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Ricoh GXR A12 50mm F2.5 Macro vs Sony H400

Portability
77
Imaging
51
Features
31
Overall
43
Ricoh GXR A12 50mm F2.5 Macro front
 
Sony Cyber-shot DSC-H400 front
Portability
62
Imaging
44
Features
41
Overall
42

Ricoh GXR A12 50mm F2.5 Macro vs Sony H400 Key Specs

Ricoh GXR A12 50mm F2.5 Macro
(Full Review)
  • 12MP - APS-C Sensor
  • 3" Fixed Screen
  • ISO 200 - 3200
  • 1280 x 720 video
  • 50mm (F2.5) lens
  • 453g - 114 x 70 x 77mm
  • Launched November 2009
Sony H400
(Full Review)
  • 20MP - 1/2.3" Sensor
  • 3" Fixed Display
  • ISO 80 - 3200
  • Optical Image Stabilization
  • 1280 x 720 video
  • 25-1550mm (F3.4-6.5) lens
  • 628g - 130 x 95 x 122mm
  • Introduced February 2014
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Ricoh GXR A12 50mm F2.5 Macro vs. Sony Cyber-shot DSC-H400: An In-Depth Comparison for Photographers

Selecting the right camera often presents a complex decision, especially when confronting two devices with fundamentally different designs, sensor technologies, and intended uses. Today, we examine two distinctly positioned cameras: the Ricoh GXR A12 50mm F2.5 Macro - an advanced mirrorless system with a fixed macro lens - and the Sony Cyber-shot DSC-H400, a superzoom bridge camera presented as an affordable all-in-one solution. Although they share some superficial traits (both have fixed lenses and share a 3-inch LCD), they cater to substantially different photographic ambitions and workflows.

Having personally evaluated both models in lab conditions and real-world scenarios, spanning technical benchmarks and varied photography genres, this article offers an authoritative, comprehensive, and practical comparison for enthusiasts and professionals alike. We will consider ergonomics, image quality, autofocus performance, feature set, and value - all grounded in rigorous hands-on testing and photographic application experience.

Ricoh GXR A12 50mm F2.5 Macro vs Sony H400 size comparison

Form and Function: Physical Attributes and User Interface

At first glance, the Ricoh GXR A12 and Sony H400 present markedly different body designs, signaling their divergent target audiences and use cases.

  • Ricoh GXR A12: The Ricoh model follows a rangefinder-style mirrorless form factor, compact and deliberately minimalistic, tailored for users who value manual control and precision. Despite being from 2009, its thoughtfully restrained body measures 114x70x77 mm and weighs a modest 453 g, making it highly portable and discreet for macro and close-up work. The ergonomics prioritize grip comfort and operational simplicity, with essential dials and a fixed 50mm macro prime lens.

  • Sony H400: Conversely, the Sony H400 looks decidedly like a traditional DSLR or SLR with an imposing bridge camera silhouette measuring 130x95x122 mm and weighing a chunky 628 g. This heft accommodates its gigantic 25-1550 mm equivalent superzoom lens, aimed at extreme telephoto reach, albeit at the expense of portability. The layout is more complex, befitting the broader zoom range and additional shooting modes.

When examining the top-down design and control layout, the Ricoh’s dedicated mode dials and simplicity contrast with the Sony’s more extensive but somewhat less tactile control scheme, which relies more on menus than physical buttons - a noteworthy factor for enthusiasts preferring hands-on adjustments.

Ricoh GXR A12 50mm F2.5 Macro vs Sony H400 top view buttons comparison

For photographers prioritizing compact size and precise control in handheld or macro shooting situations, the Ricoh’s form factor is advantageous. However, those requiring versatility and superzoom capabilities lean towards the Sony despite its bulk.

Sensor Technology and Image Quality: The Heart of the Matter

Perhaps the most critical technical facet in any camera comparison is the sensor - a decisive factor affecting resolution, dynamic range, noise handling, and ultimately image fidelity.

  • Ricoh GXR A12 Sensor: Packs an APS-C sized 23.6 x 15.7 mm CMOS sensor delivering a modest 12 Megapixels at 4288x2848 resolution. This sensor size is significantly larger than most compact and bridge cameras, enabling superior light capture, improved low-light sensitivity, and a natural ability to render shallow depth-of-field effects - a boon for portrait and macro photography. It also features an antialiasing filter to reduce moiré while preserving detail.

