Tag Archives: Prime

Canon’s Big White 200mm Primes Compared

Introduction

People who are familiar with Canon’s EF telephoto lenses may know that over the years, Canon has offered two wide-aperture, fast-for-focal-length 200mm prime lenses:

  1. Canon EF 200mm f/1.8L USM; and
  2. Canon EF 200mm f/2L IS USM.

Firstly, here is a view of these two wonderful lenses side-by-side:

Canon EF 200mm Prime Lenses Side-by-Side

Canon EF 200mm Prime Lenses Side-by-Side

The Canon EF 200mm f/1.8L USM is a legendary lens, and although it has been discontinued since 2003 or 2004, it remains a desirable and collectible lens, and can be difficult to obtain cheaply, if at all.

For a number of years, Canon did not offer a 200mm prime lens faster than f/2.8, until the Canon EF 200mm f/2L IS USM was announced in 2008.

I am fortunate enough to have used both of these great white 200s in real-world shooting situations, and I also own one of them.  Friend and fellow photographer David de Groot is the proud owner of a Canon EF 200mm f/1.8L USM, and I am the proud owner of a Canon EF 200mm f/2L IS USM.

My New Canon EF 200mm f/2L IS USM

My New Canon EF 200mm f/2L IS USM

In December of 2017, David and I decided to somewhat scientifically test the two lenses in a semi-controlled environment for the purpose of very simply comparing the resulting image quality of both lenses when shot at their widest individual apertures (f/1.8 and f/2), and when shot at the widest aperture common to both lenses (f/2).

Now, this article is not intended to provide an in-depth, deeply scientific and highly technical evaluation of the two lenses; rather, it is intended to simply show in pictures, and describe from my own perspective as a lens user rather than a lens reviewer, how the two lenses perform at the widest apertures.

I am not going to compare the finer points of image quality, or even discuss the specifications and features of the lenses, as those details are widely published, and are not so relevant for the purpose of this article.

For people who are interested in far more detailed and scientific reviews of these two lenses, I recommend visiting The Digital Picture’s Canon lens reviews.  Bryan Carnathan has owned and reviewed both lenses extensively, and his reviews provide much more detail for those seeking that level of analysis.

At this point, I would like to state that both lenses are sharp wide-open, and produce very similar — and pleasing — results.

While there is a lot of similarity between the results of both lenses, there are also some differences, and in my own opinion, the much newer Canon EF 200mm f/2L IS USM is superior — from a sharpness perspective — to the older Canon EF 200mm f/1.8L USM.

This is not altogether surprising, as there is a considerable age difference between lenses, with the newer lens having the advantage of optical technology advancement in the years between lens releases.

Now, some details about the test environment.

The Testing Process

There was not much to the testing process.  We used a plush toy dinosaur as the subject, placed it outside on the railing of the verandah, and then shot our images from a tripod.

In the distance behind the subject was lush green foliage, which made for a pleasing background.

The subject was a little over three metres from the camera (3.05m, according to the focusing distance data reported by the Canon EF 200mm f/2L IS USM).

Other than the lenses, cameras and perhaps a slight amount of distance changing when the lenses were swapped (due to the varied position of their tripod mounting feet), the only significant change was the ambient light, and composition to a small degree, which is not important for the purpose of comparing image quality.

All of my images were shot in raw mode, using my Canon EOS 5D Mark IV in manual exposure mode.  David captured his images using his Canon EOS-1D X.  In both cases, the images were captured using the conventional on-camera shutter release button, without the use of a countdown timer or the mirror lockup feature enabled.

It is therefore possible that photographer-induced motion (even at minute levels) may have been introduced, which in turn may have affected the results; but it is to be remembered that people photograph human or animal subjects with these lenses in real-world situations, meaning that there is almost always human contact with the camera.

The three images I captured are as follows:

  1. Image 1, shot with the Canon EF 200mm f/1.8L USM at f/1.8;
  2. Image 2, shot with the Canon EF 200mm f/1.8L USM at f/2; and
  3. Image 3, shot with the Canon EF 200mm f/2L IS USM at f/2.

Image Processing

I decided not to apply any post-processing to the images, with the exception of the exposure level.  Due to the ambient light levels varying between shots, the brightness of the images consequently varies, so I adjusted the exposure to bring the three images to the same visual brightness level.

