FPGA simplified
@fpgasimplified.bsky.social
Yes! FPGA's are the most versatile type of “processing unit” and we're here to take the mystery out of it!
#FPGA #HDL #HW #embedded
+++ check the lists
#FPGA #HDL #HW #embedded
+++ check the lists
You can use EDAplayground right from your browser for demos and presentations.
You can share your work immediately or keep it private!
It supports VHDL, SV/Verilog, C++/SystemC, and more.
Here is a RAM emulation example with write access reports in a file with timestamps.
edaplayground.com/x/qyKE
You can share your work immediately or keep it private!
It supports VHDL, SV/Verilog, C++/SystemC, and more.
Here is a RAM emulation example with write access reports in a file with timestamps.
edaplayground.com/x/qyKE
EDA Playground
Edit, save, simulate, synthesize SystemVerilog, Verilog, VHDL and other HDLs from your web browser.
edaplayground.com
November 22, 2024 at 10:38 PM
You can use EDAplayground right from your browser for demos and presentations.
You can share your work immediately or keep it private!
It supports VHDL, SV/Verilog, C++/SystemC, and more.
Here is a RAM emulation example with write access reports in a file with timestamps.
edaplayground.com/x/qyKE
You can share your work immediately or keep it private!
It supports VHDL, SV/Verilog, C++/SystemC, and more.
Here is a RAM emulation example with write access reports in a file with timestamps.
edaplayground.com/x/qyKE
FPGA prototyping:
1) a bit of discrete HW
2) an inexpensive FPGA development board
3) a cheap micro-controller running micro-python
4) a computer running python
5) a two channel oscilloscope
You may ask: why an FPGA ?
Simply put : no compromises on real time accuracy !
1) a bit of discrete HW
2) an inexpensive FPGA development board
3) a cheap micro-controller running micro-python
4) a computer running python
5) a two channel oscilloscope
You may ask: why an FPGA ?
Simply put : no compromises on real time accuracy !
November 21, 2024 at 7:06 PM
FPGA prototyping:
1) a bit of discrete HW
2) an inexpensive FPGA development board
3) a cheap micro-controller running micro-python
4) a computer running python
5) a two channel oscilloscope
You may ask: why an FPGA ?
Simply put : no compromises on real time accuracy !
1) a bit of discrete HW
2) an inexpensive FPGA development board
3) a cheap micro-controller running micro-python
4) a computer running python
5) a two channel oscilloscope
You may ask: why an FPGA ?
Simply put : no compromises on real time accuracy !
In a nutshell:
processors do "time sharing", FPGA do "silicon sharing". While GPU are smack in the middle !
processors do "time sharing", FPGA do "silicon sharing". While GPU are smack in the middle !
November 20, 2024 at 5:28 PM
In a nutshell:
processors do "time sharing", FPGA do "silicon sharing". While GPU are smack in the middle !
processors do "time sharing", FPGA do "silicon sharing". While GPU are smack in the middle !