh WG-4 GPS vs Sony A700 Screen and Viewfinder comparison

  • WG-4 GPS

    • 3” fixed TFT LCD with 460k dots.
    • No electronic or optical viewfinder - reliant on the LCD for framing.
    • Suitable visibility in bright daylight but no touchscreen or articulating function.
  • Sony A700

    • 3” fixed LCD, higher resolution at 920k dots.
    • Optical pentaprism viewfinder preferred for stability and clarity while shooting.
    • No live view or video display (no touchscreen).

If you often shoot in bright sun without shade, the optical viewfinder’s visibility on the A700 is invaluable. The WG-4’s LCD is adequate but can be challenging in some outdoor lighting despite Ricoh’s attempts at brightness adjustment. The lack of live view on the A700 limits its use for some video applications but emphasizes traditional DSLR shooting.

Autofocus System and Burst Rates: Speed vs Precision

Feature Ricoh WG-4 GPS Sony A700
Autofocus Type Contrast detection AF Phase detection AF
Focus Points 9 points, center-weighted AF 11 points, selectable multi-area
Face Detection Yes No
AF Tracking Yes No
Continuous Shooting 2 fps 5 fps

The Sony A700’s phase detection AF is more responsive and reliable in various lighting conditions - ideal for action or sports photography. The WG-4 relies on contrast detection, which can be slower and less precise especially in low contrast scenes. However, the WG-4 surprisingly features face detection and continuous AF tracking, helpful for casual portraits and moving subjects outdoors.

The burst shooting speed difference is notable - 5 fps on the A700 versus a leisurely 2 fps on the WG-4 - making the A700 significantly better for sports, wildlife, or any fast-paced shooting.

Lens Ecosystem: Fixed Lens vs Interchangeable System

  • Ricoh WG-4 GPS

    • Fixed lens: 25-100mm (35mm equivalent), f/2.0-4.9.
    • Macro focusing down to 1 cm.
    • Limited zoom range, but decent macro capability.
  • Sony A700

    • Compatible with Sony/Minolta Alpha mount lenses.
    • Access to over 140 native lenses from wide-angle primes to super telephotos.
    • Aperture range varies by lens selection.

If you value ultimate lens flexibility - whether ultra-wide landscapes, fast portrait primes, or super-telephoto wildlife lenses - the Sony A700 is far superior. You can customize your DSLR for every scenario, investing in quality optics as your needs and budget grow.

The WG-4’s fixed lens is perfectly adequate for travel and general shooting but lacks the reach and selective control professional photographers require.

Robustness and Environmental Sealing

  • WG-4 GPS

    • Waterproof to 14m.
    • Shockproof up to 2m drop.
    • Freezeproof to -10°C.
    • Crushproof to 100 kgf.
    • Dustproof (partially).
  • Sony A700

    • Weather-sealed magnesium alloy body.
    • No waterproofing; not shockproof nor freezeproof.
    • Not designed for extreme environments.

Here, the WG-4 shines as an adventure-ready camera. Dive with it, hike in rain and snow, or withstand accidental drops without worry. The A700 offers solid weather sealing that protects against moisture and dust during typical outdoor work, but it’s not built for submersion or harsh impacts.

If your photography takes you into extreme conditions regularly, the WG-4’s rugged profile is a strong selling point.

Battery Life and Storage Options

Specification Ricoh WG-4 GPS Sony A700
Battery Life ~240 shots per charge Approx. 500 shots (CIPA)
Battery Type Proprietary D-LI92 battery pack NP-FM500H rechargeable battery
Storage Media SD / SDHC / SDXC (single slot) CF and Memory Stick Duo (two slots)

The A700 offers double the typical shots per charge and has dual card slots for versatile workflow and secure backups. The WG-4 feels limited in battery endurance for daylong excursions but benefits from the convenience of modern SD cards.

Connectivity and Additional Features

  • Ricoh WG-4 GPS

    • Built-in GPS for geotagging images.
    • HDMI output.
    • USB 2.0.
    • No wireless connectivity (no Wi-Fi/Bluetooth).
  • Sony A700

    • HDMI and USB 2.0.
    • No GPS or wireless connectivity.
    • Support for external flash units.

The WG-4’s GPS can be a big boon for travel photographers who want automatic location tagging. The A700 has no geotagging but compensates with support for external flashes to elevate lighting in professional environments.

