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Posts Tagged ‘Canon’

Yongnuo shows off familiar-looking 100mm F2 lens for Canon EOS

02 Nov
The Yongnuo Y100mm F2 on the left, and Canon’s EF 100mm F2 USM on the right

Chinese photo equipment manufacturer Yongnuo is set to launch a new 100mm F2 lens that not only uses a Canon EF mount but which also looks just like Canon’s own 100m F2. According to websites Photo Rumours and Photo Gear News the full-frame lens will be priced at around $ 170/€160.

The lens has been made to resemble the Canon version inside and out it seems, as both feature eight elements, have a maximum magnification of 0.14x and an aperture range of F2 to F22. The Yongnuo lens arranges its elements in five groups though while Canon’s own model used eight in six. Canon’s EF 100mm F2 USM also has eight blades in its iris, against the nine in the Yongnuo version.

Price is also a significant differentiator as the Canon lens costs $ 500. Nikon Rumours expects the lens to also become available in a Nikon mount.

Yongnuo already sells 35mm F2 and 50mm F1.8 lenses in Canon and Nikon mounts with each mount having a corresponding barrel design to match of the camera brand’s own.

Articles: Digital Photography Review (dpreview.com)

 
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An array of Canon 400mm F2.8L II lenses is helping astronomers discover new galaxies

27 Oct
The Dragonfly Telephoto Array. Photo by Pieter van Dokkum

When Astronomer Pieter van Dokkum was looking for ways to study galaxies, he turned to the equipment he was familiar with as an amateur photographer. Thanks in part to some advanced optical coatings, he and his research team have been able to discover previously unseen galaxies.

In 2011, van Dokkum and fellow professor and astronomer Roberto Abraham, were discussing ways to find a way to get a better look into the very diffuse cosmic light that’s scattered by traditional telescopes like Hubble. Van Dokkum’s thoughts turned to his consumer imaging equipment, and some claims Canon was making about its then-recently-released 400mm F2.8L II. 

Introduced in August the previous year, the 400mm F2.8L II offers what Canon calls ‘a SubWavelength Structure Coating (SWC), which uses microscopic cone-shaped structures smaller than a wavelength of visible light’ to reduce internal reflections and scattered light. This kind of coating would theoretically help collect enough light to study galaxies with low ‘surface brightness’, and sure enough, it did. Says van Dokkum: ‘We compared their performance to those of the best reflecting telescopes, and found that they produce almost an order of magnitude better suppression of the wings of the point spread function – probably in part because of the SWC coatings.’ In short, the 400mm F2.8L II fit the bill.

More lenses were acquired and the Dragonfly Telephoto Array was born (clustering lenses allows researchers to increase the effective aperture of the system). Van Dokkum and Abraham started with eight lenses, and now operate two mounts with a total of 48 lenses.

Custom connectors, as well as off-the-shelf components like Intel Compute Sticks help drive Dragonfly. Photo by Pieter van Dokkum

You won’t find a Canon EOS 5DSR behind anywhere on the array, though. Each lens is attached to its own science-grade 8MP CCD camera, and has a custom astronomical filter slotted in. There’s a custom-built connector between each camera and the lens that can drive focus, and an Intel Compute Stick attached to each camera takes care of data recording and some processing. It’s all controlled by a central computer that can carry out commands like ‘auto-observe Mars’ and ‘expose 900 seconds’. 

The array has helped examine much-observed heavenly bodies like the Coma Cluster, where they’ve been able to identify what the research team has dubbed ‘ultradiffuse galaxies.’ They continue to discover more of these galaxies with the help of Dragonfly, and aim to keep learning about their variety and formation. 

Articles: Digital Photography Review (dpreview.com)

 
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Throwback Thursday: Canon EOS D30

06 Oct

In the year 2000 (somehow, living in it never felt as futuristic and cool as saying it), I enrolled as a first-year undergraduate student1 at the University of Durham. For many among the student body, the most exciting thing that happened that year was the use by Warner Brothers of parts of the Cathedral grounds and cloisters for filming ‘Harry Potter and the Philosopher’s Stone’.

