Can I use Canon EF lenses on an RF body?

Yes — the Canon EF-EOS R adapter is a pure mechanical spacer (24 mm thick, no glass) that bridges EF's 44 mm flange to RF's 20 mm flange while passing the 8-pin EF protocol through to RF's 12-pin connector. AF, IS, and electronic aperture work on every EF and EF-S lens since 1987 across every RF body (R5, R6, R3, R7, R8, R10).

Why does Canon RF use a 12-pin connector instead of EF's 8-pin?

The four extra pins carry higher-bandwidth lens-to-body communication, used for in-lens metadata pass-through, the new RF Control Ring, and Dual Pixel CMOS AF II's per-frame focus telemetry. EF lenses still autofocus on RF through the adapter because the adapter exposes only the 8 EF-protocol pins to the lens — the RF body falls back to the EF subset automatically.

Is there a Canon RF-to-Sony-E adapter?

No usable one — Canon RF's electronic protocol is proprietary and undocumented, so no third party has produced a smart RF-to-E adapter with AF. Mechanical-only RF-to-E adapters exist (Fotodiox, Urth) but they break AF, IS, and aperture control. The standard cross-system path for Canon glass onto Sony E remains EF lens → Sony E body via the Sigma MC-11 or Metabones, not RF.

Canon · Mirrorless mount

Canon RF — flange distance, protocol, and adapter compatibility

Canon's full-frame mirrorless mount. Same 54 mm throat as EF but 20 mm flange (vs EF's 44 mm) and a 12-pin contact array supporting faster lens-to-body bandwidth. Mechanical-only EF→RF adapters are 24 mm thick, preserving every EF and EF-S lens's autofocus, IS, and aperture control with no glass.

Mount specifications

Flange focal distance: 20 mm
Throat diameter: 54 mm
Electronic protocol: Canon RF
Supported formats: full-frame, APS-C
Manufacturer: Canon
Introduced: 2018
Status: Active production

Canon RF on the flange-distance axis

Canon RF sits at 20 mm — highlighted in orange below. The flange-distance gap between the mirrorless and SLR clusters is the room a mechanical adapter occupies; that gap is why almost every SLR lens adapts onto every mirrorless body, and why the reverse is mechanically impossible.

Flange focal distance (mm)SLR / DSLRMirrorlessRangefinderMedium-format mirrorlessCinemaLegacy SLR

Adapting Canon RF lenses onto other bodies

You own Canon RF glass and want to mount it on a body with a different lens mount. Rows are sorted by feasibility.