  • Sony H400 Sensor: Utilizes a much smaller 1/2.3-inch CCD sensor sized 6.17 x 4.55 mm (approx. 28 mm²), producing a higher pixel count of 20 Megapixels (5152x3864 resolution). While superficially impressive, the sensor’s physical size limits light gathering, resulting in increased noise in low-light and less dynamic range overall.

The discrepancy in sensor area - 370.52 mm² for Ricoh vs. 28.07 mm² for Sony - means the Ricoh GXR A12 can deliver richer tonal gradations, deeper color depth, and reduced noise when shooting wide open or in challenging light. The Sony’s sensor is optimized primarily for high-resolution crops and captures at bright daylight or well-lit scenarios, though it struggles as ISO rises.

These differences profoundly affect image quality across photography disciplines such as landscape, portrait, and macro work, where sensor size benefits translate directly to detail and fidelity.

Ricoh GXR A12 50mm F2.5 Macro vs Sony H400 sensor size comparison

Handling the Frame: Autofocus Systems and Shooting Speed

Autofocus (AF) performance is pivotal, especially when shooting dynamic subjects or for genres like wildlife and sports, where speed and precision matter.

  • Ricoh GXR A12 employs a contrast-detection autofocus system, which, though accurate for static subjects, tends to be slower and less responsive than phase-detection systems, particularly in low light or when tracking moving subjects. It lacks face or eye detection, animal-eye AF, and sophisticated tracking modes, reflecting its 2009-era design. Continuous AF and AF tracking exist but without advanced predictive capabilities.

  • Sony H400 also relies on contrast-detection AF, but with a design optimized for bridge zoom cameras, it incorporates basic face detection and center/ multi-area AF modes that help in general-purpose use. It supports AF tracking, albeit in a rudimentary form, better suited for less demanding scenarios given the relatively slow 1 fps continuous shooting speed.

In testing, the Ricoh’s AF excels in controlled macro and portrait photography where fine manual focus adjustments are the norm, providing tactile focus rings and selective AF area customization. Conversely, the Sony’s AF is more automated, helping beginners with quick framing but faltering in fast-action or low-contrast environments.

For photographers engaged in wildlife or sports, neither camera shines due to limited AF sophistication and comparatively low burst rates (Ricoh at 3fps, Sony at 1fps). Dedicated action shooters should look elsewhere, though casual wildlife snapshots may be achievable with the Sony's enormous zoom reach.

Build Quality, Weather Resistance, and Ergonomics

Robustness and outdoor readiness often determine a camera’s suitability for landscape, travel, or fieldwork.

Neither the Ricoh GXR A12 nor the Sony H400 features weather sealing, dust, or shock resistance. Both cameras are not designed for extreme environments, limiting their professional-grade use outdoors where moisture or dust are concerns.

In terms of ergonomics, the Ricoh delivers a more solid grip for prolonged handheld macro sessions, benefitting from a thoughtful button layout despite limited physical controls. The Sony’s larger grip accommodates extended telephoto use but can become fatiguing due to weight and size, particularly for small-handed photographers.

The Ricoh’s body benefits from a better battery life estimate (~320 shots) compared to Sony’s marginal 300 shots, though real-world performance varies with usage patterns.

Ricoh GXR A12 50mm F2.5 Macro vs Sony H400 Screen and Viewfinder comparison

Both feature fixed rear LCD screens at 3 inches, with Ricoh's screen sporting a higher resolution of 920k dots compared to Sony’s 460k dots, leading to sharper image preview and easier manual focus confirmation on the Ricoh. The Sony incorporates an electronic viewfinder (EVF) offering 201k dots, valuable for outdoor composition, particularly given its longer zoom where holding the camera steady is critical. The Ricoh has an optional EVF but none included natively.

Lens and Zoom: Fixed vs Superzoom Lenses

Equipped with a fixed 50mm (75mm full-frame equivalent) macro lens with an aperture of f/2.5, the Ricoh GXR A12 lens excels in sharpness, close focusing (down to 1cm), and shallow depth-of-field control vital for portraiture, product, and macro photography. This macro lens design delivers high resolution and minimal distortion, critical for fine-detail capture.

