Browse categories
Explore
Fiverr Pro
English
$
USD
I will integrate zynq fpga axi dma, arm processor, vivado, and embedded linux platform
About this Gig
Your Zynq system should not stop at a block diagram. It should move data, boot Linux, and communicate reliably from FPGA fabric to ARM software.
I integrate Zynq FPGA, AXI DMA, ARM processing, Vivado hardware, and Embedded Linux into a connected working platform.
Core Build:
- Zynq Integration
- AXI DMA
- Vivado Blocks
- ARM Processing
- Linux Bringup
- Device Tree
- Data Transfer
- FPGA Drivers
System Gains:
- Faster Transfers
- Lower CPU Load
- Clean Interfaces
- Stable Boot
- Data Throughput
- Hardware Reuse
Build Advantage:
- Fabric Expertise
- Linux Awareness
- DMA Knowledge
- System Thinking
- Debug Support
- Source Handoff
Technical Edge:
- AXI4 Connectivity
- DDR Transfers
- DMA Buffers
- Interrupt Handling
- Linux Drivers
- Hardware Testing
You receive the relevant Vivado sources, configuration files, Linux integration work, and technical documentation needed to continue development.
Bring me your Zynq architecture, current Vivado project, DMA issue, or Linux integration challenge. Let's turn the hardware blocks into a functioning system,send your project requirements
Platform:
FPGA
Expertise:
Debugging
•
SoC optimization
•
Signal processing
Other Electronics Engineering Services I Offer
FAQ
What do I receive if the integration is completed?
You receive the relevant Vivado project sources, Linux configuration, device-tree changes, integration files, test results, and technical notes so you are not left with an undocumented system that only works on the freelancer's machine.
What happens if my hardware and Linux software disagree?
I can trace the interface across Vivado hardware, exported hardware configuration, device tree, Linux drivers, and user space applications, helping identify mismatched addresses, interrupts, peripherals, or configuration parameters.
How do you prevent DMA data corruption or unstable transfers?
I check buffer alignment, memory addressing, cache coherency, DMA configuration, interrupt handling, and transfer synchronization so the data path is validated beyond simply confirming that compilation succeeds.
Can you work with an existing Zynq project instead of rebuilding everything?
Yes. I can inspect your existing Vivado block design, HDL, constraints, BSP/Linux configuration, and device tree and focus on the failing integration point so working sections are preserved.
What if my AXI DMA works in Vivado but fails under Linux?
I can trace the complete path from FPGA logic → AXI DMA → DDR → ARM → Linux, checking addressing, interrupts, buffers, device-tree configuration, and driver interaction rather than assuming the hardware block is the problem.
