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Leica introduces 47 Megapixel Q2 Monochrom for $6000

11 Nov

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Leica has introduced the Q2 Monochrom, a black and white version of the Q2 – a team favorite here at DPReview. It features a designed-for-monochrome full-frame 47MP sensor that Leica claims should capture 2 additional stops of dynamic range over the Bayer version (13EV vs 11EV). The maximum ISO is 100,000, up from 50,000 on the Q2.

The Q2 Monochrom uses the same stabilized 28mm F1.7 ASPH lens as the Q2. It shares the same 3.68MP OLED EVF and touchscreen display, as well. The body is more discreet than the Q2, with a matte black and leatherette finish and no red dot. The magnesium alloy body is built as well as you’d expect from Leica and carries an IP52 rating for weather-proofing.

The camera has one-button cropping to 35, 50 and 75mm, with a drop in resolution with as you go. For those who want the unique look of black and white video, the Q2 Monochrom can capture both DCI and UHD 4K at up to 30p.

The Q2 Monochrom is available now for $ 5995.

Read our Q2 Monochrom initial review

View our pre-production sample galleryPress release

Leica Q2 Monochrom: A New Level of Dedication to Black & White Photography

Leica Camera continues to demonstrate its commitment to the art of black and white photography with the introduction of the first-ever full frame compact camera with a monochrome sensor

November 10th, 2020 – Leica Camera makes unprecedented strides in its commitment to black and white photography with the launch of the Leica Q2 Monochrom, a new addition to the much beloved Leica Q line and the greater Leica Monochrom family. With a newly developed, full-frame monochrome sensor, a fast Leica Summilux 28 mm f/1.7 ASPH. prime lens, quick and precise autofocusing, protective weather sealing and OLED viewfinder technology, the Q2 Monochrom encompasses the outstanding performance and features of its popular Leica Q2 brethren in a model focused solely on the art of black and white photography – delivering unprecedented image quality and creative focus.

Black and white photography is an unrivalled art form. Memorializing more than just the decisive moment – black and white photographs evoke the emotion and the essence of unforgettable and irreplaceable moments. The new Leica Q2 Monochrom is the newest chapter in the Leica Monochrom story, offering photographers the experience of making black and white photographs through the lens of a full-frame, compact camera dedicated to black and white photography in its purest form.

The Leica Q2 Monochrom features a newly developed 47.3 megapixel full frame sensor based on its sibling model, though in line with its Leica Monochrom forebears the sensor has seen the purposeful omission of the color filter array to give it added light gathering potential and increased sharpness in true black and white. With a maximum ISO climbing higher – up to 100,000 – the Q2 Monochrom can see and capture immense detail and tonality in settings that have barely enough light even for the human eye. The end result is a compact camera that while expanding the Monochrom offerings from Leica, and bringing another black and white imaging stalwart to the family, also yields the most accessibility to this acclaimed formula of black and white perfection – for use in any and all situations the user may want to create monochromatic wonder.

The autofocus system locks on in less than 0.15 seconds and makes it one of the fastest cameras in its class. Ongoing improvements to the processor from the Maestro family have enabled an impressive 10 frames per second burst shooting rate at even full resolution that ensures the truly wonderful moments in life will never be missed. The range of creative options has also been expanded by the new video capabilities with 4K resolution. Brilliant, black-and-white video recordings can be made in 3840 x 2160 resolution and frame rates of 30 or 24 fps or, alternatively, in the familiar full-HD 1080p format with 120, 60, 30 or 24 fps – all with manual creative control at the fingertips of the user.

The Leica Q2 Monochrom’s ‘Made in Germany’ seal of quality guarantees that only the finest and most resilient materials are used in its construction. The camera’s classically textured leatherette ensures an optimal interplay of form and functionality – with matte black paint, grey and white engravings, elegant ”MONOCHROM” lettering on the top and the omission of the red Leica logo for unobtrusive shooting. The unique, intuitive operating concept of the Leica Q2 has been maintained, helping newcomers and existing owners alike feel at home right away through its ease-of-use. The menu has been streamlined and adapted even further to the special features of a monochrome camera. All color settings have been omitted and the menu has only been supplemented with settings for toning black-and-white images (blue, sepia, selenium).

A range of premium leather accessories are also available for the Leica Q2 Monochrom, including camera protector cases, carrying straps, bags and wrist straps in a variety of different colors. Additional technical equipment accessories pair perfectly with the new camera such as the Leica SF 40, SF 60 flash units, the SF C1 remote flash control unit, an additional thumb rest and a new handgrip that perfectly matches the body. Three new E49 color filters in yellow, green and orange, for direct contrast control right from the lens of the camera, are available for purchase as well. And when on the go, the Leica FOTOS app keeps the photographer connected to the Q2 Monochrom for mobile sharing and uploading their black and white creations.

The Leica Q2 Monochrom is available for order at Leica Stores, Boutiques and Dealers for $ 5,995 starting today.