But while my fellow undergraduates occupied themselves with daily games of ‘Where’s Alan Rickman Getting Coffee Today?’2 I was trying to work out how to become a photographer. Back then, the most expensive component of photography was materials. Film, chemicals, paper and of course the associated hardware. An enlarger with a decent lens, tanks, trays and the physical space required to set it up. I didn’t have a darkroom at home, so I made full use of the facilities both at my college and later, when studying abroad in France.

Over the course of my first year at Durham I took thousands of photographs, experimenting with different styles, different film stocks, and different ways of processing and creating images. Serious digital imaging was still out of reach to all but the wealthiest of enthusiasts at that point, but our student-run website bought a Canon Digital IXUS V in 2001 which I shot with a lot. Although it only offered 2 million pixels, had a crappy battery life and barely any zoom, after a long, smelly day in the darkroom, the IXUS V gave me a refreshing taste of the convenience – and potential – of digital imaging.

That potential had come a little bit closer to being realized late the previous year, when Canon released the EOS D30.

The D30 was a groundbreaking camera for a number of reasons. Not only was it Canon’s first properly home-grown DSLR (previous efforts had been collaborations with Kodak, and were priced for the pro market), it was the first DSLR with an APS-C format CMOS sensor, and the first to come in at (just) under $ 3000, body only.

I read early previews and reviews of the D30 voraciously. The sheer potential of the thing was incredible. Along with many other photography nerds at the time I had a whole new language to learn. Raw files. JPEGs. A few terms, like ‘unsharp mask’ I was familiar with from the darkroom, but others like ‘white balance’ and ‘color space’ were alien.

It was image quality that really sold the D30. God knows it wasn’t the 3-point autofocus system or the pokey, dark viewfinder. For someone used to shooting with a high-end Canon film SLR, the D30’s core photographic specification must have looked alarmingly primitive (pity the first generation of press photographers who had to use them coming from EOS 1N and EOS 3 bodies) but those files…

Images from the D30 were amazingly clean and detailed, and up to ISO 1600 there was almost no grain – or, as I was learning to call it – noise.

It’s easy to forget that for 35mm film photographers, shooting above ISO 400 was considered a bit risky. There were some decent general-purpose 800 ISO color emulsions, but film (color film at any rate) was never really great for low-light handheld shooting. As such, the ability to shoot good, clean, contrasty, colorful and virtually grain-free images above ISO 400 on the D30 was a revelation. The late Michael Reichmann took a lot of flak from purists back then for saying that images from the D30 were essentially better than film, but I thought he was right when he published that article, and I still do.

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When we shot our first Field Test video in 2014, I took my D30 along to record some ‘behind the scenes’ shots of the (then) brand-new Canon EOS 7D II being put through its paces.


Such was the demand for the D30 when it was finally released that they were pretty scarce. Only once do I remember seeing a non-professional with one. He was a guest in the restaurant I waited in3 during my university holidays and he had it out on the table (of course he did). The restaurant was one of those rural boutique hotel restaurants with Michelin Star aspirations and prices to match, but too many covers (and too much corner-cutting) to ever be awarded one. At the time it used to attract a lot of what the head waiter dismissively termed ‘BDGs’, which stood for ‘builders4 done good’. Lots of money, but lacking in taste. The kind of people who would order a soufflé and then ask for ketchup.5 D30 man was a BDG.

As a 19 year-old student it pained me to see him flashing around a $ 3000 camera which was fabulously beyond my means, and that he clearly didn’t know how to use. But it delighted me when, towards the end of the meal, he drunkenly spilled red wine all over it.6

Another three years would pass before I owned my own DSLR, an EOS 10D. It took a whole year of working in that same restaurant to pay for it, and I never looked (or went) back. But it was another six years before I finally got my hands on an EOS D30. In 2009, not long before I joined DPReview I found one on Ebay, boxed and in immaculate condition.7 I didn’t need it, but I wanted it. There’s something very special about encountering things that you once lusted over – it’s like a kind of magic. The attraction never quite wears off. I won the bid (a very reasonable £100, if I remember correctly) and fell in love all over again. I still have my D30. I still shoot with it from time to time. And it’s still great.


1. English Literature & Philosophy, in case you were curious. Which, sixteen years on, means you can basically ask me anything about Mary Shelley’s Frankenstein. 

