CMX Systems CMX TCP/IP is a full-featured and fast TCP/IP stack that allows designers to offer networking connectivity for their embedded applications. CMX TCP/IP supports the following connectivity o

CMX-MicroNet is a very small and fast TCP/IP stack that allows designers to offer networking connectivity for their embedded applications. CMX-MicroNet supports the following connectivity options: Dir

CMX Systems CMX-FFS is a Flash File System targeted at embedded systems developers to enable the straightforward development of fully featured devices containing NOR Flash arrays. The file API is a st

smxWiFi is a robust 802.11 Media Access Control (MAC) stack specifically designed and developed for embedded systems. It is written in C, and can run on any hardware platform. Whil

smxUSBD is a robust USB device stack especially designed and developed for embedded systems. It is written in C, and can run on any hardware platform. While optimized for SMX®,

smxUSBO adds On-The-Go support to smxUSBD and/or smxUSBH. It was specifically designed and developed for embedded systems. It is written in C, and can run on any hardware platform.

smxUSBH is a USB host stack for embedded systems. It is written in C, and can be ported to any hardware platform. smxUSBH is optimized for SMX®, but can be ported to other RTOSs o

smxFFS is a flash file system for use with board-resident arrays of NAND flash memory. It has the standard C library file API and it is power fail-safe. smxFFS is not intended to w

smxFS offers a clean, modular design that enables embedded developers to easily add file I/O to their projects. smxFS supports both removable media such as USB thumb drives and Com

CMX-USB is targeted at systems which need USB device connectivity and the USB interface is provided to the End Point management level. CMX-USB provides an integrated suite of USB device functionality

smxNS is a compact TCP/IP networking stack for use with real-time, embedded applications. It provides drop-in support for many processors and tool chains. A large selection of netw

emWin, one of the most efficient and comprehensive embedded GUIs available, helps developers beat their timelines and cut their development costs. It is written in ANSI "C" and supports any

emUSB Host/Device Stack has been designed to work on any embedded system with a USB controller. Ports for most common USB controllers are available. It can be used with USB 1.1 or USB 2.0.

emFile is an embedded file system which can be used with any type of storage device. emFile is a high performance library that has been optimized for; minimum memory consumption in RAM and ROM, high s

embOS/IP has been optimized for use in real-time, memory constrained embedded systems. This TCP/IP stack is RFC compliant and extends a standard socket API to your embedded application.

High-performance, failsafe flash file system.  Provides wear leveling, bad block management.

FAT is a high-performance, full-featured, FAT12/16/32-based, DOS-compatible file system designed for embedded applications.

TINY is a failsafe flash file system designed for minimal environments.  It can be used with any flash device with small erasable sectors. It is ideal for most standard serial flash parts, as wel

High-performance, failsafe FAT12/16/32 file system.  SAFE-FAT is a journaling system.  It guarantees that all operations will be carried out in a failsafe manner.

THIN is a highly optimized, reduced footprint version of our highly successful FAT system. This DOS compatible file system is designed for configurations with limited resources. It works well with the

FTL is a standard flash translation layer that allows an array of NAND flash to be addressed as a set of standard 512Byte, 2K or 4K logical sectors.

The EUSBD™ (Embedded USB) device stack has been designed by HCC’s embedded system engineers to provide the most efficient USB device solutions. EUSBD-BS (the EUSB Base System) provides a U

HCC´s EUSBH (Embedded USB Host Stack) is a full-featured host stack designed for embedded applications.

NicheStack Dual™ offers a unique and flexible combination of networking support for devices that must operate in today´s IPv4 based networks and be compatible with future upgrades to IPv6