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High-speed DDR3 memory design can be challenging because DDR3 introduces deliberately staggered data at higher frequencies.

Stratix III FPGAs support SGMII GigE operation on LVDS I/O pins at 1.25 Gbps.

Altera's proprietary Programmable Power Technology enables the Stratix® III logic fabric to consume less core power than Virtex-5.

For success in the world of portable application design, you need
every possible advantage. CPLDs can provide that advantage—they are a

See how designers of future wireless technologies can leverage
OFDMA-MIMO solutions from Altera to accelerate their system design.

High-speed DDR3 memory design can be challenging because DDR3 introduces deliberately staggered data at higher frequencies.

Today's complex FPGA applications require security and flexibility,
but also demand high densities and high-speed interfaces. Traditional

This 15-minute QuickCast offers an overview of Arria GX devices,
Altera’s newest FPGA family with transceivers. Arria GX FPGAs support

Are you ready to speed up your high-performance HPC applications
without drastic increases in your power budget? Would like to

Overview

Implementing Ethernet-based industrial networks is becoming more
popular, due to their low costs, long cabling lengths, and ability to

Watch this demo video to see how Stratix® II GX FPGAs give you the ability to change the position of backplane cards on the fly with total preservation of signal integrity.

Though high-speed serial links increase data throughput and reduce the number of traces on a board, a different set of challenges arise when designing these systems.

For success in the world of portable application design, you need every possible advantage.

The military community is transforming the battlefield of the 21st century. From satellite to soldier, reducing system size, weight, and power (SWaP) are critical.

With today’s stringent requirements for high-speed memory and serial interfaces, designers are looking for the best techniques for dealing with simultaneous switching noise (SSN).