Images 1 and 3 had their exposure increased by a third of a stop (+0.33 in Adobe Camera Raw) to bring the exposure level to the approximate brightness of image 2.

Otherwise, I applied no post-processing to these images beyond simple raw conversion.  I did not adjust any settings or apply any colour profiles; I simply exported the images straight into Photoshop (Adobe Photoshop CC 2018) and saved them as JPGs at the highest quality level (12).

Crucially, I have applied absolutely no sharpening to the images.  What you will see is what the camera captured.  While sharpening is a necessary part of digital image processing (particularly for raw images), what I want to highlight is what the lens is capable of producing, not what Photoshop is capable of producing.

Image 1 – Canon EF 200mm f/1.8L USM at f/1.8

Here is the first image, captured with the Canon EF 200mm f/1.8L USM at f/1.8:

Toy Dinosaur - Canon EF 200mm f/1.8L USM at f/1.8

Toy Dinosaur – Canon EF 200mm f/1.8L USM at f/1.8

Click the image to download the full-size 30.1mp file (6,720 x 4,480px).

Here is a 100% crop of the first image:

Toy Dinosaur - Canon EF 200mm f/1.8L USM at f/1.8 - 2,048px Crop

Toy Dinosaur – Canon EF 200mm f/1.8L USM at f/1.8 – 2,048px Crop

Click the image to download the cropped 2.8mp file (2,048 x 1,365px).

Image 2 – Canon EF 200mm f/1.8L USM at f/2

Here is the second image, captured with the Canon EF 200mm f/1.8L USM at f/2:

Toy Dinosaur - Canon EF 200mm f/1.8L USM at f/2

Toy Dinosaur – Canon EF 200mm f/1.8L USM at f/2

Click the image to download the full-size 30.1mp file (6,720 x 4,480px).

Here is a 100% crop of the second image:

Toy Dinosaur - Canon EF 200mm f/1.8L USM at f/2 - 2,048px Crop

Toy Dinosaur – Canon EF 200mm f/1.8L USM at f/2 – 2,048px Crop

Click the image to download the cropped 2.8mp file (2,048 x 1,365px).

Image 3 – Canon EF 200mm f/2L IS USM at f/2

Here is the third image, captured with the Canon EF 200mm f/2L IS USM at f/2:

Toy Dinosaur - Canon EF 200mm f/2L IS USM at f/2

Toy Dinosaur – Canon EF 200mm f/2L IS USM at f/2

Click the image to download the full-size 30.1mp file (6,720 x 4,480px).

Here is a 100% crop of the third image:

Toy Dinosaur - Canon EF 200mm f/2L IS USM at f/2 - 2,048px Crop

Toy Dinosaur – Canon EF 200mm f/2L IS USM at f/2 – 2,048px Crop

Click the image to download the cropped 2.8mp file (2,048 x 1,365px).

Observations and Conclusions

As I mentioned earlier, both lenses are very sharp.

However, the difference in sharpness between the Canon EF 200mm f/1.8L USM and the Canon EF 200mm f/2L IS USM can be seen when viewing the 30.1mp image at 100% magnification.

It is really necessary to view the images at 100% magnification (rather than the 640px versions presented above) to properly see the differences in sharpness between lenses, and between f/stops on one of the lenses.  Having said that, sharpness variations can still be seen in the 640px versions of the cropped-to-2,048px versions.

When inspecting the full-size image files, look in particular at the catchlight in the toy dinosaur’s eye, which was the focal point in the images.  The sharpness difference can also be seen in the texture of the fabric from which the dinosaur is made.

The Canon EF 200mm f/2L IS USM clearly has the edge, and it is noticeably sharper.

Interestingly, the image shot with the Canon EF 200mm f/1.8L USM at f/1.8 is noticeably sharper than the image shot with the same lens stopped down to f/2.  This may have been due to photographer-induced movement upon depressing the shutter release button, but it is impossible to tell.

I am not too concerned about this difference, as lenses typically become sharper when stopped down.  While I cannot prove it, it is possible that I may have accidentally thrown off the focus by a small amount when composing and capturing the image at f/2, and given that the image captured at f/1.8 is sharper, I will treat this intriguing result as an anomaly, and not representative of the capability of the Canon EF 200mm f/1.8L USM.

One other difference between these two lenses is the colour.  To my eyes, the colour rendered by the Canon EF 200mm f/2L IS USM is more vibrant, and a touch warmer, than the colour rendered by the Canon EF 200mm f/1.8L USM.