2. Vennels, and the Café on the Green mostly I think.

3. For the benefit of our American readers, waited in = served in. I wasn’t just lurking in a restaurant.

4. Also for the benefit of our American readers, builder = construction worker. 

5. I actually saw that happen once, but I was never able to confirm the story of another BDG returning his gazpacho soup because it was cold.

6. Schadenfreude, like gazpacho soup, is best served chilled.

7. Listed by a certain Ray Davies, of Birmingham England. Presumably not that Ray Davies.

Articles: Digital Photography Review (dpreview.com)

 
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Canon 5D Mark IV Reviews

06 Oct
Canon 5D Mark IV Review - Real World Tests

I recently put the new Canon 5D Mark IV through some very rigorous tests in the field. I put together a series of 7 videos covering a wide variety of tests that you may find interesting over on my YouTube channel All Things Photo. If you’ve been interested in learning more about what the Canon 5D Mark IV is capable of see the video links below:

Canon 5D Mark IV Speed Review
https://www.youtube.com/watch?v=NgRIAdvzPck

Canon 5D Mark IV Dynamic Range Review
https://www.youtube.com/watch?v=klAaMKQRWos

Canon 5D Mark IV ISO Performance
https://www.youtube.com/watch?v=tRNfKmzeLo0

Canon 5D Mark IV Dual-Pixel Still Photo Post-Processing Review
https://www.youtube.com/watch?v=lumzMn77MhU

Canon 5D Mark IV Dual-Pixel (AF) Autofocus Demo
https://www.youtube.com/watch?v=A0vAYJLy2RI

Canon 5D Mark IV Extreme Exposure & Sensor Noise Performance Review
https://www.youtube.com/watch?v=vjSvrvXXtOU

Canon 5D Mark IV Day-to-Night Timelapse Examples With Flicker Mode Active
https://www.youtube.com/watch?v=heLkKd1HFro

The post Canon 5D Mark IV Reviews appeared first on JMG-Galleries – Landscape, Nature & Travel Photography.


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Phottix introduces Canon RT version of its battery-powered Indra500 TTL studio flash head

23 Sep

Flash and accessory manufacturer Phottix has announced a new version of its Indra500 studio head that has a built-in TTL radio receiver for Canon’s RT flash system. The new head can be controlled directly from a Canon RT radio Speedlite in the hotshoe of a compatible camera or by using a Canon ST-E3 or Phottix Laso transmitter instead. The head can be used in flash networks alongside 600EX ll-RT and 430EX lll-RT radio-controlled Speedlites as well as non-RT flash guns that are fitted with a Laso receiver. The Laso receiver converts optically-triggered flashguns so that they can be controlled via 2.4GHz radio signals.

In all other ways the Indra500 LC TTL head is the same as Phottix’s standard Indra500 heads that offer TTL control with Canon, Nikon and Sony cameras via the Phottix Odin radio communication system. The heads have a maximum output of 500W/s and provide high speed sync options as well as manual output control across eight stops from 1/128th power. The heads take Bowens S-mount accessories and can be powered by the Phottix Indra 500mAh li-ion battery pack or via a mains adapter.

The company hasn’t announced a price for the Indra500LC TTL but the existing heads retail for $ 1419 including the battery, battery cable, a 5in reflector and a carry case.

For more information see the Phottix website.

Press release

Another Phottix First: Phottix Indra500LC TTL Studio Light compatible with the Canon RT System

Phottix presents the first studio light system compatible with Canon’s radio flash system. The Indra500 TTL, introduced in 2014, was the next generation of Phottix’s innovative TTL products – the Indra500LC takes that one step further – incorporating the radio control and triggering of the Canon RT and the Phottix Laso triggering systems. The Indra500LC gives photographers 500W/s of TTL power, opening up new possibilities and allowing photographers to shoot in shutter and aperture priority modes with incredible power.

High Speed Sync
With the Phottix Indra500LC TTL’s High Speed Sync function photographers can shoot at higher sync speeds* allowing wider apertures while still being able to control ambient light. In manual mode the Indra500LC offers 8 stops of power adjustments – from full power to 1/128 in 1/3rd stop increments. With Stroboscopic Mode, the Phottix Indra can be used for special effect and creative shooting with flash frequencies of 1-100HZ and flash counts of 1-100 times.

