Home Contact us
       
         
Anglia Ramtron
Ramtron introduces the first event data recorder with integrated F-RAM memory
Ramtron introduces the first event data recorder with integrated F-RAM memory
13 May 2008
Ramtron has launched the FM6124, the semiconductor industry’s first F-RAM-based Event Data Recorder (EDR). The FM6124 is an integrated event monitoring solution that continuously monitors state changes and stores them in the F-RAM.

Ramtron introduces 64-kilobit F-RAM enhanced processor companion with embedded 32 kHz crystal
Ramtron introduces 64-kilobit F-RAM enhanced processor companion with embedded 32 kHz crystal
30 March 2008
Ramtron has 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.

Ramtron upgrades FM31x Processor Companion with superior trickle charger and RTC that uses 12.5pF crystal
Ramtron upgrades FM31x Processor Companion with superior trickle charger and RTC that uses 12.5pF crystal
05 February 2008
Ramtron has announced that it has upgraded its FM31x Processor Companion family to include a more efficient trickle charger and a real-time clock (RTC) that requires only a standard 12.5pF external watch crystal.

Ramtron expands line of grade 1 automotive F-RAM memory devices for use under the hood
Ramtron expands line of grade 1 automotive F-RAM memory devices for use under the hood
10 December 2007
Ramtron International Corporation has added another 4 kilobit (Kb) F-RAM memory device to its Grade 1 AEC-Q100-qualified automotive product line, growing its number of +125°C parts to five.

Ramtron extends capability of nonvolatile state saver family with new 4-Bit products
Ramtron extends capability of nonvolatile state saver family with new 4-Bit products
27 September 2007
Ramtron has expanded its nonvolatile state saver family with the quad state saver – a 4-bit F-RAM-based device that retains logic states without power and restores outputs automatically upon power up.

First FRAM device qualified to grade 1 specifications from Ramtron
First FRAM device qualified to grade 1 specifications from Ramtron
30 August 2007
Ramtron has announced its first +125 degrees C FRAM memory device. The FM25C160 – a grade 1- and AEC-Q100-qualified, 16Kb, 5V, serial peripheral interface FRAM – is now specified to operate over the entire automotive temperature range of -40 to +125.

Ramtron’s first 4-megabit nonvolatile FRAM memory
Ramtron’s first 4-megabit nonvolatile FRAM memory
23 August 2007
Ramtron’s 4Mbit FM22L16 is the latest addition to Ramtron’s line of parallel memory products. Designed to drop into 256Kb x 16 SRAM sockets, the x16 interface and ATD access mode provide for glueless interface with many microcontrollers.

Ramtron expands FRAM-Enhanced™ MCU family with industry standard, 8051-based drop-in
Ramtron expands FRAM-Enhanced™ MCU family with industry standard, 8051-based drop-in
06 August 2007
Ramtron has launched the VRS51L3174, an 8051-based microcontroller with 8 kilobytes (KB) of nonvolatile FRAM memory that drops into industry standard 44-pin QFP sockets for easy device migration.

Ramtron high temperature FRAM-UP device is the first such system to meet grade 1 automotive temperature
Ramtron high temperature FRAM-UP device is the first such system to meet grade 1 automotive temperature
25 July 2007
Ramtron claims its new ferroelectric random access memory (FRAM) device is the first such system to meet Grade 1 automotive temperature capabilities ranging from -40°C to +125°C.

Ramtron launches FRAM-Enhanced™ processor companion family with high-speed serial interface
Ramtron launches FRAM-Enhanced™ processor companion family with high-speed serial interface
15 June 2007
Ramtron International Corporation has introduced the FM33x product family – a new line of FRAM-Enhanced™ Processor Companions with a high-speed serial peripheral interface (SPI).

Records 1 to 10 of 15

Next>> Last

 

Copyright © 1995-2008 Anglia Components Ltd. Please read our Privacy Statement in conjunction with the Terms and Conditions of this Website.

 

26/2/07