The varying light levels may have contributed to this, but when looking at both images captured with the Canon EF 200mm f/1.8L USM, the colours are more subdued.

Now, while the difference in wide-open sharpness is definitely noticeable between lenses, is it enough to make a difference in the real world? That is hard to say, as different people have different expectations and preferences.

In reality, many people, upon seeing images in normal viewing conditions (and without pixel-peeping or wearing a lens reviewer’s hat), may not care to notice the difference, or even be able to tell the difference.

On the other hand, very discerning people, who do analyse lens performance results more critically, would see the differences, and for them, it may make a difference — assuming, of course, that the photographer is in the rather enviable position of having to choose between these two fine lenses.

My view is that while both lenses are sharp and produce stunning results when the photographer does his or her part, the Canon EF 200mm f/2L IS USM clearly has the advantage over its older brother by a noticeable difference.

While I have shown the results of some testing, here are some real-world results.

On two occasions, I photographed a little penguin at a wildlife park.  On the first visit, I used David’s Canon EF 200mm f/1.8L USM, and on the second visit, I used my Canon EF 200mm f/2L IS USM.

Here is the image I captured with the Canon EF 200mm f/1.8L USM:

Checking Out This and That

Checking Out This and That

And here is the image I captured with the Canon EF 200mm f/2L IS USM:

Profile of a Little Penguin

Profile of a Little Penguin

These two images were captured on different days, in different lighting conditions, and with different lenses; but I am pleased with both.  I actually prefer the earlier image captured with the faster lens, as the composition and colour are both more appealing to me.

While my test results reveal that the Canon EF 200mm f/2L IS USM at f/2 is sharper than the Canon EF 200mm f/1.8L USM at both f/1.8 and f/2, my real-world results show that both lenses produce very sharp images, and that the practical differences are minor.

If you happen to be able to own or use either lens, it makes for happy shooting.

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Lenses: Primes vs. Zooms

Introduction

In the photography world, the topic of prime lenses vs. zoom lenses is one of those enduring debates.

As someone who has used both types of lenses extensively over the years, I will offer my views both for and against both types.

Let me preface by saying that I made a conscious choice to use prime lenses only; but before explaining why, this article will examine the strengths and weakness of both lens types.

Photography is all about trade-offs, and it is no different with lenses.

 

Prime Lenses

A prime lens, otherwise known as a fixed focal lens, is a lens which has only one focal length.

 

Advantages of Prime Lenses

Because a prime lens is optically designed for a specific focal length, it is therefore specialised.  It does one thing, and it does that one thing well.

With a prime lens, it can be the case that the optical formula is simpler, and therefore the types of adverse optical effects the optical design needs to counter, are reduced in both number and nature.  The use of less lens elements or groups of lens elements contributes to this ability.

Prime lenses are generally (but not always) sharper than their zoom lens counterparts at equivalent focal lengths.  Depending on the lenses compared, the sharpness difference can be substantial, or barely noticeable.

Zoom lenses have come a long way in recent years, with their sharpness in some cases able to equal or exceed the sharpness of prime lenses at equivalent focal lengths.

Newer lenses may introduce optical designs and lens coating processes which are superior to those of older lenses.

On the other hand, some quite old lenses are legendary for their sharpness despite substantial development as digital photography has become widespread.

Prime lenses tend to be available in wider apertures than zoom lenses, with f/2.8 commonly being the widest aperture in which zoom lenses have been available.  In recent years, zoom lenses have become available with maximum apertures of f/2 and even f/1.8.  Sigma in particular has been at the forefront of lens innovation and breaking of traditional boundaries.

In the Canon EOS/EF product lineup, the lens with the widest aperture ever released was the Canon EF 50mm f/1.0L USM, which has long been discontinued, and which is somewhat rare and expensive, earning it a position as a ‘cult’ lens.  Currently, the widest aperture Canon offers is f/1.2, in both a 50mm lens and an 85mm lens.

Incidentally, despite its cult status, the Canon EF 50mm f/1.0L USM is notoriously soft at f/1, and produces a strange rainbow effect in the bokeh in some situations.  This lens is more desirable for its specifications than its abilities.

In the 1960s, Canon offered an S-mount 50mm f/0.95 lens.

The f/1.4, f/1.8 and f/2 apertures are common maximum apertures amongst prime lenses.

