Digital Still / Video Cameras

Samsung is one of the global leaders to provide the next generation technologies that power most advanced imaging devices and solutions. Samsung's product portfolio for digital still/video cameras includes:

  • Memory
  • Logic/Controllers
  • CMOS image sensors
  • Power management solutions

The latest high-end digital still/video cameras offer multiple advantages, such as an ultra-compact physical size, ease of use, exceptional image quality, and long battery life. Samsung supplies several key components for designing and developing these imaging devices, such as different types of memory, image sensors, controllers, and power management solutions.

As an example, a block diagram of digital camera is illustrated in Figure 1 below.

Block Diagram

Samsung Semiconductor Block Diagram Consumer DRAM Mobile DRAM Flash Cards eMMC-based storage solutions moviMCP Microcontroller CMOS Image Sensors PMIC

Samsung offers the following components from its vast portfolio of imaging solutions:


Consumer DRAM

Samsung DRAM for Digital Still and Video Cameras

To be popular in the marketplace, high-end digital cameras must offer exceptional image quality, ultra-compact size and long battery life. Samsung's comprehensive range of SDRAM, Dynamic Data Rate (DDR) SDRAM, DDR2 SDRAM, and DDR3 SDRAM is an industry benchmark for today's consumer electronics, including digital still cameras, video cameras and many other devices.

Gain key advantages for digital imaging

Samsung's consumer DRAM offers exceptional advantages for digital camera designs, including fast clock speeds, extreme memory density, high bandwidth and energy efficiency to suit exacting design needs.

Benefit from a comprehensive array of digital camera components

Samsung is a global leader in providing next-generation technologies that power the most advanced imaging devices and solutions. Samsung's product portfolio for digital still and video cameras includes a wide variety of memory types as well as CMOS image sensors, controllers and power management solutions.

The following block diagram shows the architecture of a typical digital camera.

Consumer DRAM

Samsung's range of DDR SDRAM, DDR2 SDRAM, and DDR3 SDRAM is the industry-benchmark for today's consumer and industrial electronic devices, such as digital and Smart TVs, set-top boxes, and many others. Samsung is the preferred supplier in these segments for a majority of OEMs worldwide. Apart from a wide range of DRAM solutions for consumer applications, Samsung also has an extensive offering of DRAM for industrial solutions with much wider operating temperature ranges and low power data support.

Mobile DRAM

Mobile DRAM, also known as Low Power DDR (LPDDR) RAM, is a version of the standard DRAM memory redesigned specifically for use in handheld, battery-powered devices, such as mobile phones and tablet PCs, with the primary objective of reducing power consumption and extending the device's battery life. LPDDR2 and LPDDR3 are advanced revisions of the original LPDDR (LPDDR1) standard. Samsung's LPDDR memory promises to deliver up to four times the performance of conventional memory interfaces. It is designed specifically for higher performances at lower power consumptions with physically small form-factors.

  • Key specifications of Samsung Mobile DRAM solutions are listed below:
  • Densities: 64 Mb (LPDDR) to 4 Gb (LPDDR2)
  • Clock frequencies: 133 MHz (LPDDR) to 533 MHz (LPDDR2)
  • Operating voltages: 1.8 V (LPDDR) to 1.2 V (LPDDR2)

Flash Cards

Samsung Flash Cards for Digital Still and Video Cameras

Today's high-end digital still and video cameras offer exceptional advantages, from their ultra-compact size to ease of use and outstanding image quality. Samsung supplies key components for designing and developing these imaging devices, including flash memory cards used to store the digital images.

Benefit from advanced Samsung technology

Typically based on NAND memory technology, flash cards are among the most widely used and advanced types of nonvolatile memory today. Samsung is a top supplier of NAND flash cards for digital camera storage media. Key specifications of Samsung flash cards include:

  • Density: 2GB to 64GB
  • Interface : High Speed mode, UHS-1
  • Operating voltages: 2.7V to 3.6V

Click on the diagram for solution details

In addition to flash cards, Samsung provides a comprehensive portfolio of next-generation component technologies designed foradvanced imaging devices. The following block diagram shows the architecture of a typical digital camera. Blue-shaded blocks represent components offered by Samsung. Click on a block and information about that component will appear below the diagram.

eMMC-based storage solutions

eMMC is a type of Fusion Memory, and a standard for embedded memory devices that contain both data storage element (such as NAND flash memory) and controller for element integrated on the same silicon die. This results in several advantages, such as reduced development time and easier integration of the memory block in the overall system; ultimately leading to a much shorter time-to-market for the product. Samsung's eMMC solution consists of three components - the MMC (multimedia card) interface, the flash memory, and the flash memory controller. It is offered in the industry-standard BGA package.


is a new architecture of eMMC that is presently under development. It eliminates the need to develop interface software for all types of NAND memory by integrating the embedded controller onto the memory chip and providing an easy-to-use memory solutions package for high-speed data transmissions by devices such as mobile phones. moviMCP also eliminates the need for a memory expansion slot by stacking several memory functions vertically, resulting in a very small footprint for the end memory devices. As an example, moviMCP can be deployed to store the code for an application in the SLC NAND/NOR and DRAM memory, whereas the data can be stored in the eMMC memory in a device.

