Palms in Moonlight. Hand-held, f/1.4 at 1/4 second, Canon 5D Mark II, ISO 3,200, exactly as shot. Wind moved the branches around during the exposure.

Adorama pays top dollar for your used gear.

See the dots in the sky? Those are out-of-focus stars. See the light glinting off the palm fronds? That's moonlight, and this is hand-held.

This 50mm f/1.4 USM is Canon's most useful 50mm lens. It sells for about $350 new. If you shoot just about anything that moves in available light, you need one of these. It allows you to shoot with ISOs of only one-quarter, or shutter speeds four times as fast, or shoot in light only one-quarter as bright as with any exotic f/2.8 L zoom. End of review.

The $1,400 50mm f/1.2 L doesn't do anything much differently, is much bigger and heavier, and doesn't focus as consistently. The 50mm f/1.2 is for astronomers, not action shooters.

Either of these is better for use in low light and handles faster than the clumsier $85 50mm f/1.8, which requires you move a switch to get into manual focus. If you only shoot in good light, you might also want to have a look at Canon's 50mm f/2.5 Macro, which shares the clumsier 1980s-designed AF system of the 50mm f/1.8. Unlike the f/1.8 and f/2.5, the f/1.4 and f/1.2 lenses offer instant manual focus override just by grabbing the focus ring.

Optical construction and performance of the 50mm Canon f/1.4 is the same as every other 50mm f/1.4 from Canon, Nikon and Zeiss since the 1970s. No news here. The only better 50mm f/1.4 is Nikon's newest 50mm f/1.4 AF-S, which is the first new 50mm f/1.4 SLR optical design since the 1970s.

Canon EF 50/1.4 USM.enlarge.

Specifications top

Intro

Name
Canon calls this the Canon Lens EF 50mm f/1.4 USM.

EF: Electronic Focus. All modern Canon lenses do this.

USM: UltraSonic Motor. This means it autofocuses almost silently.

Canon F1 Serial Numbers

Focal Length

50mm.

On Canon's 1.6x digital cameras, it gives a field of view similar to what an 80mm lens does on a 35mm camera. On Canon's 1.3x factor cameras, gives a field of view similar to what a 65mm lens does on a 35mm camera.

Optics

7 elements in 6 groups, multicoated.

Diaphragm

8 blades.

Stops down to f/22.

Close Focus Distance

1.5 feet (0.45m), same as every other 50mm SLR lens made since the 1970s.

Maximum Reproduction Ratio

1:6.66.

Focus Scale

Yes.

Infra-Red Focus Index

Yes.

Filter

58mm, plastic thread.

It doesn't rotate, but it does move in and out as you focus.

Hood

ES-71II dinky plastic bayonet, not included.

Case

LP1014, not included.

Quality

Made in Japan.

Size

2.9 x 2.0' (73.8 x 50.5mm).

Weight

9.460 oz. (268.1g), measured.

10.2 oz (290g) specified.

Introduced

June 1993.

Price, USA

$314, November 2013.

$400, May 2013.

$400, 2012 December.

$310, 2007 May.

Box, Canon EF 50 1.4 USM.

Performancetop

Intro

Overall back to Performancetop

This is a swell lens. It works great and it's easy to use.

Autofocus back to Performancetop
AF is as expected, or a little slower.
Manual Focus
Manual focus is easy! Just grab the focus ring at any time.
Bokeh back to Performancetop
Background bokeh is fair to poor at large apertures, and neutral at smaller apertures.
Coma back to Performancetop
Coma is typical for every other 50mm f/1.4 made since the 1970s. Coma is in-focus bright points of light turning into little bat-winged flare blobs in the corners of the image
It has a lot of coma at f/1.4, and gets better as stopped down. Coma is gone by f/4.
This is typical for all 50mm f/1.4 lenses, even the expensive Zeiss 50mm f/1.4.
Distortion back to Performancetop
The Canon 50mm f/1.4 has the same barrel distortion as every other 50mm f/1.4 SLR lens made since 1975. You'll see it if you're looking for it, but unless you're shooting brick walls, you won't.
If you do see it, dial in +1.5 in Photoshop's lens distortion tool to correct it, on full frame.
Falloff back to Performancetop
As expected, falloff is strong at f/1.4, much better at f/2, and gone at f/2.8 for normal use. This is just like every other 50mm f/1.4 lens.
If it bothers you, the peripheral illumination correction of the Canon 5D Mark II, which is ON by default and knows this lens without any need to waste time downloading, works great. Even at f/1.4, there is no visible falloff for real images on the 5D Mark II.
I've greatly exaggerated the effects of falloff by shooting a blank field and then highlighting them on top of a flat gray background.

Canon 50mm f/1.4 USM falloff on film and full-frame at infinity.

