Headline News | Most Popular | SoC News Alerts | RSS Feeds

Triad announces availability of its new LVDS Transmitter and Receiver drivers

	E-mail Save Print
	Related News
	IPextreme Announces Availability of Market's First IEEE 1149.7 cJTAG Semiconductor IP Core GSA Announces Availability of Q2 2008 Global Semiconductor Funding, IPO, and M&A Report Triad Semiconductor Establishes Canadian Subsidiary Arrow Electronics and Triad Semiconductor Team to Offer Mixed-Signal Via-Configurable Array ASICs Lattice Releases Reference Design For GPON Burst Mode Receiver
	Related
	LVDS Silicon IPs Triad Semiconductor, Inc. Design Platforms Triad Semiconductor, Inc. Latest News
	Breaking News
	ARC and Hellosoft Offer a VoIP Solution that Doubles the Channel Capacity of Comparable Embedded Solutions Cadence Provides Open Source OVM Adoption Solution for VMM Users in Response to Industry Demand Cadence Introduces Industry's First Family of MIPI Standard-Compliant OVM Multi-Language Verification IP Virage Logic Expands Global Sales Channel to Address Growing Market Demand for Broadening Product Portfolio Mentor Graphics Delivers Solution for SystemVerilog Base Class Library Interoperability to Enable Reuse of Legacy VMM Code in an OVM Environment
	Most Popular (Updated Daily)
	1 ChipStart Creates New Economics for the Semiconductor Intellectual Property Market 2 Mixel's MIPI D-PHY Transceiver IP in use on California Micro Devices CM5160 Chip 3 Synopsys to Acquire ProDesign's CHIPit Business Unit 4 Reading Cadence's tea leaves 5 SPIRIT Licenses Voice and Audio Software to ARM See the Top 20 >>

September 3, 2007 -- These drivers can be used in such applications as; High Speed Backplane Driver, Complementary Clock Drivers, Level Translator, System Interconnects, ATM Applications, SDH Applications, High-Resolution Imaging Applications, Laser Printers, Digital Copiers, Stackable hubs for data communications, Digital Video, and High Definition Television.

Both the transmitter (LVDS_TX) and receiver (LVDS_RX) drivers support data rates up to 1Gb/s (500MHz). The LVDS_TX accepts CMOS input levels and translates them into low voltage 350mV differential output signals. The LVDS_RX accepts 350mV differential input signals and translates them to CMOS output levels. When using both blocks together in an application it provides a new alternative to high power pseudo-ECL devices for high speed applications.

For more information about these drivers, please visit the Interface section of Triad online IP catalog.

Contact Triad Semiconductor, Inc. Fill out this form for contacting a Triad Semiconductor, Inc. representative. Your Name: Your E-mail address: Your Company address: Your Phone Number: Write your message:

E-mail This Article

Printer-Friendly Page