Datasheet: Intel® EP80579 Integrated Processor product line architecture, platform memory and device configuration, signaling, error handling, power management, register summary, and IA-32 core and integrated memory controller hub. (v.3, Aug. 2009)
Brief: Overview of how the dual-core technology Celeron® processor G540 paired with Intel® chipsets is ideal for embedded markets. (v.1, Aug. 2011)
Platform Brief: Overview of how the dual-core technology Celeron® processor G540 paired with Intel® chipsets is ideal for embedded markets, such as retail, digital signage and surveillance, gaming, medical and communications. (v.1, Aug. 2011)
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)
Platform Brief: Intel® microarchitecture, codenamed Nehalem, offers key embedded features, such as extended life cycle support. (v.4, March 2010)
Platform Brief: Processors based on Intel® microarchitecture, codenamed Nehalem, offer key embedded features, such as extended life cycle support, and compute-intensive performance for communications, and storage applications. (v.4, March 2010)
Show IT the benefits of pursuing a data center refresh in the medium term, including prepping for an SDI future.
The video presents an overview about how upgrading data center technology can help IT deliver innovative capabilities to line-of-business customers more quickly and efficiently.Full View >
Technology Brief: iWARP improves network performance at low-cost by using existing equipment, for faster Ethernet speeds, and IP-based management.
Technology Brief: As the data center moves towards a virtualized model, iWARP has emerged to provide low latency 10 gigabit Ethernet technology for increased network performance, remote direct data placement, and IP-based management.
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.
An overview about how upgraded data center technology can help IT spend less time managing the data center and more time serving the business.
The video lays out the challenges IT faces as demands on the data center continue to increase, and provides solutions to these challenges focused on combining the latest hardware, software, virtualization, and orchestration capabilties.Full View >
Case Study: China Mobile Shanghai boosts billing efficiency, capacity, and performance with Intel® Xeon® processor E7-based cloud computing platform.
Case Study: China Mobile Shanghai improves billing efficiency, capacity, and overall system performance and reliability while reducing operating costs by migrating to an Intel® Xeon® processor E7-based cloud computing platform.
White Paper: Benefits of network functions virtualization in telecom reference architecture address ETSI virtualization use cases. (v.1, Feb. 2014)
White Paper: Discusses the benefits of network functions virtualization in a telecom reference architecture that address three ETSI virtualization use cases: base stations, function as a service, and mobile core networks. (v.1, Feb. 2014)