Built-in Triggering
The Phottix Indra500LC TTL has the power and control of the Canon RT and Phottix Laso triggering systems built-in. Switch between TTL and Manual modes, adjust EV and manual power levels and use high speed sync, all from the Canon ST-E3, compatible Canon RT Speedlites and the Phottix Laso Transmitter – no extra hardware is needed.

Canon non-RT Flashes
One of the best things of the Phottix Laso Triggering system is its ability to incorporate older non-radio Canon flashes into a photographer’s workflow. There’s no need to set aside older non-RT flashes such as the venerable 580 EXII – add a Phottix Laso Receiver and gain the ability to control and trigger it. Add legacy flashes, Canon RT-enabled flashes – and the Phottix Indra500 LC for a complete lighting solution.

“This the next logical step for the Indra series,” said Phottix CEO Steve Peer. “Canon users can now build on their current lighting system and retain the amazing functionality that system offers”

The Indra500LC comes with a Li-Ion battery, cables, charger, carrying bag and a new, smaller 5” reflector to make the Indra500 LC easier to pack and take on location.

*On compatible cameras.

Articles: Digital Photography Review (dpreview.com)

 
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Photokina 2016: Canon EOS M5 quick look video

22 Sep

The Canon EOS M5 launches the M line of mirrorless cameras into greater significance than ever before. With abundant external controls, a mature touchscreen interface and extremely impressive Dual Pixel autofocus, it’s a camera we can’t help but like, even if we wish it had turned up to the mirrorless party a little earlier. And sure, it may not have headline features like 4K or high frame rate video, but Canon clearly knows how to make a camera that is both comfortable to hold and pleasing to use.

We stopped by Canon’s stand at Photokina 2016 and talked with Canon product specialist Hin Pang to talk a little more about what makes the EOS M5 so likeable.

Articles: Digital Photography Review (dpreview.com)

 
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Video: Canon EOS M5 hands-on

16 Sep
Don’t want to read all about it? Then we present you with our hands-on video introduction to Canon’s EOS M5 enthusiast friendly mirrorless camera. Get to know its core features in well under two minutes, and if that leaves you wanting more head to our EOS M5 First Impressions Review.

Articles: Digital Photography Review (dpreview.com)

 
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Canon announces EF-M 18-150mm F3.5-6.3 STM and EF 70-300 F4.5-5.6 IS II USM lenses

16 Sep

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Canon has announced two new lenses ahead of Photokina, unveiling an updated EF 70-300mm with an LCD panel and a versatile EF-M 18-150mm for its mirrorless line.

The EF 70-300mm F4.5-5.6 IS II USM updates a lens from 2005 with a Nano USM motor, offering USM motor focusing for stills and a quieter STM stepping motor for video AF. It’s the second Canon lens to offer this type of motor; the first was the 18-135mm F3.5-5.6 IS USM introduced in February.

The 70-300mm II’s information panel can be used to display focusing distance, focal length and ‘shake amount’. The lens claims four stops of shake correction, uses one UD element to reduce chromatic aberration and offers a close focusing distance of about 1.2m/4ft.

The EF-M 18-150mm F3.5-6.3 IS brings a 29-240mm equivalent zoom to Canon’s mirrorless system. Its image stabilization also claims 4 stops of shake correction.

The Canon EF 70-300mm F4.5-5.6 IS II USM will go on sale in November for $ 550. The Canon EF-M 18-150mm F3.5-6.3 IS STM will sell for $ 500 in December in graphite and silver.

Press release

CAPTURE HIGH-QUALITY ACTION SHOTS AND VIDEO FROM AFAR WITH THE NEW CANON EF 70-300mm f/4.5-5.6 IS II USM lens

Affordable Lens Features NANO USM Technology, Enhanced Image Stabilizer and Information Display

MELVILLE, N.Y., September 15, 2016 – Having the right tool for the job has long been the mantra for professional photographers and hobbyists alike. Canon’s wide array of lenses provide users with a variety of creative options to help capture dynamic photos and videos with their DSLR cameras. Canon U.S.A., Inc., a leader in digital imaging solutions, announced today the new Canon EF 70-300mm f/4.5-5.6 IS II USM lens featuring NANO USM technology for high-speed and near-silent focusing in both still and video modes. The lens also features a new LCD information display and four-stop* image stabilization.

