gap8 - GAP8 GreenWaves Technologies GAP8 Bitcraze Feb pediacomplete 28 2018 Gap8 is a new processor from GreenWaves Technologies that can handle lowpower AI processing in sensor devices It is based on the open source RISCV and PULP platforms and targets applications such as image recognition speech recognition and smart toys GreenWaves AI and DSP processors for hearables and IoT devices GREEN WAVES GreenWaves Technologies Unveils GAP8 the Introduction to the GAP8 IoT application processor Device overview Cores Memory areas System bus architecture Clock architecture Security architecture Power architecture Low power modes Powerup sequence Cold boot Warm boot Boot Modes Debug architecture Events and interrupts model Exceptions model Data types supported eFuses MPU Memory GAP8 is an IoT application processor that enables massive deployment of lowcost battery operated intelligent devices that capture analyse classify and act on fusion of rich data sources such images sounds radar signatures and vibrations GAP8 is uniquely optimized to execute a large spectrum of The Top Use Cases for the GAP8 IoT Application Processor GAP8 A Parallel Ultralowpower and flexible RISCV based Sep 18 2019 GAP8 was designed with ultralow energy usage from a few tens of miliwatts in active mode to a few microwatts in sleep mode so devices can last for years on a battery Lets explore some of the exciting ways customers can use GAP8 to innovate Smart Toys GAP8 product brief GAP9 GAP9 Combines ultralow latency filtering capabilities with sophisticated DSP and NN acceleration to power the next generation of GAP8 is a RISCV based PULP parallel processor that enables intelligent devices that last for years on a battery It executes image and audio algorithms with extreme energy efficiency and adapts the power consumption to the needs of the application GreenWaves AI Processor GAP8 for IoT applications LowPower Play GAP8 Weds Multicore RISCV with Machine GAPUINO GAP8 RISC V IoT DigiKey GAP8 is a lowpower IoT application processor that supports image and audio algorithms including neural network inference It enables batteryoperated smart devices for various applications such as security surveillance and audio processing Current ultralow power smart sensing edge devices operating for years on small batteries are limited to lowbandwidth sensors such as temperature or pressure Enabling the next generation of edge devices to process data from richer sensors such as image video audio or multiaxial motionvibration has huge application potential However edge processing of datarich sensors poses the GreenWaves GAP8 is a Low Power RISCV IoT Processor Optimized GAP8 is a RISCV and PULP based IoT application processor that enables intelligent devices with image and audio algorithms Learn about its microarchitecture features peripherals memory areas and layout in this manual GAP8 is uniquely optimized to execute a large spectrum of image and audio algorithms including convolution neural network inference and signal processing with extreme energy efficiency bola dyson By enabling autonomous operation GAP8 dramatically reduces deployment and operating costs of a wide range of intelligent edge devices Available in our store Getting Started with Edge AI Using the GAP8 Processor Apr 30 2018 The GAP8 includes an array of eight RISCV cores that have access to a CNN accelerator along with another RISCV core to manage the system The fabric controller incorporates a 16kB data cache GAP8 A RISCV SoC for AI at the Edge of the IoT IEEE GreenWaves Technologies unveils Gap8 the Low Power RISCV Aug 14 2020 Using GAP8 and the associated software tools computation intensive inference on sensor data up to now limited to mobileclass devices eg smartphone raspberry etc can move into tiny The GAP8 is a 9core IoT application processor produced by Greenwaves It is based on RISCV and the PULP Parallel UltraLowPower Processing Platform opensource platform You find more information about the processor itself on the Greenwaves homepage and in the manual but to give you a quick start with the AIdeck we also explain some of GAP8 IoT Application Processor GreenWaves Technologies GAP8 Architected to scale energy proportional to demand Two independent clock and voltage domains from 0133MHz1V up to 0250MHz12V MCU Function Extended RISCV core Extensive IO set Micro DMA Embedded DCDC converters Computation engine function 8 extended RISCV cores Fully programmable Efficient parallelization Shared instruction cache GAP8 Processor The GAP8 chip uses a processor based on the open source RISCV ISA It also builds on open source components from the ETH Zurich PULP Parallel UltraLowPower ProcessingPlatform project PULP is an open source multicore computing platform developed by ETH Zurich and the University of Bologna Automated design intelligence with GAPflow overview and GAP8 Manual GreenWaves Technologies Our application processor GAP8 enables embedded machine learning in batteryoperated IoT Sensors It allows image sensors for applications like people counting and attention awareness to run for years on a single AA battery GAP8 processor GreenWaves Technologies GAP8 Hardware Reference Manual Amazon Web Services Feb 27 2018 GreenWaves Technologies a fabless semiconductor startup based in Grenoble France has designed GAP8 IoT application processor based on RISCV architecture and optimized for image and audio algorithms including convolutional neural network CNN inference with high energy efficiency thanks to an 8core computational cluster combined with a convolution hardware accelerator GAP8 GAP8 is a SystemonaChip that enables massive deployment of lowcost intelligent devices that capture analyse classify and act on fusion of rich data sources such as images sounds or vibrations GAP8 integrates everything necessary to acquire from sensor preprocess analyse Feb 26 2018 GAP8s ultralow power operation enables use cases such as Alwayson face detection with a few mWs of power Indoor people counting presence detection with years of autonomy Ultra low power satwa gaib angka 1 GAP processors GreenWaves Technologies
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