Videos

Want to see a hot-plug of memory?  Here you go.

IntelliProp’s Erich Hanke demonstrates a mallocable Fabric attached memory.    The memory is shared by two hosts concurrently!

Erich goes through the demo we did at SC21 – for those that missed the live show.

Finally, Hiren interviews Erich Hanke – walking through another demo at the CXL booth.

SC21 demo at St. Louis – another demo video.

IntelliProp has returned from SC21 and we’ve posted new videos.  First video is about our computational storage solution using our NVMe Bridge.  IntelliProp showcases a search acceleration function – by Hiren Patel.

Watch Hiren Patel from IntelliProp walk through a demonstration of the NVMe CompStor reference design comparing the CPU utilization of block storage pattern search operations running on CPU vs CompStore Device (CSD) implementation.

Watch Erich Hanke as he walks through a live demo of a Fabric Manager software discovery of various fabric attached components including, Primary Fabric Manager Node, Fabric Switches, and Fabric Attached Memory (FAM).

Watch Erich Hanke from IntelliProp walk through the CXL side of the CXL Fabric Adapter demonstration at SC21 where he describes the ability for a CXL capable Intel Sapphire Rapids CPU to talk load/store to Fabric Attached Memory (FAM) resources through multiple switch hops. Additionally, Erich describes the Fabric Management software running on the CXL Host node and the collaboration with the Open Fabrics Alliance (OFA) Open Fabrics Management Services (OFMF).

This video provides an overview/tour of the IntelliProp UPI-to-Gen-Z Bridge which is an evolution of the demo shown at SC19 and is shown in a Gen-Z environment. This PoC demo consists of 3 Gen-Z components: 1) the UPI to Gen-Z bridge running in the server; 2) a Media Box which can house multiple Gen-Z Media Modules (ZMMs) with an integrated 12-Port Gen-Z Switch and is utilizing 3-Gen-Z Media Modules (ZMMs).

This video provides an overview/tour of the IntelliProp Gen-Z Single-Node PoC. This demo shows a demo topology of a single node connection to a media box capable of housing multiple ZMMs (Gen-Z Memory Modules) and a Gen-Z switch.

This video provides an overview of the IntelliProp IPC-NV163A-DT – NVMe Target IP core. This demo utilizes a Xilinx VCU118 Development Kit. Topics include a list of the key features, potential applications, and the expected performance of the IP core.

This video provides an overview of the IntelliProp IPC-NV171B-BR – NVMe-to-NVMe Bridge. This demo utilizes a Xilinx VCU118 Development Kit. Topics include a list of the key features, potential applications, and the expected performance of the IP core.

This video provides an overview of the IntelliProp IPC-NV164A-HI – NVMe Host Accelerator IP core utilizing the Xilinx KCU105 FPGA Development Kit. Topics include a list of the key features, potential applications, and the expected performance of the IP core.

This video provides an overview of the IntelliProp NVMe to SATA Bridge IP core utilizing the Intel Arria 10 GX FPGA Development Kit. Topics include a list of the key features, potential applications, and the expected performance of the IP core.

This video provides an overview of the IntelliProp NVMe Host Accelerator IP core utilizing the Intel Arria 10 GX FPGA Development Kit. Topics include a list of the key features, potential applications, and the expected performance of the IP core.

This video provides an overview of the IntelliProp IPC-BL120A-ZM AES Encryption IP Core utilizing the Intel Arria 10 GX FPGA Development Kit. Topics include a list of the key features, potential applications, and the expected performance of the IP core.

This video provides an overview of the IntelliProp IPA-SA129-CT SATA SSD Controller chip. It will provide the viewer with an overview of the features of the controller, a demo of the device and performance. Also covered is an overview of the SATA SSD Controller Development Board.

This video showcases Pegasus, a SATA RAID Bridge for the SSD Market.

This video demonstrates how IntelliProp’s SATA Bridge on a Xilinx FPGA works. It also demonstrates how our SATA cores work.

The sata bridge demo may be obtained from IntelliProp by calling 303–774–0535 or via e–mail.