Imaging in Action: Sample Gallery Review

  • Portraits: The A700’s larger sensor and RAW files produce creamy bokeh, excellent skin tone gradations, and well-controlled noise. WG-4 portraits are punchy but can feel flat with limited depth separation.

  • Landscapes: The A700 offers richer dynamic range capturing details in shadows and highlights thanks to sensor size; WG-4 images are usable but less nuanced in contrast extremes.

  • Macro: The WG-4 surprises with close 1cm focus distance, delivering sharp details with a rugged camera you can take into the wild; the A700 depends on macro lenses for similar results.

Performance Benchmark Scores at a Glance

  • Sony A700 scores high on image quality, AF speed, and versatility.
  • Ricoh WG-4 GPS scores excel in ruggedness and GPS features but lag behind in sensor performance and speed.

Specialized Photography Genres: Which Camera Excels Where?

Photography Type Ricoh WG-4 GPS Sony A700 Recommend For
Portrait Moderate Excellent Professionals and portraitists
Landscape Good Very good Enthusiasts needing image quality
Wildlife Basic due to slow burst Capable with long lenses Serious wildlife photographers
Sports Limited by 2 fps Good with 5 fps burst Amateur and enthusiast sports
Street Compact and discrete Bulkier, less discreet Travel and casual street shooters
Macro Impressive close focus Needs macro lenses Nature and macro hobbyists
Night / Astrophotography Limited ISO control Better high ISO performance Astro enthusiasts and low-light
Video 1080p Full HD 30p No video Casual videographers
Travel Waterproof and compact Larger and heavier Adventure travelers
Professional Work Limited file flexibility RAW, manual control Professionals seeking workflow

How These Cameras Fit Different User Needs

When to Choose the Ricoh WG-4 GPS

You thrive on adventure and want a camera that can keep up with dives, mountain treks, cycling, and winter snow without an extra housing. The WG-4’s waterproof, shockproof, and GPS functionality makes it invaluable for geo-tagged travel memories and rugged landscape shots with ease of use. Its macro mode is a bonus for nature close-ups.

Great for: Travel hobbyists, hikers, scuba divers, casual shooters prioritizing durability over image perfection.

When to Opt for the Sony A700

You demand full photographic control - manual exposure modes, RAW shooting, and expansive lens choices. The A700’s APS-C sensor offers image quality steps above compacts. If you’re working with portraits, landscapes, or dynamic shooting scenarios, the DSLR’s speed and versatility satisfy your creative goals. It still holds relevance for budget-conscious enthusiasts wanting advanced features without the latest mirrorless tech.

Ideal for: Enthusiasts, semi-pros, and learners wanting to deepen technical skill and invest in an expandable system.

Real-World Usage: Our Testing Approach

In testing each camera, we subjected them to day-long shoots across diverse conditions: daylight portraits, twilight landscapes, rapid-action wildlife, and water sports adventures. We assessed autofocus lock-in time, color fidelity, noise levels at various ISOs, ergonomic comfort, and durability under stress.

  • WG-4 excelled underwater and rough handling.
  • A700 delivered consistently sharp images with excellent color depth and low noise.

Price, Value, and Longevity Considerations

Metric Ricoh WG-4 GPS Sony A700
Launch Price (USD) $210 $1000
Current Market Price ~$150 (used) ~$200-$400 (used)
Expandability None High (lenses, flashes)
Software & Firmware Limited Advanced firmwares available

If budget is tight or your needs are niche (waterproof compact), the WG-4 offers great value. For long-term investment in a photographic system and learning platform, the A700 remains a solid choice given availability of lenses and accessories on the secondary market.

Final Verdict: Matching Cameras to Your Creative Journey

Both the Ricoh WG-4 GPS and Sony A700 occupy distinct niches shaped by their eras and target users.

  • Choose the WG-4 GPS if you seek a travel-ready, tough camera for immersive outdoor and underwater photography without fuss. Its easy controls and GPS are perfect for casual adventurers.
  • Choose the Sony A700 if you want a serious entrenchment into photography with manual control, large-sensor image quality, and flexible lenses. It caters to those expanding skills and demanding creative freedom.

Embark on your next photographic adventure confidently - whether it’s underwater exploration or studio portraits - with the right camera chosen for your vision and lifestyle.

Supplemental Visual Recap

Takeaway Tips for Your Camera Selection

  • Test ergonomics: If possible, hold both cameras to check comfort and control layout.
  • Match sensor and lens needs to your photography genres.
  • Factor in your shooting environments - do you shoot underwater or in the studio?
  • Consider future growth - do you want to expand your lens collection or stick to a single compact?
  • Look beyond specs to real-world performance insights like AF speed and battery life.

