OM System OM-1 OM-1 Black

OM System OM-1 OM-1 Black

OM System
89 Punteggio complessivo
vs
Panasonic Lumix G Vario

Panasonic Lumix G Vario

Panasonic
17 Punteggio complessivo

Punteggi

Sports Wildlife
OM System
88
Panasonic
15
Beginner
OM System
86
Panasonic
15
Wedding Events
OM System
85
Panasonic
13
Video
OM System
85
Panasonic
13
Youtube
OM System
81
Panasonic
12
Photography
OM System
81
Panasonic
16
Travel
OM System
77
Panasonic
13
Product Photography
OM System
75
Panasonic
14
Vlogging
OM System
74
Panasonic
12
Streaming
OM System
73
Panasonic
15

Specifiche

OM System OM-1 OM-1Panasonic Lumix G Vario
Sensor
TypeBSI MOS—
Sizemicro-four-thirdsmicro-four-thirds
Megapixels20.399999618530273 MP★—
ISO Range200★—
Autofocus
AF Points
1,053
Dati non disponibili
AF TypePhoto, VideoPhase Detection: 1053—
Eye AF✓★—
Shooting
Burst (Mechanical)10 fps★—
Burst (Electronic)120 fps★—
Max Shutter1/32000—
Electronic Shutter✓★—
Video
Max Resolution4K★—
4K FPS60 fps★—
1080p FPS240 fps★—
10-bit✓★—
Log Profile✓★—
RAW Video✓★—
CodecH.264, H.265—
Display & EVF
Screen Size3"★—
Touchscreen✓★—
Articulating✓★—
EVF Resolution5.8M dots★—
Build
Weather Sealed✓★—
Weight0.51 kg0.30 kg★
Battery Life520 shots★—
Connectivity
Wi-Fi✓★—
Bluetooth✗—
USBUSB-C★—
HDMIMicro-HDMI—
Hot Shoe✓★—

Pro e Contro

OM System OM-1 OM-1 Black

  • Strong evf (98th percentile)98th %ile
  • Strong battery (96th percentile)96th %ile
  • Strong af (95th percentile)95th %ile
  • Strong burst (95th percentile)95th %ile

Panasonic Lumix G Vario

  • Strong user sentiment (81st percentile)81st %ile
  • Strong social proof (81st percentile)81st %ile
  • Below average build (10th percentile)10th %ile
  • Below average connectivity (21st percentile)
  • Below average video (24th percentile)
  • Below average sensor (29th percentile)

Verdetto

★ Vincitore: OM System OM-1 OM-1

Scores 89 overall, wins 10 of 10 usage categories and 22 of 30 specs.

OM System OM-1 OM-1 Migliore per:

VideoTravelYoutubeBeginnerVloggingStreamingPhotographyWedding EventsSports WildlifeProduct Photography