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Posts Tagged ‘first’

Adobe Lightroom is now available on Apple’s Mac App Store for the first time ever

21 Jun

Starting today, Adobe Lightroom is available in the Mac App Store. This marks the first time one of Adobe’s flagship Creative Cloud apps is available within Apple’s redesigned desktop app market.

Adobe lists two in-app purchases within the Adobe Lightroom listing: a $ 9.99 monthly subscription option and a $ 118.99 annual subscription option.

A screenshot of the Adobe Lightroom app listing in the Mac App Store.

Adobe says the first week of using Lightroom, which comes with 1TB of cloud-based storage, is free. After the first week, the recurring monthly payment is automatically charged to your iTunes account. As with other macOS subscriptions, you can turn off auto-renew in your ‘Account Settings’ within 24 hours before the end of your billing period and you won’t be charged for the renewal.

Alternatively, if you already have an Adobe Creative Cloud subscription that includes Lightroom, you can also log into your account after downloading Lightroom from the Mac App Store.

The $ 9.99 monthly subscription is the same price in the Mac App Store as it is on Adobe’s own website while the $ 118.99 annual subscription option is just shy of a dollar cheaper than the annual prepaid plan Adobe offers on its Creative Cloud website.1

Adobe’s decision to keep the prices the same is an interesting one considering Apple is known to take a 30% cut of in-app purchases made within its desktop and mobile app stores for the first year and 15% cut for each year after that. Even with the decrease in revenue though, it’s safe to say Adobe isn’t hurting, considering its stock is at an all-time high after a record-breaking Q2.


1 Adobe has the annual Lightroom prepaid plan listed for $ 119.88

Update (June 20, 2019): Added text to clarify that you can log into your existing Creative Cloud membership even when downloading Lightroom through the Mac App Store.

Articles: Digital Photography Review (dpreview.com)

 
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Techart TZE-01 is the world’s first Sony E to Nikon Z AF lens adapter

20 Jun

Chinese accessory maker Techart has announced the TZE-01, the first autofocus adapter for using Sony E-mount lenses with Nikon’s Z series cameras. Techart describes the adapter’s design as having been ‘difficult’ due to the Nikon Z-mount’s flange distance being just 2mm shorter than the Sony E-mount.

The Techart TZE-01 features a PCB sandwiched between the electronic connectors on both sides of the adapter, making it possible to use both the Sony E-mount Auto Aperture and Auto Focus lens functions, even when using the Nikon Z’s Face & Eye detection mode.

The TZE-01 finds room for a PCB to ‘translate’ between the Nikon and Sony communication protocols, allowing Nikon cameras to autofocus E-mount lenses.

Depending on which Sony E-mount lens is used, Techart claims its adapter allows the use of phase-detect AF to offer autofocus accuracy and speed ‘very close to (if not better) [than] native Z-mount lenses.’ The company claims other functions, including lens-based image stabilization are also supported.

At this time, the Techart adapter works with Sony E-mount AF lenses from Sigma, Sony, and Tamron / Zeiss. The adapter is shipped with a lens dock for firmware upgrades that will add additional lens support in the future. The TZE-01 adapter is available to purchase for $ 249 USD from TechartPro.com.


Techart unveils the World’s First Sony E to Nikon Z Autofocus Adapter with a thickness of 2mm

Guangzhou China, Jun 20, 2019 – Techart, who has previously launched the first autofocus adapter for manual lenses, has unveiled another groundbreaking product, Techart Sony E to Nikon Z Autofocus Adapter (TZE-01). The new TZE-01 is the world’s first autofocus adapter that allows Sony E-mount lenses to retain the Automatic Focus functionality when used on Nikon Z6 and Z7 cameras.

The flange distance of Nikon Z-mount is only 2mm shorter than Sony E-mount. This makes the design extremely difficult, let alone an electronic adapter where a chip and the connector pins have to be squeezed into. Techart has managed to pull it off and develop one which include connectors of both sides and a PCB board with chip to “translate” the protocol of the lens and the camera.