“To help photographers that are striving to create the most amazing pictures and videos possible, Canon is dedicated to developing the best tools to help them with their goal,” said Yuichi Ishizuka, president and COO, Canon U.S.A., Inc. “Having this new EF 70-300mm f/4.5-5.6 IS II USM lens in a photographer’s camera bag will surely help them achieve their creative vision.”

Designed with the user in mind, this affordable new lens includes technology to spark creativity and deliver excellent image and video quality from afar. This is the second Canon lens equipped with NANO USM technology, a focusing motor that combines the benefits of a ring USM (ultrasonic motor) for high-speed AF during still photo shooting and lead-screw type STM (stepping motor) for smooth and quiet video autofocusing (AF)

Features for the Canon EF 70-300mm f/4.5-5.6 IS II USM lens include:

  • High-speed autofocus for shooting stills and smooth, near-silent autofocus when shooting video is achieved by incorporating NANO USM technology.
  • New Lens Information Display shows focusing distance, focal length and shake amount.
  • One UD Lens helps reduce chromatic aberration and delivers outstanding high resolution and high-contrast results.
  • Image Stabilizer effect at up-to-4* stops of shake correction helps capture sharp images.
  • Circular aperture (9 blades) helps deliver beautiful, soft backgrounds.
  • Full-time manual focus allows manual focus adjustment while in AF Mode.

The Canon EF 70-300mm F/4.5-5.6 IS II USM lens is scheduled to be available in November 2016, for an estimated retail price of $ 549.99**. For more information: http://www.usa.canon.com/

* Based on CIPA (Camera & Imaging Products Association) standards. Testing performed using the EOS-1D X digital SLR camera at a focal length of 300mm.

** Availability, specifications and price are subject to change without notice. Actual prices are set by individual dealers and may vary.

Key Features of the Canon EF-M 18-150mm f/3.5-6.3 IS STM Lens Include:

  • Canon’s first EF-M high-zoom power lens covering a broad range of shooting scenes with a high-zoom ratio of up to 8.3x (29–240mm equivalent).
  • Compact and lightweight design allows for easy portability.
  • Optical design helps provide excellent image quality across a broad zoom range comparable to the EF-S 18–135mm f/3.5–5.6 IS USM lens.
  • Maximum magnification of 0.31x at focal length 150mm.
  • Image Stabilizer effect at up to 4 stops of shake correction helps capture sharp images.

Canon EF 70-300 F4-5.6 IS II USM / EF-M 18-150mm F3.5-6.3 IS STM specifications

  Canon EF 70-300 F4-5.6 IS II USM Canon EF-M 18-150mm F3.5-6.3 IS STM
Principal specifications
Lens type Zoom lens
Max Format size 35mm FF APS-C / DX
Focal length 70–300 mm 18–150 mm
Image stabilization Yes (4 stops)
Lens mount Canon EF Canon EF-M
Aperture
Maximum aperture F4–5.6 F3.5–6.3
Minimum aperture F32–45 F22–40
Aperture ring No
Number of diaphragm blades 9 7
Optics
Elements 17
Groups 12 13
Special elements / coatings UD element 2 aspherical + 1 UD element
Focus
Minimum focus 1.20 m (47.24) 0.25 m (9.84)
Maximum magnification 0.25× 0.31×
Autofocus Yes
Motor type Nano ultrasonic Stepper motor
Full time manual Yes
Focus method Rear
Focus notes Nano USM motor combines best of STM and ring-type USM
Distance scale No
DoF scale No
Physical
Weight 710 g (1.57 lb) 300 g (0.66 lb)
Diameter 80 mm (3.15) 61 mm (2.4)
Length 146 mm (5.75) 87 mm (3.43)
Sealing No
Colour Black Graphite or silver
Zoom method Rotary (extending)
Power zoom No
Zoom lock Yes No
Filter thread 67.0 mm 55.0 mm
Hood supplied No
Tripod collar No
Other
Notes Lens Information Display shows focusing distance, focal length and shake amount.

Articles: Digital Photography Review (dpreview.com)

 
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Canon EOS M5: What you need to know

16 Sep

Canon EOS M5: What you need to know

With a 24MP sensor and Dual Pixel autofocus, Canon’s new EOS M5 is the mirrorless camera that a lot of Canon fans have been waiting for. We had the chance to get our hands on a pre-production model earlier this summer and in this article, we’ll give you a quick tour of the M5’s key features and controls.

