Panasonic LUMIX GH7 GH7 Black/White 2025

Panasonic LUMIX GH7 GH7 Black/White 2025

Panasonic
94 Punteggio complessivo
vs
Sony Alpha NEX-7 Srgb, Adobe Rgb

Sony Alpha NEX-7 Srgb, Adobe Rgb

Sony
22 Punteggio complessivo

Punteggi

Video
Panasonic
92
Sony
22
Wedding Events
Panasonic
90
Sony
20
Beginner
Panasonic
90
Sony
21
Sports Wildlife
Panasonic
88
Sony
14
Youtube
Panasonic
88
Sony
16
Photography
Panasonic
85
Sony
29
Product Photography
Panasonic
81
Sony
37
Travel
Panasonic
80
Sony
19
Vlogging
Panasonic
75
Sony
12
Streaming
Panasonic
74
Sony
17

Specifiche

Panasonic LUMIX GH7 GH7Sony Alpha NEX-7
Sensor
TypeBSI CMOS
Sizemicro-four-thirdsaps-c
Megapixels25.200000762939453 MP24.299999237060547 MP
ISO Range100
Autofocus
AF Points
315
25
AF TypePhoto, VideoContrast Detection: 31525
Eye AF
Animal AF
Subject Detection
Shooting
Burst (Mechanical)75 fps
Max Shutter1/320001/4000
Electronic Shutter
Video
Max Resolution6K
4K FPS120 fps
1080p FPS240 fps
10-bit
Log Profile
RAW Video
CodecH.265, H.264, ProRes RAW
Display & EVF
Screen Size3"
Touchscreen
Articulating
EVF Resolution3.7M dots
Build
Weather Sealed
Weight0.72 kg0.29 kg
Battery Life350 shots
Connectivity
Wi-Fi
Bluetooth
USBUSB-C
HDMIHDMI Output
Hot Shoe

Pro e Contro

Panasonic LUMIX GH7 GH7 Black/White 2025

  • Strong build (97th percentile)97th %ile
  • Strong video (97th percentile)97th %ile
  • Strong stabilization (96th percentile)96th %ile
  • Strong burst (95th percentile)95th %ile

Sony Alpha NEX-7 Srgb, Adobe Rgb

  • Strong sensor (90th percentile)90th %ile
  • Strong social proof (83rd percentile)83rd %ile
  • Below average af (3rd percentile)3rd %ile
  • Below average build (13th percentile)13th %ile
  • Below average connectivity (14th percentile)14th %ile
  • Below average video (19th percentile)19th %ile

Verdetto

Vincitore: Panasonic LUMIX GH7 GH7

Scores 94 overall, wins 10 of 10 usage categories and 24 of 31 specs.

Panasonic LUMIX GH7 GH7 Migliore per:

VideoTravelYoutubeBeginnerVloggingStreamingPhotographyWedding EventsSports WildlifeProduct Photography