burn cd

The shopping list for burning CDs is shorter than people expect. To burn CDs at home you need a drive that writes discs, a stack of blanks, and software — and the software is already on your computer. Everything else on this page is about how to burn CDs well rather than whether you can.

The list feels longer than it is because laptops stopped shipping with optical drives around 2015. That single change is why most people who want to burn CDs today start by buying hardware they used to get for free with the machine.

Budget forty to sixty dollars for a drive and twenty for enough blanks to burn CDs all year. That is the whole outlay and it does not recur: buy the drive once, burn CDs on it for a decade.

• ▸A CD writer — external USB is fine, and it is what most people who burn CDs buy
• ▸Blank CD-R discs, sold in spindles of 50 or 100
• ▸Software you already own: Windows Media Player, Music on macOS, Brasero on Linux
• ▸Optional: jewel cases, paper sleeves, a CD-safe marker

Any drive sold today will burn CDs on the day it arrives. The question worth asking is whether it will still burn CDs cleanly after two hundred discs, and that comes down to the write mechanism rather than the sticker on the box.

Look for a drive that reports the speeds it will burn CDs at honestly and offers 8x, 16x and 24x for CD-R. A drive that only exposes its maximum speed is telling you it does not expect to be used carefully, which matters if you burn CDs for anything but scratch copies.

Vibration control is the other thing that separates drives that burn CDs well from drives that merely burn CDs. A unit that rattles at high speed will burn CDs with more write errors near the outer edge, where the disc is moving fastest and the tolerances are tightest.

• ▸USB-powered units are convenient but can under-volt on long burns; a drive with its own adapter is steadier
• ▸Tray-loading drives handle repeated use better than slot-loading
• ▸Confirm buffer underrun protection — it keeps a burn alive if the computer stalls mid-CD

If your machine has a bay for it, an internal drive is cheaper and quieter, and it will burn CDs with slightly better vibration control simply because it is bolted to a chassis. That advantage is real but small enough that it should not decide anything.

For everyone else, external is the answer. A USB writer plugs into anything, moves between machines, and goes back in a drawer between projects. The large majority of people who burn CDs now do it through a fifty-dollar external box, and the discs come out indistinguishable.

The one caveat is power, and it only shows up when you burn CDs back to back. Bus-powered drives draw everything through the USB port, and burning CDs on a busy hub can brown out mid-write. If you burn CDs in batches, buy the version with a power adapter.

CD-R lets you burn CDs once. CD-RW can be erased and rewritten several hundred times. That sounds like CD-RW wins, and for scratch work it does, but it is the wrong disc for almost everything people burn CDs for.

A CD-RW has lower reflectivity, which means older car decks and portable players often refuse to read it at all. It is also erasable by design, which quietly defeats the point of handing someone a disc.

Burn CDs on CD-R for anything you intend to keep or give away, and keep a few CD-RW around for testing a track order before you commit. Most people who burn CDs regularly end up with exactly that split.

• ▸CD-R: gifts, car discs, archives, anything meant to survive
• ▸CD-RW: testing a sequence, temporary transfers, rewritable backups
• ▸You burn CDs of either kind in the same drive with the same software

A blank you burn CDs onto is a polycarbonate disc coated with an organic dye and a reflective layer. When you burn CDs, the laser heats that dye until it darkens, and the pattern of dark and clear spots is what a player reads back as music. Nothing is carved. When you burn CDs the dye simply stops being transparent, and that is the whole mechanism.

This matters at the point of purchase because dye chemistry varies between products. Phthalocyanine dye — usually pale gold or faintly green — is more stable under light than the older cyanine blue, and it is what you want if you burn CDs that will live in a car.

The reflective layer matters when you burn CDs meant to last. Silver alloy is standard and fine for CDs you burn to play; the gold-layer archival discs sold at four times the price buy you corrosion resistance that only pays off across decades. Most people who burn CDs will never see the difference.

Blank media consolidated hard in the years after most people stopped burning CDs. Most discs sold today come out of a handful of plants regardless of the name printed on the spindle, which is why price and brand no longer track quality the way they did in 2005.

The practical approach: buy a spindle of 25 from a known name, burn CDs from it, burn CDs from it for a month, and if nothing skips, buy the hundred-pack of the same product. Media codes change between production runs, so the blanks you burn CDs on this year differ from last year's, so a brand that was excellent three years ago is not automatically excellent today.

Testing a small batch before you burn CDs in volume costs a few dollars. Discovering the problem after you burn CDs across a hundred discs costs the whole spindle and whatever was on it.

• ▸Verbatim, Taiyo Yuden (now JVC) and Sony remain the safe defaults
• ▸Avoid unbranded bulk spindles for CDs you burn to keep
• ▸Buy from a seller with stock turnover — blanks age slowly on a warehouse shelf

Jewel cases protect the CDs you burn and give you somewhere to put artwork, which is most of the reason to burn CDs rather than send a link. Slimline cases hold the CDs you burn in half the shelf space, at the cost of a spine too thin to label legibly.

Paper sleeves are cheap and bad for storing the CDs you burn. Paper holds moisture against the surface and the printed side scratches every time the disc goes in or out. They are acceptable for CDs you burn for the car and never take out again.

For CDs you burn and shelve, use a case. People who burn CDs steadily accumulate them faster than expected, and a hundred discs in sleeves is a hundred discs slowly abrading each other.