Leica Q2 Monochrom specifications

Price
MSRP $ 5995
Body type
Body type Large sensor compact
Body material Magnesium alloy
Sensor
Max resolution 8368 x 5584
Image ratio w:h 3:2
Effective pixels 47 megapixels
Sensor photo detectors 50 megapixels
Sensor size Full frame (36 x 24 mm)
Sensor type CMOS
Color filter array None
Image
ISO Auto, 100-100000
Image stabilization Optical
Uncompressed format RAW
File format
  • JPEG
  • DNG
Optics & Focus
Focal length (equiv.) 28 mm
Optical zoom 1×
Maximum aperture F1.7
Autofocus
  • Contrast Detect (sensor)
  • Multi-area
  • Center
  • Selective single-point
  • Single
  • Continuous
  • Touch
  • Face Detection
  • Live View
Digital zoom Yes (1.2x (35mm equiv), 1.5x (50mm equiv), 2x (75mm))
Manual focus Yes
Normal focus range 30 cm (11.81)
Macro focus range 17 cm (6.69)
Number of focus points 49
Focal length multiplier 1×
Screen / viewfinder
Articulated LCD Fixed
Screen size 3
Screen dots 1,040,000
Touch screen Yes
Screen type TFT LCD
Live view Yes
Viewfinder type Electronic
Viewfinder coverage 100%
Viewfinder magnification 0.76×
Viewfinder resolution 3,686,000
Photography features
Minimum shutter speed 60 sec
Maximum shutter speed 1/2000 sec
Maximum shutter speed (electronic) 1/40000 sec
Exposure modes
  • Program
  • Aperture priority
  • Shutter priority
  • Manual
Built-in flash No
External flash Yes (via hotshoe)
Flash X sync speed 1/500 sec
Continuous drive 20.0 fps
Self-timer Yes (2 or 12 secs)
Metering modes
  • Multi
  • Center-weighted
  • Spot
Exposure compensation ±3 (at 1/3 EV steps)
AE Bracketing ±3 (3 frames at 1/3 EV steps)
Videography features
Format MPEG-4, H.264
Modes
  • 4096 x 2160 @ 30p, MP4, H.264, AAC
  • 3840 x 2160 @ 24p, MP4, H.264, AAC
  • 1920 x 1080 @ 60p, MP4, H.264, AAC
  • 1920 x 1080 @ 30p, MP4, H.264, AAC
  • 1920 x 1080 @ 24p, MP4, H.264, AAC
Microphone Stereo
Speaker Mono
Storage
Storage types SD/SDHC/SDXC (UHS-II supported)
Connectivity
USB charging No
HDMI No
Microphone port No
Headphone port No
Wireless Built-In
Wireless notes 802.11b/g/n + Bluetooth
Remote control Yes (via smartphone)
Physical
Environmentally sealed Yes (IP52 rated)
Battery Battery Pack
Battery description BP-SCL4
Battery Life (CIPA) 350
Weight (inc. batteries) 734 g (1.62 lb / 25.89 oz)
Dimensions 130 x 80 x 92 mm (5.12 x 3.15 x 3.62)
Other features
Orientation sensor Yes
Timelapse recording Yes
GPS None

Articles: Digital Photography Review (dpreview.com)

 
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Leica Q2 Monochrom sample gallery

11 Nov

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Leica’s black-and-white-only variant of the Q2 has just arrived, and what better time to shoot monochrome than late fall? Take a look at some samples captured with a pre-production Q2 Monochrom, including some Raw conversions that highlight the camera’s outstanding flexibility for post-processing.

Articles: Digital Photography Review (dpreview.com)

 
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Step aside, Intel: Apple shows off its first Macs powered by its new M1 chipset

11 Nov

Apple today unveiled its first Mac computers powered by its new M1 chipset, ushering in a new era for Apple hardware as it leaves behind Intel in favor of its own silicon.

Apple M1 Chipset

Behind all of the new computers Apple showcased at today’s event is its new M1 chipset, the first chip designed specifically for Mac. Unlike past Mac computers, which required multiple chips from multiple suppliers, Apple’s new M1 chip puts all of them into a single system on a chip (SoC) design. This includes the CPU, GPU, I/O, security and memory.

The new chip uses a 5nm process, which helps to fit more than 16 billion transistors onto the M1. The M1 features eight cores—four high-performance cores and four high-efficiency cores—that work together to provide better performance with lower power consumption. Apple claims the new M1 chip offers 2x the total CPU and GPU performance of the leading commercially-available PC chip and matches the peak CPU/GPU performance of the same chip using just 25% and 33% of the power, respectively.

One of the greatest advantages of the SoC design is the ability to use unified memory. Now, with the unified memory architecture (UMA), the M1 allows all of the individual technologies inside the M1 to access the same data without having to copy it between multiple memory pools. This should open up plenty of memory bandwidth for improved performance across the board. Apple specifically notes both video and image processing will see a major performance boost with the M1 chip compared to similar Intel-powered computers.

