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TI delivers industry's first descrete SuperSpeed USB 3.0 transceiver

28th June 2010

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Texas Instruments introduced the industry’s first SuperSpeed USB (USB 3.0) transceiver, which is capable of lightning-fast data transfers when compared to USB High-Speed devices (USB 2.0). Featuring receiver sensitivity that is twice as good as required by the USB 3.0 specification, the TUSB1310’s PIPE3 and ULPI interfaces enable USB 3.0 functionality when used in conjunction with the integrated application processor digital cores. The 5-gigabits-per-second (Gbps) USB 3.0 physical layer transceiver operates from a single crystal or external reference clock with selectable frequencies from 20, 25, 30 and 40 MHz. This allows the TUSB1310 to provide a cost-effective USB 3.0 solution with few external components and minimum implementation cost.

“End users are demanding the ability to store huge photo and high-definition video files on their portable consumer devices with ease and speed,” said Steve Anderson, senior vice president over TI’s High-Performance Analog business unit. “The TUSB1310 is capable of completing data transfers of a 27 Gigabit Blu-ray™ disc in less than 90 seconds, versus nearly 15 minutes with USB 2.0. Using TI’s complete SuperSpeed USB portfolio, engineers can design faster, more cost-effective and user-friendly consumer products for today and in the future.”

The TUSB1310 supports many applications, including surveillance cameras, multimedia handsets, smartphones, digital still cameras, portable media players, personal navigation devices, audio docks, video IP phones, wireless IP phones and software defined radios. TI offers the industry’s most expansive portfolio of SuperSpeed USB devices. Key available devices are the SN65LVPE502, a dual-channel USB 3.0 redriver/equalizer; the TPD2EUSB30, a two-channel ESD solution for SuperSpeed USB 3.0 interface; and the highly accurate TPS25xx series of USB power switches. Future offerings include peripherals, bridges, hubs, and hosts.

Key features and benefits

· Receiver sensitivity of less than 50 mV differential peak-to-peak for detecting weak signals is twice as good as the specification requirement, allowing use of longer cables and easing board layout challenges.

· Flexible, integrated spread-spectrum clocking can reduce BOM cost by five percent or more.

· Industry-standard link layer interfaces (PIPE3 for USB 3.0 & ULPI for USB 2.0 compatibility) enable easy system integration to a wide variety of attached digital cores.