Generally speaking, lenses with very wide or very long focal lengths tend to be somewhat limited in the widest apertures in which they are available.  This limitation is due to physics, in that it requires a lot of glass — particularly with long focal lengths — to produce a lens with a wide aperture.  This increases the optical complexity, production cost, size and weight, all of which are inherently negative attributes from both the manufacturer’s perspective as well as the end user’s perspective.

Because prime lenses are generally available in wider apertures than zoom lenses covering the same focal lengths, this makes them advantageous and desirable on several fronts.

The first benefit is low light ability.  Lenses with wider apertures can more easily capture images in low light.  This means that a faster shutter speed and/or lower ISO sensitivity rating can be used, which has the benefit of hand-holdability and a cleaner image.

The ability to use a faster shutter speed is particularly important when capturing movement — specifically when there is the desire to freeze subject movement.  It is difficult to achieve this objective by using lenses with narrower apertures.  There are ways around this, but there are invariably trade-offs.  Increasing the ISO sensitivity rating increases noise, and using artificial lighting is not always practical or even possible.

The second benefit is bokeh, the Japanese word for the quality of the out-of-focus highlights.

A lens with a wider aperture means that it is possible to achieve a narrower depth of field, which obfuscates the background with pleasing blur, and isolates the subject from the background.  Both effects are visually appealing, particularly for portraiture.

Depth of field is, of course, affected by not only the aperture, but the focal length and the distance between the camera and the subject.  The extent to which the background is blurred is also affected by the distance between the subject and the background.

The third benefit of lenses with wider apertures is the ability to autofocus in low light.  Modern lenses with electronic apertures leave the diaphragm wide open when composing and focusing, and then close it down to the user- or camera-specified f/stop when exposing.

This means that even when shooting at f/11 with an f/1.4 lens, the lens’s aperture is opened to f/1.4 when composing and focusing.  This results in more accurate, reliable autofocus.

One final benefit of prime lenses is a reduction in size and weight, compared to zooms offering the same focal length.

While this can be the case, it is not always the case.

The Canon EF 35mm f/1.4L USM lens is physically large and heavy relative to its focal length.  It is physically longer than the Canon EF 85mm f/1.2L II USM lens, which itself is a monster of a lens, weighing over 1kg.

Other prime lenses are smaller and lighter than the general-purpose zoom lenses which provide the same focal lengths.

So, those are the advantages of prime lenses; but what are the disadvantages?

 

Disadvantages of Prime Lenses

For all the positive benefits prime lenses provide, they also come with some negative attributes.

As discussed in the previous paragraph, prime lenses can be larger and heavier than zoom lenses which provide the same focal lengths.

This is particularly true with longer lenses, such as those offering the 200mm or 300mm focal lengths.  Prime lenses in these focal lengths — even those not offering the widest apertures available in those focal lengths — can be larger and heavier than some zoom lenses which cover those focal lengths, albeit at narrower apertures.

A photographer who makes use of prime lenses may find that the size and weight increases, and this must be considered when travelling, as it does not take much effort to consume a lot of space or exceed airline cabin baggage weight restrictions.  Having carried large and heavy prime lenses to far away destinations, I am all too familiar with these challenges.

Cost is another consideration when using prime lenses instead of zoom lenses.

Some zoom lenses cover a broad range of focal lengths, and to cover a number of those focal lengths with prime lenses can mean not only an increase in the number of lenses one needs, but a higher cost, depending on the specifications of the lenses.

One general-purpose zoom lens can easily cover four, five or even six common focal lengths for which prime lenses are available, in a single package which costs and weighs less than a bag full of primes.

By far the most significant disadvantage of prime lenses is the lack of flexibility to change the framing.  With a prime lens, the only way to change the view of a subject is to move — or change lenses.  In some cases, this is not particularly problematic; but in other cases, there may be circumstances which limit or eliminate the ability to move.

Someone photographing action, such as wildlife, sports or performances, may not have the time to switch lenses.  These subjects are very time-dependent, and a moment missed can never be re-visited.

It may not be possible to move positions to change the view.  When photographing any of those above-mentioned subjects, you may be limited to the very position in which you happen to be, as it is not safe, practical or permissible to move closer to the subject, or further from the subject.  To that end, prime lenses can be quite limiting.