Apple also claims 15x the machine-learning performance compared to its previous-generation Intel-powered computers with the ability to perform up to 11 trillion operations per second.

Of course, one of the main benefits of Apple’s new silicon is battery performance. As we’ll detail below, the new M1 chip enables up to 17 hours of web browsing and 20 hours of video playback on the new MacBook Pro 13”, while the new MacBook Air offers up to 15 hours and 18 hours of web browsing and video playback, respectively.

With the brain out of the way, let’s get onto the new machines using it.

The New MacBook Air

The new MacBook Air may look like its predecessors, but beneath the unibody frame is Apple’s new M1 chip, making it the first Apple computer with Apple silicon packed inside. Thanks to the new M1 chip inside, Apple says the new MacBook Air is 3.5 times faster than its Intel-powered predecessor, with 5x faster graphics performance and 9x better machine learning performance.

The new MacBook Air comes with a 13.3” retina display with P3 wide color gamut support, up to 16GB of memory and up to 2TB of storage. Other features include two Thunderbolt 3/USB 4 ports, Wi-Fi 6, Bluetooth 5.0, a 720p FaceTime HD camera (really, Apple?) and Touch ID.

Apple claims the new MacBook Air can power up to 15 hours of web browsing and 18 hours of video playback on its 50Wh LiPo battery. It comes with a 30W USB-C Power Adapter for charging.

The new MacBook Air starts at $ 999 with the standard M1 chip, 8GB RAM and 256GB of SSD storage. There’s also a version of the new MacBook Air that starts at $ 1249 and offers an M1 chip with an 8-core GPU over the standard seven-core GPU; this upgraded version also starts with 512GB of SSD storage over the 256GB of the $ 999 MacBook Air. A full-maxed-out MacBook Air with the upgraded M1 chip, 16GB RAM and 2TB of SSD storage will set you back $ 2,050.

Mac Mini

Much like the new MacBook Air, the new Mac Mini looks identical to its Intel-powered predecessor on the outside but packs Apple’s new M1 chip on the inside.

Apple didn’t lay out the exact specifications of the M1 chip inside the new Mac Mini, opting instead to compare it to its Intel-power predecessor. Based on that comparison, Apple says the new Mac Mini offers 3x faster processing performance, 6x faster graphics performance and 15x faster machine learning performance, all while consuming 60% less energy.

Features include Wi-Fi 6, Bluetooth 5.0 and Gigabit Ethernet.Ports include two Thunderbolt 3/USB 4 ports, an HDMI 2.0 port, two USB-A ports and a 3.5mm headphone jack. When using the thunderbolt 3 port, you can drive Apple’s Pro Display XDR at a full 6K resolution in addition to a secondary 4K display.

The new Mac Minis start at $ 699 ($ 100 less than the previous generation), which includes the eight-core M1 chip, 8GB RAM and 256GB of SSD storage. A maxed-out model, complete with 16GB RAM and 2TB of SSD storage will set you back $ 1,500.

13″ MacBook Pro

The third and final computer to receive the M1 treatment today is the new 13″ MacBook Pro. As with the two previous computers, there is effectively zero external differences between this computer and its Intel-powered predecessors. Inside, though, it’s a different story.

As with the Mac Mini, Apple refrains from spouting the frequencies of the new M1 chip inside the 13″ MacBook Pro, opting instead to gauge its performance based on its Intel-powered predecessor. Based on that, Apple claims the new 13″ MacBook Pro offers 2.8x faster processor performance, 5x the graphics performance and 11x the machine learning performance. Unlike the new MacBook Air, which relies exclusively on passive cooling, the new 13″ MacBook Pro keeps its fans, which means you should be able to push the performance of the M1 chip even further when battery life isn’t an issue.

Speaking of battery life, Apple says the new 12″ MacBook Pro offers up to 17 hours of web browsing and 20 hours of video playback on a single charge—that’s roughly 10 hours more than Apple’s previous Intel-powered MacBook Pros.

Other specifications include Wi-Fi 6, Bluetooth 5.0, Touch ID, a 720p FaceTime camera (again, really, Apple?), P3 wide color gamut support and an upgraded three-microphone array. Ports include two Thunderbolt 3/USB 4 ports and a 3.5mm headphone jack. Like the Mac Mini, the new 13″ MacBook Pro can power Apple’s Pro Display XDR at its full 6k resolution.

The new 13″ MacBook Pro starts at $ 1,300 with the eight-core M1 chip, 8GB RAM and 256GB of SSD storage. A maxed-out model with 16GB RAM and 2TB of SSD storage will set you back $ 2,300.

It’s worth noting that both the Mac Mini and 13″ MacBook Pro can still be purchased with Intel processors, if you’re not ready to make the jump to Apple silicon yet. The MacBook Air, however, is now exclusively powered by Apple’s M1 SoC.

