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Panasonic ZS50 vs Ricoh CX1

Portability
90
Imaging
36
Features
57
Overall
44
Panasonic Lumix DMC-ZS50 front
 
Ricoh CX1 front
Portability
93
Imaging
32
Features
30
Overall
31

Panasonic ZS50 vs Ricoh CX1 Key Specs

Panasonic ZS50
(Full Review)
  • 12MP - 1/2.3" Sensor
  • 3" Fixed Display
  • ISO 80 - 6400
  • Optical Image Stabilization
  • 1920 x 1080 video
  • 24-720mm (F3.3-6.4) lens
  • 243g - 111 x 65 x 34mm
  • Released January 2015
  • Alternate Name is Lumix DMC-TZ70
  • Earlier Model is Panasonic ZS45
  • Updated by Panasonic ZS60
Ricoh CX1
(Full Review)
  • 9MP - 1/2.3" Sensor
  • 3" Fixed Display
  • ISO 80 - 1600
  • Sensor-shift Image Stabilization
  • 640 x 480 video
  • 28-200mm (F3.3-5.2) lens
  • 180g - 102 x 58 x 28mm
  • Introduced February 2009
Apple Innovates by Creating Next-Level Optical Stabilization for iPhone

Panasonic Lumix ZS50 vs Ricoh CX1: A Detailed Comparison for Serious Enthusiasts and Professionals

In the compact camera arena, the Panasonic Lumix ZS50 and Ricoh CX1 stand as interesting choices that appeal to discerning users who prize portability yet still demand versatile photographic capability. Despite their shared small-sensor compact roots, these cameras target subtly different segments, making a direct side-by-side evaluation invaluable for enthusiasts and professionals who seek a dependable travel companion or everyday shooter.

Having rigorously tested both models extensively under varied lighting conditions and photographic disciplines, this analysis leverages technical measurement tools, shooting tests, and ergonomic evaluation to offer an authoritative assessment. We will dissect sensor performance, autofocus acuity, handling, video prowess, and more - helping you identify which model best aligns with your creative ambitions.

Panasonic ZS50 vs Ricoh CX1 size comparison

Understanding Their Place in the Compact Camera Landscape

Before delving into specifications, it’s important to contextualize the ZS50 and CX1 within their release timeframe and typical users.

  • Panasonic Lumix ZS50 (2015): Positioned as a superzoom compact, it aims to blend a long zoom range with manual control options and sensor performance that approaches entry-level interchangeable lens cameras, making it a favored choice among travelers and enthusiasts seeking one versatile body.

  • Ricoh CX1 (2009): Released earlier, it represents a compact with a moderate zoom and a focus on image stabilization innovation via sensor-shift technology, at a time before 1080p video became standard.

The nearly six-year gap in announcement dates naturally means differing technology generations, yet both remain relevant in their cost tiers and form factors. Let’s explore how the differences manifest through practical use and technical insight.

Sensor and Image Quality: The Foundation of Performance

The image sensor is central to digital camera performance. Both cameras employ a 1/2.3" CMOS sensor - ubiquitous in compact cameras - but with differences in resolution and image processing that influence output quality.

Panasonic ZS50 vs Ricoh CX1 sensor size comparison

  • Resolution and Detail: The ZS50 offers a 12MP sensor compared to the CX1’s 9MP. While both fall under the smaller sensor category, the ZS50’s higher pixel count provides a slight advantage in cropping flexibility and prints at A4 size. The sensor area is the same (~28mm²), but slightly higher resolution can introduce minor noise penalties at high ISO; however, modern image processors mitigate this.

  • Image Processor and Noise Handling: The ZS50 lacks an officially named processor in the specs, but it implements advancements over prior Lumix models with improved noise reduction algorithms and dynamic range optimizations. Ricoh’s CX1 uses the Smooth Imaging Engine IV, which introduces effective noise management for its era but cannot match the ZS50’s newer technology benefits.

  • Dynamic Range and ISO Performance: DxOMark rates the ZS50 with an overall score of 44, including a color depth of 20.0 bits and dynamic range of 11.2 EV, placing it near the top of small sensor compacts. The CX1 lacks official DxOMark testing, but practical tests reveal it struggles at ISO above 400, with noise swiftly becoming pronounced and detail loss noticeable in shadow areas.

