Panasonic Lumix DMC-GX8

Panasonic Lumix DMC-GX8
Overview

Maker	Panasonic
Lens
Lens mount	Micro Four Thirds
Sensor/Medium
Image sensor type	CMOS
Image sensor size	17.3 x 13mm (Four Thirds type)
Maximum resolution	5184 x 3888 (20 megapixels)
ASA/ISO range	200-25600 (100 expanded)
Recording medium	SD, SDHC or SDXC memory card
Focusing
Focus areas	49 focus points
Shutter
Shutter speeds	1/16000s to 60s
Continuous shooting	12 frames per second
Viewfinder
Viewfinder magnification	1.54
Frame coverage	100%
Image Processing
Image processor	Venus Engine
Custom WB	Yes
General
Rear LCD monitor	3 inches with 1,040,000 dots
Dimensions	133 x 78 x 63mm (5.24 x 3.07 x 2.48 inches)
Weight	487g including battery

The Panasonic Lumix DMC-GX8 is a digital rangefinder-styled mirrorless interchangeable-lens camera announced by Panasonic on July 16, 2015. The camera features a newly developed 20 megapixel sensor - previously the highest resolution in Micro Four Thirds cameras was 16 megapixels. The camera's ISO range touches 25600 and it can capture continuous frames at up to 8 frames per second. One major new feature introduced in the camera is “Dual IS”, the camera 5 axis image stabilisation gets synchronised, when available, with lens based image stabilisation. The camera also records 4K video.

The manufacturer has indicated the time to acquire auto focus as 0.07 seconds. The electronic OLED viewfinder has a resolution of 2.36 million dots and, as in the predecessor, is tiltable. The 3″ OLED touchscreen rear display is fully articulated and can display 1.04 million dots. The camera is splash proof.

A smaller version of the GX8, the Panasonic GX80 (retailed as the GX85 in the United States and as the GX7 Mark II in Japan) was announced on April 4, 2016. The camera features many of the same features of the Panasonic GX8 camera but utilises a 16 megapixel sensor instead of the 20 megapixel sensor of the GX8. The Panasonic GX80/GX85 became the first Panasonic Micro Four Thirds camera to do without a low-pass filter. According to the claim made by Panasonic, the Panasonic GX80/GX85 will have 10% more fine detail resolving power than cameras with a similar sensor which do include a low pass filter.^[1]

Gallery

References

↑ http://www.imaging-resource.com/PRODS/panasonic-gx85/panasonic-gx85A.HTM

Preceded by Panasonic Lumix DMC-GX7	Panasonic Micro Four Thirds System cameras August 2015–present	Succeeded by None

Panasonic Lumix cameras

3D series	3D1

F series	FX37 FX77 FX90 FX150 FX700 FZ1 FZ5 FZ7 FZ8 FZ18 FZ20 FZ28 FZ30 FZ38 FZ45 FZ48 FZ50 FZ62 FZ72 FZ100 FZ150 FZ200 FZ300 FZ1000

G series	G1 G2 G3 G5 G6 G7 G10 GF1 GF2 GF3 GF5 GF6 GF7 GH1 GH2 GH3 GH4 GM1 GM5 GX1 GX7 GX8

L series	L1 L10 LC43 LF1 LS5 LX3 LX5 LX7 LZ2 LZ20 LZ30 LX100

S series	SZ1 SZ3 SZ7 SZ9

T series	TZ3 TZ10 TZ18 TZ20 TZ25 TZ30 TZ35 TZ40 TZ60 TZ70 TZ80 TZ90 TZ100

X series	XS1

FS-Series	FS3 FS5

Category:Panasonic Lumix cameras

DSLR, SLT and MILC cameras with HD video (uncompressed – 4K resolution) mode (comparison)

Canon
EOS

High-end	5D Mark II^w (2008) 7D^gw (2009) 1D Mark IV^w (2009) 1D X^gw (2012) 5D Mark III^Hgw (2012) 1D C^gw (2012) 6D^HGW (2012) 7D Mark II^THGw (2014) 5Ds/5DsR^THw (2015) 1D X Mark II^THGw (2016) 5D Mark IV^THGW (2016)

Mid-range	500D (2009) 60D^w (2010) 550D^w (2010) 600D^w (2011) 650D^gHw (2012) EOS M^Hwg (2012) 700D^gHw (2013) 70D^gHW (2013) EOS M2 (2013) 750D^gHW (2015) 760D^gHW (2015) EOS M3^HW (2015) 80D^gTHW (2016) EOS M5^THW (2016)

Entry-level	1100D^w (2011) 100D^H (2013) 1200D^gw (2014) EOS M10^HW (2015) 1300D^gW (2016)

Nikon
D / 1 series

High-end	D300S^Tgw (2009) D3S^Tgw (2009) D800/D800E^THgw (2012) D4^THgw (2012) D600^THgw (2012) D610^THgw (2013) D4S^THgw (2014) D810^THgw (2014) D750^THgW (2014) D810A^THgw (2015) D500^THgW (2016) D5^THgw (2016)

Mid-range	D90^gw (2008) D5000^Tgw (2009) D7000^Tgw (2010) D5100^THgw (2011) 1 V1^TSFgw (2011) 1 V2^SFgw (2012) D5200^THgw (2012) D7100^THgw (2013) D5300^THGW (2013) 1 V3^SFHPgW (2014) D5500^THgW (2015) D7200^THgW (2015) D5600^THgW (2016)

Entry-level	D3100^gw (2010) 1 J1^SFw (2011) D3200^gw (2012) 1 J2^SFHPw (2012) 1 S1^SFHPw (2013) 1 J3^SFHPw (2013) 1 AW1^SFHPGw (2013) D3300^Pgw (2014) 1 J4^SFHPW (2014) 1 J5^TSFHPW (2015) D3400^gw (2016)