Articles: Digital Photography Review (dpreview.com)

 
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Hands on: Leica Q2 Monochrom

11 Nov

Hands-on with the Leica Q2 Monochrom

It was perhaps only a matter of time before Leica made a monochrome-only version of its popular Q2, and here it is! The Q2 Monochrom is a stealthy, niche camera aimed at black and white enthusiasts, and we’ve had one in our hands for a few days. Read on for all the details.

Newly-developed 47MP mono sensor

Contrary to some of the opinions occasionally posted in comments, making a dedicated monochromatic sensor is not a simple matter of just removing the color filter layer. While the base silicon of the Q2M’s sensor is the same as the conventional Q2, Leica has redesigned the microlens array, to account for the different thickness of the optical stack.

More resolution, more sensitivity

The removal of the color filter layer means that the Q2M’s sensor captures pure detail, without any need for interpolation (basically, the clever process by which neighboring RGB values get turned into a single full-colored pixel).

It also makes the sensor more efficient from a light-gathering point of view, since no light is lost to any color filters (the Q2M’s maximum ISO is 100,000 compared to 50,000 from the conventional Q2), and results in a claimed ~2EV improvement in terms of low light image quality and dynamic range, but it’s unlikely to be that simple (we’d expect a benefit of more like +1EV) and it’s something we want to test that as soon as possible.

And before you suggest it, yes, dedicated mono cameras are more than just a gimmick.

Same 28mm F1.7 lens

The Leica Q2M uses the same 11-element Summilux Asph 28mm F1.7 as its predecessors, and Leica assures us that while the lens has been around for a while, it’s more than capable of meeting the resolution potential of the monochrome sensor. If you’ve ever used a Q or Q2 you’ll know the deal here, but this is a fixed lens, with a large focusing tab, and an easy-to-use switch to move the lens into a close-focus range. While the Q2M’s autofocus performance is very good, this is also one of the best manual focusing experiences (despite actually being ‘focus by wire’) that you’ll find on a modern camera.

Q2-style ergonomics, per FW 2.0

You’ve probably already got the message, but functionally, the Q2 Monochrom really is just a Q2 with a modified sensor. That means it shares the same control layout (updated over the original Q) with a touch-sensitive rear LCD. One thing to note is that the Q2M launches with the same features that were added to the Q2 in FW 2.0. That’s things like a redesigned menu system including a ‘quick touch’ interface and the addition of exposure control in video.

Like the Q2, the Q2M is dust and moisture-sealed, and is IP 52 rated.

3.68M-dot OLED viewfinder

One of the biggest upgrades in the Q2 compared to the original Q was in the viewfinder, which moved away from the field-sequential technology used previously, in favor of OLED. While the 3.68M-dot panel (with 0.76X magnification) in the Q2 and now the Q2M is fairly standard for high-end cameras at this point, it’s still a great experience, offering a crisp, contrasty and detailed view. One small disappointment remains: there’s almost no eye-relief and the optically flat glass panel can create distracting reflections in some conditions.

BP-SCL4 Battery

The Q2 Monochrom’s BP-SCL4 battery is the same as the Q2 and should give comparable battery life. The BP-SCL4 is rated for 350 shots (CIPA) and in normal use, we’ve found that you can expect at least this many, and usually more images per charge, provided you stick to stills capture.

The small door on the opposite side of the baseplate (lower in this image) conceals a single SD card slot. The Q2M can be used with standard SD cards and faster UHS-II versions, but there’s no performance benefit to using UHS-II.

Summing up

And that’s it, really. The Q2 Monochrom is exactly what it sounds like: a monochrome version of the Q2. The only major difference is the modified sensor, but you’ll probably also have noticed that there is no color anywhere on the camera either. There’s no red dot on the front, and all markings are shades of gray on black. As such, the Q2M is one of the most discreet cameras around, almost as discreet as the taped-up M6 shown on the left in the image above.

The Q2 Monochrom will begin shipping immediately, at an MSRP of $ 5,995.

Articles: Digital Photography Review (dpreview.com)

 
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This $95 lens attachment turns the world around you into a globe using a little glass marble

11 Nov

We’ve come across a number of weird lenses and lens accessories over the years, but the Soratama from Zenjix certainly stands out from the crowd, for better or worse.

The lens attachment features a 72mm filter thread and is designed to go in front of nearly any lens you can find step down/up rings for. It uses a single sheet of glass with what is effectively a clear marble to turn the world around you into a little globe of sorts.

These globe-style shots aren’t new, per se, but unlike photos that use larger glass orbs, this attachment is smaller and means your hand won’t be in the image. We can’t attest to image quality, but the above video shows what kind of shots are possible with the Soratama. There are multiple versions of the Soratama being sold on eBay, starting around $ 95 with shipping.

Articles: Digital Photography Review (dpreview.com)

 
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Pergear releases $165 12mm F2 lens for APS-C mirrorless camera systems

11 Nov

Budget photo accessory manufacturer Pergear has announced the release of its new 12mm F2 wide-angle APS-C lens for Fujifilm X mount, Micro Four Thirds (MFT) mount, Nikon Z mount and Sony E-mount camera systems.

