Mini DV Home Video
Mini DV was the home camcorder of the early 2000s: digital, interlaced and standard definition. The render is clean and fairly sharp, with light compression, a sharpening edge and a little shake.
Mini DV tapes, a flip-out screen and the flash that lit only the front row
By 2000 the home camcorder was digital. A Mini DV tape was the size of a matchbox, and the camera wrote numbers onto it instead of a wavering analogue signal. The color smear and tracking wobble of the 1990s were gone. What you saw instead was a clean, slightly hard picture: standard definition, still interlaced, with the camera's own sharpening drawing a thin bright edge around everything.
The reason is compression. Even a small DV frame was too much data to store raw, so the camera cut each picture into small blocks and threw away the detail it judged you wouldn't miss. Mini DV did this gently and you rarely notice it. Later in the decade, camcorders that wrote to small DVD discs used a heavier kind of compression that looked across several frames at once. On fast motion or dark scenes its blocks show through, especially in shadows and in the sky.
High definition reached home camcorders in the middle of the decade. Tape-based HD in 1080i, then cameras that wrote HD to memory cards and hard drives, gave a wide 16:9 picture with real detail, crisp edges and a slightly glassy, oversharpened finish. Interlacing stayed with many of them. When you freeze a frame of fast motion, you can still find the comb-tooth edges of two half-pictures that were taken a fraction of a second apart.
At the other end of the scale, video appeared in everything that had a sensor. Compact still cameras recorded short clips at small sizes and about 15 pictures a second, which gave a soft, slightly stuttering picture. Camera phones recorded even less: tiny, mushy, blocky clips with noise in every shadow. In the second half of the decade, cheap pocket camcorders with a USB plug and a fixed lens made shooting and uploading easy. Then, at the end of the decade, digital SLRs learned to shoot video. Their large sensors gave a shallow, cinematic focus, but they read the picture out line by line, so a quick pan made vertical lines lean like wet noodles.
Photography went digital in the same years. CCD compacts with a few megapixels, a zoom and a strong little flash made the snapshot of the decade: a bright face, a black background and a white sky. Bright edges against the light picked up purple fringes. Camera phones began in Japan in 2000 and spread over the next few years. Entry-level digital SLRs dropped under a thousand dollars in 2003. By 2009 retro filter apps were adding fake borders and vignettes to phone pictures, a sign that people already missed film.
Set the DECADE dial to 2000. The base recipe is Mini DV: clean standard-definition color, light block compression, in-camera sharpening, a little sensor noise and handheld shake. The TECHNOLOGY dial moves those values. DVD Camcorder MPEG-2 raises the compression and blocks. Tape HD 1080i and 1080i Memory Card Camcorder are crisper, and the memory-card camera sharpens harder. Early DSLR Video adds strong rolling-shutter skew. Interlaced Consumer Video shows the combing of two fields on anything that moves.
The low-end cameras sit at 15 pictures a second: Compact Digital Camera Video and Early Camera Phone Video. The file is still 24 fps; the app holds frames to give you that small stutter.
In STILL, the styles add the digital faults of the decade: block compression, sharpening halos, sensor noise, CCD blooming in bright highlights, purple fringing and hard flash fall-off. Extreme HDR Tone-Mapped draws the strong local contrast and halos of late-2000s tone mapping. Retro Filter App crops square and adds a white app frame with rounded corners.
With SOUND on PERIOD, the voice goes through a Mini DV chain: a wide band from about 40 Hz to 19 kHz, no wow or flutter, and a low bed of microphone preamp hiss with a little motor hum from the tape transport. It's clean digital audio from a cheap built-in microphone, which is exactly how it sounded.
Go back to the analogue tapes of the 1990s, or ahead to the smartphones of the 2010s. For how the looks are built, see how it works.
Twelve cameras on the TECHNOLOGY dial in CINE mode. Each frame below is the same shot, rendered by the app at DEGREE 7.
Mini DV was the home camcorder of the early 2000s: digital, interlaced and standard definition. The render is clean and fairly sharp, with light compression, a sharpening edge and a little shake.
Digital video recorded on 8 mm cassettes, popular as a cheaper step up from analogue. It looks close to Mini DV, a shade softer, with light compression and in-camera sharpening.
Some camcorders recorded onto small DVD discs with heavier, frame-spanning compression. Expect clearly visible compression blocks that flatten fine detail.
From 2004, HD reached tape: 1080i on the same small cassettes. The render is crisp and fairly sharp, with moderate compression. For the wide frame, set FORMAT to 16:9.
Early consumer HD camcorders recorded 720 progressive lines on tape. The render is a touch softer than 1080i, with moderate compression.
Compact still cameras of the 2000s recorded short Motion-JPEG clips at small sizes. Expect a soft, compressed picture at 15 pictures a second, held inside your 24 fps file.
Camera phones of the early 2000s recorded tiny, low-bitrate clips. The render is very soft, blocky and noisy, at 15 pictures a second, held inside your 24 fps file.
A Mini DV camcorder in a dim room turned up its gain. The render is duller in color, with a heavy layer of sensor noise over a softer picture.
From 2006, HD camcorders recorded 1080i to memory cards and hard drives with efficient compression. The render is crisp, with strong sharpening and some blocks in busy detail.
Cheap pocket camcorders with a fixed lens and a built-in USB plug made video easy to share. Expect blocks, noise, hard oversharpening and plenty of handheld shake.
From 2008, digital SLRs could shoot HD video with large sensors but read out slowly. The render is sharp, with strong rolling-shutter skew and some handheld shake.
Interlaced video records two half-pictures a fraction of a second apart. Here the combing is made visible: moving edges break into fine teeth, on top of strong in-camera sharpening.
Twelve styles on the STYLE dial in STILL mode, with the print's own shape and border.