Canon EOS M5: What you need to know

The DSLR-styled EOS M5 is the most advanced M-series camera yet, and borrows a lot from the EOS 80D, including a Digic 7 processor and equivalent (Canon claims) Dual Pixel AF performance. As such, among other things we’d expect it to be capable of very good image quality, and better Raw dynamic range than its predecessors. 

Canon EOS M5: What you need to know

Despite its small size, the M5 boasts a generous hand-grip, which makes it very comfortable to hold. It doesn’t have the heft of one of Canon’s DSLRs, but we wouldn’t expect it to. That said, the M5’s construction is top notch and at 427g  (15.1oz), the body has a reassuring weight. 

Canon EOS M5: What you need to know

This view gives you an idea of the M5’s compact form factor. Despite packing an APS-C sensor and 2.36 million-dot viewfinder It really is ‘palm-sized’.

Canon EOS M5: What you need to know

This view show’s the EOS M5’s sensor exposed. It’s the same 24MP APS-C format sensor that can be found in the EOS 80D, with the same ISO range of 100-16000, expandable up to ISO 25,600. More significant is the inclusion of Dual Pixel AF – finally bringing one of Canon’s most impressive features to mirrorless.

Canon EOS M5: What you need to know

Dual Pixel AF uses on-sensor phase-detection pixels, covering roughly 80% of the image area. As we’ve seen in DSLRs like the EOS 80D and EOS 5D IV, Dual Pixel is a huge leap forward compared to traditional contrast-detection autofocus systems, both in terms of responsiveness and accuracy. 

Dual Pixel AF can also be used to track moving subjects, and we have high hopes for the M5’s performance in this respect. The M5 can capture images at an impressive rate of 7fps with AF-C, and 9fps when focus is locked. 

Canon EOS M5: What you need to know

From the top, the EOS M5 looks like a true mixture of a G-series compact camera and one of Canon’s midrange DSLRs. There’s the familiar EOS exposure mode dial on the top left, and a PowerShot-style exposure compensation dial on the extreme right.

Between them are twin control dials, one of which encircles the M5’s shutter button. The function of the secondary, rearmost dial can be used in conjunction with the ‘Dial Func’ button to gain quick access to a handful of functions (such as White Balance, ISO, Drive Mode…). 

Canon EOS M5: What you need to know

The EOS M5 has a 180-degree tilting screen, but somewhat unusually, at full extension it tilts out under the camera. You know – for selfies. 

Canon EOS M5: What you need to know

More useful (we think) is the diagonal angling possible when the camera is held pointing away from you. 

Canon EOS M5: What you need to know

The M5’s 3.2in, 1.62 million-dot touchscreen is a pleasure to use, and makes AF point positioning and stills and video framing a breeze, even from low and high angles. Flipping through and zooming into images by touch in playback mode is a nice time-saver, too, and the screen can also be used to position AF point with your eye to the finder (Panasonic style).

Despite its touch-sensitive rear screen, the M5 isn’t short on physical control points, and the cluster of buttons on the back of the camera will be immediately familiar to users of high-end Canon PowerShot cameras. The red movie recording button might look a bit tucked out of the way, but it’s actually in a good position to be activated by the right thumb.

Canon EOS M5: What you need to know

The EOS M5’s LP-E17 battery slots beneath its handgrip, and offers a quoted battery life of 295 shots (CIPA).

Canon EOS M5: What you need to know

The M5’s 1080/60p video spec is pretty middle-of-the-road (and essentially the same as the EOS 80D) but little things like a jack for an external microphone mean that it is capable of being used as a video camera for most applications (provided you don’t need 4K).

Canon EOS M5: What you need to know

On the palm side of the M5’s handgrip you’ll find a small recessed button to initiate the M5’s wireless pairing. Built-in Wi-Fi with NFC and Bluetooth mean that images from the M5 can be sent to a compatible smartphone or tablet, and the camera can be controlled remotely via Canon’s EOS Remote app. 

Canon EOS M5: What you need to know

The EOS M5 will be available in November, kitted with either the 15-45mm (24-72mm equiv) or new 18-150 F3.5-5.6 IS STM (28-240mm equiv) zoom lenses.

