Aeroflex Microelectronic Solutions

Aeroflex Microelectronic Solution divisions - Colorado Springs, Gaisler, Metelics, Plainview and RAD provide HiRel standard and custom integrated circuits and circuit card assembly for the aerospace, high-altitude avionics, medical, x-ray cargo scanners, critical transportation systems, nuclear power controls, GPS receivers, networking and telecommunication markets.

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Click here to download the latest verion of Aeroflex Colorado Springs Hi-Rel Memories Brochure

Aeroflex HiRel Memories

Your Memory Path to Aerospace and Defense

Aeroflex's Advanced HiRel Memory Solutions: Sessions
1 & 2
Seminar Series has concluded. However, you may request the WebEx audio presentation here!

Aeroflex offers a variety of memory products for your HiRel applications. Our newest HiRel memories are the Synchronous SRAM (SSRAM) Family – 64/80/96Mbit! Order the preliminary datasheets and the application notes now. Watch for more information on these new products!

Review one of our latest Application Notes - Serial Programming the Aeroflex 64Mbit MRAM for Configuring the Xilinx Virtex-5 FPGA.

To aid in design, Aeroflex offers the Memory Power Calculator spreadsheet (.xlsx) for calculating memory power dissipation. The calculator supports all current Aeroflex memory designs. Please reference the ReadMe & Instructions page of the spreadsheet for additional information.

For questions, please call 800-645-8862.

Non-Volatile Memories
Part
Number
Description Configuration Voltages Access
/Clock
Package QML Q&V DSCC SMD
UT8MR2M8 16M MRAM2M x 83.3V45 ns40 FPQ,V *5962-12227
UT8MR8M8 64M MRAM4-2M x 83.3V50 ns64 FPQ,V *5962-13207
UT8MR8M8-EVB 64M MRAM Evaluation Board: Allows the user access to most all the features of the 64Mb MRAM via bench top evaluation or using the UT699 LEON-3FT evaluation board.
UT8QNF8M864Mb NOR Flash4M x 16 or 8M x 83.3V60 ns48 FPQ,Q+5962-12204
UT28F64PROM8K x 85V35 ns 28 FP and 28 DIPQ,V5962-96873
UT28F64LVPROM8K x 83.3V 55 ns28 FP and 28 DIPQ,V5962-01516
UT28F256LVQLEPROM32K x 83.3V65 ns 28 FPQ,V5962-01517
UT28F256QLEPROM32K x 85V45 ns 28 FPQ,V5962-96891
* QML V Pending
Volatile Memories
Part
Number
Description Configuration Voltages Access
/Clock
Package QML Q&V DSCC SMD
Monolithics
UT8SP2M48 96M SSRAM2M x 482.5 to 3.3V7.2 ns288 CLGA/CCGA/CBGAQ,Q+ *****TBD
UT8SP2M40 80M SSRAM2M x 402.5 to 3.3V7.2 ns288 CLGA/CCGA/CBGAQ,Q+ *****TBD
UT8SP2M32 64M SSRAM2M x 322.5 to 3.3V7.2 ns288 CLGA/CCGA/CBGAQ,Q+ *****TBD
UT8SF2M48 96M SSRAM2M x 482.5 to 3.3V12.9 ns288 CLGA/CCGA/CBGAQ,Q+ *****TBD
UT8SF2M40 80M SSRAM2M x 402.5 to 3.3V12.9 ns288 CLGA/CCGA/CBGAQ,Q+ *****TBD
UT8SF2M32 64M SSRAM2M x 322.5 to 3.3V12.9 ns288 CLGA/CCGA/CBGAQ,Q+ *****TBD
UT8R512K8 4M SRAM512K x 83.3V *15 ns36 FPQ,V5962-03235
UT8ER512K32 16M SRAM Monolithic512K x 323.3V *20 ns68 FPQ,V5962-06261
UT8R128K32 4M SRAM128K x 323.3V *15 ns68 FPQ,V5962-03236
UT8Q1024K8 **8M SRAM 1024K x 83.3V25 ns44 FPQ,T5962-01532
UT7Q5124M SRAM 512K x 85V100 ns32 FPQ,T5962-99606
UT8Q512E 4M SRAM512K x 83.3V20 ns36 FPQ,V5962-99607
UT8Q512 ***4M SRAM 512K x 83.3V20 ns36 FPQ,T5962-99607
UT9Q512E 4M SRAM512K x 85V20 ns36 FPQ,V5952-00536
UT7C138/139RHDual-Port SRAM4K x 8/95V 45 ns68 FP and 68 DIPQ,V5962-96845
Multi-Chip Modules (MCMs)
UT8SDMQ64M483.0Gb SDRAM MCM 64M x 483.3V7.5 ns128 FPQ,Q+5962-10230
UT8SDMQ64M402.5Gb SDRAM MCM 64M x 403.3V7.5 ns128 FPQ,Q+5962-10229
UT8ER4M32 128M SRAM4M x 323.3V *25 ns132 FPQ,Q+5962-10204
UT8ER2M32 64M SRAM2M x 323.3V *22 ns132 FPQ,V5962-10203
UT8ER1M32 32M SRAM1M x 323.3V *20 ns132 FPQ,V5962-10202
UT8R4M39 160M SRAM4M x 393.3V *25 ns132 FPQ,Q+5962-10207
UT8R2M39 80M SRAM2M x 393.3V *22 ns132Q,V5962-10206
UT8R1M39 40M SRAM1M x 393.3V *20 ns132 FPQ,V5962-10205
UT8CR512K32 16M SRAM512K x 323.3V *17 ns68 FPQ,V5962-04227
UT8Q512K32E 16M SRAM MCM512K x 323.3V25 ns68 FPQ,V5962-01533
UT8Q512K32 **** 16M SRAM MCM512K x 323.3V25 ns68 FPQ,T5962-01533
UT9Q512K32E 16M SRAM MCM512K x 325V25 ns68 FPQ,V5962-01511
*
**
***
****
*****
1.8V core
End of Life
End of life - Replaced by UT8Q512E
End of life - Replaced by UT9Q512K32E
QML Q and V Pending