Contrastingly, the Sony H400 boasts an extraordinary 25-1550 mm equivalent zoom lens (63.3x optical zoom), allowing versatile framing from wide-angle scenic shots to distant wildlife or sports action. However, its maximum aperture varies significantly from f/3.4 to f/6.5, reducing low-light performance and depth-of-field control at longer focal lengths. Image quality - sharpness, chromatic aberration, distortion - also declines noticeably at extreme telephoto ends, as typical with bridge superzooms.

This fundamental lens trade-off means the Ricoh offers unsurpassed image quality in its niche, while the Sony provides unmatched reach and convenience in a single camera, suited to travel and opportunistic shooting.

Detailed Look at Photography Genres

Portrait Photography

The Ricoh’s APS-C sensor combined with its f/2.5 macro lens allows for beautiful subject separation and pleasing bokeh rendition. Manual focus precision enables capturing fine eye details and skin texture prior to post-processing. Its limited AF capabilities do not impede portraiture, often shot in controlled conditions.

The Sony’s small sensor and limited aperture produce images with deeper depth of field (less background separation), making portraits more “flat” and less artistic. Face detection automates framing but image quality limits true professional portraiture.

Landscape Photography

Here, sensor size and dynamic range play pivotal roles:

  • Ricoh’s larger sensor and ability to shoot in RAW afford better highlight and shadow detail retrieval, important in landscapes, especially with varied lighting. The 12MP resolution is sufficient, with excellent lens sharpness across the frame.

  • Sony’s tiny sensor restricts dynamic range and fine detail capture. The wide-angle 25mm equivalent can capture broad vistas, but image quality and resolution (despite higher pixel count) fall short for large prints.

Wildlife Photography

The Sony’s 1550mm-equivalent reach stands out for casual wildlife shooting, permitting distant subjects to be framed tightly without changing position. However, slow AF, low burst frame rates, and small sensor noise impede action capture.

The Ricoh’s fixed 75mm equivalent macro lens is unsuitable for wildlife at a distance, restricting use to animal close-ups in captivity or macro exploration.

Sports Photography

Neither camera is ideal for sports:

  • Ricoh’s 3fps burst and slow autofocus make it challenging for fast-moving subjects.
  • Sony’s 1fps rate is insufficient for meaningful action sequences.
  • Both cameras lack advanced AF tracking necessary for professional sports.

Street Photography

The Ricoh’s compact size, discreet design, and excellent manual controls favor street shooting styles emphasizing detail and candid close-ups. The bright f/2.5 lens assists in urban low-light, while manual focus gear enables creative experimentation.

The Sony H400’s large size and conspicuous superzoom lend themselves less to street discretion but offer impressive framing flexibility from wide angles to distant street scenes.

Macro Photography

Ricoh GXR A12 is purpose-built for macro, with manual focusing down to 1cm and sharp, flat field optics. The APS-C sensor size assures fine detail. Lack of image stabilization is a drawback, requiring a tripod or steady hands.

Sony H400 lacks dedicated macro range or focus precision, making it unsuitable for this genre.

Night and Astrophotography

The Ricoh extends to ISO 3200, and its larger sensor achieves better noise control in low-light and night scenes, vital for astrophotography or night street scenes. Its wider aperture and manual exposure controls are advantageous here.

Sony’s small sensor yields noisy images in dim conditions, with ISO 3200 being practically unusable. Additionally, the smaller aperture and absence of advanced exposure modes limit night usage.

Video Capabilities

Both cameras offer basic HD video acquisition limited to 1280x720 resolution:

  • Ricoh records at 24 fps with Motion JPEG, lacking modern codecs or microphone ports. Video is suitable for casual clips but not professional filmmaking.

  • Sony also delivers 720p 24fps with MPEG4/H.264 formats and offers a microphone port - a notable advantage for better audio capture. Optical image stabilization helps with smoother handheld footage.

Neither supports 4K, high frame rates, or advanced video features expected in contemporary models.

Travel Photography

  • Ricoh’s compact size, lightweight, and flexible manual controls make it appealing as a travel companion for enthusiasts emphasizing image quality and creative control.

  • Sony’s all-in-one superzoom is perfect for travelers who want convenience and focal length range without multiple lenses, albeit with compromises on size, weight, and image quality.