The Techart adapter enables both Auto Focus & Auto Aperture functions of Sony E mount lenses to be used on Nikon Z6 and Z7. AF-S, AF-C & MF mode are supported in both still & video shooting. The incredible Face & Eye Detection of Z-mount cameras can also be used. Other functions like lens vibration reduction and timelapse can also be used. Phase-detect Autofocus is adopted to guarantee both AF accuracy and speed to be very close to (if not better) native Z-mount lenses. Please note that functionality may vary when different E-mount lenses are used.

Nikon Z system is a relatively new system and users do not have a very complete lenses selection. Unlike the system of Sony, most lenses manufacturers have been releasing lenses in E-mount and so the selection is complete. The new Techart adapter currently supports most of the Sony, Sigma, Tamron & Zeiss AF lenses with Sony E mounts including some of the best sellers like Tamron 28-75mm, Batis 25mm f/2, Sony 24mm f/1.4 GM and Sigma 35mm f/1.4, etc.

The new Techart TZE-01 adapter comes with a lens dock for firmware upgrade. Simply connect the PC/MAC via a Micro USB cable (not included) and the firmware can be updated via the Techart App. Techart is currently working to support more lenses.

Pricing and Availability

The Techart Sony E to Nikon Z Autofocus Adapter is currently available for pre-order at our official website (http://www.techartpro.com). The recommended retail price before tax is USD 249/pc. Free shipping will be provided during the promotion period. Delivery will start from late June. 1-year warranty is included.

Articles: Digital Photography Review (dpreview.com)

 
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Vazen launches “world’s first” anamorphic lenses for Micro Four Thirds

04 Jun

Vazen, a Chinese optics manufacturer, is set to launch a trio of anamorphic lenses for Micro Four Thirds cameras. Showing at the Cine Gear Expo and spotted by Newsshooter, the company will be offering 28mm, 40mm and 65mm focal lengths with a 1.8x anamorphic effect.

The lens on show at Cine Gear is a 40mm T2 that will be shipping at the end of this month. When used on Micro Four Thirds cameras, such as the Lumix GH5/s, Blackmagic Pocket Cinema Camera or Z-cam E2, it will produce 2.39:1 aspect ratio images. Vazen claims the lenses will provide ‘buttery smooth oval bokeh, signature blue horizontal flare and the widescreen cinematic look’ as well as a minimum focus distance of 0.82m (2.7ft) for the 40mm example. The focus and aperture rings are fitted with gears and the front filter thread measures 110mm.

Below is sample footage captured with the 40mm T2 lens:

The 40mm version weighs 1.8kg (3.97lbs), is 110mm x 175mm (4.33in x 6.89in), and will cost $ 3,250. Users will have to wait until much later in the year for the 28mm and 65mm models. For more information see the Vazen website.

Articles: Digital Photography Review (dpreview.com)

 
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DPReview TV: Fujifilm GFX 100 first impressions review

30 May

Fujifilm’s latest camera is a 100MP medium-format flagship, built to appeal to enthusiasts and professionals alike. Chris and Jordan were at the GFX 100 launch in Tokyo where they’ve been shooting with it for a couple of days. What do they think if this big, bold camera? Will Jordan embrace medium format for shooting video? Hit play to find out.

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  • Introduction
  • Body and handling
  • EVF
  • GFX 100 for street photography
  • Battery
  • Media and buffer
  • Image quality
  • Rolling shutter
  • Video
  • Tokyo at night
  • Wrap-up

Articles: Digital Photography Review (dpreview.com)

 
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First of the breed: Inside the GFX 100 pre-production assembly line

25 May

First of the breed: GFX 100 prototypes take shape

Back in early March, I had the opportunity to visit Fujifilm’s main Taiwa camera assembly plant in Sendai, Japan. Among other things, the so-called ‘X Factory’ is where Fujifilm’s assembly line staff are currently putting together the company’s new 100MP flagship, the medium format GFX.

But when I visited, mass production was still some way off. Instead, a small dedicated production team was creating the very first working prototypes of the GFX 100, ready for beta testers and Fujifilm’s engineers to start working with. Prototypes are built largely by hand, and the process is time-consuming, expensive and fascinating. While we were shown every step, Fujifilm is understandably protective over some of the details, but has given us permission to publish a small number of images. Click through for a glimpse behind the curtain, and back in time, as the very first GFX 100 prototypes took shape earlier this year.

