利用时间协调计算 (TCC) 实现从云端到边缘的下一代应用.pdf

1、Harnessing Time Coordinated Computing(TCC)to Enable the Next Generation of Applications from the Cloud to the EdgeDavid Zage Contributors:Zoltan Fodor,Chris Hall,Keith Wiles2Notices and DisclaimersPerformance varies by use,configuration and other factors.Learn more at www.I results are based on test

2、ing as of dates shown in configurations and may not reflect all publicly available updates.See backup for configuration details.No product or component can be absolutely secure.Your costs and results may vary.Intel technologies may require enabled hardware,software or service activation.Results have

3、 been estimated or simulated.All product plans and roadmaps are subject to change without notice.Intel Corporation.Intel,the Intel logo,and other Intel marks are trademarks of Intel Corporation or its subsidiaries.Other names and brands may be claimed as the property of others.3Agenda Using Intel Ti

4、me Coordinated Compute(TCC)Technologies Improving Time Synchronization with the Intel Xeon 6&Intel Ethernet E830 Network Adapter 4Transformations Occurring Across Computing DomainsShift to software defined workloadsShift to AI-driven automation in real-timeShift to secure,converged networks5HW optim

5、izations for Time Coordinated ComputePower State TransitionsTimed-GPIOCache Allocation Speed Shift for EdgeFabric/PCIe Virtual ChannelsTime Sync PTC/PTMEthernetEnd point connectivityHW Supporting FW&SW TCC BIOS ModeOperating System and Hypervisor optimizationsPerformance&benchmarking tools and docum

6、entationIntel HWSW&FWWi-FiPrecise Coordinated TimeDeterminism with low latencyCoexistence of mixed criticality workloadsFlexibility to support various applications Great overall compute performance*partner solutions5G*Intel TCC Enabling Low-latency,Software-defined Systems6Intel Xeon 6&Intel Etherne