Head to head · specs cited · drawn to scale
Olympus OM-D E-M10 Mark IV vs OM System OM-5
Every spec below is quoted from the makers' official pages — where a figure isn't published we say so rather than guess. Sizes are drawn at true relative scale from published dimensions, and the bag-fit row is computed against our measured bag catalog.
The 3 biggest published differences
- EVF resolution: the E-M10 IV leads at 2360K dots vs the OM-5's 2.360K dots.
- Burst — electronic: the OM-5 leads at Approx. 30fps (silent, H); Approx. 10fps (L) vs the E-M10 IV's Approx. 15fps.
- In-body stabilisation: the OM-5 leads at Up to 7.5 EV steps (Sync IS); Up to 6.5 EV steps (Sensor shift) vs the E-M10 IV's 4.5.
E-M10 IV Micro Four Thirds | OM-5 Micro Four Thirds | |
|---|---|---|
| Overview | ||
| Type | Mirrorless | Mirrorless |
| Format | 4/3'' (Four Thirds) | 4/3'' (Micro Four Thirds), 17.3 x 13.0mm |
| Lens mount | Micro Four Thirds | Micro Four Thirds |
| Released | —, not published | —, not published |
| Sensor & Image | ||
| Sensor type | Live MOS sensor | 4/3'' Live MOS sensor |
| Sensor size | 4/3'' (Four Thirds) | 4/3'' (Micro Four Thirds), 17.3 x 13.0mm |
| Resolution (MP) | 20.3 | 20.4 Megapixels (effective); 21.8 Megapixels (full) |
| In-body stabilisation | 4.5 | Up to 7.5 EV steps (Sync IS); Up to 6.5 EV steps (Sensor shift) |
| ISO range | 200 (Manual); LOW approx.100 extended | ISO LOW - 25600 |
| Autofocus & Speed | ||
| AF system | Contrast Detection AF system | TTL phase difference detection system, contrast detection system |
| Subject detection | 121 points / All target, Group target (9-areas), Single target | 121 points (all cross type); Eye Detect AF; predictive AF |
| Burst — mechanical | Approx. 8.7fps | Approx. 10fps (H); 6fps (L) |
| Burst — electronic | Approx. 15fps | Approx. 30fps (silent, H); Approx. 10fps (L) |
| Video | ||
| Max video | 4K (3840 x 2160) / 30p, 25p, 24p | 4096 x 2160 (C4K) / 24p; 3840 x 2160 (4K) / 30p |
| Codecs / sampling | MOV(MPEG-4AVC/H.264) | MOV (MPEG-4AVC/H.264) |
| Recording limit | 29min | Up to card capacity |
| Viewfinder & Screen | ||
| EVF resolution | 2360K dots | 2.360K dots |
| EVF magnification | Max. 1.23x | Max. 1.37x with a 50mm lens |
| Rear screen | 7.6cm / 3.0'' (3:2), 1037K dots, tilting touch panel | 3.0'' (3:2), 1037K dots, Vari-angle LCD - Touch Panel |
| Body & Handling | ||
| Dimensions (W×H×D) | 121.7 × 84.6 × 49 mm | 125.3 × 85.2 × 49.7 mm |
| Weight (body) | 383 g | 414 g |
| Weather sealing | —, not published | IP53 (operating temperature -10 - 40 C) |
| Shutter durability | —, not published | —, not published |
| Power & Storage | ||
| Battery life (CIPA) | Approx. 360 images | 310 shots |
| Battery | BLS-50 Lithium-Ion Battery | BLS-50 Lithium-Ion Battery |
| Card slots | SD Memory Card (SDHC, SDXC, UHS-I, UHS-II) | Single SD (UHS-II compatible) |
| Connectivity | ||
| USB | —, not published | USB 2.0 High Speed |
| Wireless | Bluetooth®, Wi-Fi | Wi-Fi and Bluetooth present |
| HDMI | Micro connector (Type D) | Micro connector (Type D) |
| Price | ||
| Launch price | $599.99 | —, not published |
| Size, to scale | ||
Front view, drawn at the same scale from each maker's published W×H (mm). | ||
| Smallest bag that fits | ||
| Body + standard zoom | Think Tank Mirrorless Mover 20 V2 Fits body only · View at B&H Photo Video | Think Tank Mirrorless Mover 20 V2 Fits body only · View at B&H Photo Video |
Sources
“4/3'' Live MOS sensor; Effective pixels 20.3 Megapixels; Built-in 5-axis Up to 4.5 EV steps; 121 points / All target, Group target (9-areas), Single target; Approx. 8.7fps (mech.) / Approx. 15fps (electronic)”
“4/3'' Live MOS sensor, 20.4 Megapixels effective, 4:3 / 17.3 x 13.0mm; Sensor shift, Up to 7.5 EV steps Sync IS; TTL phase difference detection system, contrast detection system, 121 points; EVF 2.360K dots, Max. 1.37x with a 50mm lens; BLS-50 Lithium-Ion Battery, 310 shots”
Spec values are the manufacturers' published figures, compared factually — we don't rank cameras. Fit verdicts are planning estimates from published interior dimensions, not guarantees. See methodology.
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