Improvements to multi-core architecture make signal processing viable on Intel® processors, resulting in superior parallelism performance.
Signal processing on Intel® processors is a viable option with continued improvements to multi-core architecture, resulting in superior parallelism performance for applications in aerospace, communications infrastructure, media, and health care.
Wireless network infrastructure reduces cost and enables faster service deployment, with options for control and user plane on a single platform.
Wireless network infrastructure with open, standards-based Intel® architecture reduces cost and time to market, and enables faster service deployment for network operators, with options for control and user plane on a single platform.
Support open standards and improve NFV and SDN with Intel® Open Network Platform reference designs and Open Software Community solutions.
Discover how Intel® Open Network Platform reference designs and solutions from the Open Software Community support open standards to improve network functions virtualization and software-defined networking.
Announcing the Intel® Xeon® processor E5-2600 v3 series and supporting technologies for creating an open, flexible, and secure network.
Announcing the introduction of the Intel® Xeon® processor E5-2600 v3 series and supporting technologies, including the Intel® Communications Chipset 89xx Series and Intel® Ethernet Controller XL710 family for enterprise, infrastructure, and cloud.
App Note: Covers home health gateway design challenges, starting with off-the-shelf Avalue Technology platform to decrease required design time.
Product Datasheet: Arch Rock PhyNet Server* manages and aggregates interconnected IP-based wireless sensor networks using a common web services architecture, featuring an intuitive web interface for convenient administration.
Platform Brief: Consolidate and run diverse workloads at a high throughput with built-in Intel® QuickAssist Technology acceleration. (v.1, Nov. 2013)
Platform Brief: Consolidate and concurrently run diverse workloads, such as apps, control, and data plane, at a high throughput, with Intel® QuickAssist Technology accelerating bulk encryption, data compression, and other workloads. (v.1, Nov. 2013)
App Note: Intel® Atom™ processor N270-based surveillance DVR supports software-based encoders for low-power scalability, flexibility. (v.1, Aug. 2008)
Application Note: Intel® Atom™ processor N270-based surveillance DVR efficiently supports software-based encoders delivering performance, scalability, and flexibility in a low-power and affordable package. (v.1, Aug. 2008)
Platform brief: Provides an overview, features, and benefits for Intel® Communications Chipset 89xx and Intel® Xeon® processor E5-based platforms.
Platform brief: Provides a software overview, features, and benefits for Intel® Xeon® processor E5-2600 v3-based platforms with Intel® Communications Chipset 89xx Series for communications infrastructure, enterprise, telco, and cloud applications.
Case Study: Intel® System Studio optimizes the LTE software stack for high performance, rapid development, and design simplification. (v.1, Apr. 2014)
Case Study: Intel® System Studio provides optimized LTE reference design code consisting of a single tool chain for signal and application processing for improved computing performance, network efficiency, and product simplification. (v.1, Apr. 2014)