Everspin EM064LXQ MRAM
64 Mb STT-MRAM with xSPI Quad for data that must survive loss of power.
Family specifications
EM064LXQ ordering options
- Density / capacity
- 64 Mb
- Interface / type
- xSPI Quad
- I/O width
- 4-bit
- Supply voltage
- 1.8 V
- Package
- BGA-24, DFN-8
- Operating temperature
- -40 to +85 °C, 0 to +70 °C, -40 to +105 °C, -40 to +125 °C
- Clock frequency
- 108 MHz, 133 MHz
Options vary by complete part number. Match the selected device to the controller, board layout and operating conditions.
Available EM064LXQ part numbers.
Filter by what the design needs, or search within the results.
Filter MRAM parts
Choose one or more specifications to narrow the list.
Interface
Density
Supply voltage
Package
Operating temperature
More filters
Clock frequency
Write endurance
20 products
| EM064LXQAB310ISCREverspin EM064LXQ64 Mb STT-MRAM with xSPI Quad, 4-bit I/O, BGA-24 package, and -40 to +85 °C operation. | 64 Mb | xSPI Quad | 1.8 V | BGA-24 | −40 to 85 °C | 108 MHz | 54 MHz | 10 years minimum across rated temperature range | 4-bit | Mass production (MP) | STT-MRAM | 4 × 10¹² cycles per 32-byte unit | EM064LXQ |
| EM064LXQAB310ISCTEverspin EM064LXQ64 Mb STT-MRAM with xSPI Quad, 4-bit I/O, BGA-24 package, and -40 to +85 °C operation. | 64 Mb | xSPI Quad | 1.8 V | BGA-24 | −40 to 85 °C | 108 MHz | 54 MHz | 10 years minimum across rated temperature range | 4-bit | Mass production (MP) | STT-MRAM | 4 × 10¹² cycles per 32-byte unit | EM064LXQ |
| EM064LXQAB313CS2REverspin EM064LXQ64 Mb STT-MRAM with xSPI Quad, 4-bit I/O, BGA-24 package, and 0 to +70 °C operation. | 64 Mb | xSPI Quad | 1.8 V | BGA-24 | 0 to 70 °C | 133 MHz | Not listed | 10 years minimum across rated temperature range | 4-bit | Mass production (MP) | STT-MRAM | 1 × 10¹⁴ cycles per 32-byte unit | EM064LXQ |
| EM064LXQAB313CS2TEverspin EM064LXQ64 Mb STT-MRAM with xSPI Quad, 4-bit I/O, BGA-24 package, and 0 to +70 °C operation. | 64 Mb | xSPI Quad | 1.8 V | BGA-24 | 0 to 70 °C | 133 MHz | Not listed | 10 years minimum across rated temperature range | 4-bit | Mass production (MP) | STT-MRAM | 1 × 10¹⁴ cycles per 32-byte unit | EM064LXQ |
| EM064LXQAB313ES2REverspin EM064LXQ64 Mb STT-MRAM with xSPI Quad, 4-bit I/O, BGA-24 package, and -40 to +105 °C operation. | 64 Mb | xSPI Quad | 1.8 V | BGA-24 | −40 to 105 °C | 133 MHz | Not listed | 10 years minimum across rated temperature range | 4-bit | Mass production (MP) | STT-MRAM | 1 × 10¹⁴ cycles per 32-byte unit | EM064LXQ |
| EM064LXQAB313ES2TEverspin EM064LXQ64 Mb STT-MRAM with xSPI Quad, 4-bit I/O, BGA-24 package, and -40 to +105 °C operation. | 64 Mb | xSPI Quad | 1.8 V | BGA-24 | −40 to 105 °C | 133 MHz | Not listed | 10 years minimum across rated temperature range | 4-bit | Mass production (MP) | STT-MRAM | 1 × 10¹⁴ cycles per 32-byte unit | EM064LXQ |
| EM064LXQAB313HS2REverspin EM064LXQ64 Mb STT-MRAM with xSPI Quad, 4-bit I/O, BGA-24 package, and -40 to +125 °C operation. | 64 Mb | xSPI Quad | 1.8 V | BGA-24 | −40 to 125 °C | 133 MHz | Not listed | 10 years minimum across rated temperature range | 4-bit | Mass production (MP) | STT-MRAM | 1 × 10¹⁴ cycles per 32-byte unit | EM064LXQ |
| EM064LXQAB313HS2TEverspin EM064LXQ64 Mb STT-MRAM with xSPI Quad, 4-bit I/O, BGA-24 package, and -40 to +125 °C operation. | 64 Mb | xSPI Quad | 1.8 V | BGA-24 | −40 to 125 °C | 133 MHz | Not listed | 10 years minimum across rated temperature range | 4-bit | Mass production (MP) | STT-MRAM | 1 × 10¹⁴ cycles per 32-byte unit | EM064LXQ |
| EM064LXQAB313IS2REverspin EM064LXQ64 Mb STT-MRAM with xSPI Quad, 4-bit I/O, BGA-24 package, and -40 to +85 °C operation. | 64 Mb | xSPI Quad | 1.8 V | BGA-24 | −40 to 85 °C | 133 MHz | Not listed | 10 years minimum across rated temperature range | 4-bit | Mass production (MP) | STT-MRAM | 1 × 10¹⁴ cycles per 32-byte unit | EM064LXQ |
| EM064LXQAB313IS2TEverspin EM064LXQ64 Mb STT-MRAM with xSPI Quad, 4-bit I/O, BGA-24 package, and -40 to +85 °C operation. | 64 Mb | xSPI Quad | 1.8 V | BGA-24 | −40 to 85 °C | 133 MHz | Not listed | 10 years minimum across rated temperature range | 4-bit | Mass production (MP) | STT-MRAM | 1 × 10¹⁴ cycles per 32-byte unit | EM064LXQ |
