RW2 to FIG Converter

Free RW2 to FIG — turn images into vector format online

Drop files here. 1 GB maximum file size or Sign Up
to
Facebook Amazon Microsoft Tesla Nestle Walmart L'Oreal

Server-Side Power

Convertio processes your RW2 on remote servers, so your device is never burdened. The FIG result downloads ready from the cloud.

Sharp Results

High-quality processing ensures your RW2 images translate to FIG without unnecessary artifacts, banding, or color shifts.

Batch Processing

Need to convert a stack of RW2 images? Upload them all at once and Convertio will produce individual FIG files for each — all in one session.

How to convert RW2 to FIG

1

Select files from Computer, Google Drive, Dropbox, URL or by dragging it on the page.

2

Choose fig or any other format you need as a result (more than 200 formats supported)

3

Let the file convert and you can download your fig file right afterwards

About formats

RW2 is the proprietary RAW image format used by Panasonic Lumix digital cameras, introduced in 2008 with the Lumix DMC-G1 — the world's first Micro Four Thirds mirrorless camera — and used across the entire Lumix lineup including the full-frame S-series. RW2 files capture the unprocessed 12-bit or 14-bit readout from the camera's CMOS sensor in its native Bayer mosaic pattern, stored in a TIFF-based container with lossy or lossless compression options depending on the camera model. The format records extensive metadata through Panasonic's proprietary MakerNote tags, including lens identification for both native and adapted optics, body and lens firmware versions, image stabilization data from Panasonic's Dual I.S. system, and Photo Style settings (Standard, Vivid, Natural, L.Monochrome, Cinelike D/V, and others). RW2 files from video-centric models like the GH series also store the settings context for their renowned video capabilities, though the RAW files themselves are still-image captures. Panasonic cameras introduced several innovations — contrast-detect AF, DFD (Depth from Defocus) focusing, and Dual Native ISO — and the RW2 format preserves the data needed to leverage these technologies during post-processing. One advantage is the format's connection to Panasonic's imaging innovation: RW2 files from cameras like the GH5 and S1H preserve the sensor output from bodies at the intersection of stills and cinema, valued by hybrid shooters. The format is supported by Adobe Lightroom, Capture One, DxO, Panasonic's SILKYPIX-based RAW converter, dcraw, and RawTherapee.
Developer: Panasonic
Initial release: 2008
FIG is the native file format of Xfig, a free vector graphics editor for the X Window System, originally written by Supoj Sutanthavibul at the University of Texas at Austin in 1985. The format uses a plain-text structure where each graphic object is described on one or more lines with numeric parameters specifying object type, coordinates, line properties, fill attributes, and depth ordering. FIG supports compound objects (groups), polylines, polygons, splines, arcs, ellipses, text strings, and imported bitmaps, each with configurable colors, line styles, arrow heads, and area fills. Files begin with a header line declaring the format version (currently 3.2), followed by a resolution specification and the object definitions. One advantage is exceptional simplicity — the entirely text-based format is trivially parsed, generated, and manipulated by scripts, making FIG popular as an intermediate format in automated diagram generation pipelines. The rich ecosystem of conversion tools is another strength: fig2dev exports FIG files to dozens of output formats including EPS, PDF, SVG, LaTeX picture environments, PSTricks, and TikZ. This made Xfig and FIG especially popular in academic and scientific communities, where authors generate publication-quality figures that integrate seamlessly with LaTeX documents. While graphical tools have evolved since the 1980s, FIG remains in use among researchers who value its scriptability, LaTeX integration, and well-documented format stability.
Initial release: 1985

Frequently Asked Questions

What is the benefit of converting RW2 to FIG?

Converting RW2 to FIG generates a scalable version of your Panasonic photo — useful when you need resolution-independent artwork derived from photographs.

How do I open a FIG file?

Open FIG files using Xfig, Inkscape (via import), and Linux vector drawing tools.

How fast is the RW2 to FIG conversion?

Speed depends on file size, but most RW2 to FIG conversions complete in under a minute. Server-side processing ensures quick turnaround.

How long are converted files stored?

Converted FIG files remain available for download for up to 24 hours, after which they are automatically deleted from Convertio servers.

Does the converter work on all devices?

Convertio works on any device with a web browser — desktop computers, laptops, tablets, and phones across all operating systems.

Do I need to install software?

Not at all. Convertio is a web-based tool — the RW2 to FIG conversion runs on cloud servers, so your device needs only a browser.