Hardware

Scan your pictures right into a slideshow with the ScanExpress S670. This exceptional device scans photos up to 4”x6” The images are then displayed on the 7” LCD screen. The S670 even has refresh…

This is a classic MSX 1 computer. It was also sold under the Daewoo brand. It's one of the few Korean MSX computers. It has 64 KB RAM.

Featuring 3000 ANSI lumen brightness, an ultra-high contrast ratio of 13000:1, XGA resolution, support for various 3D formats, LAN control features, up to 6500 hours long lamp life, the MX703 is…

A small(ish) machine, built in the early 1960s.

In April 1964, NEC announced the N204A and N204B magnetic tape units together with the NEAC-2200. The N204A used 3/4 inch wide tape, and the N204B used 1/2 inch wide tape. Their tape drive system…

In April 1964, NEC marketed the N209A-1 Paper Tape Input Unit for the NEAC-2200. This unit was for 6-row or 8-row tape, and was not equipped with reels for tape handling. Read speed was 200…

In May 1965, NEC marketed the N209A-2 Paper Tape Input Unit for the NEAC Series 2200.
This unit enabled reading of 5- to 8-row tape, and was equipped with reels for tape handling, so it was…

In February 1967, NEC equipped the NEAC-1240 with the M210 Paper Tape Output Unit. Also, the N210A-3 Paper Tape Output Unit (same unit and same model) was used in the NEAC Series 2200.

This had the same appearance as the N214-2 card reader/punch on the next page. Cards were punched column by column, but the system had a number of distinctive features, such as higher speed due to…

Structurally, this unit combined the reading mechanism of the N223 card reader, and the punching mechanism of the N214-1 card punch. Cards fed out from the hopper passed through a reader section…

When using only the 46 characters on the type drum, the N222-4 had a printing capability of 950line/min, and multi-line linefeeds were done at high speed. The type drum of this unit could be…

Reading was done photoelectrically, column by column, using 12 solar cells. The timing signals for controlling transmission of the read data and card feed were generated using card movement. Thus…

Cards were sent in from the hopper on the right side of the photograph, and when punching was finished, they were sent to the stacker in the center of the equipment. After punching data column by…

In April 1966, NEC announced the high-speed, high-capacity N271A magnetic drum unit, together with their announcement of an order for the NEAC Series 2200 Model 500. The unit was delivered to…

In October 1971, NEC announced the N276 magnetic disk pack which used a 14-inch disk pack with a memory capacity of 100MB. It was announced together with the NEAC Series 2200 Model 375 and 575,…

NEC announced the N3250 / N3760 disk array subsystem in December 1994 along with the parallel ACOS PX7800 mainframe. By using large-volume, 3.5-inch disk drives and enclosing the N3760 disk array…

In April 1998 NEC announced, together with the PX7800SV, the N3645 cartridge library that supported both 36-track and 128-track formats. The unit could accommodate up to 6,110 magnetic tape…

NEC completed the N422 high-speed table printer, and in July 1964 it began operation at NEC's Electronic Computer Center, together with the large NEAC-2800 System computer.

ASUS and Jay Chou have also prepared a whole lineup of additions to this very special notebook PC. Even the box it comes in bears the same unique collectible design, with Jay’s trademark J…

ASUS and bestselling multimedia artist Jay Chou work together again, following the successful N43SL limited edition, this time delivering the N45SL Jay Chou Mystic Edition. Inspired by Jay’s new…

In February 1979, NEC announced the N7344 and N7345 small line printers together with the ACOS System 250. These printers used the type band system.