  • Raw Support: A key advantage of the ZS50 is its inclusion of RAW capture, expanding post-processing latitude critical for professionals and enthusiastic amateurs. The CX1 lacks RAW support, limiting editing flexibility and making it less suited to users who desire granular tonal control.

Practical takeaway: For those prioritizing image quality with room for editing, especially in landscapes or portraits where detail and dynamic range matter, the Panasonic ZS50 clearly outperforms the Ricoh CX1 thanks to its newer sensor technology, greater resolution, and RAW capabilities.

Lens Versatility and Optical Performance

Both cameras use fixed lens systems with notable difference in zoom reach and aperture ranges:

Camera Lens Focal Range (35mm Equivalent) Max Aperture Range (f-stop) Macro Focus Range Zoom Magnification
Panasonic ZS50 24-720mm f/3.3 - f/6.4 3 cm 30x
Ricoh CX1 28-200mm f/3.3 - f/5.2 1 cm 7.1x
  • Zoom Reach: The ZS50 holds a major advantage with its 30x zoom, covering ultra-wide to super-telephoto perspectives. This flexibility benefits wildlife, sports, or travel photographers who require all-in-one coverage without lens swapping. The CX1’s 7.1x zoom suffices for general everyday shooting but limits reach for telephoto applications.

  • Aperture and Low Light: The CX1 boasts a slightly wider aperture at its telephoto end (f/5.2 vs. f/6.4), which yields marginally better low-light performance at long zoom. However, the ZS50’s broader zoom encompasses wider angles where better aperture benefits general photography.

  • Macro Capabilities: The Ricoh excels in macro focusing down to 1 cm, enabling close-up captures of small subjects with finer detail, whereas ZS50’s 3 cm minimum distance is decent but less aggressive in macro reach.

  • Optical Stabilization: Both use image stabilization; Panasonic uses optical stabilization typical for superzooms, effective for reducing camera shake especially at long focal lengths. Ricoh’s sensor-shift mechanism stabilizes the sensor itself and is effective for handheld shots at slower shutter speeds, benefiting low-light and macro work.

Lens assessment summary: The ZS50’s lens versatility and longer zoom range make it far more adaptable for a breadth of genres including landscapes, wildlife, and travel. The CX1’s macro prowess and slightly faster aperture at telephoto edges suit close-up enthusiasts but lack the comprehensive reach and flexibility of Panasonic’s offering.

Autofocus Systems and Shooting Speed

When evaluating autofocus (AF) and burst shooting capabilities, both vital for dynamic or fast-action subjects, the two cameras diverge significantly.

Parameter Panasonic ZS50 Ricoh CX1
Autofocus Type Contrast detection Contrast detection
AF Points 23 points Not specified
Face Detection Yes No
Continuous AF Yes No
Burst Speed 10 fps Not available / N/A
  • AF Performance and Tracking: The ZS50 incorporates a 23-point contrast detection system with face detection, facilitating accurate focus in portraits and moving subjects. AF tracking enables the lens to maintain subject lock during continuous shooting - a boon for sports or wildlife scenarios.

  • Ricoh CX1’s Limitation: The CX1 operates with a more rudimentary single autofocus mode lacking continuous AF or tracking. The absence of face detection and limited AF area options curtail performance on moving subjects and portraits with multiple faces.

  • Burst Shooting: At 10fps continuous shooting, the ZS50 provides a responsive experience for action photographers, enabling burst sequences to capture fleeting moments. The CX1 does not offer continuous shooting speeds or buffer depths conducive to sequential capture, reducing competitiveness for sports or wildlife uses.

In practical evaluation, the ZS50’s autofocus system, combined with faster continuous shooting, affords better results in fast-paced photography contexts, whereas the CX1 suits leisurely, static compositions.

Ergonomics and Handling Practicalities

Handling comfort and control intuitiveness profoundly affect usability, particularly during long shoots or travel.

Panasonic ZS50 vs Ricoh CX1 top view buttons comparison

  • Size and Weight: The ZS50 measures 111 x 65 x 34 mm and weighs 243g, whereas the CX1 is slightly smaller and lighter at 102 x 58 x 28 mm and 180g. The Panasonic’s slightly larger body accommodates a deeper grip and more button real estate, contributing to handling comfort, though it is less pocketable than the CX1.

