Serious Use of Compact Camera Images in Graphic Design, a Note
October 17th, 2009
(This article was written for and published at Serious Compacts)
As a graphic designer, I often design for organizations and NGOs working in the development sector and frequently receive images from clients for use in communication material as varied as brochures, websites, flyers, annual reports, newsletters, fact sheets and technical documents. I am fond of the imagery the development sector uses and often find it more interesting and natural than the slick, perfect and utopian imagery used by the marketing (FMCG) and now even information technology sectors.
In the past couple of years, for dozens of design assignments undertaken for development sector clients, I have rarely received ‘technically perfect’ images shot by professional photographers using hi-end equipment such as dSLRs. Most images I receive have been shot by clients / volunteers / students using compact cameras. And by compact cameras here I mean the most basic or budget compact cameras running on ‘auto’ mode. Noise, highlight clipping, channel clipping, colored fringing, blooming of highlights, poor dynamic range, excessive use of flash (and therefore harsh shadows) and color cast are just some of the technical issues I frequently encounter while shortlisting and processing the images for print and/or web publishing.
For a large design assignment, I typically receive an assortment of images (usually about two dozen or more) which are then categorized to match with text / report chapters / sections. Unless the technical quality of a particular image is unacceptable, I am forced to make do with what I have and each relevant image is then optimized for print. Thanks to powerful image processing softwares, each selected image usually goes through the following process:
- Resizing (usually downsizing), size of technically bad or blurred but important photos is usually reduced a lot, sometimes as small as 2×1 inches, to make them useable and hide some of the flaws. I prefer to convert images to 240 ppi resolution for print purposes.
- Noise reduction (usually applied to full-size images which are later downsized).
- Shadow and highlight recovery (using shadow-highlight sliders in Photoshop), adjustment of levels. Sometimes HDR techniques are used to process different parts of the image separately.
- Correction of color cast.
- Correction of horizontal plane, also barrel distortion and perspective in some cases.
- Correction of skin tones (often flashed faces come out reddish and are not easy to correct).
- Conversion to CMYK (for 4 color printing) or to Greyscale for one or two color printing.
Usually cropping decisions are taken at the page markup stage where I can see the image-text relationship accurately and crop images accordingly.
Images are almost always received as a part of the brief and for most development sector design assignments (with tight budgets), buying stock imagery or getting a professional shoot done is not an option. I think most reasonable
graphic designers learn to work under constraints and make do with what they are given.
Above: A report and a newsletter designed for Chintan Environmental Research and Action Group, New Delhi, India. (Reproduced with permission from Chintan.)
As someone also doing serious and fine art photography with compacts for the past couple of years, this is where I fall into a dilemma.. While on one hand I strive to capture technically sound images and am always on the lookout for the next compact that would raise the bar on my images, on the other hand as a designer I make do with images that I would reject outright for their technical flaws if taken by me. Images that are still used in important publications which may be read and used by top national and international organizations, governmental agencies, funding agencies, think tanks and the like, taken with automatic point-and-shoot cameras I would not even look at! Thus I wonder if it is the image (the subject, the moment, the interrelationship of elements, the light, etc.) and the purpose for which it was taken that really matters and that the rest is essentially ‘technical’ and ’secondary’, the bit photographers tend to worry too much about these days! Also, as someone who worked extensively with film / transparency scans uptill 3-4 years back, it feels great to receive compact digital camera images because they are far easier to process than traditional (drum or flatbed) scans and thankfully file sizes are much lighter!
One change I have noticed over the past couple of years with regard to imagery supplied by clients (for use in communication design) is that the ‘number’ of images coming in has increased dramatically and organizations that could earlier not afford expensive imagery or visual documentation of their projects now have enough ‘workable’ photos in their database. For this, a lot of credit should probably go to the recent boom in affordable, pocketable and easy-to-use compact cameras, which in my humble opinion, are making a big difference for organizations involved in development work and perhaps indirectly in the lives of people for whom they are working.
Canon PowerShot A95 – A Tribute
August 8th, 2009
The (point and shoot) camera with which I began digital photography way back in August 2005 was Canon PowerShot A95. It wasn’t my choice, but recommended by someone dear to me and after reading reviews on the internet, fell for it! With PSAM modes, a custom mode, optical viewfinder, swing-out LCD display, custom white balance, spot metering, use of handy and popular AA batteries, manual focus, room for conversion lens adaptors (and therefore UV and polarizing filters), good image quality, efficient response and very decent build quality in a pocketable form factor, the A95 seemed to have more than I had asked for..
As someone graduating from fully-manual film SLRs, I was often surprised at A95s comprehensive feature-set which enabled me to ‘enjoy’ (yes, enjoy) digital photography and approach subjects with freedom and ease. The features (in particular PSAM modes, manual focus, flip-out LCD and ability to use polarizing filter) also allowed for healthy experimentation and exploration, which IMHO, is necessary for developing photography skills and better understanding of subjects.
My A95 purchase was luckily followed by a few trips to wildlife reserves around Rajasthan, where the camera was used more than generously! After shooting about a thousand images with it in a span of four months, I thought I deserved better and sold it to buy a digital SLR
Four years later, when I look back at the A95, my respect for it seems very much intact (even after having used subsequent and much improved PowerShot models like A620 and A640) and I get struck by a wave of nostalgia for I shared with the camera some truly memorable and beautiful moments, a few of which got frozen in time! I am pleased to share with you some of my favourite images taken with the A95 between August and November 2005, as a small tribute to what I feel was a ‘classic’ digital compact camera:
(This article also appeared on the website Serious Compacts, as a part of Serious Compacts Hall of Fame entries.)