In 1977, NEC announced the N7370 high-speed page printer, which was capable of kanji (Chinese character) printing, and the N7380 page printer, which was the fastest in Japan with a speed of 21,…

In 1977, NEC announced the N7370 high-speed page printer, which was capable of kanji (Chinese character) printing, and the N7380 page printer, which was the fastest in Japan with a speed of 21,…

In August 1980, NEC announced a mid-size, inexpensive page printer employing the laser-based xerography system. This printer was for Japanese language processing with mainframes (JIPS for the ACOS…

In January 1987, NEC announced the world's first two-color high-speed page printer.This was the first high-speed page printer (2500line/min) in the world capable of simultaneously printing two…

In May 1974, NEC announced the N7620 Series of magnetic tape units which achieved 1600RPI using the PE (Phase Encoding) system. The Series was announced together with NEC's new mainframe, the ACOS…

In June 1975, NEC announced the N7630 Series of magnetic tape units which achieved 6250RPI using the GCR (Group Coded Recording) system. This Series was announced together with the ACOS Series 77…

In January 1987, NEC announced the N7641-21 cartridge magnetic tape unit which used 1/2-inch wide cartridge magnetic tapes, and the N7642-21 cartridge magnetic tape unit with auto changer which…

In January 1987, NEC announced the N7641-21 cartridge magnetic tape unit which used 1/2-inch wide cartridge magnetic tapes, and the N7642-21 cartridge magnetic tape unit with auto changer which…

NEC announced the N7644 cartridge-based magnetic tape unit along with the ACOS system 3300N in October 1991. The N7644 could automatically load and unload up to 10 half-inch 200 MB magnetic tape…

In November 1988, NEC announced the N7645 cartridge library system which could store up to a maximum of 6,250 1/2-inch wide cartridge magnetic tapes, each with a capacity of 200MB.

In May 1994 NEC announced the N7646 cartridge-based magnetic tape unit, which could house up to 350 half-inch magnetic tape cartridges each with an average capacity of about 200 MB.

In October 1979, NEC announced the N7651 mass data file system which could hold a max.imum of 4720 data cartridges, for a max.imum capacity of 236GB.

In February 1984, NEC announced the N7662 streaming magnetic tape unit with 1/2-inch tape, together with the ACOS System 430.

In April 1976, NEC announced the N7751 high-capacity hard disk unit with 14-inch media. It was announced together with the ACOS Series 77 System 800 and 900, and the first shipment was in January…

Later, in October 1979, NEC announced the N7755 hard disk unit which had a memory capacity of 1270MB, twice that of the N7751. It was announced together with the ACOS system 350, 450 and 550, and…

In February 1984, NEC announced the N7756 compact, high-capacity disk unit using plated media. It was announced together with the ACOS System 430, and first shipped in September 1984.

In November 1982, NEC marketed the N7761 high-capacity hard disk unit with a capacity of 2.68GB. It was first shipped in December 1983.

In September 1985, NEC announced the N7765 hard disk unit as an even higher capacity version of the N7761. The N7765 had an increased memory capacity of 5.37GB, and was first shipped in September…

In July 1990, NEC announced the N7795 high-capacity hard disk unit together with the ACOS System 3800.

NEC announced the N7797 large-volume magnetic hard disk unit along with the ACOS System 3900 in March 1991. The N7797 contained up to 32 five-inch head disk assembly (HDA) spindles.

The story is far from finished. If GI released the AY-3-8500 in 1976, the competition was already present.

National Semiconductor (NS) released their chip integrating three Ball &…

The system was designed to connect to a Teletype - the CPU had serial In and Out pins, but very few hobbyist could afford this massive and expensive equipment. N.S. thus released an optional…

The NB-3000 "Badminton printer" employed a plastic molded type head, which weighed about 6g and was shaped like a badminton shuttlecock. It had a printing speed of 40char/s, and could print 128…

In 1978, NEC announced the NB-3300 and NH-3300 which further enhanced performance and reduced size and weight of the above models. Throughput was improved by 30–40% over previous machines due to…

The aluminum extrusion heatsink of U type can effectively spread the heat for heat dissipation. Thus can greatly improve the performance of the heat disspation.

For AMD CPU to 125W.U shaped copper insert heat sink.K8 and AM2 compatible.Low noise fan.Support AMD CPU.Dual-Core ready! ROHS ready!

For AMD CPU up to 89W.The U type fin provide the enough surface area for heat dissipation.ROHS ready!

For Intel CPU up to 95W.Support Intel LGA 775 CPU.Dual-Core ready! ROHS ready!

Support Intel LGA CPU up to 95W.Support Intel LGA775 CPU.Dual-Core ready! ROHS ready!