emFTP
FTP stands for File Transfer Protocol. It is the basic mechanism for moving files between machines over TCP/IP based networks such as the Internet. FTP is a client/server protocol, meaning that one machine, the client, initiates a file transfer by contacting another machine, the server and making requests.
emModbus
emModbus supports building master and slave devices which can even be combined in the same product. Also, multiple interfaces in the same product are supported. Each interface can be configured at runtime, making it possible to build a pretested library to be deployed in multiple projects for embedded solutions.
emMQTT
emMQTT provides the client functionality of the Message Queue Telemetry Transport protocol to a stack. emMQTT uses sockets and can be used with any IP stack such as emNet using the socket interface.
emNet
SEGGER's network software is designed from the ground up for embedded systems. It is renowned for its high-performance and small memory footprint while still providing flexibility and extensibility. It is at the heart of many industrial and IoT applications, and provides support for a wide variety of standard protocols.
Tuxera TCP/IP Stack
Secure and resilient connectivity software for embedded systems.
emUSB-C Power Delivery
emUSB-C PD turns the cable into a smart connection, enabling the detection of the type of device connected, power supply capabilities, USB Host/Device software, and more. With SEGGER's emUSB-C PD library, embedded applications can easily handle a USB-C port on any embedded device with a USB PD controller.
emUSB-C PD can detect whether a connected device is a power source or sink, and even identify USB data roles (host/device). For devices that use USB-C purely as a power source or for battery charging, it supports features such as dead battery signaling, ensuring reliable power management even under challenging conditions.
The library is highly efficient, with ISO/ANSI C source code and a very easy API for straightforward integration into embedded applications. Developers can also configure it for minimal memory footprint, making it ideal for resource-constrained systems. Additionally, emUSB-C PD supports the use of chargers with variable supply voltage, enhancing flexibility for powering devices.
emUSB-C PD can be used in combination with emUSB-Host and/or emUSB-Device. It can also be used without a USB stack for devices that just use USB-C as a power source or to charge a dedicated battery.