Body mount	Result	Adapter examples	Caveats
Body mount Canon RF (cine) flange 20 mm	Native AF fullIS fullAp. electronic	no adapter required — stills RF glass mounts natively on Canon RF-mount cinema bodies (C70, C400, R5 C)	Cinema RF bodies preserve every stills-RF feature: Dual Pixel CMOS AF II, in-lens IS, electronic aperture and Control Ring. C70 and C400 use the standard RF mount; no special adapter is needed for RF-mount L-series stills lenses.
Body mount Canon EF-M flange 18 mm	Mechanical MFIS lens-onlyAp. wheel1.5× crop	generic mechanical adapter ring (multiple vendors)	Mechanical adapter only — no electronic communication between Canon RF lens and Canon EF-M body. Lens has no aperture ring; choose an adapter with a built-in aperture-control wheel.
Body mount Nikon Z flange 16 mm	Mechanical MFIS lens-onlyAp. wheel	generic mechanical adapter ring (multiple vendors)	Mechanical adapter only — no electronic communication between Canon RF lens and Nikon Z body. Lens has no aperture ring; choose an adapter with a built-in aperture-control wheel.
Body mount Sony E (incl. FE) flange 18 mm	Mechanical MFIS lens-onlyAp. wheel	generic mechanical adapter ring (multiple vendors)	Mechanical adapter only — no electronic communication between Canon RF lens and Sony E (incl. FE) body. Lens has no aperture ring; choose an adapter with a built-in aperture-control wheel.
Body mount Fujifilm X flange 17.7 mm	Mechanical MFIS lens-onlyAp. wheel1.5× crop	generic mechanical adapter ring (multiple vendors)	Mechanical adapter only — no electronic communication between Canon RF lens and Fujifilm X body. Lens has no aperture ring; choose an adapter with a built-in aperture-control wheel.
Body mount C-mount flange 17.526 mm	Mechanical MFIS lens-onlyAp. wheel2.7× crop	generic mechanical adapter ring (multiple vendors)	Mechanical adapter only — no electronic communication between Canon RF lens and C-mount body. Lens has no aperture ring; choose an adapter with a built-in aperture-control wheel.
Body mount Fujifilm GFX (G-mount) flange 26.7 mm	Speed booster MFIS lens-onlyAp. wheelvignettes	Speed Booster / focal-reducer family	Flange clearance is only -6.7 mm — a plain mechanical adapter cannot reach infinity focus; a focal reducer (Speed Booster) with optical glass is required. Speed Boosters typically widen the effective focal length (~0.71×) and add ~1 stop of light, which can be desirable on crop bodies.	Speed Booster equivalence calculator Plug in any Canon RF lens and pick the focal-reducer family. The calc returns the effective focal length and aperture on a Fujifilm GFX (G-mount) (medium-format), plus the full-frame equivalent angle of view after the body's crop stacks on top. Lens focal length (mm)Max aperture (f/N)Focal-reducer family Effective focal length 35.5 mm 50.0 mm × 0.71 on the reducer. Effective aperture f/1.28 0.99 stops brighter than f/1.80. Full-frame equiv. angle of view 28.0 mm 35.5 mm × 0.79× (medium-format sensor crop). A focal reducer concentrates the lens's image circle, so both focal length and f-number scale by the same ratio (stops gained = `−2 · log₂(ratio)`). The body's crop factor still applies on top — the full-frame-equivalent angle-of-view multiplier is ratio × body crop. Calculator is informational; verify against the adapter vendor's per-lens compatibility chart before purchase.
