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Low-power multifunctional microkernel for reprogrammable analog RF processors and digital ASICs
Developers of multifunctional electronics: demodulators, PLLs (phase-locked loops), correlators, FFT-processors, devices for calculating “signal convolution”, often face the problems of reducing hardware costs, power consumption, and technological complexity of designing ASIC topology (application-specific integrated circuits) for radio communication systems, radars, real-time pattern recognition systems. There is no need to prove that new approaches are required in signal processing, taking into account the nonlinearity of signal conversion in radio electronic devices, the “blurred” nature of the input data.
The developers of the Technocom-AT company have approached the problem of building complex radio-electronic systems in a cardinal way. It took the scientists and experts of the company 15 years to test and implement a multifunctional computational microkernel at the hardware level, on the basis of which it is possible to create the most complex analog and digital computational structures, just as you can create a building of a complex structure from elementary bricks.
Recall that the most outstanding inventions, as a rule, were based on those phenomena that were borrowed from wildlife. Nature, not owning a mathematical numerical apparatus, nevertheless teaches us a lesson on information technology. Nature successfully solves the most complex problems of nonlinear computations both at the cellular microlevel and at the macrolevel.
Scientists and engineers of the Technocom-AT company, while creating their solution, took as a basis a nonlinear logical basis based on the operations: “intersection”, “union” and “addition”. It turned out, for example, that digital devices based on the ICCore (Intersection Computing Core) microkernel have the same properties as devices implemented in a linear basis on multipliers. However, at the same time, the developed devices are distinguished by high manufacturability, low hardware and energy costs. ICCore microkernel, implemented on various elements (BiCMOS, CMOS-transistors), allows you to create reprogrammable analog CMOS RF-processors with low power consumption and wide signal bandwidth.
In digital radio systems based on FPGA and ASIC, the use of the new patented ICCore microkernel has made it possible to almost halve the hardware costs for the creation of multichannel correlators, PLLs, FFT processors and QPSK demodulators. Due to the absence of the “multiplication” operation in the new algorithmic structure, the computation speed has increased by 45-55%, and the memory savings with the increase in the bit depth of calculations are from 35-40%.
In the opinion of the developers, the new algorithmic structure of ICCore will be most relevant when creating analog and digital multifunctional electronics in radio communication systems (CDMA, QPSK, QAM), radars, image recognition systems, neurocomputers, automatic control systems, robotics.