What do you think of it? Is the EOS M5 the Canon mirrorless camera you’ve been waiting for? Let us know in the comments.

Articles: Digital Photography Review (dpreview.com)

 
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Throwback Thursday: Canon PowerShot Pro70

16 Sep

You have to scroll a long way down the list of DPReview’s camera reviews to find the Canon PowerShot Pro70 – all the way to the very bottom, in fact. The Pro70 was the first review ever published to the site, authored by site founder Phil Askey.

The Pro70 made its debut in early 1999, at a time when digital cameras were just beginning to enter the consumer mainstream. In fact, the Pro70’s SLR-like shape prompted some onlookers to ask where the film went. Of course, there was no film – but here’s what the Pro70 did offer:

  • 1.68MP 1/2″ CCD (CYGM!) sensor
  • 28-70mm equivalent lens
  • F2-2.4 lens
  • Flip out / swivel 2″ LCD
  • 3fps burst at 768 x 512
  • Hotshoe
  • ISO 100, 200 (400 in low resolution)
  • Not one, but TWO CF card slots

All for the very reasonable price of $ 1200. Naturally, an 18-year-old piece of technology is going to look wildly underpowered by modern standards, but in its time the Pro70 offered a lot to the amateur photographer looking to embrace digital. Here’s a closer look at some of its notable features.

A crazy little thing called Raw

Part of the review was dedicated to describing a radical and innovative feature called ‘CCD RAW mode’, which was actually just a Raw file as we know it now. At the time this was a much-welcome alternative to saving bulky TIFF files to your CF card, but added the complication of needing your PC to interpret the recorded file. This was done using Canon’s included TWAIN driver (in the days before Adobe Camera Raw, you accessed Raw files through the same system often used for communicating with scanners), which Phil noted was ‘a little slow’ and prone to color shifts.

Aperture control and not much else

It’s amazing what you find packed into a modern enthusiast camera. Full manual exposure controls are a given, and though you may be changing multiple settings with a single rear dial, even the smallest compact targeted at enthusiast shooters will allow you to change your shutter speed.

Not so with the Pro70. It offered manual aperture control, including an option to enable a built-in ND filter to darken things below F8 without inducing additional diffraction. But what an aperture: before compact cameras got caught in a race to be cheapest, manufacturers offered cameras with bright lenses. F2-2.4 might only by F9.3-11 in full-frame terms, but the Pro70 existed a whole seven years before full frame digital became anything like accessible and would have helped get the most out of that 1/2″ sensor.

It was enough to prompt Imaging Resource to say: ‘…the combination of unusually wide-angle lens, exceptional low-light capability, and wonderful external-flash integration make for a superlative “indoor” camera!

Everything else is handled by the camera, though if you switched to the its lower-res 2fps mode you unlocked ISO 400 and shutter speeds up to 1/8000s. Remember that the next time you change the shutter speed on your smartphone camera.

Top notch image quality

Phil rated the image quality from the Pro70 as ‘superb’ in the review’s conclusion. Someone deleted the sample gallery a while ago so we can’t show you the proof, but it certainly impressed the reviewer We just rescued the sample gallery from the depths of some forgotten hard drive, so you can see for yourself what the Pro70 was capable of. Given that you couldn’t change white balance, metering mode or most of the exposure parameters, it’s a good thing that OOC JPEGS ended up looking nice. 

Tilting LCD for selfies (or something like that)

The Pro70 offered a flip-out, fully articulated LCD, a feature that persists today in many enthusiast cameras with more or less the same implementation. Sure, the 2″ display is only slightly bigger than your typical smart watch these days, but in the Pro70 it was an innovative and welcome feature.

Another welcome design choice was the use of Compact Flash cards. Our Throwback Thursday features have often seen us running into problems finding the right connectors, recording media and floppy drives required to get images from the camera, even with models as little as ten years old. Not a problem for the Pro70: the camera is happy to work with whatever size and speed of CF card you slot into it, even if modern, multi GB cards to promise the ability to store near-infinite numbers of 1.68MP JPEGs.

Technology has obviously marched quite far forward since the Pro70, but the camera will still hold a special distinction around here for a long time to come.

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Articles: Digital Photography Review (dpreview.com)

 
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