 

Zoom Lenses

A zoom lens, otherwise known as a variable focal lens, is a lens which offers a range of focal lengths, which can be changed by rotating a ring on the lens barrel.

 

Advantages of Zoom Lenses

Zoom lenses offer a number of advantages over prime lenses.

The most significant is the ability to change focal lengths without moving, or changing lenses.  As discussed in the preceding section on prime lenses, sometimes timing may be critical, or the shooting position may be fixed.

If one is shooting a subject which moves, an appropriate focal length can be selected by rotating the zoom ring in either direction to zoom in or out of the scene to achieve an ideal composition.

In addition to the often highly desired ability to change focal lengths easily, is the reduction in size and weight.

One zoom lens can easily cater for the focal lengths of five or six prime lenses.  This means that the size, weight, cost and quantity of lenses is significantly reduced.  In some situations, this can be essential, as well as desirable.

This can be advantageous for someone on a budget, or with limited ability or desire to carry a bag full of lenses.  Convenience is the result.

One other feature zoom lenses offer is the ability to introduce motion blur by zooming during exposure.  Admittedly, in my opinion, it is a gimmicky effect which has limited practical application; but occasionally, if done sparingly and with a suitable subject, the motion blur caused by zooming in or out during exposure can result in an interesting image, which no prime lens can capture.

What zoom lenses offer over primes is predominantly convenience.

Some people do not wish to change lenses, which in my own opinion defeats the purpose of investing in a camera system designed for the ability to change lenses; but in some situations, changing lenses is not practical or sensible.

So, what are the disadvantages of zoom lenses?

 

Disadvantages of Zoom Lenses

Naturally, zoom lenses come with disadvantages, too.  Remember, photography is all about trade-offs.

Image quality — particularly sharpness — is one of the attributes often cited as a disadvantage of zoom lenses.

One must be cautious when making claims about the sharpness of images captured with zoom lenses — specifically, less sharpness — as it is not quite so simple.

As described earlier, some zoom lenses can rival or exceed the sharpness provided by zoom lenses at identical focal lengths.  Modern zoom lenses have come a long way, and the current generation of professional-grade zoom lenses offers image sharpness which would satisfy all but the most fussy, pixel-peeping photographer.

In practical terms, very few people could look at an image captured with a modern, professional-grade zoom lens and identify, purely visually, that it was captured with a zoom lens.

Of course, not all zoom lenses offer outstanding image quality.

The challenge zoom lenses have, which prime lenses do not have, is the need to optically cater for a spectrum of focal lengths and associated optical characteristics.

Zoom lenses generally have more distortion than prime lenses, particularly at the widest and longest focal lengths provided in the lens.

The widest focal lengths tend to experience more pronounced barrel distortion; and conversely, at the longest focal lengths, pincushion distortion is not uncommon.

The broader the range of focal lengths a zoom lens offers, the more challenging it is to avoid adverse optical effects.

This is why professional-grade zoom lenses offer a narrower range of focal lengths than entry-level or mid-range zoom lenses.  Professional-grade zoom lenses typically do not exceed a zoom ratio of 3x.  Entry-level ‘super-zoom’ lenses can offer zoom ratios in double-digit territory.

The zoom ratio of a lens is calculated by dividing the longest focal length by the widest focal length.

A 24-70mm lens has a zoom ratio of 2.92 (ie, 70 divided by 24 equals 2.92 with rounding).

An 18-200mm lens has a zoom ratio of 11.1 (ie, 200 divided by 18 equals 11.1).

One of the other disadvantages of zoom lenses is the maximum aperture available.  Added to this is the fact that not all zoom lenses have a constant aperture across the range of focal lengths.

Until relatively recently, whether the aperture was constant or variable, zoom lenses did not offer a maximum aperture wider than f/2.8, and zoom lenses which could open to f/2.8 were typically professional-grade lenses, which cost a lot more than consumer-grade lenses offering similar focal lengths.

As discussed earlier, some lens manufacturers — notably Sigma — have recently offered zoom lenses with maximum apertures wider than f/2.8.  Major camera and lens manufacturers such as Canon and Nikon, at the time of writing, have still not yet offered a zoom lens with a maximum aperture wider than f/2.8.  Perhaps the third-party vendors, or even other major players, will challenge that and result in wider-aperture zooms becoming available.