Early-2000s compact cameras with CCD sensors made a few megapixels of JPEG. The render has compression blocks, a sharpening halo on edges and the bright flash fall-off of the decade.

Camera phones began in Japan in 2000 with sensors of around a hundred thousand pixels. The render is very soft, noisy and blocky, with crude sharpening on what detail survives.

By 2002, camera phones took VGA pictures that were made to be sent by message. The render is soft and noisy with heavy compression and harsh sharpening.

A strong little flash on a CCD compact lit faces brightly and left the room black. The render has hard flash fall-off, more sensor noise and oversharpened edges.

Digital compacts could print the date in the corner of the picture itself. The render is a CCD compact snapshot with flash fall-off and sharpening, and the date in the corner.

Entry-level digital SLRs, under a thousand dollars from 2003, brought large sensors and real background blur. The render is a clean 3:2 frame with softer areas toward the top and bottom.

Cheap zoom lenses and small CCD sensors put purple fringes on bright edges and let highlights bleed. Expect color fringing, blooming highlights and hard sharpening.

Late-2000s HDR photography merged bracketed exposures and tone-mapped them hard. The render pushes local contrast and saturation, with halos around edges against the light.

Photos uploaded to early sharing sites were shrunk and recompressed. The render is a CCD compact picture with heavy compression blocks and soft, sharpened detail.

From 2009, retro filter apps dressed phone photos as film, with frames and vignettes. The render is square, warm, with dark corners and a light leak, inside a white app frame.

The webcam on top of a 2000s monitor made small, noisy, uneven pictures. Expect a soft, blocky, noisy image with uneven exposure.

Early smartphones from 2007 had fixed-focus cameras with no flash. The render is soft and noisy, with compression blocks and sharpening.
A computer voice reading one line, passed through this decade's chain by the app's own audio code (PERIOD, DEGREE 7), with the medium's noise bed. Headphones help.
Mini DV Digital Camcorder. With SOUND on PERIOD, your audio passes through this decade's chain:
| Band | 40 Hz – 19000 Hz |
|---|---|
| Recorded | mono, like everything the app records |
| Noise bed | camera motor, hiss |
| Wow · flutter | 0% · 0% |
SILENT drops your voice and keeps only this noise bed. ORIGINAL leaves your iPhone's audio untouched. How period sound works
The camera opens on a different decade every day, with one of these facts under the dial.