#Raider overhaul restored content full

вЂњThis is our second FSC-based product design with Unitron, which provides strong testimony to the significant advantages of this technology.вЂќ We are now starting to see this momentum penetrate into the market for MDU switches,вЂќ said Brian Sprague, Vice President and General Manager for Broadband and Consumer Products. вЂњThe MxL86x product family has enabled a new wave of innovation in the Low Noise Block down-converter satellite outdoor unit market. The MxL86x SoCs integrate the functionality of all of the above expensive and discrete devices in advanced 40nm digital CMOS process, which significantly reduces design complexity, system cost, and power consumption. Previous, analog technology MDU switch solutions required multiple analog channel-stacking ICs, complex filtering circuits, and a dedicated micro-controller IC for executing the appropriate communication protocol for MDU applications. The MxL86x devices are the industryвЂ™s first proven, satellite digital channel-stacking SoC solutions, thereby offering a significant time-to-market advantage for UnitronвЂ™s latest MDU switch product.

#Raider overhaul restored content full

UnitronвЂ™s new MDU switch incorporating MaxLinearвЂ™s Full Spectrum Capture Technology is capable of distributing 24 channels of satellite content on a single cable to individual apartments in either single- or multi-channel configurations. The MxL86x family of satellite digital channel-stacking SoCs, encompassing the MxL868, MxL865, and MxL862 devices, is based on MaxLinearвЂ™s Full-Spectrum Captureв„ў (FSCв„ў) technology that captures the entire satellite spectrum. (NYSE: MXL), a leading provider of integrated radio frequency (RF) and mixed-signal integrated circuitsВ for broadband communications applications, today announced that BelgiumвЂ™s Unitron Group has selected the MxL86x family of digital channel-stacking system on chip (SoC) devices for its first digital multi-dwelling unit (MDU) satellite switch.