“Cloud-in-a-Box” platform, optimized for Intel® Xeon® processor-based servers, provides complete OpenStack-based service deployment infrastructure, augmented with open source software for automation of ongoing software maintenance.
Qwilt’s Open Edge Cloud architecture allows mobile network operators to build low latency, highly scalable CDNs for their content services or for third-party content partners.
This Solution Brief explains how Verbio uses network edge servers based on Intel® Xeon® Scalable processors with optimized software to maximize performance and take advantage of reduced latency.
Using open source software and Intel® Xeon® processor-based servers, Accenture Cloud Innovation Center has created a service assurance solution that meets the needs of a tier one communication service provider.
The Intel Select Solution for Blockchain: Hyperledger Fabric helps optimize price and performance while significantly reducing infrastructure evaluation time. Specifically, the Intel Select Solution for Blockchain: Hyperledger Fabric combines the Intel Xeon Scalable processor platform, Intel SSDs, and Intel® Ethernet Network Adapters to empower enterprises to quickly harness reliable, comprehensive solutions that allow their organizations to prepare blockchain infrastructure investments for the future with scalable storage and compute and accelerate time to market by using a turnkey solution with a rich development toolset that is optimized for crucial software libraries
This Solution Brief explains how Verbio uses network edge servers based on Intel® Xeon® Scalable processors with optimized software to maximize performance and take advantage of reduced latency.
Company uses openHAB*-based platform on Intel® processor-powered servers and gateways to allow an IP cable television operator to offer a service that manages and automates disparate smart home systems.
This Solution Brief explains how BigData Corp is taking advantage of the latest advances in AI to help its customers extract even higher value from available data and using Intel software tools to greatly increase inference performance.
Many IoT applications require location services but can’t support the expense and power demands of GPS or Wi-Fi. Polte enables IoT product and application developers to add cost-effective, low-power location capabilities to IoT devices.
Huge throughput demand of 5G brings a great challenge to optimizing locking/ unlocking overhead, and translation lookaside buffer (TLB) miss when multiple tasks/threads get, split or release memory. For MAC/RLC packet processing, Intel adopts DPDK Mempool to buffer management, where the memory is mapped into hugepage. The IA-friendly BBUpooling is also adopted as the framework of FlexRAN L2+ reference library. In this regard, Intel® FlexRAN reference architecture is a solution Intel has offered for the base station.
5G is the next technological revolution. Transformed 5G networks are designed to support a broad range of devices and use cases, with faster speeds, less latency, and more capacity. However, 5G is confronted with many challenges, first of which is TTI (Transmission Time Interval) decreasing from 1ms to 0.125ms while data rate boosting by 10 folds. This demands sharply improved processing capacity of base station, and rigorous real-time performance of software stack. In this context, the architecture design of L2 packet processing, and its implementation and optimization on x86 server platform are vital to fulfilling the 5G throughput and real-time performance target.
Huge throughput demand of 5G brings a great challenge to optimizing locking/ unlocking overhead, and translation lookaside buffer (TLB) miss when multiple tasks/threads get, split or release memory. For MAC/RLC packet processing, Intel adopts DPDK Mempool to buffer management, where the memory is mapped into hugepage. The IA-friendly BBUpooling is also adopted as the framework of FlexRAN L2+ reference library. In this regard, Intel® FlexRAN reference architecture is a solution Intel has offered for the base station.
To meet indoor cellular network demand, the Baicells M-RAN virtual small cell provides deployment flexibility and helps to minimize power and backhaul costs. Enterprises can deploy Baicells M-RAN to support today’s 4G/LTE networks and move to future 5G networks with a software update.
This Solution Brief highlights how engineers and developers at HOOBOX are using hardware and software technologies from the Intel® artificial intelligence portfolio to optimize their algorithms that detect and interpret facial expressions, giving tetraplegic (quadriplegic) individuals new autonomy to control their wheelchairs with just a glance.
This Data Sheet explains how Gamalon Idea Learning Studio can help you better understand your customers through next generation natural language understanding.
Traditionally, broadband network gateways (BNG) have been very hard to virtualize without using white box switches to meet data plane performance requirements. Now, Mettle Networks’ NFV BNG can deliver to performance needs using Intel® Xeon® processor-powered servers for both data plane and control plane.
PROZETA, a European cloud service provider (CSP), optimizes the open source stack for software-defined storage (SDS) solutions built on Intel® Optane™ technology.
Intel Select Solutions for uCPE provide a foundation for the development of uCPE products with a solution reference design and verification of performance. These systems bring the powerful performance of Intel Xeon D processor-based systems to the edge of communication service provider networks for agile service provisioning.
6WIND, Advantech, and Cloudify create virtual routers with simplified deployment and lifecycle management to scale networks. Italian CommSP EOLO utilizes this solution to create a backbone mesh connecting thousands of wireless base stations.
Intel® Select Solution for NFVI with Huawei FusionSphere equips users with workload-optimized NFVI servers incorporating next-generation technology from Intel and Huawei FusionSphere Cloud OS.
Forrester Consulting conducted a Total Economic Impact™ (TEI) study to provide readers with a framework to evaluate the potential financial impact of Ready Solutions for AI on their organizations. To better understand the benefits, costs, and risks associated with this investment, Forrester interviewed six customers with experience using Ready Solutions for AI.
In this joint work, DellEMC, SURFsara, and Intel extended the research using VGG-16 and ResNet-50 CNN models scaled out across a large number of Intel® Xeon® Scalable processors running on Dell EMC’s Zenith supercomputer and accurately pre-trained on the ImageNet2012-1K dataset. The team was able to significantly reduce the training time and outperform the CheXNet-121 published results in four pathological categories using VGG-16 and up to 10 categories (including pneumonia and emphysema).
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