QLog Corp Information

QLog Corp.(formerly Warden Tronics, Inc.), founded in June 1982, and headquartered in Hamilton, Ohio, provides a wide range of services including research, development and the production of electronic test equipment, systems and subsystems for the industrial, scientific, and defense markets. Because we focus on the implementation of advanced technologies and employ innovative methods during systems design, our objective of lowering cost and increasing reliability, while meeting performance goals, has become a philosophy and a way of life at QLog. A key to our approach in attaining performance, cost, and "on time" delivery objectives was the development of a strategy that assures our customers successful programs. By integrating the right technology, digital, analog, microprocessors, digital signal processing, computers, and instrumentation with high performance engineering, you are assured of Electronic Solutions that Deliver Results. Understanding that a great number of applications are largely dependent upon high performance software, QLog developed a Real Time pre-emptive, multitasking Operating System (RTOS) which permits high system performance on smaller, low cost microprocessor based systems. RTOS allows our designs to use a less complex device to its maximum potential, rather than under utilizing a more complex and expensive processor. Some of the benefits gained by RTOS include: Shorter software development time Re-usable software modules, and Joint work by a number of engineers on the same project, more independently and with less interference. The re-usable software modules further reduce development test time, include instant documentation and reduce the number of software bugs. RTOS is an operating system based on memory structures, allowing it to be easily ported to other microprocessors, independent of their structure or size. It also supports the allocation of multiple processors to a list of tasks through common shared memory. QLog's Computer Aided Design capability, in all phases of a ...