• ▸Standard jewel case: best protection, room for a folded insert
• ▸Slimline: half the thickness, no back tray card
• ▸Polypropylene sleeves: better than paper if you need volume storage

Buy a marker made for optical discs before you burn CDs you plan to label. Ordinary permanent markers use solvents that can, over years, work through the thin lacquer on the label side and reach the dye underneath. The CD you burned still spins; it just stops reading somewhere in track seven.

Adhesive paper labels are worse than a bad marker on CDs you burn for the car. They add mass, they add it unevenly, and at five hundred rpm that imbalance makes the disc wobble. Anyone who has burned CDs for long enough has watched a labeled disc get rejected by a car deck that reads everything else fine.

If you want printed artwork on the disc itself, buy printable-surface blanks and an inkjet with a disc tray. Short of that, a CD-safe marker is what people have used to label the CDs they burn for twenty-five years.

• ▸CD-safe markers cost about the same as an ordinary one
• ▸Print directly onto the CDs you burn only if you own a printer with a disc tray
• ▸Never put an adhesive label on a disc that has to play in a car

A setup that will burn CDs for years costs less than a decent pair of headphones, and it is the last time you pay. The drive is the only meaningful purchase; everything else is consumables you replace as you burn CDs.

The one place where spending more pays off is blank media. The difference between a bulk spindle and a good one is a few cents per disc, and it decides whether the CDs you burn today still play in ten years.

Nothing here is subscription-shaped. You buy the drive once, buy blanks when you run out, and burn CDs indefinitely without anything asking you to renew.

• ▸External USB writer: $35–60
• ▸100 CD-R blanks from a known brand: $20–30
• ▸25 jewel cases: $12
• ▸CD-safe marker: $3

Cheap drives that burn CDs fail in a specific and frustrating way: they burn CDs that read perfectly in the drive that wrote them and nowhere else. The write laser is slightly out of calibration, the pits it makes are marginal, and only the drive that made those marginal pits can reliably read them back.

You will not discover this until you burn CDs for someone else and they do not play. That is why the standard advice is to test a new drive and each new batch of blanks in a second player before you burn CDs that matter.

Two minutes with a car deck, a friend's laptop or an old boombox catches the entire class of problem before you burn CDs in quantity. People who burn CDs in volume run this check on every new spindle, and it is the cheapest insurance in the process.

Used drives that burn CDs are abundant and cheap, and a well-kept unit from 2010 will burn CDs as well as anything sold new today. The format stopped moving long ago, so a drive built to burn CDs in 2010 is not missing anything a new one has.

The write laser is the wear item on any drive used to burn CDs. It dims with hours of use and there is no way to inspect it from the outside, which is the one real risk in buying secondhand.

Buy from someone who accepts returns, then burn CDs from a full spindle in the first week and check every one. A tired laser reveals itself fast — burns fail near the outer edge of the disc, where data is written last and the laser is working hardest.

If you want to stop reading and start burning CDs, buy this: an external USB CD writer with its own power adapter, a 25-disc spindle of Verbatim CD-R, a box of slimline cases and a CD-safe marker. That is everything needed to burn CDs this evening.

Everything else on this page is refinement on top of that — ways to burn CDs a little better. The setup above will burn CDs that play in a car, survive a shelf and can be handed to someone without an explanation, which is the entire point of the exercise.

Buy the drive first and a small spindle second, then burn CDs from it before committing to more. Once you know the drive is good, buy blanks in quantity and stop thinking about equipment altogether.

Do I need special software to burn CDs?

No. Windows, macOS and every mainstream Linux distribution burn CDs with software that is already installed. Paid burning suites add batch tools and verification, which matters if you burn CDs by the dozen and not otherwise.

Will a DVD or Blu-ray writer burn CDs too?

Yes. Every DVD and Blu-ray writer sold in the last twenty years also writes CD-R. If you already own one, you can burn CDs today and only need to buy blanks.

How many discs will one drive burn before it wears out?

A consumer drive used carefully will burn CDs into the low thousands before its laser dims noticeably. For someone making a few discs a month that is effectively a lifetime; heavy continuous duty is what kills drives early.

Are expensive blanks actually better?

Up to a point. The gap between unbranded bulk media and a known brand is real and worth paying for. The gap between a good brand and a premium archival line is much smaller, and only matters if you burn CDs meant to last decades.

Can I still buy blank CDs in a shop?

Office supply stores and electronics chains still stock blanks you can burn CDs on, though the selection has shrunk to one or two brands. Online sellers carry far more choice, which is where most people who burn CDs in quantity buy.

What is the difference between 700MB and 80-minute discs?

They are the same blank described two ways, and you burn CDs on either identically. 700MB is the data capacity and 80 minutes the audio capacity; a standard blank gives you either, depending on how you burn CDs with it.

Do I need a drive that writes at high speed?

No, and maximum speed is close to irrelevant. Most people who burn CDs for audio deliberately write at 8x or 16x, because slower burns produce cleaner pits and cleaner pits are the whole game. A drive topping out at 24x is entirely sufficient.

Is it worth buying printable discs?

Only if you own an inkjet with a disc tray, which most people do not. Without one, printable blanks are just discs with a matte top that takes marker ink a little better.

The equipment to burn CDs is cheap, widely available and unlikely to change again. The format was frozen decades ago and nothing about it is being revised, so a drive bought this week will still burn CDs on blanks bought in ten years.

That stability is the argument for buying rather than waiting. Nothing better is coming, and the discs you burn now will outlast most of the services currently holding your music.