All Alternatives

Alternatives to Texas Instruments D810K013DZKB456

Texas Instruments D810K013DZKB456 and its qualified second sources, compared on form, fit and function, stock, lifecycle and price — the same checks Parter runs inside a BOM.

Equivalent and substitute parts for Texas Instruments D810K013DZKB456

D810K013DZKB456 compared against its qualified second sources
D810K013DZKB456Texas InstrumentsTMS320C6747DZKB4Texas InstrumentsOMAPL137DZKB4Texas Instruments+1more
FFF CompatibilityBoth devices utilize the 256-ball PBGA package (ZKB) with identical pin mapping and layout.The physical package is a 17mm x 17mm BGA with a 1.0mm ball pitch, making it a mechanical drop-in.Provides identical DSP performance, memory size (448kB RAM), and peripheral interfaces (USB, EMAC, McASP, etc.).The physical pinout and pin multiplexing are layout-compatible with the C6747 series.The package is the same 17mm x 17mm BGA with a 1.0mm ball pitch.Contains an additional ARM9 co-processor which alters the system boot sequence and firmware requirements.
AI Summary

D810K013DZKB456 by Texas Instruments: Digital Signal Processors & Controllers - DSP, DSC.

The TMS320C6747DZKB4 is the standard commercial equivalent to the custom/ROM-coded D810K013DZKB456, sharing the same 456 MHz speed grade and 256-BGA footprint. Since the queried part is a custom ROM variant (DA810), the application firmware must be loaded from external flash on the standard commercial part.

  • True commercial drop-in equivalent for the custom/automotive DA810 series
  • Matches the identical 456 MHz maximum DSP core clock frequency
  • Uses the exact same 256-ball PBGA package with identical pin assignments
  • Lacks custom ROM-coded bootloader or firmware; application software must be loaded from external flash memory during startup.

The OMAPL137DZKB4 is a pin-compatible dual-core processor that integrates the same 456 MHz C674x DSP core along with an ARM9 CPU. This provides a clear upgrade path, but firmware adjustments are required to manage the ARM9 core bootloader sequence.

  • Shares the identical 256-pin PBGA package footprint and pin configuration
  • Includes an integrated ARM926EJ-S co-processor in addition to the 456 MHz C674x DSP core
  • Requires software modification to configure or bypass the integrated ARM9 processor core during the boot sequence.
  • Lacks the custom ROM bootloader; requires code storage in external flash.
Lifecycle StatusActiveActiveActive
Market AvailabilityNon-stockIn stockIn stock
REACHUnknownREACHREACH
RoHSUnknownRoHSRoHS
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