Album Cd Cover Size

CD Cover Sizes: The Numbers You Actually Need

Most people ask about CD album cover size without realizing there are three different measurements floating around. There's the square face, the booklet spread, and the spine. If you send your printer just the front panel dimensions, they're going to charge you extra when you realize you also need the inside layout files. I learned this after accidentally quoting a client a price that was half the actual cost. The standard jewel case front and back is 4.75 inches by 4.75 inches, which translates to roughly 120 millimeters by 120 millimeters. That's the actual printable area of the cardstock. You'll see some references to 1.4 cm x 1.4 inches or 120mm x 120mm in file format specifications. They're all pointing at the same physical object. The full spread including the spine runs about 11.75 inches wide by 4.75 inches tall for a standard jewel case. A digipak is different. The front panel alone is usually around 5.31 inches by 4.97 inches. Inside, the foldout panels are wider than the front cover. I've seen designers treat digipak and jewel case templates as interchangeable. Printers don't make the same mistake.

Resolution and File Setup

300 DPI is the baseline. At that resolution, your 120mm x 120mm square comes out to approximately 1417 x 1417 pixels. Some people try to push this down to 150 or 200 DPI to save on file size. It works if you're printing locally through a digital short-run process. It looks soft when it goes through a commercial offset press at full size. Don't guess. Ask your printer which threshold they use. Color mode matters more than resolution in my experience. Most CD cover files get rejected because they're in RGB. Printers need CMYK. When you convert from RGB to CMYK, your bright blues and electric greens will lose saturation. That's normal. It's not a defect in the conversion. It's how subtractive color printing works. I used to spend two hours tweaking the conversion settings before surrendering and letting the printer handle the profile on their end. Saves time.

Spine Width: The Thing Everyone Forgets

Spine width isn't a fixed number. It's calculated from the paper stock thickness and the total page count of the booklet. A 24-page booklet on standard coated stock comes to roughly 0.12 inches or 3 millimeters. Add 8 pages and you add about another millimeter. Subtract 8 and you subtract. Printers have spine calculators on their websites. Use them. The alternative is sending a cover with a spine that's too narrow, then reordering after the fact. Set up your canvas at the full spread width, include bleed on every edge, and make sure your spine aligns with the fold lines. Bleed is typically 0.125 inches on all sides. That means adding about 3 millimeters beyond the trim edge. If you put text or important elements right at the edge, they'll get trimmed off. I keep all critical content at least 0.25 inches from the trim line. This margin gives the binding and trimming process some tolerance. It's not much, but it prevents the kind of rejection that takes three days to resolve. File format is usually PDF, print-ready, with fonts outlined. PNG and JPEG get accepted sometimes for digital-only deliveries, but if there's any physical printing involved, PDF is the standard. Include your color profile embedded in the file. Adobe RGB or sRGB won't work for print. Use a CMYK profile like U.S. Web Coated (SWOP) v2 or whatever the printer specifies. They'll tell you if they have a preference.

When the Standard Doesn't Fit

Some releases use mini-LP sleeves, square formats that deviate from the 4.75 inch standard. Others are 7-inch single sleeves, roughly 12.25 inches by 12.25 inches. There's also the OBI strip, which is a Japanese market addition and adds another variable entirely. If your project involves any of these non-standard formats, the template has to be custom-made. You can't just stretch a standard template. The spine width calculation changes, the bleed area changes, and the fold lines shift. Half-size jewel cases exist too. The front becomes roughly 3.375 inches by 4.75 inches. Booklet dimensions collapse proportionally. I've had clients who discovered this only after the files were approved and the proof came back looking wrong. Confirm the format with your manufacturer before you start designing. It's a five-minute question that saves a week of revision cycles.

Common Pitfalls

The most common issue I see is designers exporting from digital tools at screen DPI. A 72 DPI file looks fine on your monitor. It looks like a watercolor painting on paper. The fix is straightforward, but it costs time if you catch it late. Set your working resolution correctly from the start. It's not harder than changing it afterward, and it's absolutely harder if the client already approved the lower-resolution version. Another problem is neglecting the inside panel dimensions. The front and back are the same size, but the inside left and right panels are narrower than the front cover in a standard jewel case. A typical inside spread measures about 4.75 inches wide by 4.75 inches tall for each panel, but the total inside layout is wider because the spine occupies space between them. Check your template against the physical case before finalizing. A printed sample costs nothing and reveals misalignments that numbers on screen miss completely. Finally, barcode placement on the back cover has specific requirements if you're going through retail distribution. The barcode needs a quiet zone, clear numbering below it, and it must be positioned within a defined area on the back panel. If it's too close to the edge or overlaps any design elements, the scanner won't read it. Retailers reject the shipment. This is one of those details that nobody thinks about until after the order is placed.

Getting Album Cd Cover Size right isn't complicated once you know the dimensions, but the margin for error is smaller than most people assume. Plan the full spread first, verify with your printer, and don't skip the proof. That's where the real problems show up, and catching them at the proof stage is cheaper than catching them at the delivery stage.