Is committed to providing differentiated semiconductor technology solutions in power, safety, reliability and performance leading supplier Microsemi Company (Microsemi Corporation, New York Nasdaq symbol: MSCC) announced RTG4 ™ FPGA development tool suite. The kit is a precedent first kind of platform for space applications designers and developers based evaluation Microsemi RTG4 radiation-resistant high-speed signal processing field programmable gate array (FPGA) devices for various applications, including data transmission, the serial connection, high speed bus interface and design.
Minh Nguyen Microsemi aerospace and aviation business, senior marketing manager, said: "Our RTG4 development kit allows customers to easily designed for space applications, along with the standard platform demonstrates RTG4 functions, intellectual property (IP) performance as well as with Microsemi industry-leading portfolio of interoperable solutions space, we can expect it will promote design activities. in addition, Microsemi is required to mitigate the effect of the application of radiation and provide FPGA leader, we have been committed to the development of space industry, and the new suite of development tools reconfirmed we focus on evaluating and developing solutions to help designers successfully use our latest technology. "
This development kit provides all the necessary reference, so that customers do not need to build a test circuit boards and assembled components on the circuit board, you can quickly evaluate and apply RTG4 technology. RTG4 development kit is suitable for the evaluation and design of remote sensing space payloads, radar and imaging, as well as civil, scientific and commercial applications of spectroscopy, other applications include mobile satellite services (MSS) communications satellites, as well as high-altitude flight, medical electronics nuclear power plants and civilian control.
Professor Steve Parkes British space company STAR-Dundee managing director, said: "Microsemi has a wide RTG4 FPGA logic, memory, DSP blocks, and IO functions, and the inherent radiation resistance and built-in configuration memory, is used in spacecraft perfect device applications. SpaceWire network of data processing technology as a world leader in spacecraft, we use the embedded SpaceWire RTG4 clock recovery circuits and high-speed SERDES function, quick demonstration of our flight-proven and rate of over 200 Mb per second under running SpaceWire IP; we also use Microsemi's RTG4 development kit demonstrates SpaceFibre IP next-generation operating at a rate of 2.5 Gb per second than we think RTG4 FPGA and our advanced IP complementary and will create a huge space for the customer. value. "
US-Virginia consulting firm Teal Group's Marco Cáceres Space Research senior analyst and director noted that the number of spacecraft or more over the next 10 years will increase by about 50 kg of 25%, these new spacecraft will than the previous spacecraft payload with more complex electronic data processing and more spacecraft to maximize data acquisition capabilities, while addressing the limited downlink bandwidth.
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