Kalon Semiconductor
Operating Status: Inactive
Kalon Semiconductor developed ultra-wideband CMOS chipsets for high-speed wireless and wired data connectivity.
Founded
2005Kalon Semiconductor developed ultra-wideband CMOS chipsets for high-speed wireless and wired data connectivity.
Kalon Semiconductor designed its ultra-wideband platform to be standards-agnostic, letting device makers build wireless and wired products from the same architecture. The company claimed the design scaled from WiMedia's 480 Mbps rate up to speeds that support uncompressed high-definition video without compromising link robustness.
The chips were positioned around low power consumption, long range, and worldwide regulatory compliance, together with an emphasis on minimizing total bill-of-materials cost. Kalon also highlighted that its parts were built from the outset for high-data-rate video and in-home multimedia rather than general-purpose networking.
Source: web.archive.org
Ultra-wideband radio was developed as a short-range technology for high-data-rate consumer links, with WiMedia's 480 Mbps specification as the first commercial target. Wireless USB, Wireless HDMI, and Bluetooth 3.0 were the applications expected to create volume demand for those radios in the home.
Kalon Semiconductor designed its chipsets for the 480 Mbps generation while aiming at higher rates capable of carrying uncompressed high-definition video. The company framed worldwide regulatory compliance and low total bill-of-materials cost as requirements for ultra-wideband reaching consumer-electronics makers.
Source: web.archive.org
Kalon Semiconductor built ultra-wideband CMOS chipsets that carried data over both wireless and wired links, using a standards-agnostic architecture rather than a single mandated air interface. The technology scaled from WiMedia data rates of up to 480 Mbps to speeds capable of streaming uncompressed high-definition video.
Its dual-mode parts were aimed at next-generation in-home multimedia, wireless USB, Wireless HDMI, and Bluetooth 3.0 applications. The company promoted robust connections, high data rates, long range, low power consumption, worldwide regulatory compliance, and low total bill-of-materials cost as the design goals for the platform.
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