Mixos vs DEM Earth
Mixos vs DEM Earth, compared honestly.
Both turn real elevation data into 3D terrain. DEM Earth is an established Cinema 4D plugin with deep data and imagery options; Studio is a browser 3D app that builds the terrain and the OpenStreetMap city on it from a box on a map. Here is where each one actually wins.
Feature by feature
Studio vs DEM Earth, line by line.
A lime check marks the tool with the edge on each row. Where it's a wash, neither gets one — including the rows DEM Earth wins.
| Feature | Studio | DEM Earth |
|---|---|---|
| Runs in | A WebGPU browser on Mac, Windows, Linux, ChromeOS or iPad | Cinema 4D on Windows or Mac |
| Host application | None — Studio is the 3D app | Requires a Cinema 4D licence; Cineware/Lite not supported |
| Install & setup | Open a URL | Plugin install matched to your C4D version |
| Hardware | Any WebGPU device; more memory helps large areas | At least 10 GB RAM, more than 16 GB recommended |
| Elevation data | Open global tiles: about 30 m source data in most places, finer across much of the US | Seven DEM datasets from 30 m to 90 m |
| Custom elevation | Heightmap PNG/GeoTIFF, ESRI ASCII grid and LiDAR LAS/LAZ import | High-resolution ASC grids, including DSM and LiDAR-derived data |
| Imagery | NAIP aerial (US), national orthophotos in several European countries, Sentinel-2 2016 elsewhere, a street or topographic map, your own georeferenced images, or library materials | Up to 22 image map layers, or your own imagery and shaders |
| GPS tracks and pins | GPX tracks draped as ribbons with waypoint pins and a camera path; PinPoint places an object or pin at an address or coordinates | GPX import and PinPoint |
| OpenStreetMap buildings | Extruded to mapped heights with mapped or inferred roofs and styled facades, in the same import | Smart OSM object and Smart Extruder |
| Real 3D buildings | LoD2 roofs from open 3D city data in the Netherlands, North Rhine-Westphalia and Japan | Not listed on the product page |
| Night renders | Windows light up after sunset in the sun study | Via Cinema 4D lighting and shaders |
| Roads, water, land cover | Built automatically with library materials | From OSM outlines, natural outlines and route tools |
| Large areas | Up to 100 km of terrain; about 1 km with buildings | Infinity Object built for large areas |
| Rendering | Built-in path tracer, sun placed for the real coordinates | Every render engine Cinema 4D supports |
| Natural-language control | mixos AI imports and styles a place from a prompt | No |
| 3D printing | Make printable: watertight base, scaled to the bed, 3MF/STL | Not a stated feature |
| Price | Free to import, edit and preview; export from $8.99/mo | Paid plugin plus a Cinema 4D licence |
What we checked
DEM Earth's capabilities and requirements are taken from its developer's product page on the date above. mixos claims describe Studio's Real place import as shipped. Neither product was benchmarked against the other.
So which should you use?
DEM Earth is a Cinema 4D plugin from CinemaPlugins that generates georeferenced terrain from several elevation datasets, drapes a wide choice of imagery layers, imports custom high-resolution elevation, and includes OpenStreetMap and extrusion tools.
Choose Studio if…
- You don't have Cinema 4D, and buying it for terrain shots is out of proportion to the job.
- You want the city on the terrain — buildings at their mapped heights, roads and water — in one step.
- You'd rather describe the place and the look to an assistant than set up a plugin.
- You're printing it: the model needs to come out watertight and scaled to a print bed.
Choose DEM Earth if…
- Your pipeline is Cinema 4D and the final frames must come out of it, with your render engine of choice.
- You need a wide choice of imagery layers or your own high-resolution survey data across large regions.
- You build big landscape and broadcast map sequences where the Infinity Object's large-area handling matters.
- You want a tool with years of production use and tutorials behind it.
The bottom line
A plugin for a pipeline, or an app for a place
DEM Earth and Studio solve the same first problem — get real terrain into 3D without a GIS degree — from opposite ends. DEM Earth extends Cinema 4D: it brings elevation, imagery and map data into the application where broadcast designers already build and render. Its strength is that integration, plus a depth of data options that a general-purpose app does not try to match.
Studio starts from the place instead. Real-world import is one feature of a browser 3D application, and it is built around the shot rather than the dataset: draw a box, get the terrain and the OpenStreetMap city on it as editable objects, light it with a sun placed for the real coordinates, and render. Nothing has to be installed, and no other application has to be licensed.
That makes the choice mostly about where you already work. A Cinema 4D studio producing map sequences every week will get more from DEM Earth's imagery layers, custom elevation and render-engine reach than from a browser app. A designer who needs a convincing city block for a pitch, a student without a C4D seat, or someone printing their hometown will get there faster in a tab.
They also meet in the middle. A scene built in Studio exports as FBX or GLB on a paid plan and opens in Cinema 4D, so the browser can be where you rough out the place and the plugin's host can be where you finish it.
Frequently asked questions
Is mixos a replacement for DEM Earth?
For real terrain with OpenStreetMap buildings, roads and water, rendered or printed without Cinema 4D — often yes. For large-region work with many imagery layers, custom survey data and C4D render engines, DEM Earth goes further.
Does DEM Earth work in Blender?
No. DEM Earth is a Cinema 4D plugin. Blender users have BlenderGIS and Blosm, or can build the place in mixos and import the GLB.
Which has better terrain data?
Comparable at the global scale — both start around 30 m. DEM Earth offers more datasets; both import high-resolution ASC grids, and Studio also imports heightmaps, GeoTIFFs and LiDAR point clouds.
Can I move a mixos scene into Cinema 4D?
Yes. Export FBX, GLB or OBJ on a paid plan and import it into Cinema 4D. The scene is in metres around the centre of the area you picked.
Is the map data free to use commercially?
Yes, with credit. OpenStreetMap data is licensed under the Open Database License; mixos keeps the © OpenStreetMap contributors credit with each import.
Try it yourself. No install.
Real terrain, OpenStreetMap buildings, roads and water from a box on a map — rendered or printed in a browser tab. Free to import and explore.