Factory unit shipments of compact DSCs are projected to rise by 10.4 percent and reach 121.4 million units in 2010 and enjoy modest growth for the next three years. However, production will decline in 2014 as the market matures. During that year, shipments are expected to decline by 0.6 percent to 135.4 million units, with low-end DSC models expected to encounter stiff opposition from the cameras in cell phones, which increasingly will become the primary image-capture device for consumers.
The anticipated growth of the DSC market in 2010 continues the up-and-down fortunes of the sector during the last few years. After expanding by 16.3 percent in 2006, 19.5 percent in 2007 and 10.6 percent in 2008, the DSC space began to decelerate in the second half of 2008 as the global economy faltered. The year 2009 proved to be an even tougher period, when shipments fell 13.8 percent to 110.0 million units.
DSC sales in 2010 profited from a resurgence in sales because of declining prices and an improved economy, according to Pamela Tufegdzic, iSuppli analyst for consumer electronics. Nonetheless, the DSC market suffers from underlying weakness.
“Overall trends are unfavorable for a number of reasons,” Tufegdzic noted. “In particular, multimedia cell phones now equipped with higher-megapixel cameras are cannibalizing low-end DSCs that have equivalent resolutions.”
This phenomenon is occurring in Asia and Europe, as consumers in these regions have grown comfortable with taking pictures through their camera phones.
Consumers, Tufegdzic pointed out, also increasingly share and store photos through social networks such as Facebook and Flickr, which are unable to effectively process higher-megapixel pictures due to bandwidth issues—further leading them to abandon DSCs in favor of more flexible devices, such as camera phones.
Finally, the unstable economy has led to longer camera replacement cycles.
“A higher megapixel count is no longer an automatic selling point for DSCs,” Tufegdzic said. “This is because megapixel density has reached a point of diminishing returns, especially in mature markets.”
Opportunities Exist Despite General Market Weakness
Despite the gloomy prognosis for the overall DSC market, pockets of growth can be found within segments of the industry, such as in hybrid high-definition (HD) cameras, future 3-D cameras and the higher-end range of consumer cameras known as digital still lens reflex (DSLR).
The hybrid HD camera is an important technology trend that is fundamentally changing the DSC market by integrating high-definition video recording and still-camera capability into a single device. Although still in the somewhat early stages at this time, hybrid cameras will become more popular and affordable in the marketplace, especially as advancements are made in silicon processing capability and as prices for flash memory storage decline.
Shipment of hybrid cameras will grow from 8.3 million units in 2009—representing about 7.6 percent of total DSC units shipped—to a staggering 120 million units in 2014—accounting for about 89 percent of the total market. Already, hybrid camera models are available from Eastman Kodak, Canon, Nikon, Samsung and Sony, etc. and hybrid cameras at the $150-$200 price point represent the next big growth opportunity in the industry, iSuppli believes.
The 3-D camera represents another area of growth for the camera sector. With 3-D games and video already being offered, iSuppli believes 3-D cameras will likely hit store shelves by the 2011 to 2012 timeframe. Nonetheless, such cameras are not expected to become a mainstream technology until after the 3-D screens that are used to show 3-D pictures and video reach approximately 30 percent penetration.
Among DSLR cameras—used more by professional photographers in the past—falling prices will spur increased adoption by consumers that are now able to make the upgrade.
Other areas of growth for digital cameras include the integration of features such as GPS and Wi-Fi, increasing their attractiveness and potential for everyday use.
GPS systems inside cameras will allow users to capture the exact location where each image was taken—a process known as geo-tagging—taking travel and location photography to a new level. Wi-Fi chipsets inside digital cameras will allow consumers to send photos wirelessly to the Internet, a PC or a printer.