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This user guide describes the hardware configuration and functional details for the Astra Machina SL1680 core module, I/O board, and supported daughter cards, in addition to the bring-up sequence for the developer kit.

This application note provides a basic overview of signal generation, control, and configuration for use with the SL1680, SL1640, and SL1620 embedded processors.

This document summarizes power consumption across typical use case configurations for the Astra Machina Evaluation System, with SL1680, SL1640 and SL1620 SoCs

Synaptics SL1620 DDR4 core module RDK schematic.

This application note details the Power Management IC (PMIC) solution for the Astra Machina platform, ensuring efficient power distribution, precise power sequencing, and optimized Bill of Material (BOM) cost.

This document provides an in-depth description of the architecture, sub-systems, and operational characteristics of the Synaptics Astra™ SL1620 embedded IoT processor.

This application note details the CAN Driver Module connection for core modules containing the SL16x0 SoC.

This document lists the qualified components for Synaptics’ SL1620 (consumer grade).

Synaptics SL1640 core module schematics.

This application note provides guidelines for connecting MIPI DSI LCM displays to the Astra™ Machina Foundation Series. I

This user guide describes the hardware configuration and functional details for the Astra Machina SL1620 core module, I/O board, and supported daughter cards, in addition to the bring-up sequence for the developer kit.

The SL1620 is designed and optimized for embedded applications that require powerful processing, advanced AI capability, and 3D graphics.

This document lists the qualified components for Synaptics’ SL1680 consumer.

This document provides an in-depth description of the architecture, sub-systems, and operational characteristics of the Synaptics Astra™ SL1640 embedded IoT processor.

This document details the I2S and PDM Interfaces of the Astra Machina SoC.

This document outlines the estimated product lifetime of the Astra™ SL1620.

This document provides PCB design and layout guidelines for integrating the Synaptics SL1620 with DDR4 and DDR3 memory.

This application note provides an overview of the GPIO pin multiplexing (pinmux) system for the Astra™ Machina SL1620 hardware platform.

The SL1680 supports the Synaptics Astra™ IoT platform, delivering a unified experience combining standards-based open software frameworks, fullfeatured AI toolkits, and Synaptics’ best-in-class wireless connectivity portfolio