On the Performance of Different Superposition Optical OFDM Variantsģ.2.3. Performance Analysis of Earliest Unipolar Optical OFDM Variantsģ.2.2. State-of-the-art Multicarrier Modulation Formats Compatible for IM/DD Systemsģ.2.1. Pulse Position Modulation (PPM)-based VLC Systemsģ.2.
Pulse Width Modulation (PWM)-based VLC Systemsģ.1.3. ON-OFF-Keying (OOK)-based VLC Systemsģ.1.2. Review on the Effect of Higher-Order Light Reflections on VLC Channel Modelingģ.1.1. Review on Indoor VLC Channel Model Proposed by Ding De-qiang et alĢ.4.4. Review on Diffuse Indoor Optical Wireless Channel Modeled in Accordance to Rajbhandari et alĢ.4.3. Review on Indoor VLC Channel Characteristics Modeled by Lee et alĢ.4.2. Review on Realistic Channel Model for VLC SystemsĢ.4.1. Illustration of the Distribution of Power and SNR in Indoor VLC SystemĢ.3.6. Channel Models for Multiple SourcesĢ.3.5. VLC Channel Modeling for the Single Source ScenarioĢ.3.2. Review on Different Propagation ModesĢ.3.1. Comparisons between Radio Frequency-based Wireless Communication and OWCĢ.1.1. Light Communications Amendment-Task Group “bb”ġ.9. Significant Challenging Aspects of VLCġ.7.
Basic Architecture of VLC System Modelġ.6. Evolving and Introduction to Visible Light Communicationġ.5. Wa_cq_url: "/content/Advantages and Applications of OWCġ.3.1.
Wa_audience: "emtaudience:business/btssbusinesstechnologysolutionspecialist/developer/fpgaengineer", Multi Channel DMA Intel FPGA IP for PCI Express : IP Core ", Wa_emtsubject: "emtsubject:design/fpgadesign/signalintegrity", Wa_primarycontenttagging: "primarycontenttagging:intelfpgas/intelprogrammabledevices/intelstratix/intelstratix10fpgasandsocfpgas,primarycontenttagging:intelfpgas/intelfpgaintellectualproperty/interfaceprotocols,primarycontenttagging:intelfpgas/intelprogrammabledevices/intelagilexfpgasandsocfpgas,primarycontenttagging:intelfpgas/intelprogrammabledevices", Wa_emtcontenttype: "emtcontenttype:designanddevelopmentreference/releasenotes", You can implement multiple PFs/VFs: Up to 8 PFs in P-Tile and 4 PFs in H-Tile.Īdded support for MCDMA AVST 1 port interface.ĪVST 1 port interface enables you to implement multiple channels of H2D/D2H DMA. You can write to/read from the downstream Endpoint configuration space registers using the Config Slave interface.Īdded support for user MSI-X in MCDMA mode.Īdded support for user FLR in MCDMA mode.Įndpoint user logic can be reset by the Function Level Reset. You can implement a user mode that best suits your application needs based on the port usage (Root Port / Endpoint).Īdded support for Configuration Slave interface for Root Port mode. You can implement Gen3 x16/x8 link in Intel Stratix 10 GX and MX device families.Īdded support for various user modes: Multi channel DMA (EP), Bursting Master (RP, EP), Bursting Slave (RP, EP), BAM-BAS (RP, EP) and BAM-MCDMA (EP). You can implement up to Gen4 x16 link in Intel® Stratix® 10 DX and Intel® Agilex™ FPGA device families.Īdded support for H-Tile Gen3 x8 and Root Port mode. Multi Channel DMA Intel FPGA IP for PCI Express : IP Core 2021.07.19 Intel® Quartus® Prime VersionĪdded support for P-Tile Gen4/Gen3 x16 (Root Port, Endpoint) and x8 (Endpoint).
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