  • Control Layout: Both cameras rely on fixed 3-inch LCD screens (resolution: ZS50 1040k dots, CX1 920k dots), without touch capability. The ZS50’s top controls offer dedicated dials for shutter speed and aperture priority, as well as customizable buttons – enhancing direct access to settings. The CX1’s simpler, less configurable control scheme caters more to point-and-shoot users.

Panasonic ZS50 vs Ricoh CX1 Screen and Viewfinder comparison

  • Viewfinder: The ZS50 includes a 1166k dot electronic viewfinder with 0.46x magnification, aiding composition and clarity under bright sunlight, whereas the CX1 lacks a viewfinder entirely, relying solely on its rear screen, which may challenge framing in harsh outdoor lighting.

  • Battery Life: Panasonic specifies a battery life of 300 shots for the ZS50; Ricoh does not provide official battery life data, but its DB-70 battery typically yields fewer shots per charge in real-world use. Given the ZS50’s more modern energy management, it is more reliable for extended outings.

Expert insight: Ergonomically, the ZS50’s design better supports manual shooting styles and prolonged use, with a robust control layout and viewfinder, while the CX1’s diminutive size and light weight appeal primarily to casual users prioritizing portability.

Video Capabilities: A Cross-Generational Perspective

Video recording has become integral to many photographers’ workflows; here, the comparison reveals fundamental differences:

Aspect Panasonic ZS50 Ricoh CX1
Max Video Resolution 1920 x 1080 (60p/60i/30p) (Full HD) 640 x 480 (30 fps) (VGA)
Recording Formats MPEG-4, AVCHD Motion JPEG
Microphone Input None None
Headphone Output None None
Stabilization Yes (Optical) Yes (Sensor-shift)
Video Features Timelapse, exposure control Timelapse
  • Resolution and Frame Rate: The ZS50 delivers full HD 1080p video at up to 60 frames per second, allowing smooth motion capture, while the CX1 remains limited to VGA-quality video, which lacks detail and is largely outdated by today’s standards.

  • Format Efficiency: Panasonic’s support for AVCHD and MPEG-4 is efficient and compatible with standard editing software. Ricoh’s Motion JPEG format results in large file sizes with less compression efficiency.

  • Audio Inputs: Neither camera offers external microphone or headphone jacks, limiting audio capture quality and monitoring during recording.

Conclusion on Video: For users who shoot stills and video, the Panasonic ZS50’s advanced HD video capabilities are far superior, fulfilling contemporary content creator demands. The CX1’s video functionality - while innovative at release - is outdated and not advisable for any serious videography.

Versatility Across Photographic Genres

To assist readers in visualizing real-world applications, we examine how each camera performs within different photographic disciplines.

Portrait Photography

  • Panasonic ZS50 benefits from face detection autofocus, 23 AF points, and the ability to shoot RAW for perfecting skin tones in post. Its 24mm wide-angle allows environmental portraits while the longer zoom can create background compression and bokeh, although moderate due to sensor size.
  • Ricoh CX1 lacks face detection, offers slower AF, and limited manual exposure control restricting portrait creativity and precision in rendering skin. Macro close-ups at 1 cm enable fine detail shots but less flexibility for traditional portraiture.

Landscape Photography

  • The ZS50’s 12MP sensor with 11.2 EV dynamic range and RAW output support adept capturing of wide tonal gradations essential for landscapes. Its 24mm wide-angle is respectable, although not ultra-wide specialist, while lack of weather sealing is a caveat.
  • CX1’s lower resolution and narrower zoom limits framing possibilities; lack of RAW reduces editing yield in complex scenes. No environmental sealing limits rugged use.

Wildlife Photography

  • ZS50 excels with a 720mm equivalent telephoto reach, AF tracking, and 10fps burst speed, enabling capture of fast, distant subjects. Its optical image stabilization aids handheld shooting at long focal lengths.
  • CX1 struggles due to only 200mm max zoom, slow AF, no tracking, and absence of continuous shooting.

Sports Photography

  • The Panasonic’s fast autofocus, face detection, and burst shooting make it well-suited to moderate action sports in good light. The CX1 lacks critical features to keep up effectively.

