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SDRAMs Feature DDR Architecture With Fast Transfer Rates

January 3, 2018 By Alliance Memory, Inc.

Alliance Memory announced that it has expanded the industry’s widest offering of high-speed CMOS DDR3 and low-voltage DDR3L SDRAMs with new 512 Mb x8 and x16 devices in the 78-ball and 96-ball FBGA packages, respectively. Featuring a DDR architecture, the SDRAMs provide extremely fast transfer rates of 1600 Mbps and clock rates of 800 MHz.

“Very few suppliers offer 512 Mb DDR3 and DDR3L SDRAMs, so we are excited to add them to our broad lineup, which also includes hard-to-find 8 Gb devices,” says TJ Mueller, Vice President of Marketing at Alliance Memory. “Furthermore, our new DDR3 and DDR3L SDRAMs are offered in the same FBGA packages as devices with densities from 512 Mb to 8 Gb, allowing our customers to easily switch if they require less memory.”

With minimal die shrinks, the devices released today provide reliable drop-in, pin-for-pin-compatible replacements for numerous similar solutions used in embedded systems, desktop and notebook computers, industrial metering applications, consumer electronics, and wireless base stations—eliminating the need for costly redesigns and part requalification.

The 512 Mb DDR3 SDRAMs operate from a single +1.5 V (±0.075 V) power supply, while the DDR3L SDRAMs operate from a single +1.35 V power supply, with backward compatibility to 1.5 V. The JEDEC-compliant devices are available in commercial (0°C to +95°C) and industrial (-40°C to +95°C) temperature ranges

The DDR3 and DDR3L SDRAMs support sequential and interleave burst types with read or write burst lengths of 4 or 8. An auto pre-charge function provides a self-timed row pre-charge initiated at the end of the burst sequence. Easy-to-use refresh functions include auto- or self-refresh. RoHS-compliant, the devices are lead (Pb)- and halogen-free.

Samples and production quantities of the new 512 Mb DDR3 and DDR3L SDRAMs are available now, with lead times to eight weeks. Pricing for U.S. delivery starts at $1.75 per piece.

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