Promwad Develops Essential Building Blocks for Quantum Computing
Photo by Lars Plougmann. Source: Flickr, CC BY-SA 2.0
With quantum computing gaining momentum, Promwad is leading innovation with advanced FPGA technologies used in essential building blocks of quantum computers. Using our engineering expertise, we assist partners in navigating the complexities of quantum computing solutions, unlocking new opportunities for advancement and leveraging our long track record.
Quantum computing attracted attention in recent years due to its potential to change various industries, from cryptography and pharmaceuticals to artificial intelligence and financial modelling.
Unlike classical computers, which operate using bits as the basic unit of information, quantum computers leverage qubits that can exist in multiple states simultaneously. This characteristic enables quantum systems to perform complex calculations faster than their classical counterparts.
Electronics and control software are present in every type of quantum computer architecture, whether classic superconductive, trapped ion or photonic.
Control Electronics
We can help with the development of bespoke control electronics to generate signals for qubit manipulations by integrating laser components, microwave generators, waveform generators and DACs (Digital-to-Analog Converters) within a system.
Readout Electronics
One uses readout electronics to get information about the qubit state after a quantum computational operation. We develop custom readout boards utilising special photon detectors, phase and frequency detectors and modern ADC.
Timing and Synchronisation Electronics
All components in quantum computing systems definitely have to be synchronised in time. High-precision sub-nanosecond clock and timing pulse generators could be a part of the control board or standalone custom timing board.
Quantum-Classic Host Interfacing
High-speed interfaces are required to enable data exchange between quantum processors and classic computing hosts. We develop custom interface boards with high-speed 10/25/100G or PCIe interfaces.
Promwad’s engineering excellence in FPGA-based solutions serves as an optimal strategy to fast-forward in quantum computing hardware development. FPGAs in quantum computing architectures work for readout boards, parallel processing, and custom instrumentation. We help advanced research companies accelerate their quantum computing projects and overcome the complexities of electronics and firmware.
“Due to their reconfigurable nature, FPGAs in quantum computing are used to interface and control hardware, providing solutions for complex tasks such as quantum error correction, qubit control, and data processing. They are particularly valuable in hybrid quantum-classical systems, where classical processing supports quantum algorithms.
In photonic quantum computing, FPGAs provide the speed and precision needed to handle high-bandwidth optical signals and deliver the real-time feedback critical for stabilising and controlling quantum states.
FPGAs’ parallel processing capabilities, low latency, and real-time adaptability make them perfect for demanding applications. As the industry scales up, FPGAs will continue to play an important role in integrating quantum computing hardware with classical systems”, said Andrei Smirnov, Head of Adaptive Сomputing Systems Unit at Promwad, PhD.
A few days ago, Google has unveiled its groundbreaking quantum chip, Willow, which is said to solve in 5 minutes problems that would take modern supercomputers 10 septillion years to compute. Although still experimental, its potential is revolutionary, it will target industries where quantum effects are key: advancing nuclear fusion, revolutionising pharmaceuticals, improving batteries, and more.
According to Gartner, quantum computing is expected to have a transformative impact on the pharmaceutical industry, where it can drastically reduce the time needed for drug discovery by simulating complex molecular structures more efficiently. Similarly, quantum algorithms could change risk analysis, portfolio optimisation and high-frequency trading in financial services.
However, the field is still developing, with most efforts focused on research rather than widespread commercial applications. This is where Promwad steps in to provide value: by offering custom electronics, firmware and FPGA-based solutions, we help accelerate the development of quantum computing infrastructure and make these research innovations more accessible to various industries.
Get in touch with us today to learn more about quantum computing and how our FPGA solutions can enhance your projects!
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