First of the breed: GFX 100 prototypes take shape

Inside this unassuming building is where the magic happens. About 20 miles outside of Sendai, the main assembly building at Fujifilm’s Taiwa plant was quite badly damaged in the major earthquake of 2011. Closed for 7 years, it re-opened in 2018 after a 6-month renovation to both modernize the facility and make it safe for continued use.

First of the breed: GFX 100 prototypes take shape

Here’s a finished GFX 100 sat on a table alongside its various components, broken out into the major ‘blocks’ which make up the guts of the camera. At Fujifilm’s request we’ve obscured the details of exactly how many parts make up the key parts of the camera, but to give you some idea of its complexity, the IBIS unit alone is comprised of more than 100 individual parts.

One of the interesting things about the GFX 100 is that its major imaging components are assembled into a single unit, structurally independent to the main body panels which make up the exterior chassis of the camera (i.e., the bits that you can see). Everything is ultimately connected, of course, but by integrating the sensor, IBIS unit and lens mount into a discrete unit, very precise alignment can be achieved – and maintained – even if the main body of the camera is subjected to physical stress or shock.

First of the breed: GFX 100 prototypes take shape

And here’s that IBIS unit in all its glory, with a 100 Yen piece alongside for scale. If you don’t have a sense of how big a 100 Yen piece is, it’s about the same seize as a US quarter and a British 10p piece.

While it’s clear that the IBIS unit takes up quite a bit of space, what’s surprising is that it isn’t larger, given the size of the sensor that it has to stabilize – and of course the weight of that sensor. In fact, four springs are incorporated to absorb sensor movement.

Fujifilm claims that the IBIS system should be effective up to 5.5EV by CIPA standards. While our experience suggests that you can’t rely on that kind of performance with every lens and in every shooting scenario, there’s no doubt that the system adds considerably to the camera’s versatility out of the studio.

First of the breed: GFX 100 prototypes take shape

Here, a prototype GFX 100 undergoes one of several automated tests performed after initial assembly. Everything from shutter accuracy to IBIS calibration must be performed on a camera-by-camera basis, to ensure that each GFX 100 performs in exactly the same way. All of this calibration data is saved to a database stored by Fujifilm, and can be looked up by serial number if and when the camera comes in for service in the future.

This particular camera is fully assembled, but still waiting for its textured rubber body coating to be applied.

First of the breed: GFX 100 prototypes take shape

Applying the rubberized body cladding is a difficult and very manual process. You can trust me on that, because the managers who gave me this tour let me try doing it myself, and my attempt at covering a section of the X-H1 was considered “very good”, because I only took twice as long as the experienced technician holding the timer and grinning encouragingly.

In fact, unlike final shipping cameras, which will be made on a semi-automated production line, these first prototype GFX 100 bodies are put together almost entirely by hand. We can’t show you pictures of the full process in this article (at Fujifilm’s request) but trust me that watching a human being manually solder every pin on the lens mount’s electronic interface perfectly, in mere seconds, using a single continuous piece of solder is a very humbling experience to a keyboard warrior like me.

First of the breed: GFX 100 prototypes take shape

Here, an assembly line worker performs the exacting task of manually applying a section of the GFX 100’s textured rubber coating. Under the fingers of his left hand you can see a clear plastic window built into the camera’s main handgrip. ‘Window’ is a good word for it, because directly underneath this section of plastic is the GFX 100’s WiFi antenna. In contrast to magnesium alloy, WiFi signals can ‘see’ through plastic easily.

First of the breed: GFX 100 prototypes take shape

Here’s a closer look at the ‘skeleton’ of the GFX. The chassis is made from magnesium alloy, with polycarbonate employed in various less structurally-critical places, such as the previously mentioned WiFi antenna ‘window’ and the battery tray door, parts of the facia around the vertical grip controls and so on.

