pSLC Mode 16GB eMMC 5.1 FBGA153 Automotive Boot Flash for Instrument Clusters
Product Summary
Product Details
pSLC Mode High Endurance eMMC
,16GB Automotive Boot Flash
,FBGA153 Cluster Storage
Product Description
The G2816GPLCA is a 16GB pSLC mode eMMC 5.1 boot flash device built for digital instrument clusters, where firmware code is read at every ignition cycle and rewritten far less often but far more critically. Running the NAND array in pSLC mode trades density for endurance, lifting program and erase cycles to roughly 100K and widening read margin, so a pSLC mode eMMC 5.1 survives the constant boot traffic of a cluster that is powered up several times a day for a decade.
Because a cluster must light the speedometer and warning lamps within a fraction of a second, boot latency is the decisive parameter. This pSLC mode automotive boot flash uses the eMMC 5.1 HS400 interface with up to 330 MB/s sequential read, and the 16GB density is normally partitioned into a boot area, a firmware partition, and a graphics asset partition, leaving spare blocks for wear levelling. Each device is tested from -40C to 105C, matching the temperature envelope of a cockpit module exposed to direct sun through the windshield.
Compared with consumer grade parts, the pSLC mode eMMC 5.1 keeps its data retention after thousands of power cycles, and the controller reports lifetime estimation through the standard extended CSD registers, so cluster software can log the remaining endurance budget during service diagnostics. That visibility is what makes this automotive boot flash practical for safety-related cockpit displays. The G2816GPLCA belongs to the PG pSLC line, which is offered in 8GB and 16GB densities in automotive, wide temperature industrial, and industrial grades, so a cluster programme can qualify a second source without changing the FPGA or SoC interface.
| Parameter | Value |
|---|---|
| Model Number | G2816GPLCA |
| Density | 16GB in pSLC mode |
| NAND Type | pSLC (pseudo single level cell) |
| Interface | eMMC 5.1 HS400, 8-bit |
| Package | FBGA153, 11.5 x 13 x 1.0 mm |
| Supply Voltage | 3.3V VCC / 1.8V VCCQ |
| Sequential Read | Up to 330 MB/s |
| Endurance | Up to 100K program and erase cycles |
| Operating Temperature | -40C to 105C |
| Storage Temperature | -50C to 125C |
| Grade | Automotive grade (AEC-Q100) |
| Reliability | LDPC ECC, power-loss protection, lifetime estimation |
- pSLC mode raises endurance to about 100K program and erase cycles for code partitions
- 16GB density covers boot, firmware, and graphics asset partitions in one device
- HS400 read burst keeps cluster wake-up time inside the OEM requirement
- Extended CSD lifetime registers let the cluster log remaining endurance during diagnostics
- FBGA153 package drops into existing cockpit PCB layouts without redesign
- Single-level cell margin improves data retention in hot cockpit conditions
- Digital instrument clusters and cockpit display controllers
- Head-up display firmware storage
- Gateway ECU boot code partitions
- Steering wheel and cabin sensor modules with frequent power cycling
- Body control modules storing configuration and calibration data
Production runs on a line audited to IATF 16949 with burn-in, temperature cycling, and final electrical test on every lot. Devices are packed in anti-static trays and vacuum-sealed bags for export. Sample units of this pSLC mode eMMC 5.1 are available with datasheet and reliability summary, and our engineers can review partition sizing and endurance budget with your cluster team before you commit to volume.
