Create crisp 2048x1152 (16:9) images for high-DPI slides, HD previews, and widescreen layouts with precise resizing.
Drag & drop or click to select your image (Max 20MB)
Supports JPG, PNG, GIF, WebP formats
Set exact dimensions, keep proportions, and export clean files without guesswork.
2048x1152 is a high-DPI 16:9 size that delivers sharper widescreen assets than 1080p while staying manageable for web and slides. It is a great middle ground for HD previews.
Great for HD previews and product demos where you want a sharper look than 1080p without jumping to 4K file sizes. It keeps files lighter for sharing.
Use 2048x1152 for slide decks where text and charts need to stay crisp on large screens and projectors. It is ideal for high-DPI presentations.
The widescreen canvas keeps landscapes and product scenes balanced without excessive cropping or empty space. It preserves horizontal context in scenes.
Design at 4096x2304 and downscale to 2048x1152 to keep edges crisp on high-DPI screens and exported decks. Downscaling smooths gradients and thin lines.
Export PNG for sharp text, WebP for smaller files, or JPEG for photos depending on your delivery workflow and platform needs. Use PNG when you need transparency or crisp logos.
Upload an image, set 2048x1152 pixels, and export a clean 16:9 file.
Upload your image and review the preview to ensure key content fits the 16:9 frame. Keep titles inside safe margins. This prevents cutoffs in thumbnails.
Enter 2048 by 1152, lock the ratio, and choose PNG, WebP, or JPEG based on crisp lines, file size, and target platform. Choose WebP for smaller exports.
Download the resized file and drop it into slides, video frames, or widescreen layouts without extra edits. It is ready for HD sharing and embeds.
Resize images to 2048x1152 for high-DPI slides and HD previews. Local processing keeps detail sharp and files efficient for sharing.
Resize to 2048x1152Quick answers to common questions about resizing images online.
2048x1152 is a high-DPI 16:9 size used for HD previews, widescreen slides, and web video frames. It offers sharper results than 1080p while keeping file sizes smaller than full 4K. It is a practical size for high-DPI decks.
Yes. 2048x1152 keeps a 16:9 ratio, which matches modern video and display formats. Using 16:9 prevents stretching or letterboxing when images are used in widescreen layouts. It matches most video players by default.
PNG is best for text heavy slides, WebP provides smaller files with good quality, and JPEG works well for photos. For slide graphics with labels, PNG keeps edges the sharpest. WebP is useful when size limits apply.
Crop when you want the subject to fill the 16:9 frame and look bold. Fit when you must preserve the full image, but avoid wide borders that waste space. Center key content for consistent layouts. A tighter crop often performs better.
Downscaling from a larger source usually keeps quality high. Upscaling a small image can soften details, so start with a larger file when possible and avoid heavy compression on text or diagrams. Larger sources preserve typography.
Use the same crop style and margins across slides. Align the visual center and keep text away from edges so layouts look uniform when presented or exported to PDF. Consistent framing improves deck readability. This also speeds up review cycles.
For high-DPI displays, design at 4096x2304 and downscale to 2048x1152. This keeps lines crisp and avoids soft detail when slides are zoomed or projected. Downscaling from larger artboards keeps details crisp. It also helps small text stay sharp.
File size depends on content and format. Many 2048x1152 images stay under 1.5MB, while detailed photos can be larger. WebP often delivers the smallest files without obvious quality loss for web delivery. JPEG can be smaller for photo heavy assets.
Yes. You can resize and download images for free, with no signup required. Processing happens locally in your browser, so there are no usage caps or hidden fees.
No. All resizing and compression run in your browser. Files never leave your device and are not stored on our servers, keeping your images private.
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