Ulanzi JJ06 black

Ulanzi JJ06 black

Ulanzi
28 Score global
vs
Fujifilm X-S X-S20 Black 2024

Fujifilm X-S X-S20 Black 2024

Fujifilm
97 Score global

Scores

Product Photography
Ulanzi
23
Fujifilm
96
Travel
Ulanzi
22
Fujifilm
95
Beginner
Ulanzi
28
Fujifilm
94
Photography
Ulanzi
27
Fujifilm
94
Video
Ulanzi
24
Fujifilm
93
Wedding Events
Ulanzi
21
Fujifilm
93
Vlogging
Ulanzi
13
Fujifilm
90
Youtube
Ulanzi
17
Fujifilm
89
Streaming
Ulanzi
16
Fujifilm
89
Sports Wildlife
Ulanzi
22
Fujifilm
88

Spécifications

Ulanzi JJ06Fujifilm X-S X-S20
Sensor
Type—X-Trans CMOS 4
Size—aps-c
Megapixels—26.100000381469727 MP★
ISO Range—160★
Processor—X-Processor 5
Autofocus
AF PointsPas de données
117
AF Type—Contrast Detection, Phase Detection: 117
Eye AF—✓★
Animal AF—✓★
Subject Detection—✓★
Shooting
Burst (Mechanical)—20 fps★
Burst (Electronic)—20 fps★
Max Shutter—1/32000
Electronic Shutter—✓★
Video
Max Resolution—6K★
4K FPS—60 fps★
1080p FPS—240 fps★
10-bit—✓★
Log Profile—✓★
RAW Video—✓★
Codec—H.264 ALL-Intra/H.264 Long GOP/H.265/H.265 Long GOP/MOV/MP4/MPEG-4 AVC 4:2:2/4:2:0 8/10-Bit
Display & EVF
Screen Size—3"★
Touchscreen—✓★
Articulating—✓★
EVF Resolution—2.4M dots★
Build
Weather Sealed—✓★
Weight1.76 kg0.49 kg★
Battery Life—750 shots★
Connectivity
Wi-Fi—✓★
Bluetooth—✓★
USB—USB-C★
HDMI—Micro-HDMI
Hot Shoe—✓★

Avantages & Inconvénients

Ulanzi JJ06 black

  • Strong social proof (83rd percentile)83rd %ile
  • Below average connectivity (22nd percentile)
  • Below average video (24th percentile)
  • Below average sensor (30th percentile)
  • Below average display (31st percentile)

Fujifilm X-S X-S20 Black 2024

  • Strong display (99th percentile)99th %ile
  • Strong battery (99th percentile)99th %ile
  • Strong sensor (96th percentile)96th %ile
  • Strong stabilization (96th percentile)96th %ile

Verdict

★ Gagnant: Fujifilm X-S X-S20

Scores 97 overall, wins 10 of 10 usage categories and 26 of 33 specs.

Fujifilm X-S X-S20 Meilleur pour:

VideoTravelYoutubeBeginnerVloggingStreamingPhotographyWedding EventsSports WildlifeProduct Photography