SIXEL to PAL Converter

Export SIXEL graphics to PAL format online for free

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

Quick Turnaround

Most SIXEL files convert to PAL within moments. Server-side processing ensures speed regardless of your device capabilities.

Browser-Based Tool

No downloads or plugins needed — convert SIXEL to PAL directly in your web browser on any operating system or device.

Simple Workflow

Upload SIXEL, pick PAL, download the result — the three-step process makes converting legacy formats effortless for anyone.

How to convert SIXEL to PAL

1

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

2

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

3

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

About formats

SIXEL (Six Pixel) is a bitmap graphics encoding format created by Digital Equipment Corporation (DEC) in 1983 for rendering images on character-cell printers and video terminals. The name derives from the encoding's fundamental unit: a column of six pixels represented by a single ASCII character. Each printable character in the sixel data stream (ASCII 63-126) encodes a 6-pixel vertical column, with the character's binary value determining which pixels are on or off. Color is specified through register-based palette control: a Select Color Sequence assigns an HLS or RGB color value to a numbered register, and subsequent sixel characters use that color until another register is selected. The encoding supports raster attributes for specifying pixel aspect ratio and image dimensions, repeat sequences (! followed by a count and character) for run-length compression of identical columns, and $ (carriage return) and - (new line) for navigating the sixel grid. DEC implemented SIXEL support in their VT240, VT241, VT330, and VT340 terminals, as well as multiple printer models. One advantage of the SIXEL encoding is its ASCII-clean nature: the data stream consists entirely of printable characters and standard control sequences, meaning SIXEL graphics can be transmitted through any text-based communication channel — serial terminals, SSH sessions, telnet connections — without requiring binary-safe transport or protocol modifications. The format's modern renaissance provides another remarkable dimension: after decades of obscurity, SIXEL support has been implemented in numerous contemporary terminal emulators, enabling inline image display in command-line workflows. SIXEL output can be generated by ImageMagick, libsixel, chafa, and various plotting libraries.
Initial release: 1983
PAL is a 16-bit per pixel interleaved YUV image format that stores color information using a luminance-chrominance model rather than direct RGB values. Each pixel pair is packed into four bytes using the UYVY byte ordering — U (Cb), Y0, V (Cr), Y1 — where two adjacent pixels share a single set of chroma (color difference) samples while each retaining its own luminance (brightness) value. This 4:2:2 chroma subsampling halves the color resolution horizontally with negligible perceptual impact, since human vision is far more sensitive to brightness variations than color detail. The format traces its conceptual roots to analog broadcast television standards developed during the 1960s and 1970s, where separating luminance and chrominance enabled backward-compatible color transmission alongside existing monochrome signals. In digital imaging, 16-bit YUV serves as a common intermediate representation for video capture hardware, frame grabbers, and image processing pipelines that work in the YCbCr color space internally before converting to RGB for display. One advantage is bandwidth efficiency: at 16 bits per pixel, UYVY requires roughly two-thirds the data of uncompressed 24-bit RGB while preserving virtually identical perceived quality, making it well suited for high-throughput video capture and real-time image processing applications. The format's direct correspondence to how video hardware captures and outputs data provides another practical benefit — many capture cards and camera sensors natively produce UYVY data, so storing it in PAL form avoids an unnecessary color space conversion step that would add latency and introduce rounding artifacts.
Developer: ITU-T / Microsoft
Initial release: 1982

Frequently Asked Questions

Why convert SIXEL to PAL?

SIXEL graphics are designed for terminal display, not general use. Converting to PAL produces a portable image for sharing or editing.

What programs can open PAL?

ImageMagick and specialized palette editors open PAL color map files. Some image viewers with raw format support also handle them.

Does SIXEL to PAL preserve quality?

Since PAL supports lossless storage, the pixel data carries over without degradation. The result faithfully represents the source SIXEL image.

Is SIXEL to PAL conversion fast?

The process is fast — cloud-based processing handles SIXEL to PAL conversion in seconds for standard-sized images, even on slower connections.

Can I convert multiple SIXEL images at once?

Yes — upload multiple SIXEL files in one session and convert them all to PAL simultaneously. Batch processing saves time on repetitive tasks.

Can I convert SIXEL from modern terminals?

Yes — SIXEL files from any modern terminal emulator (kitty, foot, mlterm, etc.) can be uploaded and converted to PAL instantly.