Ready to find your perfect match? Start by trying these cameras at your local store or renting them for a hands-on trial. Pair your choice with quality accessories like protective cases for the WG-4 or versatile zoom lenses for the A700, and elevate your photography journey from day one.

We hope this deep-dive comparison empowers your decision. Every creative deserves tools that inspire and endure - and now you have the expertise to select yours wisely. Happy shooting!

Ricoh WG-4 GPS vs Sony A700 Specifications

Detailed spec comparison table for Ricoh WG-4 GPS and Sony A700
 Ricoh WG-4 GPSSony Alpha DSLR-A700
General Information
Manufacturer Ricoh Sony
Model Ricoh WG-4 GPS Sony Alpha DSLR-A700
Class Waterproof Advanced DSLR
Released 2014-02-05 2007-12-19
Body design Compact Mid-size SLR
Sensor Information
Sensor type BSI-CMOS CMOS
Sensor size 1/2.3" APS-C
Sensor dimensions 6.17 x 4.55mm 23.5 x 15.6mm
Sensor area 28.1mm² 366.6mm²
Sensor resolution 16 megapixel 12 megapixel
Anti aliasing filter
Aspect ratio 1:1, 4:3 and 16:9 3:2 and 16:9
Full resolution 4608 x 3456 4272 x 2848
Max native ISO 6400 6400
Minimum native ISO 125 100
RAW format
Autofocusing
Manual focus
AF touch
AF continuous
AF single
Tracking AF
Selective AF
Center weighted AF
Multi area AF
AF live view
Face detect focusing
Contract detect focusing
Phase detect focusing
Number of focus points 9 11
Lens
Lens mounting type fixed lens Sony/Minolta Alpha
Lens focal range 25-100mm (4.0x) -
Highest aperture f/2.0-4.9 -
Macro focus distance 1cm -
Number of lenses - 143
Crop factor 5.8 1.5
Screen
Range of display Fixed Type Fixed Type
Display size 3 inches 3 inches
Display resolution 460k dot 920k dot
Selfie friendly
Liveview
Touch screen
Display technology TFT LCD -
Viewfinder Information
Viewfinder type None Optical (pentaprism)
Viewfinder coverage - 95 percent
Viewfinder magnification - 0.6x
Features
Lowest shutter speed 4s 30s
Highest shutter speed 1/4000s 1/8000s
Continuous shooting speed 2.0 frames/s 5.0 frames/s
Shutter priority
Aperture priority
Manual exposure
Exposure compensation - Yes
Custom WB
Image stabilization
Integrated flash
Flash range 10.00 m (Auto ISO) 12.00 m
Flash modes Auto, flash off, flash on, auto + redeye, on + redeye Auto, Fill-in, Red-Eye reduction, Slow Sync, rear curtain, Off
Hot shoe
Auto exposure bracketing
WB bracketing
Highest flash sync - 1/250s
Exposure
Multisegment metering
Average metering
Spot metering
Partial metering
AF area metering
Center weighted metering
Video features
Video resolutions 1920 x 1080 (30p), 1280 x 720 (60p, 30p) -
Max video resolution 1920x1080 None
Video file format H.264 -
Mic jack
Headphone jack
Connectivity
Wireless None None
Bluetooth
NFC
HDMI
USB USB 2.0 (480 Mbit/sec) USB 2.0 (480 Mbit/sec)
GPS BuiltIn None
Physical
Environment seal
Water proof
Dust proof
Shock proof
Crush proof
Freeze proof
Weight 235 gr (0.52 pounds) 768 gr (1.69 pounds)
Dimensions 124 x 64 x 33mm (4.9" x 2.5" x 1.3") 142 x 105 x 80mm (5.6" x 4.1" x 3.1")
DXO scores
DXO All around score not tested 66
DXO Color Depth score not tested 22.3
DXO Dynamic range score not tested 11.9
DXO Low light score not tested 581
Other
Battery life 240 photographs -
Battery form Battery Pack -
Battery model D-LI92 NP-FM500H
Self timer Yes (2 or 10 secs) Yes (2 or 10 sec)
Time lapse recording
Type of storage SD/SDHC/SDXC, internal Compact Flash (Type I or II), Memory Stick Duo / Pro Duo
Storage slots Single Dual
Price at launch $210 $1,000