The FS65 system basis chip (SBC) provides power to MCUs and optimizes energy consumption through DC-DC switching regulators, linear regulators and ultra-low-power saving modes.
Featuring:
| Part Number | FS1B [1] | LDT [2] | CAN | LIN | Preferred superset PN w/ Linear VCORE | Preferred superset PN w/ DC-DC VCORE |
|---|---|---|---|---|---|---|
| FS45/FS65x5NAE | No | No | No | No | FS4507L or FS4508C | FS6527L or FS6528C |
| FS45/FS65x5CAE | No | No | Yes | No | FS4507L or FS4508C | FS6527L or FS6528C |
| FS45/FS65x5KAE | No | No | No | Yes | FS4507L | FS6527L |
| FS45/FS65x5LAE | No | No | Yes | Yes | FS4507L | FS6527L |
| FS45/FS65x6NAE | Yes | No | No | No | FS4508C | FS6528C |
| FS45/FS65x6CAE | Yes | No | Yes | No | FS4508C | FS6528C |
| FS45/FS65x7NAE | No | Yes | No | No | FS4507L or FS4508C | FS6527L or FS6528C |
| FS45/FS65x7CAE | No | Yes | Yes | No | FS4507L or FS4508C | FS6527L or FS6528C |
| FS45/FS65x7KAE | No | Yes | No | Yes | FS4507L | FS6527L |
| FS45/FS65x7LAE | No | Yes | Yes | Yes | FS4507L | FS6527L |
| FS45/FS65x8NAE | Yes | Yes | No | No | FS4508C | FS6528C |
| FS45/FS65x8CAE | Yes | Yes | Yes | No | FS4508C | FS6528C |
| Part Number | FS1B [1] | LDT [2] | VKAM On | CAN | LIN | Preferred superset PN w/ Linear VCORE | Preferred superset PN w/DC-DC VCORE |
|---|---|---|---|---|---|---|---|
| FS45/FS65x0NAE | No | No | by SPI | No | No | MC33FS4502LAE | MC33FS6522LAE |
| FS45/FS65x0CAE | No | No | by SPI | Yes | No | ||
| FS45/FS65xOLAE | No | No | by SPI | Yes | Yes | ||
| FS45/FS65x1NAE | Yes | No | by SPI | No | No | MC33FS4503CAE | MC33FS6523CAE |
| FS45/FS65x1CAE | Yes | No | by SPI | Yes | No | ||
| FS45/FS65x2NAE | No | Yes | by SPI | No | No | MC33FS4502LAE | MC33FS6522LAE |
| FS45/FS65x2CAE | No | Yes | by SPI | Yes | No | ||
| FS45/FS65x2LAE | No | Yes | by SPI | Yes | Yes | ||
| FS45/FS65x3NAE | Yes | Yes | by SPI | No | No | MC33FS4503CAE | MC33FS6523CAE |
| FS45/FS65x3CAE | Yes | Yes | by SPI | Yes | No | ||
| FS65x4LAE | No | Yes | by default | Yes | Yes | - | MC33FS6524LAE |
While the precise power consumption will vary based on the overall configuration in the vehicle, Roger Keen, ADAS Radar Segment Manager, NXP tells Forbes that compared to older systems using a digital signal processor or CPU, the S32R274 provides a 10x improvement in performance per watt compared to the previous NXP generation of processor.
When it comes to functional safety, NXP stands for quality and reliability. Our SafeAssure program simplifies system-level safety requirements in accordance with ISO 26262.
This platform facilitates the design of safe power management systems thanks to a portfolio of configurable and linkable devices. It simplifies complex power supply subsystems into a single smart solution.
Whether you are developing automotive, industrial or consumer applications, our configurable and flexible solutions support multi-vendor processors.
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1 design file
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