Above: Birders returning at dusk. Tal Chhapar (Rajasthan) India.

Above: Blackbucks at Taal Chhapar, Rajasthan.

Above: 'Thee ripple'. Bharatpur bird sanctuary, Rajasthan.

Above: 'Magic pool'. Monsoon clouds at sunset. Jaipur, India.

Above: Sand dunes and grasses at dusk. Jaipur (Rajasthan).

Above: Leafless beauty at Taal Chhapar (Rajasthan) India.

Above: Undershrub Aerva persica. Jaipur (India).

Above: Fallen tree at a marsh. Bharatpur, Rajasthan.

Above: Standing together, at Tal Chapar, Rajasthan.

Above: Rock fingers. Jaipur (Rajasthan) India.

Above: Flowering 'Kair' bush at Taal Chhapar, Rajasthan.

Above: Post-monsoon grasses on dunes. Jaipur (Rajasthan).
Canon’s new sensor design
August 27th, 2008
Edited by Amin Sabet. Originally written for Serious Compacts.
Since the Canon EOS 50D launch just two days ago, internet forums have been abuzz with what is perhaps Canon’s main imaging technology breakthrough this year: the new (CMOS) sensor design with redesigned photo diodes and gapless micro lenses. According to Canon’s Chuck Westfall, this new technology in the 50D, which features Canon’s highest pixel count (15 megapixel) APS-C sensor to date, will result in approximately 1-1.5 stop better high ISO noise performance as compared with the 10 megapixel 40D (Source: Rob Galbraith). There may even be an improvement in dynamic range.
The new technology is beautifully illustrated on page 3 of DP Review’s hands-on preview of the EOS 50D.
The following two key points from the preview are worth noting:
1. The EOS 50D sensor has gapless micro lenses, which apparently significantly increases the efficiency of each pixel.
2. Canon is claiming that the new manufacturing process plus redesigned photo diodes and micro lenses extend the light gathering capabilities of the sensor.
Here is an extract from EOS 50D press release:
Outstanding, clean images
A newly designed 15.1 Megapixel CMOS sensor delivers ultra-detailed, low-noise images – ideal for large-scale reproduction or creative cropping. New manufacturing processes, plus redesigned photo diodes and microlenses, extend the light gathering capabilities of the sensor – allowing more pixels to be fitted on the CMOS sensor without compromising image quality. These changes ensure improved high ISO performance and low noise. High-speed, low light shooting is enabled by ISO levels of 3200, expandable to an ultra-sensitive 12800.
While tests / comparisons are needed to verify Canon’s claims, the new technology could have far reaching consequences for compact cameras, whose small sensors are currently marred by issues of noise and poor dynamic range. This technology is not speculative; it is here, and there is no apparent reason why it would not soon find its way into compact cameras, perhaps beginning with high end models. If the technology lives up to its claims, it may ultimately be a bigger breakthrough for compacts than it is for DSLRs today!
An iCamera?
May 8th, 2008
(The original version of this article was written for the website Serious Compacts and published on May 8, 2008.)
An exercise often taught to young designers to break their mind block, or to think “out of the box”, is to envision how their design problems would be tackled by masters of design. “How would your creative director do it? How would one of the legendary designers do it?” Just imagining someone solve one’s design problem with his/her expertise or style is often enough to fill one’s mind with ideas.
