EPS to MTS Converter

EPS to MTS Converter

EPS (Encapsulated PostScript) is the classic print-and-logo vector format — the PostScript-based file a print shop or illustrator hands over, holding drawing code rather than pixels — and nothing in an AVCHD editing timeline can read it. MTS is the camcorder spelling of the AVCHD transport stream those timelines do read. This converter rasterizes the EPS artwork to pixels, then wraps that single frame in an .MTS video clip, so a logo or title card can be dropped straight into an AVCHD-era edit. Two things to be clear about before you convert: the vector is flattened to a fixed pixel grid (so it stops being scalable), and the result is one motionless, silent frame held for a duration you choose — not an animation. This is a niche conversion; most people are better served by EPS to MP4 for a modern still-as-video, EPS to PNG for a plain raster, or EPS to SVG to stay vector.

EPS Format at a Glance

MTS Format at a Glance

How to Convert EPS to MTS

1. Upload Your EPS File: Drag and drop your .eps onto the page or click "+ Add Files" to browse from your computer. You can queue several files and convert them with the same settings.
2. Set Image Duration: Open Advanced Options and use the Image Duration dropdown to pick how long the frame is held — from 1/60 of a second up to 10 seconds, with 5 seconds the default. Use Merge strategy to choose "Merge images" (one combined clip) or "Video per image" (a separate clip each).
3. Set Quality Preset, Resolution, and Background Color (Optional): Leave Quality Preset on "Very High (Recommended)", set Video resolution ("Keep original" or a fixed/preset size — this is the pixel grid the vector is rasterized onto), and pick a Background Color (default Black) to pad any letterboxed area. MTS keeps the video codec on H.264; H.265 and MPEG-2 are deeper under Advanced Options.
4. Convert and Download: Click "Convert" and save your silent .MTS file. No sign-up, no watermark.

Frequently Asked Questions

Does converting EPS to MTS keep the artwork scalable?

No — and it loses scalability twice over. EPS stores artwork as PostScript vector paths that scale to any size cleanly, but making an MTS first rasterizes that vector to a fixed pixel grid, then encodes that grid into a video frame. Logos and fine line art can look slightly soft at video resolution, because crisp curves have been sampled down to pixels and then run through a lossy codec. If you need the artwork to stay infinitely scalable, convert EPS to SVG to stay in a vector format instead. Choose MTS only when something specifically needs an AVCHD video clip.

Will the MTS file have any motion or sound?

No to both. Each EPS becomes a single still frame that is simply held on screen for the duration you set — there is no animation, pan, or zoom, just a frozen image. The clip is also silent: AVCHD normally carries Dolby AC-3 or linear PCM audio, but a static picture has nothing to encode, so no audio track is written. If you want movement or a soundtrack, you need a moving or audio source to begin with, not a still EPS.

Why would anyone convert an EPS to MTS instead of MP4?

Almost the only honest reason is an AVCHD-era workflow. If you are editing or authoring inside an older Sony/Panasonic AVCHD pipeline or a disc-authoring tool that ingests transport-stream clips, an .MTS logo stinger or title card drops in without a transcode, whereas an MP4 might not. For every other use — sharing, phones, browsers, TVs, modern editors — EPS to MP4 carries the same H.264 video in a smaller, far more widely supported file. If you only need a picture rather than a clip, EPS to PNG keeps it a plain raster.

What resolution does the EPS render at, and is there a DPI setting?

There is no DPI control on this conversion. Because the EPS is being treated as an image source headed for video, the output size is governed by the Video resolution control (Keep original, or a fixed/preset pixel size) rather than a print-style DPI value — that differs from a document-class PostScript-to-image conversion, which does expose a DPI choice. Pick a video resolution that matches your timeline (1080p or 720p are common for AVCHD), since that pixel grid is what the vector is sampled onto. Enlarging the MTS afterward only stretches those pixels.

Will this .MTS play like a real camcorder clip or off an SD card?

Not as a card structure. What you download is the bare transport stream — the part that lives inside an AVCHD card's BDMV/STREAM/ folder — without the playlist and clip-information files a camcorder writes alongside it, so copying it to an SD card will not rebuild a browsable AVCHD volume. It does play in software players like VLC and imports into AVCHD-aware editors and authoring tools (such as tsMuxeR or multiAVCHD) that build the surrounding structure for you. To go the other direction and pull a frame back out of a camcorder clip, see MTS to EPS.

Which video codec should I leave it on for an AVCHD workflow?

Leave it on H.264 (MPEG-4 AVC). H.264 is the codec the AVCHD specification is built around, so it imports most cleanly into AVCHD editors and authoring templates and plays on the widest range of older hardware. H.265 makes a smaller file but is not part of the AVCHD spec and is commonly rejected by AVCHD-era tools; MPEG-2 exists mainly for legacy standard-definition transport-stream pipelines. In our testing, a single still encoded to H.264 imported into an AVCHD authoring template without a re-transcode, whereas the H.265 version was refused.

How are my uploaded EPS files handled?

Your .eps file is uploaded over an encrypted connection and rasterized, then encoded into the .MTS clip on our servers — there is no in-browser-only mode for this conversion. Files are deleted automatically a few hours after conversion and are never shared or made public. No account or sign-up is required, and the output carries no watermark; the main practical limit on a big upload is file size and time, not your device.