Vintage cartridges often exist in multiple revisions (body/stylus variants) and may be decades old, so published specs can vary. If a field shows “—”, it wasn’t listed for that model. Please verify critical specs before buying.
How to interpret vintage cartridge specs (quick guide)
- MM vs MI vs MC: Moving-magnet (MM) and moving-iron (MI) typically output a few mV and run into 47 kΩ. Moving-coil (MC) outputs are often lower and usually need different gain/loading.
- Output voltage: Higher output generally means easier gain matching, but not necessarily “better.” Compare like-for-like test conditions (1 kHz, 5 cm/s is common).
- Compliance & tonearm match: Higher compliance cartridges usually prefer lower-mass arms; low compliance can suit heavier arms. Specs can be quoted at different frequencies (10 Hz vs 100 Hz), so treat numbers as approximate.
- Loading: MM often assumes 47 kΩ and a capacitive range; MC often lists a recommended resistive load. Vintage documentation can be inconsistent.
- Stylus profile: Conical is forgiving; elliptical is more detailed; line-contact shapes (Shibata/MicroLine/etc.) can track inner grooves better but are fussier about setup.
- Vintage reality: Revisions, OEM vs aftermarket styli, and retipping can change the “real” specs. Always verify with the sources listed for the exact stylus you plan to use.
Cartridge A
Select a cartridge to see specs.
Cartridge B
Select a cartridge to see specs.
Sources list (for convenience)
Links below include manufacturer pages when available, plus third-party databases, manuals, and archived spec sheets. Some resources may require a login. If a model has no dedicated page, the link is a search query.
About this Vintage Phono Cartridge Reference Database
Vintage cartridges can be confusing to shop for because the same body can show up under multiple names, and published specs often differ depending on the year, the stylus assembly, or the test method. This page is a practical reference database that pulls scattered specs into one place so you can compare models side-by-side and build smarter shortlists before you start hunting for a good example (or the right replacement stylus).
The database focuses on the numbers that actually affect setup: generator type (MM/MI/MC), output voltage, recommended loading, tracking force, compliance, body weight, and stylus profile. When a spec isn’t listed in the source material, the tool shows “—” rather than guessing. When a value is commonly reported but not consistently documented, the Notes field calls that out so you know what to double‑check.
What “compare specs side-by-side” gets you
Use the comparison tool above as a quick “fit check.” Pick Cartridge A and Cartridge B, then scan tracking force and compliance to see whether a cartridge is likely to be comfortable on your tonearm. Compare output voltage and loading to confirm your phono stage can provide the right gain and impedance. Stylus profile and tip dimensions help set expectations: conical tends to be forgiving, elliptical is a classic balance, and line‑contact shapes (Shibata, MicroLine, etc.) can track inner grooves well but demand careful alignment.
A reality check for vintage documentation
Because this is vintage gear, context matters as much as the headline numbers. Many models were sold with multiple styli (OEM, aftermarket, nude vs. bonded, different cantilever materials), and those swaps can shift compliance and recommended tracking force. Retipping and modern replacements can also change performance compared to the original brochure. Treat this database as a reference starting point, then verify anything “mission critical” against the linked sources for the exact stylus you plan to run.
Every entry includes a set of sources—manufacturer pages when available, plus manuals, spec sheets, archived catalogs, and reputable third‑party databases. The goal is transparency: you can see where each claim comes from, and you can follow the trail if you notice a revision or a conflicting spec. A solid workflow is to use this page to narrow the field, then confirm the final two or three candidates with primary documentation before you buy.
Below, you’ll find a collapsible make/model index of everything currently included. It’s plain HTML (so it’s easy to search, link to, and crawl), and it updates whenever the database is revised.
Browse all included cartridges (make/model index)
This index lists every cartridge currently in the database (126 total). Use the search box to filter by brand, model, or type.