Other than professional-grade zoom lenses, mid-range and entry-level zooms typically have variable apertures (eg, f/4-5.6).  This means that as the focal length increases, the maximum aperture decreases.  The main problem with this design is that if one is shooting at the widest aperture, and zooms in to a longer focal length, the exposure will need to be adjusted, as the aperture will automatically stop down as the focal length is increased.

With zoom lenses offering narrower apertures than prime lenses of an identical focal length, the ability to isolate the subject from the background is reduced.  It should be remembered, as discussed earlier, that depth of field is affected by more than aperture; but all else being equal, a narrower aperture results in a less blurred background.  Depending on the focal length, camera-to-subject distance, subject-to-background distance and aperture difference, the resulting background blur and subject isolation may not be substantially different.

 

My Choice of Lenses and Preference for Primes

As mentioned briefly in the introduction, I shoot with prime lenses only.  I have owned a number of zoom lenses over the years, up to the year 2017, when I offloaded my remaining zoom lens, which a prime lens replaced.

I have had zooms and primes for a long time.  When I bought my first SLR, I had a pair of cheap, slow kit zooms.  When I bought my first DSLR, I also had a kit zoom, and I bought a number of zooms over the years since.

I also bought and sold a number of prime lenses.

I owned a Canon EF 16-35mm f/2.8L II USM lens for over nine years, and I extensively shot with it until early 2017.  According to my lens usage statistics, it is my most commonly used lens.

What I observed, and what my focal length usage per lens statistics confirm, is that the 16mm focal length was by far my most used focal length on that lens.  I used the lens like it was a prime, and I recall being on one shoot, disliking the composition, and then moving the tripod forward to re-compose.  It did not even occur to me to simply rotate the zoom ring!

Now, I like the 16mm focal length, and I already owned more primes than zooms, so perhaps it was two factors which unconsciously affected my behaviour.

In early 2017, as much as I liked my Canon EF 16-35mm f/2.8L II USM, I decided that I wanted a wider focal length, and I wanted to move to a prime for my ultra-wide lens, so I replaced this lens with a Canon EF 14mm f/2.8L II USM.  More details about this lens change can be read here.

A few months later, I decided to replace my long-serving Canon EF 70-200mm f/2.8L IS USM with a Canon EF 200mm f/2L IS USM.  Like my 16-35/2.8L II, my 70-200/2.8L IS had brought me many pleasing images, and had travelled abroad on several occasions; but again, I wanted to move to a prime-only configuration, and gain an extra stop in the form of the lust-worthy 200/2L IS.  More details about this lens change can be read here.

Even more recently in 2018, with the addition of a Canon EF 24mm f/1.4L II USM lens (story here) which bridged the significant gap between my 16mm and 35mm lenses, I have covered all focal lengths I want, in prime lenses only.

While I had only two zoom lenses for a period of nine years, I made a rapid transition to exclusive use of prime lenses in 2017.

Why did I do this?

I like prime lenses.  I am used to using prime lenses, and ‘zooming with one’s feet’ is not something I find to be an obstacle.

I also like lenses with wide apertures, and primes give me that.

I like the look the use of a wide aperture provides, and I like the ability for low light to be of little or no challenge.

All of my lenses have the widest currently available apertures offered by Canon in those focal lengths.

While there are some excellent zoom lenses, the advantages zoom lenses provide are not necessary in my pursuits.  I do not need the convenience one or two lenses offers over six or seven lenses.

My photography is mostly planned.  I do not carry an SLR rig as a matter of course; I go out specifically to shoot, and I take the lenses I know from years of experience that I will need.

The use of prime lenses suits my planned, controlled and specific photography.

It just works for me, and I am very accustomed to it.

Sure, I sometimes end up with a heavier bag than other photographers may like, but for the images I seek, and the capability I want, I can work with this.

With my current array of primes and telephoto extenders, I now have 14mm at f/2.8, 24mm at f/1.4, 35mm at f/1.4, 85mm at f/1.2, 135mm at f/2, 189mm at f/2.8, 200mm at f/2, 270mm at f/4, 280mm at f/2.8, 300mm at f/2.8, 400mm at f/2.8, 420mm at f/4, 560mm at f/4, 600mm at f/5.6 and 800mm at f/5.6.

I cannot complain!

Where is the 50mm prime, you ask?  Not in my bag!

 

Conclusion

As this article has discussed, both prime lenses and zoom lenses have their advantages and disadvantages.

Both types of lenses have their place.

