EDACafe Industrial Prediction for 2020 -Tabor Electronics

Global Signal Generator Market Overview by regions:

Signal / Functions Generators and Arbitrary Waveform Generators are used for testing and research by producing all type of signals at wide range of speed and amplitude.

Signal Generator are mainly used in Telecommunication, Aerospace & Defense, Research & Development, Automotive and ATE as well for servicing & repair of electronic systems.

Asia Pacific, especially China and Australia, holds the largest market share in terms of revenue due to the major use of advanced technologies like Bluetooth and wireless services. Shift of production base from developed economies such as China and India due to low manufacturing cost are also expected to increase the market growth of Signal Generator in this region over the forecasted period. Arbitrary Wave Signal Generator segment for us is expected to grow in this region due to the emergence of digital modulation technology and the huge investments in the Physics & Quantum research.

North America is the fastest growing market of Signal Generators. Due to the high rate of adoption of advanced technologies among tech-savvy customers, and the fast growth of new opportunities in the Quantum research, by leading companies, such as IBM, Intel, Google, Microsoft and others, and by many universities and governments’ research centers.

Europe is expected to show growth in demand for High Level of AWG, due to increase use of advance systems such as Wi-Fi and LTE and the increase in research & development in the Physics & Quantum sector. We have noticed an intensive demand for our Proteus & Lucid solutions in Europe especially in Germany.

Signal Generators TAM was Worth $975 Million by 2018, according to Marketing reports.

The Global Signal Generator market is expected to reach 1.22 Billion $ by 2020 and 1.5 Billion $ by 2024, at a CAGR (Compound Annual Growth Rate) of ~9% during the forecast period (2014-2020).

The global AWG (Arbitrary Waveform Generator) market size was valued at $305 Million in 2018 and expected to be a CAGR of above than 9% over the forecast period 2019-2025.

The Quantum’s computing investments is growing year by year. Players such as IBM, Google, Intel, Microsoft, Alibaba and others, investing Billions of Dollars, in this strategic technology, in order to solve complex problems which traditional computers and Supercomputing, could never handle.

According to the market reports the global Quantum investment in 2019 was ~$88 Billion growing at a CAGR of ~30% during the forecast period between 2019 to 2026.

Tabor’s very active in 4 major regions:

North America (the U.S., Canada, and Mexico).

Europe (Germany, the U.K., France, Italy, Netherland/Benelux, Austria, Switzerland and others).

APAC (China, Japan, Korea, India, Australia and others).

The Rest of the World (the Middle East, South & Central America).

Telecommunication is the major end user in the Signal Generator, which are used for short and long-haul communications, followed by Electronics Manufacturing and ATEs.

Our Proteus, Arbitrary Waveform Transceiver, is a great solution for the QUANTUM COMPUTING, RADAR, EW & Telecommunication. Products have been installed in various of applications in Universities, Research Centers and Defense.

Figure 1: Proteus – Block diagram

Our solutions enable physicists to build High Qbit Quantum Computers. The existing solutions aren’t meeting their needs, performance, latency, and scalability requirements for controlling Qbits with Precision Pulsed Signals from multiple independent RF and high speed signal channels.

The Proteus offers high-performance DACs, at 9GHZ speed, that offer a mix of speed and resolution within a fully integrated Transceiver (AWT) package. With its DAC cores, the AWG can directly generate highly detailed RF/EW signals or the complex pulse trains used in advanced research. The speed will be doubled in 2020.

Proteus provides key capability for closed loop Transceiver applications in Aerospace, Defense, Telecommunications, Automotive, and Physics applications. It’s available in various of packages, Module (PXIe based), Desktop and Benchtop, from 2 up to 12 independent channels, with expansion option for unlimited number of channels.

This level of independence and flexibility along with 12-bit resolution, at high speed latency, and fast rise times make the Proteus suitable for generating complex, real-world environments, testing phased arrays, simulating objects of interest, or replacing old equipment with new COTS advanced and flexible solutions,

Quantum computing and advanced research. The Proteus offer unlimited number of channels by the option of Scalability of many modules together.

The Proteus meets very well the requirements in a Quantum-Computing and is a perfect solution in a range of advanced Physics and Quantum Research, including Biomedical, Nano/Micro Technology and more. The scalability, many channels together & high speed, is a key feature, as researchers need the ability to send dozens of synchronized signals to Quantum compute cores. The AWG with the integrated Transceiver solution, allows for faster waveform loading and cleaner signals performance.

Figure 2: Proteus WDS screen

Tabor Electronics’ market segments:

Education & Scientific research: Physics & Quantum research, Atomic, High-Performance Computing.

Aerospace & Defense, EW/Radars, Encryption/Decryption.

Telecommunication-5G, MIMO, Digital Modulation, Spread Spectrum, IoT.

Semiconductor, Automotive Industries, Medical & Biomedical, Electronics Manufacturing & ATE.

We expect market to grow dramatically due to our intensive activities in Physics research, Quantum Computing and Defense/RADAR segments. According to the mentioned above, we have seen great results in 2019 and expect them to double during 2020.

Tags: Predictions

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