DTRiMC tool for TE0726-03M board

Description

The application note describes evaluation package for the Design Time Resource integration of Model Composer DTRiMC tool. It serves for integration of 8xSIMD, FP03x8, floating-point, run-time-reconfigurable accelerator for Zynq device on TE0726-03M board.

Design Time Resource integration of Model Composer DTRiMC tool

This application note describes released UTIA support for the evaluation version of SIMD FP03x8 floating point run time reconfigurable accelerator for the ZynqBerry board.

ZynqBerry TE0726-03M works with Xilinx XC07010-1C device with the dual core ARM A9 32 bit, 512 MB of DDR3 memory and some programmable logic area on single 28nm chip.

The ZynqBerry PCB has RaspberryPi 2 form factor. The ZynqBerry board is designed and manufactured by company Trenz Electronic.

SW developer can program "main"applications without SDSoC 2018.2 compiler license with the g++ compiler in Xilinx SDK on Win 10 PC. "make" can be used directly on A9 processor.

The accelerator and HW data communication is represented for the SW developer as shared C++ library with simple SW API, identical for several alternative HW data movers.

The FP03x8 HW accelerator serves for run-time reprogrammable 8xSIMD single precision floating point computations.

FP03x8 accelerator in TE0726-03M board

Package Summary

Title DTRiMC tool for TE0726-03M board
Download TS82fp01x8_TE0726_DTRiMC_xc7z10.zip
AppNote_2018_2_te0726_fp01x8_ila_DTRiMC.pdf
License AppNote_2018_2_te0726_fp01x8_ila_DTRiMC.pdf for licensing conditions.
Package content DTRiMC for TE0726-03M board. SDK SW projects with evaluation examples for one 8xSIMD FP03x8 accelerator in source code. Application note in .pdf. Evaluation version of HW accelerator is included only in procompiled bitstream.
Size ZIP file: 1001923035 Bytes
PDF file: 2848914 Bytes
Required tools
& platform
Xilinx SDK 2018.2, Xilinx Lab tools 2018.2
Installation notes See AppNote_2018_2_te0726_fp01x8_ila_DTRiMC.pdf

Result Category

Project number Year RIV category Comment
8A18013 2021 Gfunk Functional sample (demo)

Kontaktní osoba

V případě potřeby kontaktujte odpovědnou osobu, kterou je Jiri Kadlec.