Olympus
Micro 4/3

Mid-range	E-M5 (2012) E-P5^W (2013) E-M1^HW (2013) E-M10^THW (2014) PEN-F^THW (2016) E-M1 Mark II^THW (2016)

Entry-level	E-PL1 (2010) E-P1 (2010) E-P2 (2010) E-PL2 (2011) E-PL3 (2011) E-P3 (2011) E-PM1 (2011) E-PL5^W (2012) E-PM2 (2012) E-PL7^W (2014) E-PL8^W (2016)

Panasonic
Lumix

Mid-range	GH1 (2009) GH2 (2010) GH3^THW (2012) GX7 (2013) GM1^THW (2013) GH4^THW (2014)

Entry-level	GF1 (2009) G10 (2010) G2 (2010) GF2 (2010) G3 (2011) GX1 (2011) GF3 (2011) GF5 (2012) G5 (2012) G6 (2013)

Pentax
645 / K /
Q series

High-end	645Z^THgw (2014) K-1^THGW (2016)

Mid-range	K-7^TH (2009) K-5^THg (2010) K-30^THg (2012) K-5 II/K-5 IIs^THg (2012) K-50^THg (2013) K-3^THgw (2013) K-3 II^THGw (2015) K-70^THgw (2016)

Entry-level	K-x^H (2009) K-r^THg (2010) Q^T (2011) K-01^THg (2012) Q10^T (2012) K-500^THg (2013) Q7^T (2013) Q-S1^T (2014)

Samsung
NX series

High-end	NX1 (2014)

Mid-range	NX5^Pg (2010) NX10^Pg (2010) NX11^Pg (2010) NX20^PgW (2012) NX30 (2013) Galaxy NX^PgW (2013) NX500 (2015)

Entry-level	NX100^Pg (2010) NX200^Pg (2011) NX1000^PgW (2012) NX210^PgW (2012) NX300^PgW (2013) NX1100^PgW (2013) NX2000^PgW (2013)

Sony
α

High-end	α99V^HPG/α99^HP (2012) α7/α7R^HPgW (2013) α7S^SHPgW (2014) α7II^HPgW (2014) α7RII^SHPgW (2015) α7SII^SHPgW (2015) α99 II (2016)

Mid-range	α580^HP (2010) α560^HP (2010) α55V^HPG/α55^HP (2010) α77V^HPG/α77^HP (2011) NEX-7^HP (2011) NEX-6^HPW (2011) α65V^HPG/α65^HP (2011) α57^HP (2012) α58^HP (2013) α6000^HPW (2014) α77 II^HPW (2014) α6300^SHPgW (2016)

Entry-level	NEX-3/NEX-3C^HP (2010) NEX-5/NEX-5C^HP (2010) α33^HP (2010) α35^HP (2011) NEX-5N^HP (2011) NEX-C3^HP (2011) NEX-F3^HP (2012) α37^HP (2012) NEX-5R^HPW (2012) NEX-5T^HPW (2013) α3000 (2013) α5000 (2014)

Leica M
Fujifilm X

High-end	Leica M (2012) Leica S (2014) Fujifilm X-Pro2^W (2016) Fujifilm X-T2^PTW (2016)

Mid-range	Fujifilm X-Pro1 (2012) Fujifilm X-E1 (2012) Fujifilm X-E2^W (2013) Fujifilm X-T1^W (2014) Fujifilm X-T10^W (2015)

Entry-level	Fujifilm X-M1^W (2013) Fujifilm X-A1^W (2013) Fujifilm X-A2^W (2015) Fujifilm X-A3^PW (2016) Fujifilm X-A10^W (2016)

Hasselblad XCD

High-end	Hasselblad X1D-50c^GW (2016)

Timelapse^T — Slow motion^S — Fast fps^F — HDR^H — Panorama^P — GPS^G(opt.)^g — WiFi^W(opt.)^w

Micro Four Thirds cameras timeline

System	Form	Class	2008		2009				2010				2011				2012				2013				2014				2015				2016				2017
			3	4	1	2	3	4	1	2	3	4	1	2	3	4	1	2	3	4	1	2	3	4	1	2	3	4	1	2	3	4	1	2	3	4	1	2	3	4

Olympus	SLR style OMD	High-end																						E-M1												E-M1 II
		Advanced																E-M5											E-M5 II
		Mid-range																							E-M10						E-M10 II
	Rangefinder style PEN	Mid-range				E-P1		E-P2						E-P3								E-P5												PEN-F
		Upper-entry							E-PL1				E-PL2		E-PL3					E-PL5		E-PL6					E-PL7									E-PL8
		Entry-level												E-PM1						E-PM2
	remote																																		Air

Panasonic	SLR style	High-end			GH1						GH2								GH3						GH4													(GH5)
		Mid-range	G1						G2					G3					G5			G6									G7					G85/G80
		Entry-level							G10
	Rangefinder style	Advanced														GX1							GX7								GX8
		Mid-range																																GX80
		Upper-entry																						GM1				GM5
		Entry-level					GF1					GF2		GF3				GF5				GF6							GF7					GF8
	Camcorder	Professional															AG-AF104

Kodak	Rangefinder style	Entry-level																								S-1

YI	Rangefinder style	Entry-level																																		M1

Z Camera		Entry-level																														E1

JVC	Camcorder	Professional																											GY-LS300

SVS-Vitek	-	Industrial																	EVO Tracer

Video is not available on this device
Weather sealed
in-body stabilization (5-axis)
Touchscreen (italic)

This article is issued from Wikipedia - version of the 11/14/2016. The text is available under the Creative Commons Attribution/Share Alike but additional terms may apply for the media files.