Image supplied by Fujifilm and used with permission

First of the breed: GFX 100 prototypes take shape

Here’s the skeleton with a little more flesh on its bones. One of the highlights of my tour of the prototyping line was getting my hands on the very first prototype, complete with 3D printed plastic parts and hand-finished buttons. Unfortunately, and for very understandable reasons, Fujifilm would prefer that I don’t show you a picture of it.

Image supplied by Fujifilm and used with permission

First of the breed: GFX 100 prototypes take shape

Here, a fully assembled and cosmetically finished prototype GFX 100 undergoes more testing before being released into the wild, where Fujifilm’s engineers and selected beta testers will put it through its paces.

Of course, hardware is only part of the equation. During the process of pre-release testing, prototype cameras like this might have literally hundreds of major and iterative firmware updates applied to them as features are added, removed and tweaked.

Tragically, like the replicants in Blade Runner, these first hand-built prototype test bodies are destined for a short service life. Once the beta testing program is complete, they’ll be returned to Fujifilm and reduced to their component parts. It’s too bad they won’t live – but then again, who does?

Articles: Digital Photography Review (dpreview.com)

 
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DPReview TV: Fujifilm GFX 100 first look

23 May

Chris and Jordan are at Fujifilm’s GFX 100 launch event in Japan (well, in a nearby hotel room) and have some initial thoughts about using this 100MP medium format powerhouse. They’ll be taking a deeper dive in another DPReview TV episode coming very soon.

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Articles: Digital Photography Review (dpreview.com)

 
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Honor 20 Pro to come with first F1.4 aperture on a smartphone

16 May
Honor 20 Pro, night mode

The Honor 20 Pro, the latest flagship smartphone of Huawei’s Honor sub-brand, is scheduled to launch next week but Zhao Ming, President of Honor smartphone, has already given us a preview of the device’s camera capability, revealing some sample photos captured on the phone.

Two images were captured with the upcoming device’s new night mode and the results looks pretty promising, with similar exposure and dynamic range to what we’ve seen on the Huawei P30 Pro. The EXIF-data also reveals that the 20 Pro will be the first smartphone to come with an ultra-fast F1.4 aperture.

Honor 20 Pro, night mode

The third shows a capture from the 20 Pro’s 12MP ultra-wide angle camera.

Additional information provided by the manufacturer confirms a quad-camera setup including a time-of-flight depth sensor, a 48MP primary sensor that will likely output 12MP images for improved noise levels and dynamic range. In combination with the fast aperture and night mode that could make the upcoming a Honor an interesting option for smartphone night photography.

Honor 20 Pro, ultra-wide-angle

Other specs that are already known include a 6.26″ IPS display with FullHD+ resolution, a Kirin 980 chipset and 6GB of RAM. Looking at the sample shots and specs the Honor 20 Pro could potentially be the 2019 smartphone of choice for those mobile photographers who don’t want to spend Huawei P30 Pro or iPhone XS Max money. We’ll know more next week.

Articles: Digital Photography Review (dpreview.com)

 
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Canon announces the RF 85mm F1.2 L USM lens, the first RF lens to feature its BR optics

09 May

Canon has released the RF 85mm F1.2 L USM lens, a medium telephoto lens that’s the first RF lens, and only the company’s second lens, to feature Canon’s Blue Spectrum Refractive (BR) Optics. It will sell with a recommended price of $ 2699. There’s no news of the DS ‘Defocus Smoothing’ variant Canon has said is in development.

The lens features a new optical design compared to the EF version of the 85mm F1.2 II USM lens that includes one aspherical element, one ultra-low dispersion (UD) glass element and the aforementioned BR optics, which is placed between the concave and convex lenses and is designed to eliminate longitudinal chromatic aberration (typically seen as purple and green fringing in front of and behind the focal plane). In total, it contains 13 elements in 9 groups. Canon has also included its Air Sphere Coating (ASC), which helps to minimize lens flare and ghosting.

The RF 85mm F1.2 L USM lens has an aperture range of F1.2 through F16, a minimum focus distance of 85cm (2.79ft), an 82mm front filter thread and is weather-resistant with a dedicated fluorine coating. Like other RF lenses, the RF 85mm F1.2 features a customizable control ring at the front of the lens that can be used to adjust exposure compensation, aperture, ISO or shutter speed.