Body mount Micro Four Thirds flange 19.25 mm	Speed booster MFIS lens-onlyAp. wheel2× crop	Speed Booster / focal-reducer family	Flange clearance is only 0.8 mm — a plain mechanical adapter cannot reach infinity focus; a focal reducer (Speed Booster) with optical glass is required. Speed Boosters typically widen the effective focal length (~0.71×) and add ~1 stop of light, which can be desirable on crop bodies.	Speed Booster equivalence calculator Plug in any Canon RF lens and pick the focal-reducer family. The calc returns the effective focal length and aperture on a Micro Four Thirds (MFT), plus the full-frame equivalent angle of view after the body's crop stacks on top. Lens focal length (mm)Max aperture (f/N)Focal-reducer family Effective focal length 35.5 mm 50.0 mm × 0.71 on the reducer. Effective aperture f/1.28 0.99 stops brighter than f/1.80. Full-frame equiv. angle of view 71.0 mm 35.5 mm × 2× (MFT sensor crop). A focal reducer concentrates the lens's image circle, so both focal length and f-number scale by the same ratio (stops gained = `−2 · log₂(ratio)`). The body's crop factor still applies on top — the full-frame-equivalent angle-of-view multiplier is ratio × body crop. Calculator is informational; verify against the adapter vendor's per-lens compatibility chart before purchase.
Body mount L-Mount flange 20 mm	Speed booster MFIS lens-onlyAp. wheel	Speed Booster / focal-reducer family	Flange clearance is only 0.0 mm — a plain mechanical adapter cannot reach infinity focus; a focal reducer (Speed Booster) with optical glass is required. Speed Boosters typically widen the effective focal length (~0.71×) and add ~1 stop of light, which can be desirable on crop bodies.	Speed Booster equivalence calculator Plug in any Canon RF lens and pick the focal-reducer family. The calc returns the effective focal length and aperture on a L-Mount (APS-C), plus the full-frame equivalent angle of view after the body's crop stacks on top. Lens focal length (mm)Max aperture (f/N)Focal-reducer family Effective focal length 35.5 mm 50.0 mm × 0.71 on the reducer. Effective aperture f/1.28 0.99 stops brighter than f/1.80. Full-frame equiv. angle of view 53.3 mm 35.5 mm × 1.5× (APS-C sensor crop). A focal reducer concentrates the lens's image circle, so both focal length and f-number scale by the same ratio (stops gained = `−2 · log₂(ratio)`). The body's crop factor still applies on top — the full-frame-equivalent angle-of-view multiplier is ratio × body crop. Calculator is informational; verify against the adapter vendor's per-lens compatibility chart before purchase.
Body mount Leica M flange 27.8 mm	Speed booster MFIS lens-onlyAp. wheel	Speed Booster / focal-reducer family	Flange clearance is only -7.8 mm — a plain mechanical adapter cannot reach infinity focus; a focal reducer (Speed Booster) with optical glass is required. Speed Boosters typically widen the effective focal length (~0.71×) and add ~1 stop of light, which can be desirable on crop bodies.	Speed Booster equivalence calculator Plug in any Canon RF lens and pick the focal-reducer family. The calc returns the effective focal length and aperture on a Leica M (APS-C), plus the full-frame equivalent angle of view after the body's crop stacks on top. Lens focal length (mm)Max aperture (f/N)Focal-reducer family Effective focal length 35.5 mm 50.0 mm × 0.71 on the reducer. Effective aperture f/1.28 0.99 stops brighter than f/1.80. Full-frame equiv. angle of view 53.3 mm 35.5 mm × 1.5× (APS-C sensor crop). A focal reducer concentrates the lens's image circle, so both focal length and f-number scale by the same ratio (stops gained = `−2 · log₂(ratio)`). The body's crop factor still applies on top — the full-frame-equivalent angle-of-view multiplier is ratio × body crop. Calculator is informational; verify against the adapter vendor's per-lens compatibility chart before purchase.

