For more than three decades, we have been providing leading-edge, highly integrated aerospace and defense solutions for space, aviation, military and other harsh-environment applications. As a leading supplier of memory products, we offer a portfolio of devices that have been developed through years of research and testing so that they are ready to withstand the harsh environments found in aerospace and defense applications. Some of these devices have been in production for more than 25 years, and they are backed by our client-driven obsolescence practice of continuing to supply a product for as long as possible.
With our flight heritage of space applications based on SRAM memories, we support the space industry’s requirements for robust devices that can withstand radiation effects. These products also feature optimized power consumption and are available in small-footprint packages.
Our rad-tolerant portfolio is based on our widely deployed commercial and automotive memories. Featuring industry-proven technologies, these rad-tolerant devices stand up against radiation effects and insure latch up immunity and survivability in critical environments.
We offer devices from our traditional parallel EEPROM family as fully MIL-883 tested 5V military-grade (−55°C to 125°C) options in hermetic ceramic packages. These devices are dual marked and qualified under Standard Military Drawing Number (SMD#)
Explore our broad portfolio of serial EEPROMs, serial SRAMs, serial and parallel Flash and our innovative serial EERAMs for automotive applications. Developed through years of research and robust testing, these devices offer industry-leading reliability and endurance while operating in harsh automotive environments.
We offer an extensive portfolio of serial EEPROM, serial EERAM, parallel EEPROM, One-Time Programable (OTP) EPROM, serial Flash, parallel Flash, serial SRAM and NVSRAM products available in wide-temperature-range plastic packages to suit your Commercial-Off-the-Shelf (COTS) memory needs.
The Serial SuperFlash Kit 2 contains three serial Flash daughter boards that are designed to interface with the mikroBUS™ connector on the Explorer 16/32 Development Board.
The SQI SuperFlash Kit 1 contains three serial Flash daughter boards that are designed to interface with the mikroBUS connector on the Explorer 16/32 Development Board.
This evaluation kit contains two parallel Flash PICtail™ Plus Daughter Boards that are designed to interface with the PICtail Plus connector on the Explorer 16 Development Board.
|Product||Memory Type||Memory Size||Memory Organization||Access Time / Frequency||Operating Voltage||Packages|
|AT60142H||SRAM||4 Mbits||512k x 8||15 ns||3.3V|
|AT60142HT||SRAM||4 Mbits||512k x 8||17 ns||3.3V|
|AT65609EHV||SRAM||1 Mbits||128k x 8||40 ns||5V|
|AT65609EHW||SRAM||64 kbits||8k x 8||40 ns||5V|
|AT68166H||SRAM||16 Mbits||512k x 32||18 ns||3.3V|
|AT68166HT||SRAM||16 Mbits||512k x 32||20 ns||3.3V|
|AT69170F||EEPROM (Serial)||4 Mbits||4M x1||400 kHz (TWI)||3.3V|
|M65609E||SRAM||1 Mbits||128k x 8||40 ns||3.3V|
|Product||Memory Type||Memory Size||Memory Organization||Operating Voltage||TID - Total Ionizing Dose||SEL - Single Event Latchup|
|AT17LV010-10DP||EEPROM (Serial)||1 Mbits||1M x1||3.3V||20 kRad / 60 kRad (unbiased)||>80 MeV.cm2 /mg|
|AT28C010-12DK||EEPROM (Parallel)||1 Mbits||128 k x8||5V||10 kRad / 30 kRad (unbiased)||>80 MeV.cm2 /mg|
|SST38LF6401RT||Flash (Parallel)||64 Mbits||4M x 16||3.3V||50 kRad||>78 Mev|