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Multichannel Software Defined Radio supports up to 4 RF receivers.

2013-10-30 13:30:30| Industrial Newsroom - All News for Today

Measuring 9.1 x 6.6 x 1.7 in., Maveriq™ integrates multiple RF front ends, FPGA fabric for signal processing, and dual-core Intel® x86 CPU running Linux. Standalone multichannel radio processing platform supports up to 4 RF receivers and utilizes Analog Devices' AD9361 integrated RFIC, supporting 2x2 MIMO operations and RF tuning range from 70 MHz to 6 GHz. Other features include internal SSD for RF recording/playback and gigabit Ethernet port for interfacing to external systems. This story is related to the following:Communications Processors |

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Zinwell Picks MaxLinear Full-Spectrum Capturea DVB-S/S2 Receivers for Four-Channel Satellite Gateways

2013-09-16 01:52:06| Wireless - Topix.net

MaxLinear Inc. , a leading provider of integrated radio frequency and mixed-signal integrated circuits for broadband communications applications, today announced that Zinwell, a major satellite TV set-top box manufacturer in Taiwan, has selected the MxL544 Full include a four-channel "headed" gateway and a four-channel "headless" media gateway, ... (more)

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Zinwell picks MaxLinear Full-Spectrum Capture DVB-S/S2 receivers

2013-09-15 08:30:10| Digital TV News

MaxLinear (NYSE: MXL) has announced that Zinwell, a major satellite TV set-top box manufacturer in Taiwan, has selected the MxL544 Full Spectrum Capture™ (FSC™) DVB-S/S2 receiver for a new family of satellite TV home media gateways.

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The World's First Interferometric Image At 500 GHz With ALMA Band 8 Receivers

2013-09-10 08:04:04| rfglobalnet News Articles

ALMA opens another window to the universe in the 500 GHz frequency band. Astronomers successfully synthesized the distribution of atomic carbon around a planetary nebula NGC 6302 in test observations with the ALMA Band 8 receiver, developed by the National Astronomical Observatory of Japan (NAOJ). This is the first 500 GHz band astronomical image captured by a radio interferometer with unprecedentedly high resolution.

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