UTMI

AcronymDefinition
UTMIUsb Transceiver Macrocell Interface
UTMIUSB 2.0 Transceiver Macrocell Interface
UTMIUniversal Therapeutic Massage Institute (Albuquerque, NM)
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The deal will be effected by court-approved plan of arrangement under the Business Corporations Act (British Columbia) between UTMI, the Company and the Company shareholders.
-Wedge Energy International Inc. signs arrangement agreement with Undur Tolgoi Minerals Inc
The clear definition of the UTMI specification allows the development of SIE as a softmacro, independent of the mixed signal PHY delivered as a hardmacro.
High speed SerDes IP integration challenges
The MoBL-USB TX2 device is put into a "suspend" state when USB is not in use, dropping the typical power consumption to just 8 microamps and allowing the UTMI I/O pins to be tri-stated.
We received feedback from our customers that too many I/O pins were needed for the UTMI interface," said Ray Casey, product marketing manager for Cypress's MoBL-USB product line.
Tri-state Mode allows sharing of UTMI bus with other devices
Cypress Adds UTMI Interface Tri-State Mode to MoBL-USB(TM) TX2 Transceiver Optimized for Intel's XScale Technology
With the industry's smallest stand-alone UTMI PHY, backed by USB-IF Hi-Speed USB certification, the USB3280 complements the Monahans Platform Family to provide customers with a proven Hi-Speed USB solution.
We are excited that SMSC's USB3280 UTMI PHY has been optimized to support the next-generation Intel XScale technology, the Monahans platform family," said Steve Nelson, Vice President of Marketing - Connectivity Solutions at SMSC.
SMSC's USB3280 mini UTMI stand-alone PHY, announced last March, supports the 8-bit bi-directional UTMI SIE/PHY interface, and provides a reduction of 20 pins and a footprint reduction of more than 40% compared to existing solutions.
SMSC USB3280 UTMI PHY Optimized for Cell Phone & PDA Designs Enabled by Intel XScale(R) Technology; Reference Design Opens Door to Smart Device Market for SMSC's PHY Solutions
Introduces Smallest Hi-Speed USB PHY to Utilize 8-bit UTMI Interface to Deliver Performance, Size and Cost Benefits for Designers of Portable Applications
SMSC (Nasdaq:SMSC), a leading semiconductor company delivering innovative system solutions spanning analog, digital and mixed-signal technologies, today introduced its USB3280 mini UTMI stand-alone device transceiver, which has passed Hi-Speed USB device compliance testing with the USB-IF.
SMSC's USB3280 mini UTMI stand-alone PHY supports the 8-bit bi-directional UTMI SIE/PHY interface, and provides a reduction of 20 pins and a footprint reduction of more than 40% compared to existing solutions.
SMSC Achieves Certification of Mini UTMI Hi-Speed USB Stand-Alone Device Transceiver
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