The radical Nokia handset reveals the future of smartphones

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There was a lot of noise around the new HMD house. Nokia 9 PureView combined with his astonishing array of five rear cameras.

If you're Google, you may think it's four cameras too, but far from being a gadget, the technology behind such multiple cameras is powerful enough to spark a keen interest from a growing number of leading manufacturers. plan. The Nokia 9 PureView is no coincidence, it's the beginning of a new generation of smartphone cameras.

The PureView 9 camera was born of a partnership between HMD and an imaging company, Light, which caught our eye for the first time with its revolutionary L16 camera featuring sixteen individual camera modules.

Despite its experimental nature and the high price of the L16, the L16 will still remain a niche product, but its proven ability to integrate multiple cameras in a compact format is very appealing to smartphone manufacturers.

In addition to HMD, Light has partnered with Qualcomm and Sunny and recently added Sony and Xiaomi to this list.

Xiaomi intends to use Light's computer imaging technologies in future products with "digital SLR capabilities" (full press release), but the partnership with Sony is potentially much more important.

Job with SonyLight intends to develop reference designs that "combine Light's multi-camera technology with Sony's image sensors to create new multi-camera applications and solutions, starting with the introduction of smartphones with at least four cameras."

Sony's camera modules are hugely successful commercially and are found in devices designed by giants such as Apple, Huawei and Samsung. The reference designs co-developed by Sony and Light will eventually add ready-made multi-camera solutions to the range of products offered to equipment manufacturers.

It's not just multi-camera solutions that drive smartphone technology forward. We are also seeing advances in optical zoom technologies such as the one recently announced by OPPO. "Lossless zoom 10x" camera, with a periscopic lens similar to that of the Light L16.

These advances are excellent for consumers, but not for DSLRs and non-mirror cameras. Although larger sensors and higher optics still outperform smartphone-sized components, advances in digital photography do not seem to be infiltrating conventional cameras.

Photographers know how to avoid common problems such as white washed skies, but this often requires the use of additional equipment such as reflectors or a flash. Today's smartphones easily handle these situations, thanks to features like Google's HDR +. With multiple lenses added to the mix, the supremacy of digital SLR has further eroded.

Post-processing applications such as one of my personal favorites, KanDao Raw +, & nbsp; allow us to offer a Google-like multi-image processing on the desktop, but we need these built-in camera features to avoid any loss of relevance to everyone, with the exception of professionals.

In the foreseeable future, exciting camera developments will all take place in the smartphone and 2019 may well be the year of the full launch.

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There was a lot of noise around the new HMD house. Nokia 9 PureView combined with his astonishing array of five rear cameras.

If you're Google, you may think it's four cameras too, but far from being a gadget, the technology behind such multiple cameras is powerful enough to spark a keen interest from a growing number of leading manufacturers. plan. The Nokia 9 PureView is no coincidence, it's the beginning of a new generation of smartphone cameras.

The PureView 9 camera was born of a partnership between HMD and an imaging company, Light, which caught our eye for the first time with its revolutionary L16 camera featuring sixteen individual camera modules.

Despite its experimental nature and the high price of the L16, the L16 will still remain a niche product, but its proven ability to integrate multiple cameras in a compact format is very appealing to smartphone manufacturers.

In addition to HMD, Light has partnered with Qualcomm and Sunny and recently added Sony and Xiaomi to this list.

Xiaomi intends to use Light's computer imaging technologies in future products with "digital SLR capabilities" (full press release), but the partnership with Sony is potentially much more important.

Job with SonyLight intends to develop reference designs that "combine Light's multi-camera technology with Sony's image sensors to create new multi-camera applications and solutions, starting with the introduction of smartphones with at least four cameras."

Sony's camera modules are hugely successful commercially and are found in devices designed by giants such as Apple, Huawei and Samsung. The reference designs co-developed by Sony and Light will eventually add ready-made multi-camera solutions to the range of products offered to equipment manufacturers.

It's not just multi-camera solutions that drive smartphone technology forward. We are also seeing advances in optical zoom technologies such as the one recently announced by OPPO. "Lossless zoom 10x" camera, with a periscopic lens similar to that of the Light L16.

These advances are excellent for consumers, but not for DSLRs and non-mirror cameras. Although larger sensors and higher optics still outperform smartphone-sized components, advances in digital photography do not seem to be infiltrating conventional cameras.

Photographers know how to avoid common problems such as white washed skies, but this often requires the use of additional equipment such as reflectors or a flash. Today's smartphones easily handle these situations, thanks to features like Google's HDR +. With multiple lenses added to the mix, the supremacy of digital SLR has further eroded.

Post-processing applications such as one of my personal favorites, KanDao Raw +, Provide a way to bring Google-like multi-image processing to the desktop, but we need these features built into the cameras to prevent loss of relevance to everyone, except professionals.

In the foreseeable future, exciting camera developments will all take place in the smartphone and 2019 may well be the year of the full launch.