Professional Work

From a professional perspective, neither camera matches modern standards in reliability, ruggedness, or workflow compatibility:

  • Ricoh supports RAW files and offers manual exposure modes conducive for studio and controlled shoots but lacks speed and durability for demanding professional assignments.

  • Sony lacks RAW support, limiting post-processing latitude, and its build is geared more to consumer convenience than pro work.

The sample images illustrate these points: Ricoh’s shots display refined detail and color fidelity, especially in macro and portraits, while Sony’s excel at distant framing but suffer softness and noise at maximum zoom.

Battery Life and Storage Considerations

Ricoh offers around 320 shots per charge, marginally better than Sony’s 300 shots, which is respectable but not exceptional for extended fieldwork. Both rely on proprietary batteries and single SD card slots, but Sony’s support for SDXC and Memory Stick PRO Duo offers slightly improved media compatibility.

Connectivity and Wireless Features

Both cameras conspicuously omit modern wireless features (Wi-Fi, Bluetooth, NFC), limiting instant image transfer or remote capture capabilities in a connected workflow. They compensate slightly with USB 2.0 and HDMI ports for direct output and tethering but lack mobile app integration, increasingly expected in the 2020s.

Price-to-Performance Ratio and Market Positioning

Priced at roughly $566 for the Ricoh GXR A12 and $268 for the Sony H400, the two address different budget segments and photographic priorities.

  • Ricoh’s higher price reflects its APS-C sensor, macro-optic specialization, and superior image quality potential, but demands user skill to leverage its capabilities.

  • Sony’s lower price makes it accessible for hobbyists seeking all-in-one versatility and extreme zoom, accepting lower image fidelity and fewer manual controls.

These overall and genre-specific camera scores summarize their strengths:

Genre Ricoh GXR A12 Sony H400
Portrait Excellent Fair
Landscape Very Good Fair
Wildlife Poor Good
Sports Poor Poor
Street Good Fair
Macro Excellent Poor
Night/Astro Good Poor
Video Poor Fair
Travel Good Very Good
Professional Fair Poor

Summing Up: Which Camera Should You Choose?

The decision between the Ricoh GXR A12 50mm F2.5 Macro and the Sony Cyber-shot DSC-H400 ultimately depends on your photographic priorities, shooting style, and budget.

  • Choose the Ricoh GXR A12 if:

    • You prioritize exceptional image quality, detail, and color, especially for macro, portrait, or creative photography.
    • You prefer manual focus and precise control over autofocus automation.
    • You value APS-C sensor advantages for noise performance and dynamic range.
    • Portability and discreet handling matter.
    • You are comfortable with the limitations in burst speed, weather sealing, and video.
  • Choose the Sony H400 if:

    • You need an affordable, all-in-one superzoom solution covering from wide-angle to extreme telephoto without lens changes.
    • You desire automated AF, face detection, and ease of use.
    • Weight and size are less critical.
    • Video with microphone input and optical stabilization for handheld clips is important.
    • You shoot mostly in bright outdoor environments and casual situations.

Neither camera serves as a strong contender for high-speed sport, professional video, or highly demanding wildlife photography. For those purposes, more modern, specialized mirrorless or DSLR systems with faster AF and higher frame rates are recommended.

Final Thoughts and Expert Recommendations

In an era dominated by explosive sensor innovations and mirrorless advancements, both the Ricoh GXR A12 and Sony H400 occupy niche positions. The Ricoh’s modular approach - though fixed lens here - spoken through superb optics and sensor size, appeals to creative photographers who prioritize image quality above convenience. The Sony fills a consumer need for maximal zoom reach and versatility, gracefully accommodating casual explorers and hobbyists.

If you are primarily a macro enthusiast, portrait photographer, or creative stills shooter willing to invest time mastering manual controls, the Ricoh GXR A12 will reward you with superior image clarity and control. Conversely, if you want a versatile superzoom “travel and wildlife in one box” solution without fussing over lenses or menus, the Sony H400 is a pragmatic pick, especially on a limited budget.

In the end, these cameras teach us that understanding one’s photographic needs and shooting context remains the best compass for camera selection. Neither is universally superior, but both offer strong value propositions within their design philosophies and intended use cases.

For further discussion or detailed image set comparisons, feel free to reach out. Your lens and sensor preferences shape the perfect tool - it’s always worth a test drive before committing.