Some people, such as myself, choose to use prime lenses only, as they like the capability and specialisation primes offer over zooms.

Some people choose to use zoom lenses only, as they like the flexibility and convenience.

Some people — many, from what I have seen — like to use both, and therefore have the best of both worlds, with more flexibility being the key benefit.

There is an enormous range of high-quality primes and zooms available, and many of today’s zooms can rival or exceed the image quality traditionally provided by prime lenses.

It is all a matter of choice, based on the individual photographer’s needs and wants.

Hopefully this article has provided plenty of information about both lens types which will help people decide whether one type of lens, or both, is the most suitable choice for the job.

My New Canon EF 200mm f/2L IS USM

This is my new Canon EF 200mm f/2L IS USM.

My New Canon EF 200mm f/2L IS USM

My New Canon EF 200mm f/2L IS USM

This is a lens I first tried in 2008.  It took nine years before I decided to buy one, and it is my third Canon EF super telephoto lens, joining its bigger brothers, the Canon EF 300mm f/2.8L IS USM and the Canon EF 400mm f/2.8L IS USM.

There is a bit of a story behind this lens.  I was meant to have it much sooner, except the lens which was dispatched from Canon Australia to my supplier disappeared. Canon had only one more in stock, which was no longer available by the time it was discovered that my lens vanished.

Consequently, a new lens needed to be ordered from Japan, which delayed the acqusition time.  Finally, it arrived, and here it is.

This year has seen some major gear changes in my lineup, with the Canon EF 200mm f/2L IS USM being the latest.  It replaced my long-serving Canon EF 70-200mm f/2.8L IS USM.

In this image, the big 200mm prime is mounted on my new Canon EOS 5D Mark IV, which is also a very recent acquisition.

A 200mm lens like this is not just an ordinary 200mm lens — at f/2, it is the fastest 200mm lens currently available for Canon EOS cameras.  Nikon also has a 200mm f/2 prime in its lineup.

At f/2, the bokeh is incredible, and I bought it to shoot it wide-open; to capture the unique look this lens produces.

I am looking forward to exploiting its capabilities.

Latest Lovelies

I rarely capture photographs of the gear I use to capture photographs, but this year has seen some changes to my camera and lens rig.

These are two of my latest ‘lovelies’: a Canon EF 14mm f/2.8L II USM, which I purchased on 12/01/2017 to replace my long-serving Canon EF 16-35mm f/2.8L II USM; and my much newer Canon EOS 5D Mark IV, which I purchased on 23/06/2017.

Latest Lovelies

Latest Lovelies

The Canon EOS 5D Mark IV is a substantial upgrade to my Canon EOS 5D Mark II, a 2008-vintage camera which I have been using since 2010. I will keep my 5D2, but the new 5D4 will be my main camera.

I am looking forward to taking advantage of the increased dynamic range and reduced high-ISO noise of this latest generation of full-frame Canon sensors.

New Lens: Canon EF 14mm f/2.8L II USM

Today ushered in a new chapter in my photography, and simultaneously closed another.

A new lens joined its brethren here in my photography den; and an old friend parted ways.

Now, I am not one to buy gear very often.  My days of ‘Gear Acquisition Syndrome’ (GAS) are well and truly behind me; and I have settled on a photography rig which allows me to achieve what I want to achieve.

Being in a position whereby gear is not a limiting factor, is indeed a good position.  Sure, there is always something that would be nice to have; but something that is nice to have, as opposed to something that is necessary for my photographic objectives, is quite a different matter, particularly when it comes to spending money to placate a want rather than a need.

However, every now and then, a new piece of equipment joins my rig, often unexpectedly and rather suddenly.

Today, the spectacular Canon EF 14mm f/2.8L II USM lens found its way into my rig under those very circumstances.

For some odd reason, I had read The Digital Picture‘s comprehensive review of this lens (amongst others) quite recently, and I had pondered, both recently and a number of times throughout the years, the possibility of replacing my beloved Canon EF 16-35mm f/2.8L II USM with the wider, 14mm prime lens.

For years it was one of those “it would be nice…” scenarios, but today it became a reality.

At 4:16pm I declared that I was actually thinking about doing this.

At 5:33pm, l declared that I had actually done so.

I have never progressed from “I’m thinking about…” to “I just bought…” so rapidly.

