Product category:
Communications ICs (Wireless)
News Release from: Freescale Semiconductor | Subject: XS110
Edited by the Electronicstalk Editorial
Team on 25 May 2005
Upgraded UWB chipset reaches 20m range
Freescale Semiconductor will demonstrate the industry's longest-range commercial direct sequence ultrawideband communications solution in a wireless projector and media blaster at WiCon World.
Freescale Semiconductor will demonstrate the industry's longest-range commercial direct sequence ultrawideband (DS-UWB) communications solution in a wireless projector and media blaster at Wireless Connectivity (WiCon) World Leveraging technology gains allowed by a recent Federal Communications Commission ruling, the product demonstration will use Freescale's XS110 UWB solution to wirelessly transmit video across a 20m distance, which is double the range of previous UWB solutions
This article was originally published on Electronicstalk on 11 Aug 2004 at 8.00am (UK)
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Freescale Semiconductor has become the first company to receive Federal Communications Commission (FCC) certification for its ultrawideband (UWB) communications solution.
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"The FCC's waiver ruling in March paved the way for Freescale's XS110 chipset to double in range, while still performing at over 110Mbit/s - a dramatic improvement for our OEM customers", said Martin Rofheart, Director of Freescale's Ultra-Wideband Operation.
"The waiver's impact on Freescale's future UWB products is expected to be even more significant, resulting in up to 30x improvement in power consumption, datarate and capacity for key applications".
"While the FCC waiver affects use only in the US, we believe the prudent testing and measurements behind this decision will be key for other regulatory concerns worldwide".
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Once considered only a high-rate WPAN technology, UWB now has many more opportunities to address longer range wireless applications, such as surround sound and home entertainment.
About the extended capability, Craig Mathias, a Principal with the wireless and mobile advisory firm Farpoint Group said: "The number of applications for UWB continues to grow at a rapid rate".
"Freescale's ability to optimise power consumption, range, and throughput will result in the broad acceptance and adoption of UWB in both residential and business settings".
In March 2005, the FCC approved a waiver expanding the rules for UWB.
Specifically, the waiver removes the requirement to reduce power for gated systems that burst intermittently.
Relative to the original rules, under this waiver Freescale's DS-UWB approach may be recertified to achieve up to 30x greater datarate across a network, or deliver a video stream using up to 30x lower power from the battery, or deliver the same datarate across the network but at double the distance and with greater robustness.
With a simple firmware update, Freescale's current UWB chipset, the XS110, was modified to take advantage of the waiver, and has been submitted to the FCC for recertification under the new rules.
The longer ranges shown in the demonstration leverage the modified XS110 solution.
The demonstration at WiCon will showcase a high-definition media stream being broadcast wirelessly from a laptop to a USI digital media adapter card, which then will project the video to a 40in television display.
Achieving a datarate of 110Mbit/s, the wireless transmission between laptop and media adapter card will be done at a distance of 20m, double the rate of previous UWB demonstrations.
Both the laptop and the digital media blaster leverage Freescale's XS110 solution in a UWB module developed by USI.
The media adapter card, provided by USI, will receive the video stream via the UWB link and then will convert the digital video into a variety of output formats for projection to the screen.
This UWB video streaming demonstration will showcase the freedom that consumers will enjoy with wireless connectivity.
With UWB, equipment may be placed anywhere within a 20m range to achieve full video and audio streaming, enabling wireless applications for the home and enterprise.
In the home, UWB is expected to enable wireless connectivity between digital video recorders, televisions, laptops and set-top boxes, which might be placed in various locations throughout the home.
In the enterprise, UWB is expected to enable wireless streaming of video or presentations from laptop to projectors or laptop to laptop.
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