New Intel® Atom™ Processors for Intelligent Systems
Unleash innovation for the Internet of Things
Almost every industry is exploring ways to make the Internet of Things (IoT) work to their advantage. As networks of intelligent, interconnected devices continue to grow and add business value, many businesses are seeking secure, high-performance options with minimal power consumption. The new Intel® Atom™ processor E3800 product family now offers these benefits in single system-on-a-chip (SoC) solution, making it effective for edge devices as well as larger systems.
A sub-10-watt SoC: Do more while consuming less
Smaller, more power-efficient Intel Atom processors feature 22nm technology and integrate more energy-efficient CPUs, faster graphics1, and built-in security onto a chip that draws less than 10 watts of power.
Intel Atom processor E3800 product family: Key benefits
- Enhanced graphics performance: Deliver faster HD and other media conversions2, stereoscopic 3-D capabilities, immersive Web browsing, and more.
- Robust memory operations: Maintain high levels of data integrity, reliability, and system uptime with the first Intel Atom processor family to feature an integrated memory controller with error-correcting code (ECC). A must for factory equipment that typically runs 24/7.
- Secure data and operations: Secure endpoints, protect content, and make sure only chosen software runs on the device using hardware-assisted capabilities, such as Intel® Advanced Encryption Standard New Instructions (Intel® AES-NI), Blu-ray*, and secure boot functionality.
Explore IoT innovation across industries
Multifunction printers spend a substantial amount of time in an idle state. Because of the low standby power of new processors (in the milliwatts range), printers will find it easier to meet the ENERGY STAR* rating.
Digital security surveillance (DSS)
With outstanding performance per watt, today’s intelligent DSS systems can run video management and mobile surveillance applications, perform real-time analytics to trigger alerts, capture business intelligence, and more.
New 22nm-based processors provide a robust foundation to meet consumer demands for in-vehicle digital experiences that align with the ones they enjoy outside the vehicle.
Resources for intelligent systems developers
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Processor and chipset selection, peripheral devices, board size, power budget, and thermal analysis.
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|Processor Number||CPU Core and CPU Frequency||Graphics Frequency|
|Intel® Atom™ processor E3845||QC 1.91 GHz||Up to 792 MHz|
|Intel Atom processor E3827||DC 1.75 GHz||Up to 792 MHz|
|Intel Atom processor E3826||DC 1.46 GHz||Up to 667 MHz|
|Intel Atom processor E3825||DC 1.33 GHz||Up to 533 MHz|
|Intel Atom processor E3815||SC 1.46 GHz||Up to 400 MHz|
|Intel® Celeron® processor N2920||QC 1.86 (Burst: 2.00) GHz||Up to 844 MHz|
|Intel Celeron processor J1900||QC 2.00 (Burst: 2.42) GHz||Up to 854 MHz|
1. References to enhanced media, graphics performance, size, and cost effectiveness refer to comparisons with previous generation Intel® Atom™ processor technology.
2. References to enhanced media, graphics performance, size, and cost effectiveness refer to comparisons with previous generation Intel® Atom™ processor technology.
3. References to enhanced media, graphics performance, size, and cost effectiveness refer to comparisons with previous generation Intel® Atom™ processor technology.
4. References to enhanced media, graphics performance, size, and cost effectiveness refer to comparisons with previous generation Intel® Atom™ processor technology.