Hardware Library
Search 19,000+ car audio products across 193 brands, run the wiring and impedance calculator, and import your shop's inventory from Excel β all in one place.
On this page
What's in the Library
Product Categories
- Amplifiers (Class A/B/D, mono, multi-channel)
- Speakers (component sets, coaxials, subs)
- Signal processors (DSPs, equalizers)
- Head units (source units, OEM integration)
- Wiring (wire, fuses, connectors, terminals)
- Enclosures (sealed, ported, bandpass)
- Accessories (sound deadening, mounting hardware)
What's Stored Per Product
- Brand and model name
- SKU / part number
- MSRP
- Key specs (power ratings, impedance, sensitivity, T/S parameters for speakers)
- Product image (where available)
- Compatibility notes
Searching the Catalog
Wiring & Impedance Calculator
The wiring calculator helps you plan speaker wiring configurations β finding the final impedance when wiring multiple speakers in series, parallel, or combinations.
How to Use the Wiring Calculator
- Go to Hardware β Wiring Calculator
- Select your subwoofer model (pulls speaker impedance from the library automatically)
- Enter the number of voice coils (DVC = dual voice coil)
- Select the wiring configuration: Series, Parallel, or Series-Parallel
- The calculator shows the final impedance the amplifier will see, and a wiring diagram
| Configuration | Formula | When to Use |
|---|---|---|
| Series | Total Ξ© = sum of all speaker Ξ© | Raises impedance β fewer subs or higher-impedance target |
| Parallel | Total Ξ© = 1 / (1/Ξ©β + 1/Ξ©β + ...) | Lowers impedance β more power from amp |
| Series-Parallel | Combination of both | Multiple woofers, specific target impedance |
Importing Your Inventory from Excel
If your shop already has a product inventory in a spreadsheet, you can import it directly into Tuning Labs. This populates your work orders with your own inventory instead of searching the general catalog.
AI Compatibility Check
The AI Advisor's Compatibility Check mode uses the hardware library to verify that your amp, speakers, and DSP will work well together. It checks:
- Amplifier power vs. speaker power handling (RMS matching)
- Impedance compatibility (amp min Ξ© vs. speaker Ξ©)
- Sensitivity matching (will the speakers play at similar levels?)
- DSP output voltage vs. amplifier input sensitivity
To run it: go to AI Advisor β Compatibility Check and select your components from the hardware library.