Nettbasert TIFF til BMP konverterer

Konverter TIFF-filen din til BMP-format i 3 enkle trinn.

BMP⌄

Your file will be uploaded to DigitalOfficePro storage. By using this service, you agree to the DigitalOfficePro Terms of Use.

⚙ Valgfrie innstillinger

Resize

Color Filter

DPI

dpi

Crop (px)

About TIFF to BMP Conversion

TIFF er det profesjonelle avbildningsformatet mens BMP er Windows' innebygde bitmap. Konvertering av TIFF til BMP gir kompatibilitet med systemer som bare aksepterer det innebygde Windows-formatet.

Key Benefits

Windows-arv

BMP er Windows' innebygde bildeformat som fungerer i alle eldre apper.

Systemressurser

BMP er nødvendig for OS-bakgrunner, temaer og pekere.

Retro-spillverktøy

Eldre spillredigerere aksepterer BMP i stedet for TIFF.

Frakoblet behandling

BMPs enkle struktur fungerer i miljøer med minimale programvarekrav.

⚠️

Note: TIFF og BMP kan begge være ukomprimerte — filstørrelsene kan være lignende. Konverter bare når BMP er spesifikt påkrevd.

Hvordan konvertere TIFF til BMP?

Last opp TIFF-filen din

Klikk på "Velg fil" eller dra TIFF-bildet ditt til opplastingsområdet.

Velg BMP som utdataformat

Velg "BMP" som ønsket utdataformat.

Konverter filen

Klikk "Konverter nå" for å starte konverteringen av TIFF til BMP.

Last ned BMP-filen

Når konverteringen er fullført, last ned den konverterte BMP-filen.

TIFF

File extension.tiff
DescriptionTIFF is a flexible, adaptable format for professional printing, publishing, and photography. Supports lossless compression.
Associated programsAdobe Photoshop, GIMP, CorelDRAW, Lightroom
Developed byAldus Corporation (now Adobe)
MIME typeimage/tiff

BMP

File extension.bmp
DescriptionBMP (Bitmap) stores uncompressed bitmap digital images independently of the display device. Large file sizes but no quality loss.
Associated programsMicrosoft Paint, Adobe Photoshop, GIMP, MS Photo Editor
Developed byMicrosoft
MIME typeimage/bmp

Gratis TIFF konverteringsverktøy

Format Guide

TIFF vs BMP: Complete Format Guide

Feature

TIFF (source)

BMP (target)

🗜️Compression

None/LZW/ZIP

None

🔍Transparency

Supported — extra alpha channels with full precision, stored as associated or unassociated alpha

Only in 32-bit BMP via BITMAPV4/V5HEADER alpha channel — inconsistently supported by applications

🎬Animation

Not natively supported; multi-page TIFF stores multiple images but without animation timing data

Not supported

🎨Color Depth

Up to 64-bit (16-bit per channel RGBA), including CMYK, Lab, and specialized color space support

1-bit monochrome to 32-bit RGBA — most common use is 24-bit (16.7 million colors)

📦File Size

5 MB – 100 MB+ per image — a 24MP camera image is typically 60–80 MB as uncompressed TIFF

3 MB – 25 MB per image — a 1920×1080 24-bit BMP is approximately 5.9 MB

🌐Browser Support

Not supported in any web browser — cannot be displayed on web pages without prior conversion

Technically supported by most browsers but virtually never used on the web due to enormous file sizes

🏆Best For

Professional printing

Legacy Windows apps

Common Use Cases: TIFF → BMP

⚙️ Legacy Windows application compatibility🔧 Industrial and CNC machine input🖨️ Specialized printer format requirements

⚠️This conversion is almost exclusively used for specific legacy hardware or software compatibility requirements. Both TIFF and BMP can store uncompressed data, but TIFF has far richer metadata and color space handling.

TIFF

About the TIFF

TIFF was developed by Aldus Corporation in 1986 to standardize images scanned for desktop publishing. Its flexible, extensible container supports multiple compression options and bit depths within the same format. Adobe acquired Aldus in 1994 and maintains the TIFF specification today. TIFF became the definitive professional standard for photography, medical imaging, GIS mapping, and archival digitization requiring maximum data fidelity.

Strengths

+16-bit and 32-bit per channel for HDR photography and scientific imaging

+Multiple compression options: balance quality against file size as needed

+Industry standard for professional printing, prepress, and photography archiving

+CMYK and Lab color space support for accurate print production

+Multi-page storage for contact sheets, scanned documents, and multi-frame data

Limitations

−Enormous file sizes — impractical for web delivery or consumer sharing

−No browser support — must convert before any web display

−Slow to open and process even in professional software

−Incompatible with consumer applications, email clients, and mobile devices

When to Use

→Professional photography archiving and long-term preservation

→Print production workflows requiring CMYK or 16-bit color depth

→Medical, scientific, or GIS imaging requiring maximum data precision

→When a print shop or institutional client specifically requires TIFF format

Tips

•Use LZW or ZIP compression in TIFF to reduce file size 30–50% with zero quality loss

•Always work in 16-bit TIFF for HDR photo retouching — it preserves tonal detail

•Convert to JPG, PNG, or WebP before any web publishing

•Keep TIFF as your archival master and export separate optimized versions for other uses

BMP

About the BMP

BMP (Device-Independent Bitmap) was introduced by Microsoft with the Windows 3.0 SDK in 1990 as the native raster format for Windows. It stores pixel data with zero compression, ensuring perfect reproduction across all hardware. BMP dominated early Windows computing for wallpapers, icons, and application graphics. As the internet grew, its massive file sizes made it impractical for any networked use, displacing it with JPG, PNG, and WebP.

Strengths

+Zero compression artifacts — the highest possible fidelity for raw storage

+Simple, well-documented format trivial to read/write programmatically

+Universal support across all Windows software and development tools

+Direct pixel data access with no decoding overhead

Limitations

−Extremely large files — a 1080p image is ~6 MB vs ~300 KB as JPG

−No practical web use — impractically large for any internet delivery

−Limited support outside Windows ecosystem

−No meaningful advantages over PNG for any modern use case

When to Use

→Legacy Windows applications that exclusively require BMP format