Below are three high-resolution sample photos provided by Canon:

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The lens measures in at 10.4cm (4.1″) diameter, 11.6cm (4.6″) long and it weighs 1.2kg (2.6lbs). Compared to its EF counterpart, it’s both wider, longer and heavier.

The Canon RF 85mm F1.2 L USM lens is currently available to pre-order (Adorama, B&H) for $ 2,699 and is set to ship in June 2019.


Canon RF 85mm F1.2 L USM Specifications

Principal specifications
Lens type Prime lens
Max Format size 35mm FF
Focal length 85 mm
Image stabilization No
Lens mount Canon RF
Aperture
Maximum aperture F1.2
Aperture ring No
Number of diaphragm blades 9
Aperture notes Circular aperture blades
Optics
Elements 13
Groups 9
Focus
Minimum focus 0.85 m (33.46)
Autofocus Yes
Motor type Ring-type ultrasonic
Full time manual Yes
Focus method Internal
Distance scale No
DoF scale No
Physical
Weight 1195 g (2.63 lb)
Diameter 103 mm (4.06)
Length 117 mm (4.62)
Sealing Yes
Power zoom No
Zoom lock No
Filter thread 82 mm
Hood product code ET-89
Tripod collar No

Articles: Digital Photography Review (dpreview.com)

 
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CP+ 2019: Tamron interview – ‘the full-frame market is expanding, so we’re looking at that market first’

28 Apr

At the CP+ show in Yokohama last month, we talked with senior executives from several major camera and lens manufacturers including Tamron. In our conversation with Mr Takashi Sawao, Mr Kenji Nakagawa and Mr Minoru Ando, we discussed various topics including the 40th anniversary of the ‘SP’ series, Tamron’s plans for mirrorless, and the shrinking APS-C market.

Participants:

  • Takashi Sawao, Executive Officer, General Manager, Imaging Products Business Unit
  • Kenji Nakagawa, Product Manager, Product Planning Dept., Imaging Products Business Unit
  • Minoru Ando, General Manager, Optical Design & Engineering R&D Unit

Please note that this interview has been edited for clarity and flow.


Why did you decide to make a premium F1.4 35mm?

‘SP’ stands for superior performance, and this year we’re celebrating 40 years since we first introduced ‘SP’. We had the F1.8 35mm and 45mm, and for those lenses the concept was compact prime lenses and ‘good balance’. F1.8 turned out to provide an optimal balance, having weighed various design criteria to deliver the highest possible performance and practical functionality including the VC feature. For the 35mm F1.4, we thought particularly about optical performance.

Since other manufacturers already have high-performance 35mm F1.4 lenses we wanted to achieve a very high-level prime lens. The MTF shows [better performance] than other lenses in this category.

Because this year is the 40th anniversary of SP, our engineers really tried to get the best optical performance with this F1.4 model. We really wanted to achieve high-quality, high-resolution images. Superior performance.

So the SP 35mm F1.4 is a 40th anniversary lens, in effect?

Yes, and we believe it’s performance is better than other brands. We have a lot of confidence in it.

The Tamron SP 35mm F1.4 Di USD should – according to Tamron’s executives – offer superior performance to competitive lenses from the other major manufacturers.

It feels very well-constructed – what does ‘SP’ mean in terms of build and design?

Tamron always tries to make unique lenses making a lens as compact as possible, or as lightweight as possible – and sometimes we trade off certain specifications to achieve that such as focal length, aperture range, or image quality. But with SP lenses we don’t do that. We just want to make a really high-performance lens with superior performance. We don’t want any compromises.

Is the weather-resistance different?

It is the same as other lenses described as having ‘Moisture-Resistant Construction’.

35-150mm is an unusual focal length range – can you explain this decision?

We see a lot of demand from portrait and wedding photographers, and wedding photographers. Especially in the US and Asia. They mostly use prime lenses like 85mm, 105mm or 135mm – single focal lengths. We wanted to make a very convenient lens that could cover from 35 to 150mm, which is the range mostly used for portraiture.

