Electronic engineers from Vilnius Gediminas Technical University (VGTU) have developed a part of a smart electronic chip that allows to receive wireless signals of different standards. The decision, appreciated by the "IBM" company, would allow to reduce the amount of electronics in smart devices, to increase their working time and to reduce its costs.
Currently, wireless connection covers a lot of standards: the latest WIMAX, LTE, and older Wi-Fi, GSM, etc. In order to use multiple wireless technologies in the same smartphone, micro-computer or laptop, several different transmitter and receiver chips or one next-generation microchip with several compatible standards, have been installed.
VGTU young electronic engineers have designed a microchip‘s part of such a transmitter and receiver chip, allowing to generate a high-frequency signal which modulates or demodulates the outgoing and incoming signals of different standards. This project is equivalent to the projects, carried out by such global companies, as "Intel", "Qualcomm" and "Broadcom".
"We cannot compete with famous companies for our human resources or financial opportunities, because one hundred thousand dollars is being spent for designing of one microchip‘s prototype. However, with our innovative ideas we can prove, that worldwide famous innovations in micro and nanoelectronics are also developed in Lithuania. After an extensive testing and functional analysis of the already produced chip, we are planning to present our engineering decision during the international conferences to the U.S. and Asian telecommunication companies," – said Vaidotas Barzdėnas, Associate Professor of VGTU Department of Computer Engineering, who participated in the designing of the chip.
Two Master students from electronics engineering at VGTU – Marijan Jurgo and Vytautas Mačaitis, developed the chip, with consultations of Romualdas Navickas, professor of VGTU Department of Computer Engineering and John Liobe, scientist from Rochester University.
The Lithuanian scientists presented their developed chip to the education and research programme MOSIS, where large companies of electronic business contribute to the implementation of the unique scientific ideas. The company "IBM" selected and funded VGTU innovation, donating more than seven thousand Litas. Currently, the produced chip is under testing at VGTU Faculty of Electronics.
"IBM" also allotted funds and started the production of the second VGTU electronic engineers‘ innovation, while the third young scientists’ idea is still waiting for the experts‘ evaluation.
Currently, wireless connection covers a lot of standards: the latest WIMAX, LTE, and older Wi-Fi, GSM, etc. In order to use multiple wireless technologies in the same smartphone, micro-computer or laptop, several different transmitter and receiver chips or one next-generation microchip with several compatible standards, have been installed.
VGTU young electronic engineers have designed a microchip‘s part of such a transmitter and receiver chip, allowing to generate a high-frequency signal which modulates or demodulates the outgoing and incoming signals of different standards. This project is equivalent to the projects, carried out by such global companies, as "Intel", "Qualcomm" and "Broadcom".
"We cannot compete with famous companies for our human resources or financial opportunities, because one hundred thousand dollars is being spent for designing of one microchip‘s prototype. However, with our innovative ideas we can prove, that worldwide famous innovations in micro and nanoelectronics are also developed in Lithuania. After an extensive testing and functional analysis of the already produced chip, we are planning to present our engineering decision during the international conferences to the U.S. and Asian telecommunication companies," – said Vaidotas Barzdėnas, Associate Professor of VGTU Department of Computer Engineering, who participated in the designing of the chip.
Two Master students from electronics engineering at VGTU – Marijan Jurgo and Vytautas Mačaitis, developed the chip, with consultations of Romualdas Navickas, professor of VGTU Department of Computer Engineering and John Liobe, scientist from Rochester University.
The Lithuanian scientists presented their developed chip to the education and research programme MOSIS, where large companies of electronic business contribute to the implementation of the unique scientific ideas. The company "IBM" selected and funded VGTU innovation, donating more than seven thousand Litas. Currently, the produced chip is under testing at VGTU Faculty of Electronics.
"IBM" also allotted funds and started the production of the second VGTU electronic engineers‘ innovation, while the third young scientists’ idea is still waiting for the experts‘ evaluation.