In this tutorial we discuss the NN Menu a GreenWaves repository that includes NN examples and benchmarks of well known architectures that help you to build your application and run it on the GAP processor Please go to the GreenWaves GitHub page The NN Menu link loads the README file Here you can see three main directories

GAP8 Manual GreenWaves Technologies

Introduction to the GAP8 IoT application processor Device overview Cores Memory areas System bus architecture Clock architecture Security architecture Power architecture Low power modes Power up sequence Cold boot Warm boot Boot Modes Debug architecture Events and interrupts model Exceptions model Data types supported e Fuses MPU Memory

NN Menu GreenWaves Technologies

Field Programmable Gate Array FPGA accelerators have been widely adopted for artificial intelligence AI applications on edge devices Edge AI utilizing Deep Neural Networks DNN architectures

GreenWave 39 s AI Processor GAP8 for IoT applications

Installation GAP

GAP8 Bitcraze

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At its heart GAP8 is composed by an advanced RISC V microcontroller unit coupled with a programmable eight core accelerator for digital signal processing and embedded deep inference

GVSOC is a lightweight and flexible instruction set simulator which can simulate GreenWaves 39 GAP series processors GVSOC allows execution of programs on a virtual platform without any hardware limits Thanks to device models full application with real device drivers can be simulated

GAP8 SDK Manuals GreenWaves Technologies

The GAP8 Software Development Kit SDK allows you to develop software on the GAP8 IoT Application Processor The following resources are available to help you get started and use the GAP8 SDK

The Next Generation of GAP RISC V

GreenWaves Technologies gap sdk GitHub

GAP8 HARDWARE INTEGRATION GUIDE GreenWaves Technologies

To get started with the GAPPoC boards the GAP8 SDK is required the GitHub page provides the setup instructions for the SDK The GAP8 SDK includes the tf2gap8 tool to help generating GAP8 source code for computer vision applications from TensorFlow code

GAP8 is available NOW GAP8 is uniquely optimized to execute a large spectrum of image and audio algorithms including convolutional neural network CNN with extreme energy efficiency thanks to an integrated 8 core computational cluster combined with a convolution hardware accelerator

Tunes GAP8 architecture with experience gained from GAP8 Exploits market leading semiconductor process Global Foundries 22nm FDX GAP9 establishes a new capability power consumption point in the industry 10 times larger problems than GAP8 5 times less power than GAP8 Increases agility and programmability 8 Introducing GAP9

Figure 1 provides an example PCB design around GAP8 with recommended connections to external memory to crystal to passives for internal DC DC converter and to power supply sources

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On another front new architectures aimed at low energy consumption have been developed such as the Greenwaves Technologies GAP8 a Multi Processor System on Chip MPSoC based on the Parallel Ultra Low Power PULP Platform The GAP8 has an 8 core cluster and a Fabric Controller FC master core

GAP8 is a RISC V and PULP Parallel Ultra Low Power Processing Platform open source platform based IoT application processor It enables cost effective development deployment and autonomous operation of intelligent devices that capture analyze classify and act on the fusion of rich data sources such as images sounds or vibrations

The first step is to find and download the installer Next we will extract the files from the installer and manually install the files in the user directory As Gimp 2 8 is backwards compatible with plug ins we will use the 2 6 windows installer for GAP

The GAP8 Software Development Kit SDK allows you to develop software on the GAP8 IoT Application Processor The following resources are available to help you get started and use the GAP8 SDK

Installing GAP for Gimp 2 8 on Windows Blogger

Setting up the GAP8 SDK GreenWaves Technologies

Profiler 1st release of gap profiler version 1 0 0 Profiler is a visualization tool for profiling and debugging GAP applications and used with GVSOC our Full System SoC Simulator Profiler gives you a visual view of what is happening inside the chip and allows you to control the simulator through a graphic interface

There are several ways to install GAP More detailed instructions can be found in INSTALL md GAP may compile and work for you on other systems and if so we would be interested to know about it Moreover it is also possible to use GAP via a free account on CoCalc

GAP8 architecture 2 Download Scientific Diagram

2007 10219 An OpenMP translator for the GAP8 MPSoC arXiv org

Releases GreenWaves Technologies gap sdk GitHub

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The GAP SDK allows you to compile and execute applications on the GAP Series Processors We provide you with a set of tools and two different operating systems for GAP GAP RISCV GNU toolchain a pre compiled toolchain inherited from RISC V project with support for our extensions to the RISC V Instruction Set Architecture

GAP8 Hardware Reference Manual Amazon Web Services

The GAP8 is a 9 core IoT application processor produced by Greenwaves It is based on RISC V and the PULP Parallel Ultra Low Power Processing Platform open source platform

Installing GAP for Gimp 2 8 on Windows LEARN 3D DESIN

Architecture of the GAP8 embedded processor Download

Getting Started with Edge AI Using the GAP8 Processor