Effectively, this is six prime lenses in one

There are two popular focal length ranges – 24-70mm and 70-200mm, and usually people will take those two lenses when they shoot. We wanted to only make one lens. So while 200mm is maybe too long [for portrait photographers] and 24mm is too wide, 35-150mm allowed us to make the lens as compact as possible. Effectively, this is six prime lenses in one.

On an APS-C camera this lens will cover 56-240mm, do you anticipate that a lot of APS-C shooters will buy this lens?

Our primary goal is to cover the most popular focal lengths for full-frame. And by having 85mm in the middle of the range, which is the most popular focal length for portraiture, [that’s where] MTF is highest.

What is the maximum aperture at 85mm?

F3.5.

The Tamron 35-150mm F2.8-4 Di VC OSD offers an unusual focal length range, intended to incorporated the major prime lens focal lengths used by portrait photographers.

Are you confident that performance is a match for high quality primes?

Yes. And the bokeh effect is really soft and natural.

When you design a lens that you intend to be used for portraiture, what does that mean from an optical design standpoint?

When we make portrait lenses, we focus on very natural bokeh together with high resolution. Those factors are really difficult to achieve at the same time, but with this lens we’re really concentrating on that. Sharp, high contrast from the center to the edge together with a very natural bokeh effect. Those two factors are really important.

The 17-28mm F2.8 Di III RXD is the second of your full-frame Sony E-mount lenses – do you have plans for more?

Yes of course. People really want a telephoto zoom to cover focal lengths longer than 75mm. We’re looking [into] that.

Do you have plans to create lenses for Canon RF and Nikon Z?

Yes, we’re also looking at that area. We have to do a lot of research and development into the reverse engineering, because they don’t disclose the details of their systems, so it’s a really hard job for us.

There are now four main full-frame mirrorless systems with different mount dimensions. Will you make completely different designs for the different mounts?

Each system has a different flange back distance and diameter. We need to do more research to see if we can use the same optical designs for the different mounts. But basically our approach will be the same as it is for DSLR. When we launch DSLR lenses we have the same optical design, and we customize for the different mounts. Even if the systems are totally different we’ll try to make a unified optical design.

If we design optics for a long flange back, we can adapt them for short flange back systems. It doesn’t work the other way around.

Tamron’s new 17-28mm F2.8 Di III RXD is the second of the company’s lenses designed for Sony’s full-frame mirrorless cameras. Slated to be available in the coming weeks, it will be joined by a third FE lens, covering the 75mm+ range, at some point in the future.

How important is APS-C to Tamron?

APS-C is still important to us, but when we think about the [industry], the full-frame market is expanding, so we’re looking at that market first – that’s the first priority. So gradually we’ll create a [full-frame] line and then at another time we can launch more APS-C lenses. The APS-C market is shrinking quite fast.

Do you think that will change?

It might stop shrinking, but we’re looking at customers who buy APS-C cameras, and they tend to have a single zoom kit and they don’t [tend to] invest in additional lenses.

What do you think differentiates Tamron from other lens manufacturers?

Our target is those photographers who really want to enjoy photography with a lightweight and compact [package]. We introduced the FE 28-75mm f2.8 for Sony E-mount, which is really compact and matches the Sony cameras really nicely for size and weight. This lens is selling quite well, and we’re backordered for six months.

Tamron always tries to give photographers another solution

Other manufacturers are making very big lenses with high resolution and wide apertures, but people are struggling to carry such heavy lenses. They can’t take a lot of them when they’re out shooting. Tamron always tries to give photographers another solution. Lenses that are compact, with very high quality, but maybe a slightly different spec. Like this 17-28mm F2.8 Di III RXD, it’s a different solution – you can see the really compact size of this lens. Our aim is to provide another solution to our customers.

In a compact lens of this kind, how much are you relying on software correction?

We utilize software corrections in the camera body, but even without correction this lens will still give good performance. Of course this lens will let a Sony camera correct some things, but it offers a very high level of quality. We checked pictures from the lens, without any corrections, and the picture quality is very good. The quality only gets better with corrections from the camera body. We’re very confident [in its performance].