The new manual-focus lens is constructed of 12 elements in 9 groups, including two aspherical and two high-refractive elements. The 12mm focal length offers a full-frame equivalent of 18mm on Fujifilm X mount, Nikon Z mount and Sony E mount cameras and 19mm on MFT mount cameras.

The lens features an aperture range of F2 through F22, a ten-blade aperture diaphragm and a minimum focusing distance of 20cm (.66ft). It measures in at 66mm (2.6”) diameter and 59.5mm (2.34”) long, and weighs only 300g (.66lbs).

The lens costs $ 165 for all mount options (Fuji X, MFT, Nikon Z and Sony E) and comes with front and rear lens caps, a lens bag and a mini air blower.

Articles: Digital Photography Review (dpreview.com)

 
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DPReview TV: Leica Q2 Monochrom review

10 Nov

Our team at DPReview TV wanted a monochrome version of the Leica Q2 and they got it. Is this a case of ‘be careful what you wish for’? Nope. As Chris explains in our hands-on review, the Q2 might just be his new favorite camera.

Subscribe to our YouTube channel to get new episodes of DPReview TV every week.

  • Introduction
  • Stavely
  • Design
  • Displays
  • Dynamic range
  • In-camera crops
  • Nanton
  • Aperture weirdness
  • Toning
  • Fort MacLeod
  • EVF flare
  • High ISO performance
  • Internal reflections
  • Porcupine Hills
  • Durability
  • Video performance
  • Monochrome sensor vs. Bayer sensor
  • Who's it for?
  • Busted!

Sample gallery from this episode

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Leica Q2 Monochrom initial review

10 Nov

Introduction

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Product shots: Dan Bracaglia

The Leica Q2 Monochrom is Leica’s latest dedicated black-and-white camera, joining the M Monochrom and the M10 Monochrom manual-focus rangefinders. The Q2 Monochrom has a 47MP sensor that only produces black and white images, a fixed 28mm F1.7 ASPH lens with 17cm (6.7 in) macro mode and a claim of better dynamic range and noise performance compared to the color Q2. The Q2 Monochrom certainly won’t be for everyone, but for dedicated black-and-white shooters there is a lot to love about this camera.

Out-of-camera JPEG.
ISO 6400 | 1/30 sec | F9
Photo by Jeanette D Moses

Key Specifications

  • 47.3 MP CMOS Monochrome Sensor
  • 3.68MP OLED electronic viewfinder with 0.76x magnification
  • 3″ touchscreen with 1.04 million dots
  • 60s – 1/2000s (mechanical); 1s – 1/40,000s (electronic)
  • 28 mm F1.7 ASPH lens with 11 elements, 3 aspherical
  • Splash and dust resistant body up to IP52
  • ISO range of 100 – 100000
  • Up to 4K/30p, 1080/120p video capture
  • Bluetooth and WiFi capabilities with Leica Fotos app
  • Additional toning settings (sepia, blue, selenium)

What’s new and how it compares

The one significant difference between the Q2 and Q2 Monochrom cameras is, as you’d expect, the ‘specially designed’ 47MP sensor that comes without a color filter array (CFA). On color digital cameras, the CFA filters incoming light so that each photosite captures information on either red, green or blue light, and the camera’s processor interpolates that data to produce a full-color image.

On the Q2 Monochrom, there’s no CFA, so each photosite captures a single ‘true’ tone, with no loss of resolution through interpolation. And, because CFAs absorb some incoming light, the lack of one means the ISO sensitivity of the Q2 Monochrom gets a boost when compared to the color Leica Q2.

From an aesthetics standpoint the Q2 Monochrom has a more discreet design when compared to its color counterpart and a slightly simplified menu interface.

Out-of-camera JPEG.
ISO 800 | 1/500 sec | F2.8
Photo by Jeanette D Moses

Compared to the M10 Monochrom, the Q2 Monochrom is a much simpler and easier camera to operate, thanks primarily to its electronic viewfinder and reliable autofocus. The downside is that you’re stuck with the 28mm lens on the Q2 Monochrom (though there are some crop modes we’ll discuss a bit later). The price points of these two black-and-white cameras are… well, high. The M10 Monochrom costs $ 8295 USD for only the body, whereas the Q2 Monochrom comes in at $ 5995 USD.

