Iam trying to program xillinx cpld xc9536xl and I'm using quartus prime lite edition latest version and I don't know which device to select while downloading quartus to help me applying code on xillinx cpld
The devices are :
Arria || device support
Cyclone
Cyclone 10
Max ||
Max 10
xc9536xl is a Xilinx part, not Intel/Altera.
Use the ISE 14.7 suite (free WebPACK edition) to program this part.
And it's likely you will need the Xilinx Platform Cable. ISE won't be using Intel USB Blaster, and I'm not familiar with open-source tools that could use Intel USB Blaster to program Xilinx parts.
Related
It was old challenge for me but I have succeed to build my own embedded system based on a 80188 INTEL ( like 8086). I am using the compiler C 4.5 from Intel. As I want to go further I would like to integrate the 8087 coprocessor.
This technology is older that 40 years...
Before spending time to wire the 8087 on by board I am trying to use the 8087 emulator given by the compiler. IC-86 version 4.5 from INTEL.
I cannot find the way to link the E87.lib and relocate the library in my project.
Does someone could share examples of link/relocate using a 8087 on an embedded system?
Sounds that the libraries given for the 8087 can't be relocated in the 20-bits addresses?
I wonder by any chance is there a way to install vxworks on vdx86d(vdx6354)? I searched a lot on the net and did not find NO to this question, but no manual or help could be find by me. anybody did this before and know how to do it?
VxWorks certainly runs on PC architecture x86 targets; there is probably already a suitable 80486 BSP that will suit this board. You can search for a suitable BSP here. There is only one BSP explicitly listed for 486 targetted at VxWorks 5.4/Tornado 2.0 - so it is as antique as 486 architecture itself. VxWorks 6.9 however has a single unified BSP for x86 which will no doubt work with your board.
VxWorks is not "installed" as such in the same way as a GPOS such as Linux or Windows; rather you link your application with the VxWorks libraries to create an application image that runs directly on boot. How the bootstrap process works varies between architectures and hardware implementation, but as a generic PC architecture board, booting a VxWorks application on your board will be the same as any other PC target. As such what you need to look for are directions on booting VxWorks on PC architecture rather then being specific about your actual board.
On PC architecture you can boot from mass-storage, or from a network server. Booting via a network connection is the normal method during debug/development. A great deal of the information available is for older versions of VxWorks. However it seems that it is possible to boot VxWorks via a VxWorks specific bootstrap, or from a generic PC bootloader such a s U-Boot.
Ultimately Wind River Support is probably a good starting point.
I'm trying to get my Android Emulator running faster,
but i can't enable virtualization. When i open
bios, it saids that it is enabled, but when i run Intel Processor Identification Utility, it display "Supporting advanced intel processor technologies: Intel(R) Virtualization Technology: no" . But when i look at the page about my processor on intels page, it saids that my processor supports virtualization
About my machine:
Dell Studio 1749
4 GB Ram
Intel Core i5-450M CPU (specifications)
Windows 8 64bit
Thank you all!
I found the solution!
In Windows 8 i need to disable Hyper-V.. I don't know why.
Hyper-V uses the VT resources and if they are already being used by another process then they will not be available for HAXM to use.
Looks like available Pascal compilers can only produce binaries for ARM on Linux. Is there established version of compiler/bundle for just bare ARM cpu with zero extra software preinstalled ?
To clarify, I am looking for high quality, compact tool (alternative to commercial C, open source C) for kernel-less, plain embedded CPU with all software in one plain ROM ? IDE with debugging capabilities is nice to have, but not necessary. Dubugger could actually be some different 3rd party generic IDE. I hope that compilers can dump the debug/symbols info in some standard form.
Thank you
Free Pascal Compiler supports ARM without any OS. They call it TARGET EMBEDDED.
For ARM Linux take a look at this and this.
There is also Lazarus CT edition cross compiler which seams to target sysless ARM too.
UPDATE 1: mikroElektronika has also recently made Pascal compiler for ARM.
UPDATE 2: Ultibo framework for bare metal Raspberry Pi programming looks outstanding.
I've got a programming device called USB AVR JTAG-ISP v. 1.2.
Where can I find drivers and a good IDE for it?
For Windows, AVR Studio 4 as per the other answer.
For Linux, you want the avr-gcc and AVRDUDE packages from your OS distribution, plus your choice of C IDEs for Linux.
For OS X, you want Crosspack and Xcode.
On Linux or OS X, depending on which device you are programming, you may need to download the source for AVRDUDE and rebuild it, which will require that you also get libusb 0.1.12 (not libusb 1.x).
Try the "AVR Studio 4" on Atmel's website.
I find AVR studio to be infuriating, buggy and generally terrible.
Eclipse (available on all platforms) has wonderful end-to-end AVR integration available if you install the avr plugin, avr-gcc and avrdude.
If you're running on Ubuntu beware that it doesn't always identify the ISP right off the bat