Tuesday, September 7, 2010

480Mbps Speed with Samsung New Wireless USB Chips

Samsung Electronics introduced its latest wireless universal serial bus (USB) solution, developed using Ultra Wide Band (UWB) technology. This solution capable of transmission speeds up to 480Mbps with an actual throughput rate of 200Mbps. The result is reportedly ten times more power efficient than 802.11g Wi-Fi. Offered in a two-chip set, Samsung's newest S3C2680/ S5M8311 WUSB solution enables high definition content to be wirelessly transmitted from a mobile host device to a tethered device for viewing.
Initial applications are high-resolution cameras, camcorders, TVs and PCs with prospects for adoption in other applications including tablet PCs, printers, beam projectors, portable HDDs, Blu-ray players, and mobile handsets. Samsung Electronics  is a worldwide leader in advanced semiconductor technology solutions. The product is made up of two chips, S3C2680, a baseband processor with an ARM 9 core, built-in NAND flash controller, SD I/O, and two USB 2.0 PHYs; and S5M8311a, a separate RF transciever.

The chips can be deployed in SD cards, USB dongles, or embedded directly into consumer electronics. Samsung says the solution is especially suited for digital cameras and HD camcorders for high throughput local content sharing. Samsung's S3C2680/S5M8311 WUSB chipset is now sampling to select customers. Mass production of the chips is expected to begin in the fourth quarter of 2010.
According to Mr. Yiwan Wong, vice president, System LSI marketing, Samsung Electronics, "The ability to handle wireless high-speed data transmission while consuming less power is a key requirement for many consumer electronic devices. Due to power/performance issues, previous generations of [Wireless USB] products were unable to meet the consumers' expectations. Samsung's new WUSB chipset delivers up to 480Mbps (Megabit per second) data transmission rate, at an average power consumption of less than 300mW. This level of power efficiency greatly increases the attractiveness of WUSB connectivity in consumer electronic and mobile applications."

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