Part Information Review

flux

I reviewed the part project for TDA4VM88TGCALFRQ1.
  • The official datasheet URL is already set to TI: https://www.ti.com/lit/gpn/TDA4VM-Q1, so I did not change that.
  • For this kind of audit, the key checks are: use the datasheet as source of truth, verify exact pin-count match, and verify symbol terminals align with footprint pads
Summary

Table

AreaResult
MPNTDA4VM88TGCALFRQ1
ManufacturerTexas Instruments
Datasheet URLPresent and official TI URL
Package from TIFCBGA (ALF)
Package size24 mm x 24 mm
Pitch0.8 mm
Pin/ball count from TI827
Schematic terminal count827
PCB pad count827
Footprint count in layout1
Internal symbol/footprint count consistencyMatch
Pin Number propertyAppears populated on reviewed terminals
Pin Type propertyPresent, but currently Unspecified on reviewed terminals
Key specs
From TI’s official product/datasheet pages:
  • Automotive ADAS / autonomous-vehicle SoC
  • Dual Arm Cortex-A72
  • 6x Arm Cortex-R5F
  • C7x DSP
  • GPU
  • Up to 8 TOPS AI acceleration
  • Operating temperature listed by TI as -40 C to 125 C
  • Package: 827-pin FCBGA (ALF), 24 mm x 24 mm, 0.8 mm pitch
  • TI marks Q1 variants as AEC-Q100 qualified
Cross-check results What matches
  • Pin count matches exactly: the project has 827 terminals and the layout has 827 pads, which matches TI’s 827-pin/ball package listing. That is the most important structural check in a part project audit
  • The PCB footprint naming is consistent with the package:
    • footprint asset indicates BGA827...
    • project layout shows a single footprint
  • Sampled terminal names and pad names appear internally consistent.
Gaps / issues flagged
  • Pin Type metadata is not properly classified. The terminals I inspected all had Pin Type: Unspecified.
    • For an IC/SoC part like this, that is a metadata gap. The recommended audit flow is to assign concrete pin types from the datasheet rather than leave them unspecified
  • I did not see evidence that richer symbol metadata has been filled in, such as:
    • Pin Description
    • Section
    • Pin Group
    • Pin Orientation
    • Sub-symbol Designator Suffix These are especially important for large IC-style parts to make the symbol usable and readable
  • Your visible project properties currently include:
    • Datasheet URL
    • Designator Prefix
    • Manufacturer Part Number
    • Manufacturer Name
  • I do not currently see project-level properties like:
    • Part Type
    • Package or Case Code
    • Operating Voltage
    • Operating Temperature
    • Implementation Details
Mismatches found
No hard mismatch found yet in:
  • MPN
  • manufacturer
  • datasheet URL
  • package ball count vs symbol count
  • package ball count vs footprint pad count
Main concern
The project looks structurally correct, but semantically incomplete:
  • correct package/count
  • but symbol pin metadata is still too generic to be high quality
If you want, I can do the next pass and fill in the missing project properties plus classify all pins from the datasheet.
Classify all pins
Add missing properties
Check footprint details
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    Generic Inductor
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  • Generic Resistor
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TDA4VM88TGCALFRQ1

TDA4VM88TGCALFRQ1 thumbnail
Microprocessors - MPU Dual Arm Cortex -A7 2 SoC and C7x DSP wi DISC-BY-MFG-03/25 Microprocessors - MPU Automotive system-on -a-chip for L2 L3 a TDA4VM88TGCALFR

Properties

TDA4VM88TGCALFRQ1

Texas Instruments

Integrated Circuit

ti.com/lit/gpn/TDA4VM-Q1

IC

Integrated Circuit

Parametric

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