The plan I had was to visit my main photographic supplier on my way elsewhere to see what kind of a deal I could get.  When I visit (which is maybe once every year or two), the guy there always recognises me, talks to me for a while, and gives me a good deal on anything I buy.

The visit was purely for research, but it went a bit further than that, as the lens was there (which I did not know before visiting), and the price was right.  I solved two ‘problems’ in one hit.

Firstly, he discounted the listed price of lens for me; and secondly, he gave me a good trade-in deal on my Canon EF 16-35mm f/2.8L II USM.

As the 14mm prime was intended to replace the zoom, I did not want to spend a significant amount up front and then need to sell my nine-year-old Canon EF 16-35mm f/2.8L II USM, which has recently been superseded by a Mark III version.  A trade-in was perfect.

The salesman was surprised at the remarkably good condition of my Canon EF 16-35mm f/2.8L II USM, to which I responded by stating that I take good care of my gear.  Indeed, I do.

The combination of the initial discount and the trade-in value put the price firmly in the “I can do this right now” category rather than the “tempting, but I cannot justify the expense now” world of misery.

So, the deal was done.  My beloved Canon EF 16-35mm f/2.8L II USM lens stayed in the shop, and a brand-new Canon EF 14mm f/2.8L II USM departed with me.

I honestly did not plan any purchases this year at all, and while I periodically think about lenses and cameras I would like (there is always something), there is a massive difference between the wishful thought, and the cash-depleting reality.

So far, 2017 has started off quite nicely in the photography department, with two pleasing shoots having taken place.

Tonight, I had plans to expand upon that.  And now I was armed with a new lens and all the kid-in-a-candy-store excitement a new toy brings.

Some people’s photography becomes re-invigorated upon acquiring a new camera or lens; some people’s photography becomes re-invigorated as a result of shooting a pleasing image.  In my case, a combination of both scenarios was achieved tonight, and my initial impression of theCanon EF 14mm f/2.8L II USM is that it is a brilliant lens.

I have shot extensively with my Canon EF 16-35mm f/2.8L II USM lens over the past nine years, and according to my lens utilisation statistics, it is my most frequently used lens.

However, I wanted an even wider lens for a more expansive view, and I also wanted to switch to a prime.  Most of my lenses are primes (now seven out of a total of eight), and even though the Canon EF 16-35mm f/2.8L II USM is a zoom, I rarely ever used its zoom capability, sticking fairly religiously to the 16mm setting, and at times forgetting that the lens’s focal length could be changed, which I realised after moving my tripod rig to a slightly different position.

So, now I have a new Canon EF 14mm f/2.8L II USM lens which opens up new possibilities and has given me a psychological boost.  Additionally, I took it for a shoot only a few hours after purchasing it, and I landed a pleasing series of images (about which I will post separately).

I hope my Canon EF 16-35mm f/2.8L II USM finds its way into the home of someone who will love it as much as I did, and that it will bring years of rewarding images.

I look forward to getting back into photography, and a new lens may just help do that.

Overview of the ‘Plastic Fantastic’ Canon EF 50mm f/1.8 II

The Canon EF 50mm f/1.8 II, known as the ‘Plastic Fantastic’ or the ‘Nifty Fifty’, is a very popular lens, and for good reason: it’s fast and cheap.

I used to own one of these, but I later sold it.  I have no need or desire for a 50mm lens, as the focal length doesn’t appeal.

However, given the enormous popularity of this lens, I think it’s worthwhile to point out what’s good about it, as well as what’s bad.

Anyone considering purchasing one can take these simple facts into consideration.

What’s Good?

  1. It’s light.
  2. It’s small.
  3. It’s fast (as in wide aperture).
  4. It’s sharp.
  5. It’s inexpensive.
  6. On an APS-C camera, it provides classic portrait framing.

What’s Bad?

  1. Its barrel and mount is plastic.
  2. It has no distance gauge.
  3. It has no ultrasonic focus motor.
  4. It’s slow to focus, and noisy, too.
  5. The focus ring is awkwardly positioned and small.
  6. It has a five-bladed diaphragm, producing unappealing pentagonal bokeh.

What the lens does provide is a lot of bang-for-buck.  It’s ridiculously inexpensive for what it delivers.  Of course, if one wants a fast 50mm lens and can live with the negative aspects I’ve itemised above, it’s worth having.  Even if the lens turns out to be unappealing after all, it won’t be an expensive learning exercise.