Adapting other lenses onto a Canon RF body

You own a Canon RF body and want to mount glass from other systems. Mirrorless-lens-onto-DSLR-body combinations are omitted (rear element collides with the mirror box).

Lens mount	Result	Adapter examples	Caveats
Lens mount Canon RF (cine) flange 20 mm	Native MFno ISAp. electronic	no adapter required — RF-cine glass mounts natively on every RF body	RF-cine lenses are mechanically and electronically stills RF with a cine-geared barrel — they mount native on R5, R6, R3, C70, C400, R5 C, etc. Canon CN-R primes carry electronic aperture but no AF motor; iris is body-controlled, focus is fully manual via 0.8 MOD geared ring.
Lens mount Canon EF flange 44 mm	Mechanical AF fullIS fullAp. electronic	Canon EF-EOS R (plain) Canon EF-EOS R with Control Ring Canon EF-EOS R Drop-In Filter (Variable ND / Circular Polarizer)	Every Canon EF lens since 1987 preserves full AF, IS, and electronic aperture. EF-S lenses auto-crop to APS-C; full-frame RF bodies switch to 1.6× crop mode.
Lens mount Canon EF-S flange 44 mm	Mechanical AF fullIS fullAp. electronicvignettes	Canon EF-EOS R	Body auto-crops to APS-C (1.6×); resolution drops accordingly on full-frame RF bodies.
Lens mount Canon FD flange 42 mm	Mechanical MFno ISAp. ring	generic mechanical adapter ring (multiple vendors)	Mechanical adapter only — no electronic communication between Canon FD lens and Canon RF body.
Lens mount Nikon F flange 46.5 mm	Mechanical MFIS lens-onlyAp. wheel	generic mechanical adapter ring (multiple vendors)	Mechanical adapter only — no electronic communication between Nikon F lens and Canon RF body. Lens has no aperture ring; choose an adapter with a built-in aperture-control wheel.
Lens mount Sony A / Minolta A flange 44.5 mm	Mechanical MFIS lens-onlyAp. wheel	generic mechanical adapter ring (multiple vendors)	Mechanical adapter only — no electronic communication between Sony A / Minolta A lens and Canon RF body. Lens has no aperture ring; choose an adapter with a built-in aperture-control wheel.
Lens mount Fujifilm GFX (G-mount) flange 26.7 mm	Mechanical MFIS lens-onlyAp. wheel1.27× crop	generic mechanical adapter ring (multiple vendors)	Mechanical adapter only — no electronic communication between Fujifilm GFX (G-mount) lens and Canon RF body. Lens has no aperture ring; choose an adapter with a built-in aperture-control wheel.
Lens mount M42 (Pentax / Praktica screw mount) flange 45.46 mm	Mechanical MFno ISAp. ring	generic mechanical adapter ring (multiple vendors)	Mechanical adapter only — no electronic communication between M42 (Pentax / Praktica screw mount) lens and Canon RF body.
Lens mount Leica M flange 27.8 mm	Mechanical MFno ISAp. ring	generic mechanical adapter ring (multiple vendors)	Mechanical adapter only — no electronic communication between Leica M lens and Canon RF body.
Lens mount Pentax K flange 45.46 mm	Mechanical MFIS lens-onlyAp. wheel	generic mechanical adapter ring (multiple vendors)	Mechanical adapter only — no electronic communication between Pentax K lens and Canon RF body. Lens has no aperture ring; choose an adapter with a built-in aperture-control wheel.
Lens mount PL (Positive Lock) flange 52 mm	Mechanical MFno ISAp. ring	Wooden Camera PL-RF IBE Optics PL-to-RF Mount Module (interchangeable on C70 / C400) Vocas PL-RF	Pure mechanical — PL has no electronic interface, so AF / IS / electronic iris are all n/a. Cooke /i or ZEISS eXtended Data contacts (where present) are not currently surfaced through these RF adapters.
Lens mount Canon EF (cine) flange 44 mm	Mechanical MFno ISAp. electronic	Canon EF-EOS R (plain) — works for any EF-cine prime or zoom Canon EF-EOS R 0.71× Cinema Speed Booster (Super 35-to-full-frame relay, designed for Canon EF-cine on C70's S35 sensor — note: the C70 itself is S35, but full-frame R5/R5 C also accept this adapter on the EF-cine glass)	Mechanically identical to mounting any EF lens on an RF body — the 24 mm EF-EOS R adapter preserves electronic aperture and is fully transparent. AF stays manual-only because the cine lens has no AF motor; iris control is body-driven via the EF pins.
Lens mount Exakta flange 44.7 mm	Mechanical MFno ISAp. ring	generic mechanical adapter ring (multiple vendors)	Mechanical adapter only — no electronic communication between Exakta lens and Canon RF body.