Key specifications of Samsung eMMC v4.41-based storage solutions are listed below:

  • Densities: 2 GB to 64 GB
  • Supported bus widths: x1, x4, or x8
  • Supported interface voltages: 1.8 V or 3.3 V


Common digital still/video cameras require a microcontroller (MCU) for functions such as operating the flash and controlling the electrical motor that operates the optical zoom lens on the camera. The MCU typically operates under the control of a higher and more powerful processor (most commonly, a Digital Signal Processor (DSP)).

Samsung comprises a large array of MCUs for deployment on a vast variety of applications. Starting from basic 4-bit MCUs, Samsung MCUs range right up to 32-bit ARM-based RISC MCUs with best-in-class quality of on-chip flash, SRAM, and inbuilt CAN interfaces. Samsung has an entire range of products based on the industry-standard ARM Cortex cores, which deliver exceptional computing power at significantly lower power consumption levels.

While low-end MCUs with 8-bit cores are used as general-purpose, low frequency controllers, mid-range and high-end cores are targeted at specific segments, such as high-speed, high performance, and low power applications. Samsung provides extensive software support, including a custom-designed C compiler for Samsung MCUs, to help accelerate software development for products on the platform.

Key specifications of Samsung controllers are listed below:

  • On-chip memories: Up to 32 KB RAM and up to 1 MB ROM
  • On-chip interfaces: UART, USART, SPI, I2C, USB, CAN, and so on.
  • On-chip peripherals: Timers, counters, LCD controllers, ADCs, PWM generators, and so on.

CMOS Image Sensors

Consumers seeking the very best quality photos and videos choose digital single-lens reflex (DSLR) cameras and compact digital still cameras (DSC). Samsung CMOS image sensor (CIS) solutions enable these cameras to offer leading resolutions with excellent low-light performance for both snapshots and video.

Ultra-sharp, ultra-clear images

Samsung CIS solutions offer high resolutions to help ensure that images are tack-sharp, capturing fine detail and textures. Samsung's proprietary Back Side Illumination (BSI) technology enables increased pixel sensitivity to produce bright, low-noise pictures and video in a variety of lighting conditions.

Fast frame rates

Samsung image sensors help give consumers professional-grade photo shoot capabilities. Fast frame rates enable cameras to capture still images the moment the shutter is pressed - including multiple frames in rapid succession. FHD/ HD, full field-of-view video technology lets consumers capture moving images in stunning detail.

Low power

Samsung CIS solutions use the latest process technologies as well as optimized sensor architectures for low-power operation that enables consumers to increase the number of photos and videos they take on a single battery charge.

Collaborate with a technology leader in camera sensors

As camera technology rapidly evolves, it's important to work with a company like Samsung. We understand exacting design requirements for digital cameras, and are constantly striving to optimize sensors to deliver low-light technology for use in as many potential deployments as possible.


Samsung has a wide array of power management solutions designed specifically for imaging devices, such as digital still/video cameras. These solutions offer advanced, flexible, and customizable power management features, such as programmable output voltages, and support for low-power modes, that can be efficiently leveraged by the imaging device's controller or processor. The following list presents some of the key features of Samsung's advanced power management ICs:

  • Wide operating voltage range:
    Samsung's power management solutions are capable of operating over voltage ranges as wide as 3.2 V to 5.5 V, providing high margins and tolerances for input supply voltage variations.
  • On-chip lithium-ion battery charger:
    For applications such as digital cameras, Samsung's power management ICs provide a highly efficient lithium-ion battery charger on-chip. The charger supports a wide range of variable charging currents from 90 mA to 800 mA, and has three charging modes, listed below:
    • - Pre-charge Mode
    • - Fast charge Constant Current Mode
    • - Fast charge Constant Voltage Mode
  • A backup battery charger on the chip also ensures that critical tasks, such as charging the camera's main battery remain unaffected by any external factors.
  • On-chip RTC and manual reset facilities:
    Samsung's efficient power management solutions contain an RTC (Real Time Clock) on the device, eliminating the need for external clock sources. The device can also be reset manually, if needed.
  • I2C control interface:
    PMICs offered by Samsung are controlled by the industry-standard I2C bus, making the design for their control subsystem quick and easy.
  • Extensive design flexibility:
    Samsung's advanced power management ICs provide the designer extensive flexibilities to adjust the default output voltages and currents with high accuracy, ensuring stable output for the application at all times.

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