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Ramtron Introduces 64-KILOBIT F-RAM Enhanced Processor Companion With Embedded 32 KHZ CrystalNew single-chip solution reduces bill of materials and eliminates fatigue on crystal pins; ideal for meters and other time-stamp applications COLORADO SPRINGS, CO — March 4, 2008 — Ramtron International Corporation (Nasdaq: RMTR), a leading developer and supplier of nonvolatile ferroelectric random access memory (F-RAM) and integrated semiconductor products, today launched the FM3135, a 64-kilobit (Kb), 3-volt Processor Companion product that combines the benefits of nonvolatile F-RAM memory with an enhanced real-time clock/calendar (RTC) and integrated 32 kHz watch crystal. “The most commonly used and lowest cost crystal is a through-hole component,” explains Craig Taylor, Director of Applications and Technical Support. “Embedding the crystal cuts bill of material costs, removes the cumbersome step of inserting and soldering a through-hole crystal (often done by hand), and eliminates the possibility of fatigue on the crystal pins during assembly and handling.” About the FM3135 www.ramtron.com/doc/Products/Nonvolatile/Nonvolatile_Memory.asp?ID=136&gr=12. FM3135 Features: 8Kx8 F-RAM – 64Kb of true nonvolatile RAM (not battery-backed). F-RAM memory technology replaces SRAM, EEPROM, Flash and other nonvolatile memories since it reads and writes at bus speed with NoDelay™ writes, unlimited read/write endurance, and low power. Real-Time Clock (RTC) – A timekeeping device that can be battery- or capacitor-backed for permanently powered operation. It offers a software calibration feature for high accuracy, an alarm and a programmable frequency clock output. Backup Power – The real-time clock/calendar is intended to be permanently powered. When the primary system power fails, the voltage on the VDD pin will drop. When VDD is less then 2.5V, the RTC will switch to the backup power supply on VBAK. The backup source can be either a battery or capacitor. Trickle Charger – Facilitates capacitor backup. The VBAK pin can optionally provide a trickle charge current. Data is nonvolatile so it won’t be lost if the capacitor fails. About the Processor Companion Pricing and Availability About Ramtron
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