Compared to…

Leica Q2 Monochrom Leica M10 Monochrom Fujifilm X100V
MSRP (body) $ 5995 $ 8295 $ 1399
Sensor 47MP full-frame monochromatic 41MP full-frame monochromatic

26MP APS-C
full color

Type Fixed-lens Rangefinder interchangeable lens Fixed-lens
ISO range (native) 100-100000 160-100000 100-25600
Viewfinder type 3.69M-dot OLED electronic Rangefinder optical 3.69M-dot OLED electronic / optical
LCD 3” fixed 3″ fixed 3″ tilting
Touch-screen Yes Yes Yes
Included flash No No Built-in
Weather-sealing Yes, IP52 rated No No
Max. burst 20fps (elec. shutter) 4.5 fps 20 fps (elec. shutter)
Max. shutter, mech | electronic 1/2000 | 1/40000 1/4000 | N/A 1/4000 | 1/32000
Video 4K/30p, 1080/120p N/A 4K/30p, 1080/120p
Battery life (CIPA) 350 shots ~210 shots (based on color M10) 420 shots
Dimensions 130 x 80 x 92 mm 139 x 39 x 80 mm 128 x 75 x 53 mm
Weight 734 g 660 g 478 g

But if price is a blocker, the Fujifilm X100V is a camera that is conceptually similar, but much more affordable. The X100V shoots in color, but thanks to Fujifilm’s film simulation modes you can set it to see the world in monochrome (albeit not at the same resolution possible with a dedicated mono sensor). The X100V has a fixed 35mm (equivalent) F2 lens instead of the 28mm lens F1.7 lens and a smaller APS-C sensor, but it also only costs $ 1399 (MSRP).

It’s also worth mentioning the $ 899 (MSRP) Ricoh GR III, which also offers an APS-C sensor, but it has a 28mm-equivalent lens that matches the field of view of the Leica. It’s a great pocket camera, but be aware that it doesn’t include a viewfinder (an optical finder is available but there’s no provision for an EVF) and battery life is on the short side.


Body and handling

The command dial on the right has a center button that can be customized with a variety of functions.

The Leica Q2 Monochrom has a discreet subtle black and neutral gray body to match the monochromatic images that it captures and is wrapped in a classic grained leatherette. Leica has removed the iconic ‘red dot’ Leica badge and the engraved script on the top of the camera. Inscriptions on the lens and the shutter speed dial are all gray and white-on-black, and the camera’s name is engraved around the hot shoe.

The ergonomics and button layout are identical to the Leica Q2. On the top of the camera you’ll find the power switch and shutter button, a shutter speed dial for selecting full stop shutter speeds and a command dial for selecting third-stop shutter speeds. On the back of the camera you’ll find a four-way controller, a 3″ fixed touchscreen, and the Play, Menu and Function buttons.

The controls on the Q2 Monochrom are pared back and basic, but in a refreshing way.

The Function button is customizable, and can be quickly reassigned to another function with a ‘long press.’ During my time with the Q2 Monochrom I kept this button set to swap between the EVF and the LCD screen (the eye sensor to auto-switch was pretty sensitive, even with the sensitivity set to ‘low’). Above the LCD you will find the camera’s diopter, which can be pressed in to prevent accidental adjustments, and a rear button that sits directly below the shutter speed dial.

By default this button is set to activate digital crops within the camera, but can be customized to be an exposure or focus lock as well. The in-camera crops can be made at 35mm, 50mm and 75mm, but retains the full image when shooting in Raw. A rangefinder-style frame appears within the EVF to show you what will be included in the cropped frame (but those crops can’t fill the EVF). The Q2 Monochrom features the same subtle indent on the right hand side as the color Q2, which ends up being a very comfortable place to rest your thumb while shooting.

On the bottom of the camera you will find a single SD card slot and the battery door. The Q2 Monochrom uses the BP-SCL4 battery found in the Leica SL and is CIPA rated to 350 shots per charge. In use, you can expect far more shots than that, though lots of playback and Wi-Fi use are big battery drains. In our experience (which includes switching the camera off between shots), we found the battery would easily last a couple of days of moderate shooting.

The Leica Q2 Monochrom’s fixed 28mm F1.7 lens has 11 elements including three aspherical ones, which is a pretty complex optical formula. The lens can be clicked into macro mode to shoot closeup photos as close as 17cm (6.7in). The updated 3.68M dot OLED is incredibly bright and gives you an accurate live view of the black-and-white images without having to remove the camera from your eye. However, there’s not much in the way of an eyecup on the Q2 Monochrome, so glasses-wearers might struggle a bit with it.

Overall the camera feels very good when it’s slung over your shoulder, wrapped around your wrist or up to your eye making pictures.


First impressions

The Q2 Monochrom is lightweight, easy to use, and since the lens is fixed to the camera there’s no fretting about what camera gear you’re bringing when you leave the house. It has a quiet shutter and the understated body design makes it great for shooting in public without having to have a conversation about your Leica.

In a different era, I would love to see what this camera could do at a low-light rock show

Overall, the Q2 Monochrom has an excellent design, an easy to navigate menu system and dependable autofocus. As soon as I popped a memory card into the Q2 Monochrom I couldn’t wait to start shooting.

But why limit yourself to black and white images?

Of course, a camera like the Fujifilm X100V set to the Acros film simulation will give you a similar shooting experience for a fraction of the price (so long as you like the 35mm equivalent focal length), and with that camera you still have the option to process your Raw files in color. So why wouldn’t you stick with that? Why get a monochromatic camera at all?