| EM064LXQADG10ISCREverspin EM064LXQ64 Mb STT-MRAM with xSPI Quad, 4-bit I/O, DFN-8 package, and -40 to +85 °C operation. | 64 Mb | xSPI Quad | 1.8 V | DFN-8 | −40 to 85 °C | 108 MHz | 54 MHz | 10 years minimum across rated temperature range | 4-bit | Mass production (MP) | STT-MRAM | 4 × 10¹² cycles per 32-byte unit | EM064LXQ |
| EM064LXQADG10ISCTEverspin EM064LXQ64 Mb STT-MRAM with xSPI Quad, 4-bit I/O, DFN-8 package, and -40 to +85 °C operation. | 64 Mb | xSPI Quad | 1.8 V | DFN-8 | −40 to 85 °C | 108 MHz | 54 MHz | 10 years minimum across rated temperature range | 4-bit | Mass production (MP) | STT-MRAM | 4 × 10¹² cycles per 32-byte unit | EM064LXQ |
| EM064LXQADG13CS2REverspin EM064LXQ64 Mb STT-MRAM with xSPI Quad, 4-bit I/O, DFN-8 package, and 0 to +70 °C operation. | 64 Mb | xSPI Quad | 1.8 V | DFN-8 | 0 to 70 °C | 133 MHz | Not listed | 10 years minimum across rated temperature range | 4-bit | Mass production (MP) | STT-MRAM | 1 × 10¹⁴ cycles per 32-byte unit | EM064LXQ |
| EM064LXQADG13CS2TEverspin EM064LXQ64 Mb STT-MRAM with xSPI Quad, 4-bit I/O, DFN-8 package, and 0 to +70 °C operation. | 64 Mb | xSPI Quad | 1.8 V | DFN-8 | 0 to 70 °C | 133 MHz | Not listed | 10 years minimum across rated temperature range | 4-bit | Mass production (MP) | STT-MRAM | 1 × 10¹⁴ cycles per 32-byte unit | EM064LXQ |
| EM064LXQADG13ES2REverspin EM064LXQ64 Mb STT-MRAM with xSPI Quad, 4-bit I/O, DFN-8 package, and -40 to +105 °C operation. | 64 Mb | xSPI Quad | 1.8 V | DFN-8 | −40 to 105 °C | 133 MHz | Not listed | 10 years minimum across rated temperature range | 4-bit | Mass production (MP) | STT-MRAM | 1 × 10¹⁴ cycles per 32-byte unit | EM064LXQ |
| EM064LXQADG13ES2TEverspin EM064LXQ64 Mb STT-MRAM with xSPI Quad, 4-bit I/O, DFN-8 package, and -40 to +105 °C operation. | 64 Mb | xSPI Quad | 1.8 V | DFN-8 | −40 to 105 °C | 133 MHz | Not listed | 10 years minimum across rated temperature range | 4-bit | Mass production (MP) | STT-MRAM | 1 × 10¹⁴ cycles per 32-byte unit | EM064LXQ |
| EM064LXQADG13HS2REverspin EM064LXQ64 Mb STT-MRAM with xSPI Quad, 4-bit I/O, DFN-8 package, and -40 to +125 °C operation. | 64 Mb | xSPI Quad | 1.8 V | DFN-8 | −40 to 125 °C | 133 MHz | Not listed | 10 years minimum across rated temperature range | 4-bit | Mass production (MP) | STT-MRAM | 1 × 10¹⁴ cycles per 32-byte unit | EM064LXQ |
| EM064LXQADG13HS2TEverspin EM064LXQ64 Mb STT-MRAM with xSPI Quad, 4-bit I/O, DFN-8 package, and -40 to +125 °C operation. | 64 Mb | xSPI Quad | 1.8 V | DFN-8 | −40 to 125 °C | 133 MHz | Not listed | 10 years minimum across rated temperature range | 4-bit | Mass production (MP) | STT-MRAM | 1 × 10¹⁴ cycles per 32-byte unit | EM064LXQ |
| EM064LXQADG13IS2REverspin EM064LXQ64 Mb STT-MRAM with xSPI Quad, 4-bit I/O, DFN-8 package, and -40 to +85 °C operation. | 64 Mb | xSPI Quad | 1.8 V | DFN-8 | −40 to 85 °C | 133 MHz | Not listed | 10 years minimum across rated temperature range | 4-bit | Mass production (MP) | STT-MRAM | 1 × 10¹⁴ cycles per 32-byte unit | EM064LXQ |
| EM064LXQADG13IS2TEverspin EM064LXQ64 Mb STT-MRAM with xSPI Quad, 4-bit I/O, DFN-8 package, and -40 to +85 °C operation. | 64 Mb | xSPI Quad | 1.8 V | DFN-8 | −40 to 85 °C | 133 MHz | Not listed | 10 years minimum across rated temperature range | 4-bit | Mass production (MP) | STT-MRAM | 1 × 10¹⁴ cycles per 32-byte unit | EM064LXQ |
No products match these selections. Remove a filter or . Contact us →
Density
Interface
Supply voltage
Package
Operating temperature
Clock frequency
Write endurance
Design considerations
Quad xSPI devices support clocks up to 133 MHz. Low-power SC variants use up to 108 MHz in STR and 54 MHz in DTR, with a different write-endurance rating. Select the exact temperature grade and package before comparing performance.
For standard xSPI versions, the write-endurance limit is 10¹⁴ cycles per aligned 32-byte unit. Low-power SC versions use 4 × 10¹² cycles. Retention is specified at a minimum of 10 years across the rated temperature range; check the exact version against the workload.