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Connectivity |
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M2M involves a complex mix of embedded hardware and software, enterprise services, and cloud computing. Here’s how a new integrated platform brings these elements together to simplify development.
With a new standards-based M2M kit, cloud connectivity is possible in a matter of hours and production deployment in a matter of weeks.
By connecting field devices to the enterprise, M2M can help your customers reduce CapEx and OpEx while raising revenues. Here’s how you can take advantage of this technology.
To boost food and beverage sales, a sports arena installed a point-of-sales (POS) system with advanced connectivity. Increased sales were enough to pay back the investment in less than nine months. |
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Security |
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A new Connected Hospital proof of concept (POC) demonstrates a unified approach for managing and securing medical devices, helping cut costs, and increase security.
Intel® vPro™ technology can protect your system from the rising risks from malware and hackers.
Security solutions for embedded systems include operating systems, middleware and network stacks. |
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Energy Efficiency |
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Here’s how you can use the unprecedented power efficiency, graphics performance, responsiveness, and connectivity in next-generation Intel® Atom™ processors.
Selecting the right processor can help you build devices that are “green,” compact, and cost-efficient.
People with speech difficulties can now take speech augmentation software with them thanks to an energy-efficient handheld device.
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New Design Ideas, Delivered
 The Embedded Innovator magazine and newsletter keeps you abreast of the latest embedded trends, design ideas, and solutions. It's full of insights to help you build the intelligent, connected devices rapidly reshaping the world
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Embedded with Innovation
Join Intel and industry leaders to explore the new technologies that are transforming the world of smart, connected devices.
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Intel® Brand Advantage Program
Differentiate your products by co-branding with Intel, one of the world’s most recognized brands. Joining is easy, and the benefits are many!
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Search for more solutions |
Find the best solutions from more than 160 Intel® Embedded Alliance members. Speed development, cut costs, and plow through design roadblocks by going to the source.
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Interoperability |
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Software changes are easier to deal with when you base your design on a flexible software framework that uses standards-based interfaces to simplify coding as well as porting.
Android distributions often contain thousands of packages, making testing a difficult and time-consuming task. Automated testing tools for Android can significantly reduce the challenge.
Embedded software developers must deal with an intensifying pace of innovation, ever-growing code, and increasingly complex hardware. Here’s how tools, software, and support from the Intel® Embedded Alliance can help. |
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Manageability |
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A panel of experts explains how remote management impacts retail, medical, industrial, and gaming applications.
OEMS looking to support remote management have a range of standards-based options that can help them address a wide array of connected devices.
OEMS looking to support remote management have a range of standards-based options that can help them address a wide array of connected devices. |
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Virtualization |
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Advanced IVI systems must deliver a “living room on wheels” infotainment experience along with driver assistance and instrumentation features, all while staying within budget. What’s needed is a new platform that safely consolidates IVI features on a single ECU and flexibly combines full-featured OSs with a high-reliability RTOS.
By enabling multiple operating systems (OSs) to run on a single hardware platform, virtualization empowers developers to consolidate hardware, preserve legacy code, and enhance security, safety, and availability.
A proof-of-concept (POC) for a Bluetooth-based medical instrument platform shows the benefits of combining multiple OSs on a single platform. |
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Workload Consolidation |
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Traditionally, network elements ran application, control, packet, and signal processing on different hardware architectures. Today, these workloads can be consolidated onto multi-core Intel® Xeon® processors.
The latest Intel Xeon processors and specialized packet processing software deliver the necessary performance for Deep Packet Inspection (DPI) along with a scalable, flexible solution for the complex workloads involved.
Thanks to advances in processing power, commercial servers can now host real-time IP media processing with carrier-grade quality – even under heavy load. |
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Sensing & Analytics |
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Intel® Advanced Vector Extensions (Intel® AVX) double the peak floating-point performance of Intel® Streaming SIMD Extensions (Intel® SSE), opening up new possibilities for signal, image, and video processing.
Anonymous Video Analytics (AVA) enables digital signs to dynamically adapt content to the viewer.
Intel AVX and other advances in power-efficient performance are enabling critical reductions in equipment size, weight, and power (SWaP). |
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