Out-of-camera JPEG in 75mm crop mode.
ISO 200 | 1/250 sec | F1.7
Photo by Jeanette D Moses

Well, the Q2 Monochrom offers full-frame image quality, and a significant increase in pixel-level resolution, thanks to how the sensor and processing work. From a purely creative perspective, I’ve found that eliminating color as an option altogether has a positive impact on me creatively, too. Put simply, this is a camera that allows photographers to focus on the basics: how light, shadow, and action interact to create an image.

Simple handling

The three customizable buttons on the Q2 Monochrom are a smart design choice and offer a lot of flexibility depending on a photographer’s needs. The fact that the Q2 Monochrom has weather and dust-sealing is also a selling-point. Fall weather in New York City is known to be unpredictable, and it was reassuring to know that the Q2 could stand up to a little bit of moisture when the skies inevitably opened up. The autofocus makes it faster and easier to use than the manual-focus M10 Monochrom and creates a shooting experience that is more approachable for all levels of photographers.

Image quality impressions

Out-of-camera JPEG.
ISO 640 | 1/125 sec | F4
Photo by Jeanette D Moses

I loved the subtle tonality shifts in the images that I shot with the Leica Q2 Monochrom. The camera’s noise characteristics at high ISO paired with that fast lens make this a great choice for shooting late at night. I used Auto ISO, meaning the camera picks the ISO value and I picked the aperture and shutter speed settings.

Even letting the camera select the ISO for me, it rarely veered into the highest ISO range, but images shot at ISO 12500 don’t exhibit that much noise or grain. In a different era, when it was safe to gather inside poorly lit and ventilated spaces, I would have loved to see what this camera could do in a low-light setting of a rock show.

The flexibility of the Raw files is outstanding

The level of detail found in every file is impressive, and although these images are all straight out of camera, the flexibility of the Raw files once you’ve dropped them into Adobe Lightroom is outstanding. The in-camera crop ended up being handy while shooting with the Q2 Monochrom, though I also appreciated that I had the option to uncrop the Raw images once imported them into Lightroom.

The Q2 Monochrom’s Raw images are super flexible.
ISO 1000 | F8 | 1/50 sec | -2 EV to preserve highlights
Photo by Carey Rose

Pairing the Q2 Monochrom with the Leica SF 60 flash makes it a nice choice for capturing high-contrast black-and-white images. Although using a camera with a 28mm lens for shooting portraits might seem counterintuitive, the in-camera crops actually worked quite well. If you use the flash with Leica’s remote control flash unit you can easily create beautiful black-and-white portraits with the Q2 Monochrom with a very small kit.

Wrapping up

It might initially seem like it would be limiting to use a digital camera that only shoots black-and-white images, but in the end I found it to be quite freeing. I really enjoyed that the Q2 Monochrom’s excellent EVF only allows you to see the world in monochrome, which I found helpful for paying attention to patterns, textures and light quality within a scene, especially in comparison to something like an M10 Monochrom with its optical (and therefore, full-color) viewfinder.

Do you need color photos? Even in black and white, it’s clear that this is a photograph of a humanoid hot dog.
ISO 250 | F4 | 1/125 sec
Photo by Jeanette D Moses

Is the Q2 Monochrom for everybody? Of course not. Leica has never been known for the affordability of its cameras and, arguably, their exclusivity is part of their appeal.

The Q2 Monochrom is certainly a niche camera, but for a shooter who prefers to see the world in black-and-white it ends up being surprisingly versatile and usable. While we’ve still got to do our full testing with a production model, I found that shooting with it is simply a joyful experience, and ultimately, that’s what photography should be about.


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A Beginners Guide to Capturing Motion in Your Photography

10 Nov

The post A Beginners Guide to Capturing Motion in Your Photography appeared first on Digital Photography School. It was authored by Darren Rowse.

Emily Hancock, a professional Hampshire Photographer, submitted the following tutorial on capturing motion in photography.

Motion-Photography-Introduction.png

(Image by T.MoE)

Photographs, by definition, capture and immortalize a small slice of life. There isn’t an easy way for the viewer to infer what happens before or after that moment. However, there are images that need to communicate motion.

For example, you may want to capture a dog running, a train barreling down the tracks, or trees blowing in the wind. Each of these scenes can come alive within your photographs if you learn how to convey motion properly.

Today, I’ll describe how you can use different shutter speeds and panning to capture motion in your photography. I’ll also explain a potential issue you might experience when photographing moving subjects – along with tips to resolve it.

Let’s get started!

Reasons to capture motion

Beginning photographers have likely seen captivating photographs that capture motion. There are several ways to achieve these photos, and each has a slightly different goal.

You see, sometimes there is a need to blur certain elements in the image while focusing sharply on a few subjects in the foreground. Other times, you may want to freeze or blur everything. The direction you take depends on your objective for your photograph.

A lot of photographers capture motion simply to convey that an object is moving. But there are also other reasons to do this. Movement can communicate mood. Trees rustling in the wind suggests serenity, while throngs of people on a busy city block implies hurried activity.