Coming to cameras or compacts specifically, one can’t help but wonder if the camera manufacturers are currently going through a mind block. The variety and freshness of both form and function that one saw in compacts just a few years ago seems to have dried out (an article by Nikon guru Thom Hogan illustrates this point beautifully), and most compacts look and feel more or less the same; it’s like you’ve seen one, you’ve seen them all. Upgrades seem a mere formality. Stereotypically speaking, 2006: More zoom + 1 more megapixel; 2007: face recognition + 1 more megapixel; 2008: wide angle + 1 more megapixel (if you know what I mean
. Sigma DP1, for now, seems to be an exception.
Coming to the point, do camera manufacturers or designers need to think out of the box today and get out of their mould? I believe yes. And a very simple thing they could do is envision an “iCamera”! If Apple were to make a camera, how would they do it? Knowing that Apple rethinks from scratch every product they make, a few things immediately come to one’s mind:
- A simple, all encompassing compact exterior design, weather-sealed, sturdy, stylish.
- ONLY TWO models to begin with: one with 30-150mm image stabilized zoom and the other with a fixed 400mm f2.8 image stabilized tele.
- 8gb of internal memory + slot for flash memory card, 12gb of internal memory for the 400mm model.
- RAW (.DNG), JPEG and PNG image image formats.
- Part iPod like control wheel driven UI and part driven by an iPhone like touch screen.
- Large, wide screen, hi-rez touch-screen display with very quick, simple and customizable access to menus.
- Large (4/3 perhaps or larger), class-leading sensor technology.
- ISO 25-1600, no high ISO noise till 1600 but ‘extra’ noise could be added through a filter for those fond of “old world high ISO digicam or film look”. (This would also reduce dramatically the number of “high ISO noise” arguments on camera forums… just kidding ![]()
- 10 megapixel maximum image size, 6 megapixel sRAW.
- SLR style viewfinder (and not EVF) + Live view.
- 6 frames per second RAW capture in case of the 400mm model with extra-large memory buffer. 2 frames per second for the other two models.
- Durable shutter with 100,000 shutter cycle.
- The camera software would include Photoshop-like filters, eg:
a) Automatic correction of lens distortions
b) Polariser
c) Hard and soft neutral density and graduated filters of varying intensity
d) Extra dymamic range, which would stitch two exposures of same shot into a high DR photo
e) Bokeh enhancement
- Lightning fast start-up and response time.
- Built-in GPS.
- Class leading battery life, say 600 shots with live view.
- A comfortable, rubberized grip.
- Built-in speedlight in the 30-150mm model that would work with in-camera software to yield near-perfect flash photographs.
- Downloadable plugins and even an SDK (Software Development Kit) to enhance camera features and enable third-party developers to develop innovative camera features some of which could be used ‘during’ the picture taking process (and not later as is mostly the case currently). Here, the possibilities could be endless…. Eg: IR effect plugin, soft-focus portrait plugin, macro plugin and so forth.
- Sync and updates with iPhoto through USB or Wi-Fi (just like iPod and iTunes).
- Price: $999 for the 30-150mm model and $1199 for the 500mm model.
Well, just trying to think out of the box here… and lastly, this may be a strong feature exclusion but the camera would NOT have an iPod in it ![]()






