| FazBrowse GitHub Viewer | Trending | | Home |
| Tools: [Original HTTPS Page] |
Prevent this user from interacting with your repositories and sending you notifications. Learn more about blocking users.
You must be logged in to block users.
Contact GitHub support about this user’s behavior. Learn more about reporting abuse.
Report abuse![]() |
gm-study-max Application module board for the GateMate FPGA evaluation board E1. It connects through all six GPIO headers, and the input/output components are designed after popular FPGA trainer boards commonly used in electrical engineering and embedded systems education. Repository |
![]() |
gm-proto-e1 Modular prototyping board for the GateMate FPGA evaluation board E1, providing a 2.54mm breadboarding grid for rapid development, signal interfacing, power regulation, and mixed‑signal experimentation. Repository |
| picon-one-hw Compact single‑board hardware platform for embedded control, sensor integration, Wifi/ZigBee communication for low‑power applications based on Raspberry Pi fitted into an industrial enclosure. Repository |
|
![]() |
gatemate-riscv RISC‑V soft‑core implementation for the Cologne Chip GateMate FPGA, exploring CPU architecture, on‑chip memory, peripheral integration, and hardware‑accelerated processing. Repository |
## GCC compiler optimization for ARM-based systems
2017-03-03 fm4dd
The gcc compiler can optimize code by taking advantage of CPU specific features. Especially for ARM CPU's, this can have impact on application performance. ARM CPU's, even under the same architecture, could be implemented with different versions of floating point units (FPU). Utilizing full FPU potential improves performance of heavier operating systems such as full Linux distributions.
prototyping board for the GateMate FPGA evaluation board E1
Verilog 8
| Back | FazBrowse Home | New Git URL |