New Products
RedMere to launch 'in-connector' HDMI deskew chip at CES
RedMere, founded in 2004, is already supplying high-definition multimedia interface (HDMI) receiver chips to customers. It has signed a supply agreement with Fairchild Semiconductor International Inc. (South Portland, Maine) to provide known good die (KGD) for the HDTV and consumer multimedia markets and is in discussion with connector manufacturers for the inclusion of its silicon within cables.
The RM1689 is an low power device that can allow the use of low-cost HDMI cabling and can draw power for its operation from the HDMI signals themselves. The RM1689 is embedded within the HDMI connector and enables the 3.4-Gbits per second operation required to pass the rigorous v1.3 testing for CAT2 cables compliance.
The use of thin flexible HDMI cabling is attractive to manufacturers of consumer devices such as gaming consoles, digital cameras and portable AV products, RedMere said. RedMere's RM1689 enables cable manufacturers to reduce costs on a number of fronts including a reduction in the copper content of up to 80 percent and the use of lower cost dielectric materials within the cable structure. The embedded de-skew technology enables yield and throughput improvements during the cable manufacturing process. The de-skew capability allows cable assembly customers to use lower-cost twisted pair bulk cable rather than the parallel pair construction used in today's high performance cables.
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This month Keithley Instruments is giving away two of its Model 2200 power supplies, worth 735 Euros each, for EETimes Europe's readers to win. The Model 2200-20-5: 20V, 5A, 100W on offer is one of five general-purpose programmable DC power supplies recently launched by the company, designed for source measurement instruments for component, module, and device characterization and test applications.
Part of the Series 2200 family, the unit’s voltage output accuracy is specified at 0.03% and its current output accuracy is 0.05%. The supply’s high output (1mV) and measurement (0.1mA) resolution makes it well-suited for characterizing low power circuits and devices in applications such as measuring idle mode and sleep mode currents to confirm devices can meet today’s ever-more-challenging goals for energy efficiency.
And the winners are:
In our previous reader offer, EPC was giving away ten of its EPC9002 development board kits, worth USD 95 each.
Lucky winners include I. Blythe and C. Hardman from the UK, M. Casartelli and D. Cogliati from Italy, C. Cossio from Spain, W. Milarch from Germany, r. Milewicz from Poland, M. Prascak from Slovakia, A. Raidl from Austria and M. Taslakov from Bulgaria.
All should be receiving their kits soon. Let's wish them some interesting findings with their projects.
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