Panasonic LUMIX S5 IIX S5 IIX Black 2020

Panasonic LUMIX S5 IIX S5 IIX Black 2020

Panasonic
92 Score global
vs
Canon EOS R7 Black

Canon EOS R7 Black

Canon
34 Score global

Scores

Youtube
Panasonic
100
Canon
23
Beginner
Panasonic
95
Canon
33
Wedding Events
Panasonic
93
Canon
30
Video
Panasonic
92
Canon
26
Sports Wildlife
Panasonic
92
Canon
26
Streaming
Panasonic
91
Canon
20
Photography
Panasonic
87
Canon
44
Travel
Panasonic
85
Canon
26
Product Photography
Panasonic
84
Canon
47
Vlogging
Panasonic
83
Canon
15

Spécifications

Panasonic LUMIX S5 IIX S5 IIXCanon EOS R7
Sensor
TypeCMOSCMOS
Sizefull-frameaps-c
Megapixels24.200000762939453 MP32.5 MP
ISO Range100
Autofocus
AF Points
779
Pas de données
AF TypePhoto, VideoContrast Detection, Phase Detection: 779
Eye AF
Animal AF
Subject Detection
Shooting
Burst (Mechanical)30 fps
Burst (Electronic)30 fps
Max Shutter1/8000
Electronic Shutter
Video
Max Resolution6K
4K FPS60 fps
1080p FPS100 fps
10-bit
Log Profile
RAW Video
CodecH.264, H.265, MOV, MP4, ProRes 4:2:2/4:2:0 8/10-Bit
Display & EVF
Screen Size3"
Touchscreen
Articulating
EVF Resolution3.7M dots
Build
Weather Sealed
Weight0.66 kg
Battery Life370 shots
Connectivity
Wi-Fi
Bluetooth
USBUSB-C
HDMIHDMI Output
Hot Shoe

Avantages & Inconvénients

Panasonic LUMIX S5 IIX S5 IIX Black 2020

  • Strong display (99th percentile)99th %ile
  • Strong af (97th percentile)97th %ile
  • Strong build (97th percentile)97th %ile
  • Strong connectivity (93th percentile)93th %ile

Canon EOS R7 Black

  • Strong social proof (97th percentile)97th %ile
  • Strong sensor (96th percentile)96th %ile
  • Below average connectivity (18th percentile)18th %ile
  • Below average video (21th percentile)
  • Below average display (26th percentile)
  • Below average burst (29th percentile)

Verdict

Gagnant: Panasonic LUMIX S5 IIX S5 IIX

Scores 92 overall, wins 10 of 10 usage categories and 25 of 32 specs.

Panasonic LUMIX S5 IIX S5 IIX Meilleur pour:

VideoTravelYoutubeBeginnerVloggingStreamingPhotographyWedding EventsSports WildlifeProduct Photography