FitMyLensthe lens-by-mount reference

Does the Panasonic Lumix S PRO 70-200mm f/2.8 OIS take a teleconverter?

L-Mount · 70-200mm f/2.8 · thread and mount data verified 2026-08-29

4 teleconverters are supported. A teleconverter multiplies the focal length and costs you light — and on a crop body the framing multiplies again.

Both converters are supported and both stay usable: 98-280mm at f/4 with the 1.4x, 140-400mm at f/5.6 with the 2x. On a lens this fast the 2x is the unusual case of a 2x that does not cost you autofocus.

As an Amazon Associate we earn from qualifying purchases, at no extra cost to you. Affiliate links never affect our specs or which lenses we compare.

TeleconverterSupportedReachMax apertureOn APS-COn Micro Four Thirds
Panasonic DMW-STC14Yes — Lens firmware must be updated to the latest version. AUDIT-VERIFIED 2026-08-29: S-E70200 shows OK for all five tested teleconverters.98-280mmf/4147-420mm
Sigma TC-1411Yes — Cross-brand pairing officially tested by PANASONIC (not by Sigma). Both lens firmware (*1) and teleconverter firmware (*2) must be current. AUDIT-VERIFIED.98-280mmf/4147-420mm
Panasonic DMW-STC20Yes — Lens firmware must be updated to the latest version. AUDIT-VERIFIED.140-400mmf/5.6210-600mm
Sigma TC-2011Yes — Cross-brand pairing officially tested by Panasonic. Both firmwares must be current. AUDIT-VERIFIED.140-400mmf/5.6210-600mm

What each converter gives you

Panasonic DMW-STC14 — 98-280mm at f/4 on this lens, autofocus retained.

Panasonic DMW-STC20 — 140-400mm at f/5.6 on this lens, autofocus retained.

Sigma TC-1411 — 98-280mm at f/4 on this lens, autofocus retained.

Sigma TC-2011 — 140-400mm at f/5.6 on this lens, autofocus retained.

The lens itself: Panasonic Lumix S PRO 70-200mm f/2.8 OIS · every L-Mount lens: L-Mount lens index · all teleconverter compatibility

Compatibility sourced from the manufacturers' own published teleconverter compatibility statements (manufacturer teleconverter compatibility statements (Sony, Canon USA, Nikon, Fujifilm, Sigma, Panasonic, OM System) — each row carries its own source URL) and verified 2026-08-29. Reach and aperture figures are computed from the lens's own published focal length and maximum aperture — a 1.4x multiplies focal length by 1.4 and costs 1 stop; a 2x multiplies by 2 and costs 2 stops. Lenses whose compatibility we could not verify from a manufacturer statement are omitted rather than guessed. Methodology