Editors’ note: Barnaby Britton

The ‘SP’ lineup is 40 years old, and even if you forgot its birthday, Tamron’s engineers didn’t. According to the executives that I spoke to, the new SP 35mm F1.4 is, to all intents and purposes, a special 40th anniversary lens. A ‘no compromise’ design intended to take on, and beat, the best that the company’s competitors can offer.

Although I’ve only spent a few minutes handling a pre-production sample, that was enough to whet my appetite. We’re hoping to get hold of a final copy soon, so watch out for some sample images the minute we do. The large, heavyweight SP 35mm F1.4 doesn’t seem to quite fit with the company’s ‘compact’ lenses philosophy, but we’ll let Tamron’s engineers off this time – it is a birthday, after all.

Also coming soon is the 35-150mm F2.8-4, at first glance a somewhat odd lens that I, like a lot of people, I suspect, originally assumed was designed for APS-C when it was announced earlier this year. On the contrary, this is a full-frame lens, specifically designed to replace the most common focal lengths for portrait photographers. We’re told that in the middle of its range, around 85mm, it should deliver an optimal combination of sharpness and attractive bokeh for portraiture. Tamron has made lenses of this kind before – the ancient Adaptall-2 35-135mm F3.5-4.5 and its subsequent variants was pretty well-regarded, but the 35-150mm appears to be a much more specialized lens.

The APS-C market is shrinking, and Tamron would be irresponsible to pour resources into a contracting market

My question about whether Tamron expected APS-C users to be interested in its 56-240mm equivalent focal length was given polite consideration, but it was obvious from this conversation that the company is focused elsewhere: on full-frame. The APS-C market is shrinking, and Tamron would be irresponsible to pour significant resources into developing lenses for a contracting market. The audience for lenses designed for full-frame mirrorless, on the other hand, is guaranteed to grow over the coming years. With two FE lenses for Sony already on the market, it was reassuring to hear from Tamron’s executives that longer focal lengths are being planned, to round out the lineup.

Next, of course, will be reverse-engineering lenses for the Canon RF and Nikon Z mounts (it seems unlikely that Tamron will bother with L-mount given Sigma’s head start as a member of the alliance). In our conversation, Tamron’s executives reinforced what we’ve been told by other optical engineers (including Sigma’s Kazuto Yamaki) that designing for a longer flange back distance and adapting that design to shorter mounts is the only practical way to create one optical formula for several mounts. As such, it seems possible that before too long, the popular Sony FE-mount 28-75mm F2.8 might form the basis of new standard zooms for Canon and Nikon mirrorless.

Read more interviews from CP+ 2019 and beyond

Articles: Digital Photography Review (dpreview.com)

 
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The Etch-A-Snap (probably) the world’s first Etch-A-Sketch camera

16 Apr

Meet the Etch-A-Snap, the Frankenstein’d creation of self-taught programmer Martin Fitzpatrick. As the name alludes to this creation is the result of mashing together a Pocket Etch-A-Sketch, a Raspberry Pi Zero, and onboard camera module, a couple servo motors and a number of other goodies to create what is ‘probably’ the world’s first Etch-A-Sketch camera.

The photos captured with the onboard camera are shrunk down to a 240×144 pixel image and converted to a 1-bit black and white color palette. Once processed, the resulting image is then processed and subsequently converted into plotter commands. Those commands, which look a bit like an Etch-A-Sketch drawing on their own, are then converted into an analog Etch-A-Sketch image through two 5 v stepper motors that are mounted into a custom 3D printed frame.

The Etch-A-Snap is powered by four ‘AA’ batteries and three 18650 LiPo cells, making it a self-contained unit that can be carried around (although not easily, based on the looks of it). According to Fitzpatrick, it can take anywhere from 15 minutes to one hour to create a sketch, depending on the complexity of the photo. He says the device now runs at 20 pixels per second, a dramatic improvement over the two pixels per second it was running at in earlier tests.

In addition to the above clips, Fitzpatrick has also shared a number of photos and videos on Two Bit Arcade explaining the process. If you’re feeling brave, he’s also provided all of the materials and assets he used to create the device at the bottom of the post. It isn’t for the faint of heart though from the looks of it, not to mention you’ll need access to a 3D printer.

Articles: Digital Photography Review (dpreview.com)

 
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