Avicenatech completes $ 25 million in Series A financing

A few days ago, chip manufacturer AviceNatech announced the completion of $ 25 million in Series A financing. In this round of investors, including Catalyst Fund, Cerberus Capital Management, Clear Ventures, and strategic investor Micron Ventures, financing funds will be mainly used for product development.

It can be seen through the retrieval of the global patent database of smart buds. Avicenatech currently has a total of more than 40 patent applications, all of which are invention patents, mainly patent layouts around the fields of photoelectric detectors and optical interconnection.

Public information shows that AviceNatech is a chip manufacturer, dedicated to MicroLED -based chips to chip interconnection fields. Its LightBundle has achieved power and density improvement within a range of 1 cm to 10 meters. According to the Smart Bud Discovery Science and Technology Intelligence System, Avicenatech produces ultra -dense, ultra -low -power PB -class optical chip interconnection per second. For decades, people know that even if the length is as low as 1 mm and below, Lights may provide huge benefits. Silicon optical, plasma, and other large -scale commercial technologies have reached a critical point that can be used to solve the interconnected needs of key chips. Avicenatech's ultra -dense, low -delay, low -cost, low -power light -consumption technology has completely changed the communication between chips, and greatly improves system performance hindered by traditional chip interconnection technology.

What needs to be understood is that the so -called light -lit is a way of light communication. It uses optical or other optical transmission media to exchange data in various components or subsystems in the computer. The bandwidth of the fiber is much higher than the average wire, from 10 gbit/s to 100 GBIT/s. At the same time, optical communication is a communication technology that uses light to carry information, also known as remote light communication. The optical communication system consists of a transmitter, channel, and receiver. The function of the transmitter is to encode the information into a light signal; the function of the channel is to transmit the signal to the destination; the function of the receiver is to reintermine the information sent by the light signal.

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