Sony FE 24-50mm F2.8 G vs Sony FE 28-60mm F4-5.6

Every spec side by side, from each maker's published figures.

Better figure, where one is clearly better

FE 24-50mm F2.8 G compared with FE 28-60mm F4-5.6
SonyFE 24-50mm F2.8 GSonyFE 28-60mm F4-5.6
Overview
ReleasedMay 2024October 2020
Optics
Lens typeZoomZoom
Focal length24–50 mm28–60 mm
Maximum aperturef/2.8f/4–5.6
Minimum aperturef/22f/22–32
Optical construction16 elements in 13 groupsEight elements in seven groups
Special elementsFour aspherical elements and two ED glass elementsThree aspherical elements
CoatingsFluorine coating on the front element–
Diaphragm11 rounded bladesSeven rounded blades
Angle of view84–47° full frame; 61–32° APS-C75°–40° full frame; 54°–27° APS-C
Mount and compatibility
MountsSony ESony E
Image circleFull frameFull frame
Image circle detailFull-frame coverage; 36–75 mm equivalent field of view on APS-CFull-frame coverage; 42–90 mm equivalent field of view on APS-C
Teleconverter supportNot compatible with SEL14TC or SEL20TCNot compatible with Sony E-mount teleconverters
Focus and stabilisation
AutofocusYesYes
Minimum focus distance0.18 m (manual focus)0.3 m
Maximum magnification0.33× (manual focus)0.16×
Optical stabilisationNoNo
Autofocus detailTwo linear motors; supports Alpha 9 III AF/AE tracking up to 120 fps under Sony test conditions; actual speed depends on shooting conditions and focus modeLinear motor with internal focusing
Focus distance detailAutofocus minimum 0.19 m at 24 mm and 0.30 m at 50 mm; manual focus minimum 0.18 m at 24 mm and 0.29 m at 50 mm; Linear Response MF0.3 m minimum at 28 mm; 0.45 m at 60 mm
Magnification detailMaximum magnification 0.30× with autofocus or 0.33× with manual focus0.16× maximum magnification
Stabilisation detailNo lens stabilisation; compatible bodies provide stabilisationNo optical stabilisation; compatible camera body stabilisation can be used
Video featuresBreathing compensation on compatible bodies may alter angle of view and image quality, with compensation not guaranteed in every situation. Supports compatible-body Active Mode stabilisation with a narrower angle of view; 4K120p/FHD240p tracking depends on the cameraInternal focusing keeps lens length unchanged during focus adjustment
Design
Dust and moisture resistantYesYes
Filter diameter67 mm40.5 mm
Maximum diameter74.8 mm66.6 mm
Length92.3 mm45 mm
Weight440 g167 g (better)
ControlsAperture ring with click on/off, AF/MF switch and one customisable focus-hold buttonManual-focus ring and mechanical zoom ring
Zoom designShort extending zoom barrel; Sony qualifies its small centre-of-gravity shift for gimbal useManual retractable zoom; rotate zoom ring to extend lens before shooting
Weather resistanceDust- and moisture-resistant design; not guaranteed completely dust- or moisture-proofDust and moisture resistant design; not guaranteed to prevent all ingress
Dimensions detail–66.6 mm maximum diameter × 45 mm retracted length; lens extends for shooting
Weight detailApproximately 440 g lens; separate hood and caps excludedApproximately 167 g lens; separate caps excluded
Lens hoodALC-SH178 petal bayonet hoodNo hood supplied
In the boxALC-SH178 hood, ALC-F67S front cap and ALC-R1EM rear cap; no caseALC-F405S front cap and ALC-R1EM rear cap; no case supplied
Release detailSony UK and North America specify May 2024 availability. Sony Japan revised its original 19 April date to 17 May in an update dated 5 April. Photography Blog gives April; the revised maker sale evidence takes priority. Maker dimensions, 67 mm filter and 36–75 mm APS-C equivalent take priority over typographic mistakes in review textSony Hong Kong specifies Alpha 7C retail availability from the beginning of October 2020, including its FE 28–60 mm kit. Sony Japan specifies kit sale on 23 October 2020 and later separate lens sale on 29 January 2021; main release records first kit availability, not standalone sale. Announcement 14 September from Sony Alpha Universe US. Two independent full reviews read: Photography Blog Mark Goldstein on Alpha 7C and Digital Camera World Rod Lawton. Preserve real-world versus lab corner qualifications and distortion-correction dependence. No inferred predecessor link

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