Lens mount T-mount (T2) flange 55 mm	Mechanical MFno ISAp. ring	generic mechanical adapter ring (multiple vendors)	Mechanical adapter only — no electronic communication between T-mount (T2) lens and Canon RF body.
Lens mount Praktica B flange 44.4 mm	Mechanical MFno ISAp. ring	generic mechanical adapter ring (multiple vendors)	Mechanical adapter only — no electronic communication between Praktica B lens and Canon RF body.
Lens mount Konica AR flange 40.5 mm	Mechanical MFno ISAp. ring	generic mechanical adapter ring (multiple vendors)	Mechanical adapter only — no electronic communication between Konica AR lens and Canon RF body.
Lens mount Minolta SR / MC / MD flange 43.5 mm	Mechanical MFno ISAp. ring	generic mechanical adapter ring (multiple vendors)	Mechanical adapter only — no electronic communication between Minolta SR / MC / MD lens and Canon RF body.
Lens mount Olympus OM flange 46 mm	Mechanical MFno ISAp. ring	Fotodiox Pro OM-EOS R K&F Concept OM-EOS R Urth OM to Canon RF	26 mm flange clearance — generous adapter thickness; OM lenses hit infinity comfortably on full-frame R5/R6/R3 and APS-C R7/R10/R50. Manual focus + manual aperture only. Canon RF bodies offer focus peaking and magnified focus assist in the EVF — usable workflow for stills.
Lens mount Contax/Yashica (C/Y) flange 45.5 mm	Mechanical MFno ISAp. ring	generic mechanical adapter ring (multiple vendors)	Mechanical adapter only — no electronic communication between Contax/Yashica (C/Y) lens and Canon RF body.
Lens mount Canon EF-M flange 18 mm	Speed booster MFIS lens-onlyAp. wheelvignettes	Speed Booster / focal-reducer family	Flange clearance is only -2.0 mm — a plain mechanical adapter cannot reach infinity focus; a focal reducer (Speed Booster) with optical glass is required. Speed Boosters typically widen the effective focal length (~0.71×) and add ~1 stop of light, which can be desirable on crop bodies.
Lens mount Nikon Z flange 16 mm	Speed booster MFIS lens-onlyAp. wheel	Speed Booster / focal-reducer family	Flange clearance is only -4.0 mm — a plain mechanical adapter cannot reach infinity focus; a focal reducer (Speed Booster) with optical glass is required. Speed Boosters typically widen the effective focal length (~0.71×) and add ~1 stop of light, which can be desirable on crop bodies.
Lens mount Sony E (incl. FE) flange 18 mm	Speed booster MFIS lens-onlyAp. wheel	Speed Booster / focal-reducer family	Flange clearance is only -2.0 mm — a plain mechanical adapter cannot reach infinity focus; a focal reducer (Speed Booster) with optical glass is required. Speed Boosters typically widen the effective focal length (~0.71×) and add ~1 stop of light, which can be desirable on crop bodies.
Lens mount Fujifilm X flange 17.7 mm	Speed booster MFIS lens-onlyAp. wheelvignettes	Speed Booster / focal-reducer family	Flange clearance is only -2.3 mm — a plain mechanical adapter cannot reach infinity focus; a focal reducer (Speed Booster) with optical glass is required. Speed Boosters typically widen the effective focal length (~0.71×) and add ~1 stop of light, which can be desirable on crop bodies.
Lens mount Micro Four Thirds flange 19.25 mm	Speed booster MFIS lens-onlyAp. wheelvignettes	Speed Booster / focal-reducer family	Flange clearance is only -0.8 mm — a plain mechanical adapter cannot reach infinity focus; a focal reducer (Speed Booster) with optical glass is required. Speed Boosters typically widen the effective focal length (~0.71×) and add ~1 stop of light, which can be desirable on crop bodies.
Lens mount L-Mount flange 20 mm	Speed booster MFIS lens-onlyAp. wheel	Speed Booster / focal-reducer family	Flange clearance is only 0.0 mm — a plain mechanical adapter cannot reach infinity focus; a focal reducer (Speed Booster) with optical glass is required. Speed Boosters typically widen the effective focal length (~0.71×) and add ~1 stop of light, which can be desirable on crop bodies.
Lens mount C-mount flange 17.526 mm	Speed booster MFIS lens-onlyAp. wheelvignettes	Speed Booster / focal-reducer family	Flange clearance is only -2.5 mm — a plain mechanical adapter cannot reach infinity focus; a focal reducer (Speed Booster) with optical glass is required. Speed Boosters typically widen the effective focal length (~0.71×) and add ~1 stop of light, which can be desirable on crop bodies.

