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12 docs tagged with "hardware resources"

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4G Module

This document details the Quectel EM05-G 4G module, an LTE Cat 4 module designed for IoT/M2M applications. It supports multiple global network standards, provides high-speed transmission (150 Mbps downlink, 50 Mbps uplink), is compatible with multiple operating systems, and offers industrial-grade reliability. Content covers product features, specifications, M.2 Key B interface description, and hardware design guidelines.

4G Module (Cat.1)

Detailed introduction to LTE Cat.1 modules based on EG912U-GL and EG915Q-NA, designed for M2M and IoT applications. Supports global multi-band network coverage, 10 Mbps downlink rates, with communication interface upgraded to USB (2.5-3.17 Mbps), suitable for video transmission and high-bandwidth data scenarios.

5G Module

This document details the core features and technical specifications of the 5G module, including support for 5G NR Sub-6GHz (SA/NSA), LTE-FDD/TDD, WCDMA/HSPA+, and other network modes. It uses an M.2 Key B interface, integrates L1+L5 dual-frequency GNSS, supports HPUE enhancement, and features an industrial-grade design. Content covers product features, specifications, interface configuration, power stability, and thermal management guidelines.

Camera Module OS04C10

Technical documentation for the OS04C10 camera module is coming soon. This document will cover product specifications, features, and usage instructions. Stay tuned for detailed hardware development resource updates.

Camera Module-OV5640

This document details the technical specifications and usage guide for the OV5640 camera module, featuring a 5MP CMOS sensor, 60°/120° field of view options, and autofocus support, designed for embedded vision development. It covers product features, pin definitions, and installation configuration instructions.

Camera Module-Raspberry

This document introduces Camthink's Raspberry Camera Modules, featuring the Camera Module v2 and HQ Camera (M12-mount). It provides essential information for developers seeking to integrate high-quality imaging solutions with Raspberry Pi platforms, including links to further hardware specifications.

Camera Module-USB

This document provides a detailed overview of the high-performance USB camera module featuring the SC200AI sensor, supporting 1080P HD video output with multiple field-of-view options (51°/88°/137°). Designed specifically for NeoEyes NE101, it features a glass lens, independent ISP, and adjustable focus, suitable for surveillance and AI vision applications.

Serial Communication Module

This document describes the Camthink Type-C/Type-A to UART (TTL) universal serial communication module. The module uses the CP2102 chip, supports 3.3V logic levels, and is suitable for serial data debugging on NE301 and NE101 development boards. It covers product features, CP2102 solution, wiring instructions, driver installation, and common debugging commands.

Solar Power Solution

A complete solution for NE101/NE301 smart cameras with solar panels for 24/7 continuous capture, covering BOM, hardware connection, power consumption analysis (including high-frequency capture), and device configuration, suitable for long-term deployment in outdoor scenarios without grid power.

SSD

This document details the key features, specifications, and usage instructions for M.2 NVMe SSDs, including 256GB to 1TB capacities, PCIe Gen3 x4 NVMe 1.3 interface, 3D TLC NAND flash, high-speed read/write performance (3234 MB/s read, 3099 MB/s write), and reliability features.

Wi-Fi HaLow Module

This document describes the Wi-Fi HaLow module based on FGH100M, which complies with the IEEE 802.11ah standard and provides long-range, low-power Sub-1 GHz band communication (868 MHz, 915 MHz optional), suitable for IoT and smart device scenarios. It covers key features, SPI interface description, and dimensions.

WiFi Module

This document details the technical specifications of the Fn-Link FG6222MPUC-02 Wi-Fi module, which supports Wi-Fi 5 (802.11a/b/g/n/ac) and Bluetooth 5.0, features an M.2 Key E interface, operates on 2.4GHz and 5GHz dual bands, and delivers up to 866.7Mbps with 2T2R MIMO technology. Coverage includes key features, RF performance, Bluetooth specifications, and hardware installation instructions.