NAME  

C 64

MANUFACTURER  

Commodore

TYPE  

Home Computer

ORIGIN  

U.S.A.

YEAR  

1982

END OF PRODUCTION 

1993

BUILT IN LANGUAGE 

Basic

KEYBOARD  

Full-stroke 66 keys with 4 function keys

CPU  

6510

SPEED  

0.985 MHz (PAL) / 1.023 MHz (NTSC)

COPROCESSOR  

VIC II (Video), SID (Sound)

RAM  

64 KB

ROM  

20 KB

TEXT MODES 

40 columns x 25 lines

GRAPHIC MODES 

Several, most used: 320 x 200

COLORS  

16 + 16 border colors

SOUND  

3 voices / 9 octaves, 4 waveforms (sound output through TV)

SIZE / WEIGHT 

40.4 (W) x 21.6 (D) x 7.5 (H) cm / 1820 g

I/O PORTS 

RGB (composite, chroma/luma and sound in/out), 2 x Joystick plugs, Cartridge slot, Tape interface (300 bps), Serial, User Port, TV RF output

BUILT IN MEDIA 

Cassette unit. Provision for 170 KB 5.25'' floppy disc unit (1541)

POWER SUPPLY 

External power supply unit

PRICE  

$595 (USA, 1982) - ё229 (U.K. 1984)

 

Commodore C-64

Commodore C-64

The Commodore 64, along with the Apple II and the Atari XL computers, is the most famous home computer. According to the 2001 edition of Guinness book of records, the C-64 was the most "prolific computing device ever manufactured". During its production run from 1982 to 1993, about 30 million (!) units were sold. To put this number in perspective, that's more than all the Macintoshes in the world.


The C-64 was an up-market version of the VIC-20. A wide range of software packages, games and programming languages was available for this machine, which was itself available practically anywhere from a toyshop to a business supplier.

Superficially, the C-64 closely resembled the VIC-20. It had the same casing, an identical keyboard configuration and virtually the same interfaces and sockets. But the apparent similarity belies some fundamental differences: a MOS 6510 processor and 64 KB of RAM, which was quite unusually large at the time for a model of this price range. The C64 also had the ability to recognize user-established priorities by which 'sprites' (or movable blocks) could move independently of displayed text/graphics, enabling the creation of graphics with up to 8 layers.

A special sound interface chip performed music synthesis. Sound envelope could be controlled on all three voices on a full nine octave of each. It was one of the first computers to offer both a high quality sound chip and graphic resolution with many colors and sprites.

A great range of peripherals was developed for this computer and it can also use several of the VIC-20 peripheral devises.


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