On a Canon 5D (or film):

f/1.4
f/2.8

On a Canon 5D Mark II with Peripheral Illumination Correction turned ON:

f/1.4
f/2.8

© 2009 KenRockwell.com. All rights reserved.

Use with Filters back to Performancetop
The Canon 50mm f/1.4 USM takes 58mm filters.
There's no need for special thin filters; even thick ones work great on full-frame.
The front of the lens moves in and out as it focuses, but the filter ring does not rotate.
Lateral Color Fringes back to Performancetop
Numbers
There are no lateral color fringes, even on the 21MP Canon 5D Mark II.

Mechanics back to Performancetop

Overall

Plastic exterior and switches with metal mount.

I like this: it uses plastic where it can to save weight, and metal where it needs it.

Filter Threads

Plastic.

Hood

Plastic bayonet, not included.

Barrel Exterior
Plastic.
Switches
Plastic.

Focus Ring

Plastic; rubber covered.

Depth-of-Field Scale

Only for f/22.

Internals

Internals unknown, looks mostly plastic and metal.

Mount

Dull-chromed brass.

Markings

Paint.

Identity

Painted on front of barrel.

Codevisionavr full crack. Serial Number

Laser engraved onto bottom plastic of lens mount.

Moisture seal at mount

Serial Numbers Microsoft

No.

Sharpness back to Performancetop
Sharpness is just like every other 50mm f/1.4: soft in the corners at f/1.4 and sharp but hazy in the center, and gets much better as stopped down.
f/5.6 to f/8 is optimum.
If sharpness at infinity at f/1.4 is critical to you, the 50mm f/1.2 L is far superior, and priced accordingly.
On a 21 MP 5D Mark II at infinity:
At f/1.4
Veiled in the center from spherical aberration. Blurry in the corners from coma. Under all the contrast-robbing haze, there is a core of a sharp image.
At f/2
Contrast picks up in the center and coma improves in the corners, but still far from optimum.
At f/2.8
Much better than f/2.
At f/4
Much better than f/2.8.
At f/5.6
Still better than f/4. The center is as sharp as it gets: f/5.6 is the optimum aperture for the center.
At f/8
About the same as f/5.6, with slightly less contrast in the center due to diffraction, and slightly better than f/5.6 in the corners. Either f/5.6 or f/8 is the optimum aperture, depending on if you're more worried about center sharpness (use f/5.6) or overall and corner sharpness (use f/8, presuming a flat subject).
At f/11
Slightly softer all around from diffraction.
At f/16
Worse than f/11 due to more diffraction.Only about as good as at f/4.
At f/22
Worse than f/16 from even more diffraction. Only about as good as at f/2.8.

Back, Canon 50mm f/1.4.enlarge.

Spherochromatism back to Performancetop
The Canon 50mm f/1.4 has some spherochromatism, which is common in fast normal lenses. You may see green or magenta fringes on out-of-focus highlights.

Comparedtop

Intro

NEW: Canon 50mm Lenses Compared05 Nov 2013

I shot the Canon 50mm f/2.5 macro directly against this 50mm f/1.4 USM at the test range on a 5D Mark II. The f/1.4 lens is much softer at every aperture, especially from f/2.5 - f/8. At 100% on-screen, the f/1.4 lens looks broken by comparison at the larger apertures.

The less expensive macro was much sharper at large apertures. By f/11, the f/1.4 lens improved to be about as good as this macro, where most lenses have the same sharpness due to diffraction anyway.

The macro also had much less distortion, and of course could focus much more closely.

If you split pixels, the inexpensive 50mm lens is clearly superior to this f/1.4 version.

The 50mm macro had a slightly shorter effective focal length than the f/1.4; in other words, the f/1.4 sees a slightly smaller angle of view.

Recommendationstop

Intro

For available-light photography, this is a must-have lens.

A fast (f/1.4) lens like this is far more important than having the latest high-ISO camera. At f/1.4, you can shoot at one-tenth the ISO and have the same low-light ability as an f/4.5 zoom lens. For example, an f/4.5 zoom lens will need to be shot at at ISO 4,000 to get the same short exposure time as this lens shot at ISO 400 and f/1.4!

Deployment

Canon 50/1.4, capped. enlarge.

I'd leave a 58mm Hoya Super HMC UV on the lens at all times. I wouldn't use a hood, except maybe a generic fold-down rubber hood.

I'd pitch the flat Canon cap that came with this lens new, and get a new Nikon pinch-type cap. I'm not kidding: the new fatter caps are much easier to use in the field.

If I was working in nasty, dirty areas, I'd forget the cap, and use an uncoated 58mm Tiffen UV filter instead. Uncoated filters are much easier to clean, but more prone to ghosting.

More Information: Canon's Museum and Canon USA.

Acknowledgement: Many thanks to Jerry Johnson of Orange County, California who loaned me his lens for this review.

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