CANON 1DX MARK II VS NIKON D5

With the unveiling of the Canon 1D X Mark II and the recent announcement of the Nikon D5, both major camera companies have now revealed their latest and greatest technologies in their flagship DSLRs.

Battle Of The Titans

 

Camera Feature	Nikon D5	Canon 1D X Mark II
Sensor Resolution	20.8 Million	20.2 Million
Sensor Type	CMOS	CMOS
Sensor Coating	Anti-reflection	Standard
Sensor Size	35.9×23.9mm	36.0×24.0mm
Sensor Pixel Size	6.45µ	6.58µ
Low Pass Filter	Yes	Yes
Sensor Dust Reduction	Yes	Yes
Image Size	5,568 x 3,712	5,472 x 3,648
Base ISO	ISO 100	ISO 100
Native ISO Sensitivity	ISO 100-102,400	ISO 100-51,200
Boosted ISO Sensitivity	ISO 204,800-3,280,000	ISO 102,400-409,600
Image Processor	EXPEED 5	Dual DIGIC 6+
Viewfinder Type	Pentaprism	Pentaprism
Viewfinder Coverage	100%	100%
Viewfinder Magnification	0.72x	0.76x
Built-in Flash	No	No
Storage Media	2x XQD / 2x CF	1x CFast, 1x CF
Continuous Shooting Speed	12 fps with AF/AE	14 fps with AF/AE
Top Shooting Speed	14 fps	16 fps
Buffer Size (RAW, Lossless 14-bit)	200	170
Continuous Shooting	16.7 seconds	12.1 seconds
Max Shutter Speed	1/8000 to 30 sec	1/8000 to 30 sec
Shutter Durability	400,000 cycles	400,000 cycles
Exposure Metering Sensor	180,000-pixel RGB sensor 3D Color Matrix Metering III	360,000-pixel RGB+IR Metering Sensor
Autofocus System	153-point, 99 cross-type AF system	61-point, 41 cross-type AF system
AF Detection	Up to f/8	Up to f/8
AF Detection Range	-4 to +20 EV	-3 to +20 EV
Video Output	MOV, MPEG-4 / H.264	MOV, Motion JPEG, MPEG-4 / H.264
Video Maximum Resolution	3,840×2,160 (4K) up to 30 fps	4096×2160 (4K) up to 60 fps
Video Recording Limit	3 min	N/A – Depends on Card Size
LCD Size	3.2″ diagonal TFT-LCD	3.2″ diagonal TFT-LCD
LCD Resolution	2,359,000 dots	1,620,000 dots
Articulating LCD	No	No
Touchscreen LCD	Yes	Yes
Built-in GPS	No	Yes
Built-in Wi-Fi / NFC	No	No
Built-in Wired LAN	1000 Base T Support	1000 Base T Support
Battery	EN-EL18a Lithium-ion Battery	LP-E19 Lithium-ion Battery
Battery Life	3,780 shots (CIPA)	1,210 shots (CIPA)
Weather Sealed Body	Yes	Yes
USB Version	3.0	3.0
Weight (Body Only)	1,405g (With Battery + 2x XQD)	1,530g (With Battery)
Dimensions	160 x 158.5 x 92mm	158 x 168 x 83mm
MSRP Price	$6,499 (as introduced)	$5,999 (as introduced)