You can also use motion to eliminate elements in a scene that may serve as distractions to the viewer. For example, you may want to photograph a person standing on a sidewalk corner as cars move behind them. By blurring everything but your primary subject (i.e., the man on the corner), you can eliminate potential distractions and focus the viewer’s attention.

Two primary techniques for capturing motion in photography

The shutter speed you use while photographing a scene plays a key role in capturing motion in your image.

The faster the shutter speed, the sharper the focus on your subject. On the other hand, a slower shutter speed will blur a moving object. There are two main approaches here (though I’ll discuss a couple of alternatives in a moment).

1. Blurred subject with the background in focus

light trails
Photo by paulaloe

Let’s assume you’re photographing a speeding train against a wall of trees in the background. You can blur the train while leaving the trees in focus. Doing so would instantly communicate to the viewer that the train is moving quickly.

To accomplish this, you would use a slow shutter speed.

(It’s also important to use a tripod. That way, your camera remains steady.)

You’ll often see this technique used in nighttime photographs with car headlights cutting through the image.

2. Blurred background with the subject in focus

This second technique keeps your subject in sharp focus while the background is blurred.

Using our train example, the train would be in focus and the wall of trees would be blurred, thereby conveying the train’s movement.

Similar to the first method, you’ll need to use a slow shutter speed. However, instead of using a tripod, you’ll be panning your camera along the directional path of your subject.

But what actually is panning?

Panning explained

motion in photography biker moving fast
Photo by fabbriciuse

Most beginning photographers are trained to “secure” their cameras. That is, beginners are taught that the camera should remain as still as possible for certain types of shots.

By contrast, panning requires that you move your camera with your subject. Specifically, you’ll be matching your subject’s rate of movement and the direction in which it is traveling.

In our bike example, assume the man on the bike is moving from east to west. In that case, you’ll need to pan your camera in the same east-to-west direction, matching the speed of the bike. The best results occur when you have a clear view of the moving object and ample room to swivel your camera along a parallel axis.

Panning effectively can be difficult. You can practice and perfect your technique by photographing athletes who move quickly (for example, basketball players). Try to capture their facial expressions while blurring everything in the background. It will take some time to get it right, but once you do, the technique can be a valuable addition to your repertoire.

Other techniques to capture motion

Besides the two main techniques described above, you can also freeze the entire scene or blur everything.

Freezing the entire scene can give your photographs a unique look, especially if the objects strongly imply movement. For example, consider a bird flying in front of a waterfall. Both imply motion to the viewer. Freezing the entire scene captures all that motion and can produce a breathtaking image. You should use a shutter speed of at least 1/1000s for that type of shot.

slow shutter speed
Photo by llimllib

Blurring everything produces the best results when the scene offers bright, contrasting colors or varying tones. In most cases, capturing motion in this manner is done purely for artistic purposes.

Another effective method for capturing motion within your images is “chrono photography.”

skateboarder jumping
Photo by monkeyc

Using the continuous shooting feature on your camera, you can capture a series of shots and join them together in the post-processing stage to create the effect shown above. A tripod is essential when attempting to shoot motion using this method.

chrono photography
Image by Jolantis

Determine the proper shutter speed

A lot of novice photographers ask what the proper shutter speed is, given their objective.

But every situation is unique. One speed doesn’t suit all circumstances. To identify the right shutter speed, you’ll need to ask yourself a few questions:

  1. How fast is your subject moving?
  2. How much distance exists between the camera and the subject?
  3. How much motion do you want your photograph to convey to the viewer?

The faster the shutter speed, the more frozen and crisply-defined your subject will be. Most cameras today will allow you to freeze a scene using 1/8000s or faster.

That being said, the numbers only serve as a rough guideline. You’ll need to experiment with different shutter speeds in a variety of situations.

Potential issue: excess light

Here’s a potential issue you may encounter when trying to capture motion in photography:

When you slow your shutter speed to blur elements in your image, there’s a chance that too much light will enter and impact your photograph (which will result in overexposure).

This is a common problem, but there are a couple of ways to resolve it:

First, check the aperture on your camera. The wider it is, the more likely excess light will enter. Try adjusting the settings to reduce its size.

Second, review your ISO setting. When the ISO is high, the image sensor in your camera may be overly sensitive to light. This can create a too-bright image, as well as unwanted noise, so consider dropping your ISO.

Mastering the art of motion capture

Becoming proficient at capturing motion in photography requires practice and experience. You’ll need to spend time learning how different shutter speeds impact the quality of your images. Even if you’re just setting your camera on its tripod, timing a perfect shot of a fast-moving object can be difficult.

In the end, capturing motion in your photography is part technique and part art. Fortunately, with practice, you can master it!

The post A Beginners Guide to Capturing Motion in Your Photography appeared first on Digital Photography School. It was authored by Darren Rowse.


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Custom Lightroom Presets for Autumn

10 Nov


Jake Garn Photography

 
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