This Technical Brief shows how to setup the Zynq SSE to demonstrate NAS functionality. After going through the steps described herein, you will have a working Linux System running on theZynq with an attached SATA HDD or SSD, making files stored on the attached disk available to other networked clients.
This Technical Brief shows how to setup the Zynq SSE to demonstrate NAS functionality. After going through the steps described herein, you will have a working Linux System running on theZynq with an attached SATA HDD or SSD, making files stored on the attached disk available to other networked clients.
This Technical Brief shows how to setup the Zynq SSE. After going through the steps described herein, you will have a working Linux System running on the Zynq with an attached SATA HDD or SSD.
This Technical Brief shows the Benchmark results you will see after correctly setting up the system as shown in the techtip: Zynq SATA Storage Extension.
This Technical Brief shows how to setup the Zynq SSE. After going through the steps described herein, you will have a working Linux System running on the Zynq with an attached SATA HDD or SSD.
This Technical Brief shows how to setup the Zynq SSE. After going through the steps described herein, you will have a working Linux System running on the Zynq with an attached SATA HDD or SSD.
As of June 2014, MLE has released Zynq SSE (the SATA Storage Extension for Xilinx Zynq-7000 All Programmable SoC). Please visit MLEcorp.com/ZynqSSE for more information and how to order!
With decreasing cost of Solid-State Disks (SSD), data acquisition and logging, test and measurement, and other modern embedded systems applications can be enhanced with fast and cost-efficient off-the-shelf data storage. This Technical Brief discusses how to add Serial ATA (SATA) storage capability to such embedded systems implemented inside Xilinx Extensible Processing Platform ZYNQ running Open Source GNU/Linux.