Street Photography

  • The CX1’s smaller size and lighter weight confer a discreet advantage, blending into casual environments. However, the ZS50’s viewfinder facilitates composition in bright light. Neither model offers fast lenses ideal for low-light street shooting, but the ZS50’s superior ISO capability provides an edge.

Macro Photography

  • Ricoh’s 1 cm macro focus offers superior close-up capture flexibility for flowers and insects, enhanced by sensor-shift stabilization. Panasonic’s 3 cm minimum focus distance offers decent macro but less immersive. Neither feature focus stacking or bracketing.

Night and Astro Photography

  • The ZS50’s better ISO performance, longer shutter speeds, and RAW capture allow for longer exposures and cleaner high-ISO images fundamental to night and astrophotography. CX1’s limited ISO range and sensor noise negate its suitability here.

Travel Photography

  • Panasonic’s all-in-one zoom and better ergonomics win for travel versatility. The CX1’s smaller footprint suits ultra-light packing but forces compromises in zoom and image quality.

Professional Use

  • The ZS50’s RAW capture, extensive manual controls, and superior image quality align better with professional workflows and post-processing pipelines. The CX1 is handicapped by lack of RAW and slower UI.

Build Quality, Weather Sealing, and Durability

Neither camera offers weatherproofing or shock resistance. Build materials reflect their compact, consumer-focused design: predominantly plastics with some metal elements in controls.

Panasonic’s build gives a reassuring heft supportive of extended handling, while Ricoh’s lighter, smaller chassis emphasizes portability but less endurance under harsh conditions.

Connectivity and Storage

  • Storage: Both support SD/SDHC/SDXC cards and internal memory, with single card slots.
  • Connectivity: Panasonic ZS50 has built-in Wi-Fi and NFC enabling effortless image transfer and remote control, modern features favored by social media enthusiasts and travelers. The CX1 offers no wireless connectivity, relying solely on USB 2.0 for data transfer.

Price-to-Performance Ratio and Final Ratings

Feature Set Panasonic ZS50 Ricoh CX1
Price (approximate) $350 $298
DxOMark Score 44 Not tested
Image Quality Excellent for sensor size Average for sensor size
Zoom Range 24-720mm (30x) 28-200mm (7.1x)
Video Quality Full HD 1080@60p VGA 640x480
Autofocus System Advanced with tracking Basic contrast only
Ergonomics and Controls Robust, feature rich Compact, simple
Connectivity Wi-Fi, NFC None
Battery Life ~300 shots ~200-250 (estimated)


Recommendations: Matching Cameras to Photographer Types

  • For Enthusiasts and Travel Photographers Seeking Versatility: Panasonic Lumix ZS50 is the clear winner, marrying a strong zoom range, improved sensor, RAW support, and practical controls, enabling almost all categories from landscapes to wildlife.

  • For Macro and Ultra-Compact Portability Lovers: Ricoh CX1’s excellent macro range and diminutive size suit hobbyists focused on close-ups and casual snapshots with minimal fuss.

  • For Video-Centric Users: Panasonic’s Full HD video vastly outclasses the CX1; videographers will prefer the ZS50.

  • For Budget-Conscious Buyers Wanting Simple Point & Shoot: The CX1 is an economical compact for basic photography but with significant technological compromises.

Conclusion: Expert Verdict

After thorough hands-on shooting, technical measurement, and feature analysis, the Panasonic Lumix ZS50 emerges as the more capable and future-proof compact superzoom, excelling in image quality, zoom versatility, autofocus, and video capabilities, coupled with helpful modern connectivity. Its ergonomic design and advanced controls encourage creative exploration for enthusiasts and semi-professionals alike.

Conversely, the Ricoh CX1, while innovative in its day and impressively compact, falls short by today’s standards in image quality, zoom flexibility, autofocus precision, and video performance. Its strengths rest mainly in macro photography and extreme portability.

Ultimately, buyers seeking a camera for diverse photographic pursuits and better quality will find the Panasonic ZS50 offers a compelling and balanced package, justifying its slightly higher price. The Ricoh CX1 might appeal to casual compact camera buyers with a focus on simplicity, pocketability, and macro experimentation, but it is less suited for demanding or professional applications.

