Progress made simple.
Welcome!
Welcome, Engineer!

cefischer solutions is the embedded technology research division of cefischer and develops embedded solutions for industrial and scientific measuring, controlling and computing applications based on the Intel 80x86 familiy of microprocessors.

Our engineering activities cover the design of memory and interface solutions, operating systems, I/O subsystems and firmware and application software development.

We preserve proven technolgies and add new things with care. We keep running what we make and recreate what disappeared. We are solution dependent, not market trended.

We make progress a simple process!

Come, see!

Our Embedded Solutions: 80x86 Microprocessor Based I/O Modules and Software
Products and Solutions
Resulting from thorough research, our solutions are available for free. Using them simply is a matter of getting their documentation. In many cases, though, we also implement them into products you can directly build upon:
 ESISA Embedded Modules
From iAPX286 based platform SBCs and simple I/O modules to high-performance ZFx86 SoC centric smart I/O: Our ESISA bus based modules are versatile solutions, implemented on compact, stackable 4 x 4'' boards.  [ More ]
 μPMOS x86 Embedded RTOS
μPMOS (Micro Protected Mode Operating System) is our free RTOS targeted to the Intel 80x86 family of CPUs operating in PVAM that turns any microprocessor based module into both, solution and devlopment tool in one device.  [ More ]
 
Components and Services
Whenever you need assistance regarding your x86 μP based projects, we can back you with comprehensive engineering support services and ready-to-use embedded components:
 Embedded Hardware Components
ICs from selected manufacturers and other basic components for embedded applications.  [ More ]
 Embedded Software Components
Extensions and development tools for DOS, μPMOS and 80x86 based firmware.  [ More ]
 ZFx86 SoC Support Services
The ZFx86 device is the world's only genuine 486 PC-on-a-Chip from ZFMicro Solutions and our actively supported recommendation for x86 μP based applications with great demands on compactness, performance and reliability.  [ More ]