Sentence examples for transceiver technology from inspiring English sources

Why is transceiver technology important in this industry?

Samsung says, however, that its new adaptive array transceiver technology overcomes the limitations that millimeter-wave bands had when transmitting data over long distances.

Samsung says it has developed the world's first "adaptive array transceiver" technology, an innovation that allows part of the super-high-frequency Ka band of the radio spectrum - at 28GHz - to be used for cellular data transmission.

While at Intel and Broadcom, I saw two things: first, mixed signal circuitry (combined analog and digital circuitry) would enhance the communications signals between systems, and second, I realized that the rate at which you come out with new transceiver technology is really what controlled the cadence of the innovation in the industry.

Most of my career has been spent building businesses off of advanced transceiver technology (devices that both transmit and receive information), so when I recognized the opportunity within Luxtera, it was easy for me to see how the technology could be built into a large-scale enterprise.

At the time, 3Com was the dominant player, but by leveraging the cost and performance benefits of having an integrated transceiver technology in CMOS, we were able to transition the market from 10 megabit to 100 megabit Ethernet and move Intel's position from a minority player to the market leader within the network interface controller business.

When I recognized that Luxtera had the ability to create a complete optical transceiver in CMOS technology to take performance to 10 gigabits and well beyond 10 gigabits at a cost point that was previously unachievable, I saw the same kind of opportunity I was given at both Intel and Broadcom.

Implementation approaches based on fast Fourier transform (FFT) algorithm show that it is possible to efficiently construct GFDM transceivers with the technology available today [7].

The development of state-of-the-art wireless communication transceivers in semiconductor technology is a challenging process due to complexity and stringent requirements of modern communication standards such as IEEE 802.11n.

In order to construct high-quality RF transceiver chips a submicron CMOS technology (180 nm and below) is needed.

This paper presents an integrated asymmetric UHF/UWB reader transceiver in 90  nm CMOS technology for industrial enterprise IoT applications.