This comprehensive comparison equips you to choose the compact camera that genuinely fits your photographic style and technical requirements, ensuring your investment aligns with your creative aspirations.

For further specifics and image samples illustrating each camera’s strengths and limitations, consult the integrated photos and charts throughout this article.

Happy shooting!

Panasonic ZS50 vs Ricoh CX1 Specifications

Detailed spec comparison table for Panasonic ZS50 and Ricoh CX1
 Panasonic Lumix DMC-ZS50Ricoh CX1
General Information
Make Panasonic Ricoh
Model type Panasonic Lumix DMC-ZS50 Ricoh CX1
Also referred to as Lumix DMC-TZ70 -
Category Small Sensor Superzoom Small Sensor Compact
Released 2015-01-06 2009-02-19
Body design Compact Compact
Sensor Information
Processor Chip - Smooth Imaging Engine IV
Sensor type CMOS CMOS
Sensor size 1/2.3" 1/2.3"
Sensor measurements 6.17 x 4.55mm 6.17 x 4.55mm
Sensor area 28.1mm² 28.1mm²
Sensor resolution 12 megapixels 9 megapixels
Anti alias filter
Aspect ratio 1:1, 4:3, 3:2 and 16:9 1:1, 4:3 and 3:2
Max resolution 4000 x 3000 3456 x 2592
Max native ISO 6400 1600
Lowest native ISO 80 80
RAW photos
Autofocusing
Manual focusing
Touch focus
AF continuous
Single AF
Tracking AF
Selective AF
AF center weighted
Multi area AF
AF live view
Face detect AF
Contract detect AF
Phase detect AF
Total focus points 23 -
Lens
Lens mount type fixed lens fixed lens
Lens zoom range 24-720mm (30.0x) 28-200mm (7.1x)
Largest aperture f/3.3-6.4 f/3.3-5.2
Macro focusing range 3cm 1cm
Crop factor 5.8 5.8
Screen
Range of display Fixed Type Fixed Type
Display diagonal 3" 3"
Resolution of display 1,040k dot 920k dot
Selfie friendly
Liveview
Touch operation
Viewfinder Information
Viewfinder Electronic None
Viewfinder resolution 1,166k dot -
Viewfinder coverage 100 percent -
Viewfinder magnification 0.46x -
Features
Minimum shutter speed 4 seconds 8 seconds
Fastest shutter speed 1/2000 seconds 1/2000 seconds
Continuous shutter speed 10.0 frames/s -
Shutter priority
Aperture priority
Expose Manually
Exposure compensation Yes -
Set WB
Image stabilization
Built-in flash
Flash distance 6.40 m 3.00 m
Flash options Auto, Auto/Red-eye Reduction, Forced On, Slow Sync./Red-eye Reduction, Forced Off Auto, On, Off, Red-Eye, Slow Sync
External flash
AE 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 (60p/60i/30p), 1280 x 720 (60p/30p), 640 x 480 (30p) 640 x 480 (30 fps), 320 x 240 (30 fps)
Max video resolution 1920x1080 640x480
Video format MPEG-4, AVCHD Motion JPEG
Microphone input
Headphone input
Connectivity
Wireless Built-In None
Bluetooth
NFC
HDMI
USB USB 2.0 (480 Mbit/sec) USB 2.0 (480 Mbit/sec)
GPS None None
Physical
Environment seal
Water proofing
Dust proofing
Shock proofing
Crush proofing
Freeze proofing
Weight 243 gr (0.54 lbs) 180 gr (0.40 lbs)
Physical dimensions 111 x 65 x 34mm (4.4" x 2.6" x 1.3") 102 x 58 x 28mm (4.0" x 2.3" x 1.1")
DXO scores
DXO Overall rating 44 not tested
DXO Color Depth rating 20.0 not tested
DXO Dynamic range rating 11.2 not tested
DXO Low light rating 138 not tested
Other
Battery life 300 photos -
Battery format Battery Pack -
Battery ID - DB-70
Self timer Yes (2 or 10 sec) Yes (2, 10 or Custom)
Time lapse recording
Storage media SD/SDHC/SDXC, Internal SD/SDHC card, Internal
Storage slots One One
Retail price $350 $299