We are ushering in a new era of
DIGITAL DATA CONVERSION
With over a decade of research and development, our novel DIGITAL DATA CONVERSION capability is at the core of a new class of fully integrated digital transceivers with unprecedented capabilities offered solely by IQ-Analog.
DATA CONVERSION is the most critical function of modern radar and communication systems. Our fundamental breakthrough is the use of time-domain digital processing of analog signals resulting in DIGITAL DATA CONVERSION.
Our novel technique, known as TRAVELING PULSE WAVE QUANTIZATION or TPWQ was developed to advance the capabilities of our nation's most powerful defense radar systems with new unprecedented Full Spectrum Conversion™ capabilities. TPWQ unleashes the unlimited flexibility of digital processing directly at the antenna ushering in a new era of software defined radar and radio platforms.
Traveling Pulse Wave Quantization (TPWQ)
Traveling Pulse Wave Quantization is a radical new approach to high-performance analog-to-digital conversion (ADC).
With TPWQ, analog signals are first converted from a conventional voltage signal to the time domain in a voltage-to-time conversion (VTC) step. The time-domain analog signal is then converted to a digital value in a time-to-digital conversion (TDC) step using parallel digital processors. The end result is DIGITAL data conversion with unprecedented speed, efficiency, and scalability.
Our communication networks are in upheaval as the demand for ever greater data bandwidth has exhausted our current systems. Ensuring secure communications over wider and higher bandwidths in an increasingly complex spectrum environment is driving the need for software defined radios leveraging Full Spectrum Conversion™.
TPWQ addresses the fundamental bottleneck of high speed data conversion in commercial 5G networks.
Our Antenna Processors leveraging TPWQ address Massive-MIMO and phased array antenna systems integral to sub-6 and mmWave 5G deployment. The TPWQ architecture has been shown to be 4X Faster and 10X Lower Power than conventional solutions from leading commercial providers thereby offering dramatic cost and efficiency advantages for future networks.
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