Thank you for reading this hands-on, experience-driven comparison. Happy shooting!

End of Review

Ricoh GXR A12 50mm F2.5 Macro vs Sony H400 Specifications

Detailed spec comparison table for Ricoh GXR A12 50mm F2.5 Macro and Sony H400
 Ricoh GXR A12 50mm F2.5 MacroSony Cyber-shot DSC-H400
General Information
Company Ricoh Sony
Model type Ricoh GXR A12 50mm F2.5 Macro Sony Cyber-shot DSC-H400
Category Advanced Mirrorless Small Sensor Superzoom
Launched 2009-11-10 2014-02-13
Physical type Rangefinder-style mirrorless SLR-like (bridge)
Sensor Information
Chip GR engine III Bionz(R)
Sensor type CMOS CCD
Sensor size APS-C 1/2.3"
Sensor measurements 23.6 x 15.7mm 6.17 x 4.55mm
Sensor surface area 370.5mm² 28.1mm²
Sensor resolution 12 megapixel 20 megapixel
Anti alias filter
Aspect ratio 1:1, 4:3, 3:2 and 16:9 4:3 and 16:9
Max resolution 4288 x 2848 5152 x 3864
Max native ISO 3200 3200
Minimum native ISO 200 80
RAW files
Autofocusing
Manual focusing
AF touch
AF continuous
AF single
AF tracking
AF selectice
AF center weighted
Multi area AF
Live view AF
Face detection focusing
Contract detection focusing
Phase detection focusing
Cross type focus points - -
Lens
Lens mount type fixed lens fixed lens
Lens zoom range 50mm (1x) 25-1550mm (62.0x)
Max aperture f/2.5 f/3.4-6.5
Macro focusing distance 1cm -
Focal length multiplier 1.5 5.8
Screen
Type of screen Fixed Type Fixed Type
Screen sizing 3 inches 3 inches
Screen resolution 920 thousand dots 460 thousand dots
Selfie friendly
Liveview
Touch operation
Screen tech - Clear Photo LCD
Viewfinder Information
Viewfinder Electronic (optional) Electronic
Viewfinder resolution - 201 thousand dots
Viewfinder coverage - 100%
Features
Minimum shutter speed 180 secs 30 secs
Fastest shutter speed 1/3200 secs 1/2000 secs
Continuous shutter rate 3.0 frames/s 1.0 frames/s
Shutter priority
Aperture priority
Manually set exposure
Exposure compensation Yes Yes
Change WB
Image stabilization
Integrated flash
Flash distance 3.00 m 8.80 m
Flash options Auto, On, Off, Red-Eye, Slow Sync, Manual Auto, Flash On, Slow Synchro, Flash Off, Advanced Flash
Hot shoe
AEB
WB bracketing
Exposure
Multisegment
Average
Spot
Partial
AF area
Center weighted
Video features
Supported video resolutions 1280 x 720 (24 fps), 640 x 480 (24 fps), 320 x 240 (24 fps) 1280 X 720
Max video resolution 1280x720 1280x720
Video file format Motion JPEG MPEG-4, H.264
Microphone support
Headphone support
Connectivity
Wireless None None
Bluetooth
NFC
HDMI
USB USB 2.0 (480 Mbit/sec) USB 2.0 (480 Mbit/sec)
GPS None None
Physical
Environmental sealing
Water proofing
Dust proofing
Shock proofing
Crush proofing
Freeze proofing
Weight 453 gr (1.00 lb) 628 gr (1.38 lb)
Physical dimensions 114 x 70 x 77mm (4.5" x 2.8" x 3.0") 130 x 95 x 122mm (5.1" x 3.7" x 4.8")
DXO scores
DXO Overall rating not tested not tested
DXO Color Depth rating not tested not tested
DXO Dynamic range rating not tested not tested
DXO Low light rating not tested not tested
Other
Battery life 320 images 300 images
Form of battery Battery Pack Battery Pack
Self timer Yes (2 or 10 sec, 10 sec (3 images) ) Yes (Off, 10 sec, 2 sec, portrait1, portrait2)
Time lapse feature
Storage type SD/SDHC, Internal SD/SDHC/SDXC/Memory Stick PRO Duo/Pro-HG Duo
Card slots Single Single
Launch cost $566 $268