Solutions Library

Ultra-Reliable Low-Latency Communication (URLLC), a key feature of 5G networks, optimizes the delivery of data based on different traffic requirements that include latency and reliability. URLLC and Release 16 are the first cases in which the 3GPP standard does not focus on connectivity alone, but in broader end-to-end systems that become platforms for applications across ecosystems. URLLC is also necessary to enable mobile service providers to evolve beyond connectivity and claim a place in the enterprise digitization that is currently progressing across many verticals.

This paper delves into 5G Edge Computing and the use cases it enables, including Smart Venues. 5G will enable new experiences in stadiums and venues, but what does it take to pull it together? What are the application requirements going to be? What applications and services will such an infrastructure enable? How are venue owners looking at this opportunity? How can the data flows be managed and optimized?

NVM Express* (NVMe*) has been rapidly adopted by enterprise and cloud customers as their primary storage media interface. Intel® Optane™ DC Solid State Drives (SSDs), combined with NVMe, deliver fast write and read performance and high endurance for intensive storage tasks and the most demanding workloads. RAIDIX, a developer of high-performance storage systems, created RAIDIX ERA* software to be optimized for NVMe and Intel Optane DC technologies. Tests performed by RAIDIX show how dramatically RAIDIX ERA outperforms open source software–based systems.

This White Paper discusses how Dell EMC™ Ready Solutions and Intel® technologies accelerate the evolution of HPC infrastructure to support AI workloads.

This Solution Brief illustrates how the DarwinAI Generative Synthesis platform leverages AI to optimize AI and benefits greatly by Intel optimizations and technologies.

SK Telecom (SKT)* and Intel collaborated on testing of the next generation of the SKT 5G MEC reference architecture. SKT has designed this MEC platform to be deployed in a variety of scenarios, including at a central office, at the network edge, or on a customer premises. The tests described in this paper show performance impact on the SKT 5G MEC from applying Intel® Speed Select Technology – Base Frequency (Intel® SST-BF), a feature that is available on select models of 2nd generation Intel® Xeon® Scalable processors, and Intel® Optane™ DC persistent memory.

Layer 2-3 test performance of the Versa Secure SD-WAN solution on a Dell EMC Virtual Edge Platform (VEP) 4600 powered by Intel® Xeon® D-2100 processor demonstrates up to 6 Gbps¹ of throughput using a real-world mix of packet sizes for SD-WAN with embedded next-generation firewall and intrusion protection.

vRAN solution from Altiostar is based on Open RAN model and includes radio access software that leverages Intel® solutions for baseband units.

EANTC was commissioned by Intel to evaluate the performance of a virtualized SGi firewall provided by F5 Networks and hosted on HPE ProLiant DL360 Gen10 servers provided by HPE. Throughout the commissioned tests, the F5 solution showed readiness for large-scale deployment scenarios.

Aricent’s cost-effective Cloud RAN offering leverages FlexRAN reference solution running on Intel® architecture servers to provide mobile network operators (MNOs) with a flexible, high-performance Cloud RAN solution that can evolve to support 5G networks.