Adapter SKU teardown

Curated adapter SKUs that involve the Canon RF mount on either side, with the operational specifics — body-side electronic contact count, firmware-update path, weather sealing, and whether optical glass is in the path.

Canon EF-EOS R
released 2018
Canon EF lens → Canon RF body
- 12 body-side contacts
- no firmware updates
- weather sealed
- no glass — pass-through
- Canon-first-party adapter for EF / EF-S → RF / RF-S bodies. Preserves AF, IS, electronic aperture on every EF lens since 1987.
- Three variants: plain, Control Ring (extra rotation ring), Drop-In Filter (variable ND or circular polarizer slides in).
Viltrox EF-EOS R5 (autofocus EF-to-RF)
released 2024
Canon EF lens → Canon RF body
- 12 body-side contacts
- firmware updatable
- not weather sealed
- no glass — pass-through
- Third-party alternative to Canon's official EF-EOS R; significantly cheaper, similar AF behaviour on most EF lenses.
- Firmware-updatable via USB-C, which is uncommon for the price point.
Firmware history
1. v1.002024
  - Initial release covering R5 / R6 / R6 Mark II + curated Canon EF lens list
2. v1.102024
  - Refined AF performance with EF 70-200 f/2.8L IS III / EF 100-400 f/4.5-5.6L IS II
  - EOS R3 / R5 specific tuning
Approximate milestones — verify against the Viltrox firmware page for the authoritative changelog.
K&F Concept M42-EOS R Pro
released 2020
M42 (Pentax / Praktica screw mount) lens → Canon RF body
- no firmware updates
- not weather sealed
- no glass — pass-through
- Pro-line M42 screw-mount onto Canon RF — Canon's 20 mm flange (vs Canon EF's 44 mm) leaves plenty of clearance for the adapter's body, and infinity calibrates cleanly on every R-line body (R5 / R6 / R6 II / R3 / R8 / R10 / R50 / R100).
- Mechanical-only — no electronics, no AF. Aperture is controlled by the M42 lens's own ring or stop-down lever. RF body's focus magnification and peaking aids handle manual focus.
Novoflex EOSR/LEM
released 2019
Leica M lens → Canon RF body
- no firmware updates
- not weather sealed
- no glass — pass-through
- CNC-machined-in-Germany aluminum body, dual-screw bayonet retention, per-unit infinity-focus calibration with paper spec sheet. Leica M-mount glass (Leica, Voigtländer VM, Zeiss ZM, Konica M-Hexanon, 7Artisans) onto Canon RF bodies (R5 II / R5 / R6 II / R3 / R8 / R10).
- Mechanical-only — no AF, no electronic communication. Manual focus only with the RF body's focus peaking and magnify aids. The 20 mm RF flange + 27.8 mm M-mount flange leaves the adapter as a short, rigid ring (~8 mm thick).
- Lifetime warranty against manufacturing defects; the most expensive M → RF adapter on the market (~3-5× K&F / Urth equivalents).
Commlite CM-EF-EOS R
released 2019
Canon EF lens → Canon RF body
- 12 body-side contacts
- firmware updatable
- not weather sealed
- no glass — pass-through
- Third-party EF → Canon RF adapter at ~50% the price of Canon's first-party EF-EOS R. Preserves AF / IS / electronic aperture on every EF / EF-S Canon and Sigma DG / Tamron Di USM / STM lens; USB-C firmware updatable.
- Functionally similar to Viltrox EF-EOS R5; Viltrox tracks slightly better on EF L super-telephotos in side-by-side tests, Commlite costs slightly less. Both lack the weather sealing of Canon's official adapter.
Firmware history
1. v1.02019
  - Initial release — Canon EF / EF-S onto Canon RF (R / RP / R5 / R6) with AF / IS / electronic aperture
2. v2.02022
  - R5 II / R6 II / R7 / R10 / R8 PDAF rule alignment
  - EF-S APS-C crop-mode handling refinements
Approximate milestones — verify against the Commlite firmware page for the authoritative changelog.
Fotodiox FD-RF
released 2019
Canon FD lens → Canon RF body
- no firmware updates
- not weather sealed
- no glass — pass-through
- Canon FD / FL breech-lock and New FD (FDn) bayonet lenses onto Canon RF bodies. Mechanical-only — Canon abandoned FD in 1987 and never made a first-party FD→RF adapter, so a third-party ring (Fotodiox / Urth / K&F) is the only path. No AF, no electronics.
- Built-in aperture actuator: FD lenses sit wide open off-camera, so the adapter holds the stop-down lever and the lens's own aperture ring then controls the diaphragm. The 42 mm FD flange clears RF's 20 mm by 22 mm — glassless, infinity preserved.

References

https://en.wikipedia.org/wiki/Canon_RF_mount

Common questions

Can I use Canon EF lenses on an RF body?: Yes — the Canon EF-EOS R adapter is a pure mechanical spacer (24 mm thick, no glass) that bridges EF's 44 mm flange to RF's 20 mm flange while passing the 8-pin EF protocol through to RF's 12-pin connector. AF, IS, and electronic aperture work on every EF and EF-S lens since 1987 across every RF body (R5, R6, R3, R7, R8, R10).
Why does Canon RF use a 12-pin connector instead of EF's 8-pin?: The four extra pins carry higher-bandwidth lens-to-body communication, used for in-lens metadata pass-through, the new RF Control Ring, and Dual Pixel CMOS AF II's per-frame focus telemetry. EF lenses still autofocus on RF through the adapter because the adapter exposes only the 8 EF-protocol pins to the lens — the RF body falls back to the EF subset automatically.
Is there a Canon RF-to-Sony-E adapter?: No usable one — Canon RF's electronic protocol is proprietary and undocumented, so no third party has produced a smart RF-to-E adapter with AF. Mechanical-only RF-to-E adapters exist (Fotodiox, Urth) but they break AF, IS, and aperture control. The standard cross-system path for Canon glass onto Sony E remains EF lens → Sony E body via the Sigma MC-11 or Metabones, not RF.

Mount specifications

Canon RF on the flange-distance axis

Adapting Canon RF lenses onto other bodies

Adapting other lenses onto a Canon RF body

Adapter SKU teardown

Canon EF-EOS R

Viltrox EF-EOS R5 (autofocus EF-to-RF)

K&F Concept M42-EOS R Pro

Novoflex EOSR/LEM

Commlite CM-EF-EOS R

Fotodiox FD-RF

References

Common questions

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