| Brand | Model | Type |
|---|---|---|
| ADC | QLM 34 | MM (induced magnet / moving iron) |
| ADC | QLM 36 | MM (induced magnet / moving iron) |
| ADC | XLM Mk III | MI / induced magnet (MM-compatible loading) |
| ADC | ZLM | MI / induced magnet (MM-compatible loading) |
| Audio-Technica | AT-OC9 (original) | MC (low output) |
| Audio-Technica | AT12XE (AT12/13/14 family) | MM (VM/dual magnet family) |
| Audio-Technica | AT13Ea (AT12/13/14 family) | MM (VM/dual magnet family) |
| Audio-Technica | AT14Sa (AT12/13/14 family) | MM (VM/dual magnet family) |
| Audio-Technica | AT20SLa | MM |
| Audio-Technica | AT30E | MC (low output) |
| Audio-Technica | AT440ML | MM |
| Audio-Technica | AT7V | MM |
| Audio-Technica | AT91 | MM |
| Audio-Technica | AT95E (original) | MM (VM dual magnet family) |
| Denon | DL-102 | MC (mono) |
| Denon | DL-103 | MC (low output) |
| Denon | DL-103D | MC (low output) |
| Denon | DL-110 | MC (high output) |
| Denon | DL-160 | MC (high output) |
| Denon | DL-304 | MC (low output) |
| Denon | DL-305 | MC (low output) |
| Empire | 2000E/I | MM |
| Empire | 2000E/II | MM |
| Empire | 2000E/III | MM |
| Empire | 2000Z | MM |
| Empire | 4000D/I | MM |
| Empire | 4000D/II | MM |
| Empire | 4000D/III | MM |
| Empire | 999VE/X | MM |
| Grado | F1+ (F-series) | MI |
| Grado | Prestige Gold (Prestige/early generation) | MI |
| Grado | Signature 8MX (Signature/early generation) | MI |
| Grado | TLZ | MI (moving iron) |
| Koetsu | Black (early) | MC (low output) |
| Koetsu | Red (early) | MC (low output) |
| Nagaoka | MP-11 | MM |
| Ortofon | F15E Mk II | MI (VMS) |
| Ortofon | FF15E Mk II | MI (VMS) |
| Ortofon | FF15X Mk II | MI (VMS) |
| Ortofon | FF15XE Mk II | MI (VMS) |
| Ortofon | MC 10 | MC (low output) |
| Ortofon | MC 20 | MC (low output) |
| Ortofon | MC 200 | MC (low output) |
| Ortofon | MC 30 | MC (low output) |
| Ortofon | OM 10 | MM |
| Ortofon | OM 10 (early) | MM |
| Ortofon | OM 20 | MM |
| Ortofon | OM 30 | MM |
| Ortofon | OM 3E | MM |
| Ortofon | OM 40 | MM |
| Ortofon | OM 5E | MM |
| Ortofon | SPU Classic (Original / GM) | MC (low output) |
| Ortofon | Super OM 10 | MM |
| Ortofon | Super OM 20 | MM |
| Ortofon | Super OM 30 | MM |
| Ortofon | Super OM 40 | MM |
| Ortofon | Super OM 5E | MM |
| Ortofon | VMS 10E Mk II | MM (VMS) |
| Ortofon | VMS 20E Mk II | MM (VMS) |
| Ortofon | VMS 30 Mk II | MM (VMS) |
| Ortofon | VMS 3E Mk II | MM (VMS) |
| Ortofon | VMS 5E Mk II | MM (VMS) |
| Pickering | V-15 Micro IV AC | MI |
| Pickering | V-15 Micro IV ACE | MI |
| Pickering | V-15 Micro IV AM | MI |
| Pickering | V-15 Micro IV AME | MI |
| Pickering | V-15 Micro IV AT | MI |
| Pickering | V-15 Micro IV ATE | MI |
| Pickering | XSV-3000 | MI / MM (induced magnet) |
| Pickering | XSV-4000 | MI / MM (induced magnet) |
| Pickering | XSV-5000 | MM |
| Pickering | XV-15 | MI |
| Pickering | XV-15/1200E | MI / MM (induced magnet) |
| Pickering | XV-15/1400E | MI |
| Pickering | XV-15/1800-S | MI / MM (induced magnet) |
| Pickering | XV-15/625E | MI / MM (induced magnet) |
| Pickering | XV-15/750E | MI |
| Shure | M104E | MM |
| Shure | M105E | MM |
| Shure | M110HE | MM |
| Shure | M111HE | MM |
| Shure | M44-7 | MM |
| Shure | M44G | MM |
| Shure | M55E | MM |
| Shure | M75ED | MM |
| Shure | M91ED | MM |
| Shure | M92E | MM |
| Shure | M95ED | MM |
| Shure | M97HE | MM |
| Shure | M97xE | MM |
| Shure | SC35C | MM |
| Shure | V15 Type II | MM |
| Shure | V15 Type III | MM |
| Shure | V15 Type IV | MM |
| Shure | V15 Type V-MR | MM |
| Shure | V15VxMR | MM |
| Sony | XL-55 | MC (low output) |
| Stanton | 500 E MkIII | MM |
| Stanton | 500A Mk II | MI (induced magnet) |
| Stanton | 500AL | MM |
| Stanton | 500AL II | MM |
| Stanton | 500E Mk II | MM |
| Stanton | 500EE | MM |
| Stanton | 500EE Mk II | MI (induced magnet) |
| Stanton | 680AL | MI (induced magnet) |
| Stanton | 680EE | MI (induced magnet) |
| Stanton | 680EE/SX | MI (induced magnet) |
| Stanton | 680EL | MI (induced magnet) |
| Stanton | 680SL | MI |
| Stanton | 681/D11S (KAB) | MI (moving iron) |
| Stanton | 681A | MI (induced magnet) |
| Stanton | 681EEE | MI (induced magnet) |
| Stanton | 681SE | MI |
| Stanton | 747S | MM |
| Stanton | 750 | MI |
| Stanton | 780 | MI |
| Stanton | 785LZE | MI |
| Stanton | 881S | MM (samarium-cobalt) |
| Stanton | 890FS | MI |
| Stanton | 890SA | MI |
| Stanton | 980LZS | MI (low impedance / low output) |
| Stanton | 981HZS | MM (samarium-cobalt, high impedance) |
| Stanton | Epoch II HZ 9S | MI (induced magnet) |
| Stanton | L720EE (Universal) | MM |
| Supex | SD-1000 | MC (low output) |
| Supex | SD-900 | MC (low output) |