I've attempted to install drivers for an FPGA device, but require that I remove the usbserial module. This happens to be impossible because usbserial is a built-in module. It was suggested that I compile a new kernel to make usbserial dynamically loadable and unloadable.
I'm now trying to compile a custom kernel w/ Fedora.
I want to communicate with a driver (/dev device) from a kernel module. I have an application and some kernel modules associated with it. From the lowest KM I want to read and write to the driver. What should I do? I have read that writing and reading files from the KM is not a good choice. Is there any other way? Could I use the header files of the driver? If so, how?
Hello,
I am trying to install a wireless LAN USB into Ubuntu 10.04 server edition.
Hi
Found a few threads addressing this but many are 6 months old or better.
There have been new drivers and new Ubuntu since any of the posts I have read.
I am trying to get a linksys WUSB600N up and running on Ubuntu Version 9.10.
I have downloaded the current driver versions from ralink.com
I'm attempting to read and write data from and to an FPGA board. The board itself came with a driver that create a terminal device called ttyUSB0 whenever the board is plugged in. On the FPGA, an asynchronous receiver and transmitter were implemented, and they seem to work.
However, there seems to be an issue on C side of things.
Avnet announced a Linux-ready product bundle for those wanting to experiment with Xilinx's Spartan-6 FPGA (field programmable gate array). The & Xilinx Spartan-6 FPGA PCIe I/O Reference Design& includes an Intel Atom-powered module and baseboard from Kontron, a PCI Express-based Spartan-6 board, and a video output adapter, the company says....
I'm trying to write a Linux kernel module, but I'm stuck just writing some stub code.
Hello!
I am currently working on getting an FPGA board running with a SATA (running in IDE mode) HDD attached to it. When I run the following command:
Code:
lspci
I see the following show up:
Code:
02:00.0 IDE interface: Xilinx Corporation Device 6011 (ref ff)
Which is the FPGA board.
Published at LXer:
Epiq Solutions announced a handheld software defined radio (SDR) device with an RF transceiver that tunes from 300MHz to 3.8GHz, plus a built-in 1PPS GPS. The Matchstiq Z1 is built around a Linux-ready iVeia Atlas-I-Z7e computer-on-module equipped with a Xilinx Zynq Z-7020 SoC, which integrates dual ARM Cortex-A9 cores along with FPGA circuitry.