The sensor specs from both cameras are pretty much identical – there is only a 0.6 MP advantage on behalf of D5, which is meaningless. I wouldn’t worry about the differences in native and boosted ISO – although Nikon claims one stop better native ISO and that it can go all the way to insane ISO 3,280,000, those are just numbers for pure marketing. Anything above ISO 25,600 is most likely going to look like trash on both cameras. Where the first real difference comes in is in the viewfinder magnification: the Canon 1D X Mark II has a larger viewfinder with 0.76x magnification, while the viewfinder on the D5 has 0.72x magnification. Not a huge difference, but still worth noting.
Next is the storage media. Nikon released the D5 with two memory card options: either dual XQD slots or dual CF slots. In my opinion, it would have been better if Nikon released the option for dual CFast instead of CF, since the latter is practically useless in terms of maximum speed when compared to either XQD or CFast. Still, in my opinion, Canon is making the same mistake as Nikon did on the D4 and D4S cameras, which is giving 1x CFast and 1x CF slots to use instead of 2x of the same CFast format. While it can be a good move to transition existing 1D X users away from CF, it really limits the camera’s capabilities. If you set up the camera to shoot in overflow mode, the CF slot will drastically limit the camera’s buffer and limit video recording capabilities (CF won’t cut it for 4K 60p videos). In this regard, I believe dual XQD slots on the D5 would lead to more consistent shooting patterns and less worrying of swapping out memory cards.
Where the Nikon D5 clearly loses out is in the continuous shooting speed – it maxes out at 12 fps with AF enabled, whereas the 1D X pushes 14 fps. But there is a catch – you will have to use the newest LP-E19 battery on the 1D X Mark II to get 14 fps; otherwise, you are also limited to 12 fps maximum. Both cameras can push 2 extra frames per second without AF. Aside from the 2 fps loss, the D5 does have an advantage over the 1D X Mark II in terms of buffer size. It can push 200 14-bit RAW images, being able to last 16.7 seconds, whereas the Canon 1D X Mark II has a smaller buffer of 170 14-bit RAW images, lasting around 12.1 seconds. Now keep in mind that there is a 2 fps difference between the two cameras in this calculation. If the Canon 1D X Mark II shoots at 12 fps, that duration would be extended to roughly 14.2 seconds. Close, but still a bit shorter when compared to the D5. In all seriousness, not a big deal, as chances of someone shooting that long with either camera are fairly slim! Overall, the 1D X Mark II is still a faster camera, since that 2 fps actually does make a difference.
The Canon 1D X Mark II also has a superior RGB metering sensor, with a total of 380,000 pixels – over twice more than Nikon D5’s 180,000 pixel metering sensor. Hard to say whether the 1D X II will truly outperform the Nikon D5’s metering capabilities in the real world, as the camera systems are completely different, but it might still be potentially better at tracking subjects, particularly with its more powerful dual processor architecture.

                           So in terms of selectable number of focus points, the Canon 1D X Mark II wins. However, I personally would not compare the two cameras based on the number of selectable points. What matters is whether the camera can indeed utilize more of the focus area for AF adjustments – and that’s where the D5 should prove to be superior. Consider a situation, where there is a subject moving towards the camera. With the D5, once you lock focus on the subject’s eye, if the subject starts moving, the camera can potentially engage all 153 focus points for tracking the eye. Since the focus points are packed so closely together, there is a chance that the camera might utilize the focus points in between to keep the eye in focus. This might prove to be useful, potentially yielding more accurate results overall. However, this is pure speculation – in real life, the AF accuracy differences might turn out to be negligible. Some of our readers have been wondering why Nikon bothered saying that there are a total of 153 focus points, when only 55 are technically selectable. Personally, seeing the above grid, I would prefer to have less selectable focus points than more! Imagine trying to move your focus point rapidly from the center to the corners. If Nikon allowed all 153 focus points to be selectable, it would take forever for you to move from one side of the viewfinder to the other! When it comes to focus spread, the Nikon also looks a tad better. When I overlaid both viewfinders, the Nikon D5’s focus points looked like they stretched a bit further on both sides of the frame. The real win for the D5 in my opinion is the AF detection range – the D5 can go down all the way to -4 EV, which is one stop better than wht the Canon 1D X Mark II can do. As a result, when shooting in low-light environments, the D5 should be able to focus better and more accurately when using the center focus point.



                                    This is a tough call but a lot will depend on what you already own and what you will be shooting. If you were deciding between these two cameras as your first DSLR I think the decision is pretty clear.