Hardware
| Name Sort descending | Description |
|---|---|
| Casio SL300VC-PL | Solar Plus Power, independent memory, and a profit-margin percent function make this calculator a perfect choice for business and home use. |
| Casio SL300VC-YW | Solar Plus Power, independent memory, and a profit-margin percent function make this calculator a perfect choice for business and home use. |
| Casio SR-1 | The Casio SR-1 is an arithmetic calculator with 10 digits precision and algebraic logic. It has 6 functions, 29 keys and an LCD (liquid crystal) display. The power source is 4xAA batteries. |
| Casio SR-5 | The Casio SR-5 is an arithmetic calculator with 10 digits precision and algebraic logic. It has 6 functions, 29 keys and an LCD (liquid crystal) display. |
| Casio SR5-BK | The Casio SR5-BK is an arithmetic calculator with 10 digits precision and algebraic logic. It has 6 functions, 29 keys and an LCD (liquid crystal) display. |
| Casio ST-1 | The Casio ST-1 is an arithmetic calculator with 8 digits precision and algebraic logic. It has 9 functions, 26 keys and a VFD (vacuum fluorescent) display. The power source is AA batteries. The… |
| Casio ST-24 | The Casio ST-24 CARD TIME is an arithmetic calculator with 8 digits precision and algebraic logic. It has 5 functions, 22 keys and one of the early LCD (liquid crystal) displays which incorporated… |
| Casio SX1050V | The SX-1000 Series was announced in 1986, based on the concept of a 32-bit high-speed MPU, Japanese language compatible UNIX, and powerful network functionality. |
| Casio UC-365 | The Casio UC-365 Universal Calendar is an arithmetic calculator with 8 digits precision and algebraic logic. It has 4 functions, 30 keys and an LCD (liquid crystal) display. The power source is… |
| Casio VL-1 | The VL-1 was the first instrument of Casio's VL-Tone product line, and is sometimes referred to as the VL-Tone. It combined a calculator, synthesizer, and sequencer. |
| Casio VL-10 | The smalest synthetiser of the world. With calculator functions.The Casio VL-10 is smaller than a chocolate bar and contains 2 separate piezo loudspeakers for main voice and rhythm. |
| Casio VL-80 | The Casio VL-80 is an arithmetic calculator with 8 digits precision and algebraic logic. It has 6 functions, 25 keys and an LCD (liquid crystal) display. The calculator was manufactured in Japan… |
| Casio XJ-A141 | The Slim incorporates a Casio developed and Hybrid Light Source which combines laser and LED technology for amazing high brightness. The Slim is an earth-friendly, low maintenance projector with… |
| Casio XJ-A146 | The Casio XJ-A146 slimline digital projector features a hybrid laser/LED light source of 2500 lumens, a display resolution of XGA (1280 X 800) with 2X Optical Zoom Projection Lens, a Hybrid Light… |
| Casio XJ-A241 | The Slim incorporates a Casio developed and Hybrid Light Source which combines laser and LED technology for amazing high brightness. The Slim is an earth-friendly, low maintenance projector with… |
| Casio XJ-A246 | The Slim incorporates a Casio developed and Hybrid Light Source which combines laser and LED technology for amazing high brightness. The Slim is an earth-friendly, low maintenance projector with… |
| Casio XJ-A251 | The Slim incorporates a Casio developed and Hybrid Light Source which combines laser and LED technology for amazing high brightness. The Slim is an earth-friendly, low maintenance projector with… |
| Casio XJ-A256 | The Slim incorporates a Casio developed and Hybrid Light Source which combines laser and LED technology for amazing high brightness. The Slim is a low maintenance projector with features such as a… |
| Casio XJ-H1750 | They are interactive Whiteboard ready (USB models only.) By using the optional Interactive Pen with any white surface, whether whiteboard, screen or wall. Use the Interactive Pen as a PC mouse to… |
| Casio XJ-H2600 | The DLP 3D Ready feature opens up new horizons in teaching, presentations and talks. Possibilities such as three-dimensional models, spatial visualisations and engaging, realistic illustrations… |
| Casio XJ-H2650 | The Casio XJ-H2650 delivers a bright, high-quality data image along with a low running cost and the ecological benefits that go with Casio's solid state light source. |
| Casio XJ-ST145 | The XJ-ST145 features 2500 lumens and 1800:1 contrast ratio which yields improved color performance with an emphasis on natural color by refining a waveform based on the lamp spectrum and color… |
| Casio XJ-ST155 | The Casio Short Throw Model Projectors have increased I/O connectivity, are DLP 3D Ready and have auto brightness adjustment to save power and reduce eye fatigue. |
| CASIO-8E | The Casio 8E CASIO-8E is an arithmetic calculator with 8 digits precision and algebraic logic. It has 4 functions, 18 keys and an LED (light-emitting diode) display, typical of calculators of this… |
| CASIO-8U | The Casio 8U CASIO-8U is an arithmetic calculator with 8 digits precision and algebraic logic. It has 4 functions, 17 keys and a VFD (vacuum fluorescent) display. The power source is 5xAA… |
| Caspa FS | Get your industrial robot, autonomous vehicle or surveillance device to market quickly and economically with open-source, machine vision capabilities. Without an optical filter, the Caspa FS… |
| Caspa VL | Add full color spectrum computer vision to UAV, surveillance and other smart devices with Caspa VL and any Overo COM. Using an optical filter to cut out the IR range, the Caspa VL receives only… |
| CDC 160 | The CDC 160 computer, introduced in 1960 was the first truly small computer to hit the market. This machine and the DEC PDP-1 may both fairly claim to be the first transistorized computers to come… |
| CDC 1604 | The CDC 1604 was a 48-bit computer designed and manufactured by Seymour Cray and his team at the Control Data Corporation. The 1604 is known as the first commercially successful transistorized… |
| CDC 160A | The CDC 160 and CDC 160-A were 12-bit minicomputers built by Control Data Corporation from 1960 to 1965. The 160 was designed by Seymour Cray - reportedly over a long three-day weekend. It fit… |
| CDC 1700 | The CDC 1700 was a 16-bit word minicomputer, manufactured by the Control Data Corporation with deliveries beginning in May, 1966. The 1700 used ones' complement arithmetic and an ASCII-based… |
| CDC 3100 | The 3100 was the bottom of the range model of the 3000 series of computers. Released in 1965, this transistor-based machine has a 24 bit processor and core memory. |
| CDC 3200 | The Control Data 3200 computer (Ref. CDC 3800 information) had a memory of 32K words of 24 bits, a cycle-time of 1.25 microsecond and an extended set of peripheral equipment, as hard disks, tape… |
| CDC 3300 | The CDC 3300 is a fast, medium-scale-digital computer. It is basically a binary machine. There is an optional Business Data Processing unit (BOP) which enables the machine to do binary-coded… |
| CDC 3500 | The CDC 3000 series computers from Control Data Corporation were mid-1960s follow-ons to the CDC 1604 and CDC 924 systems. Over time, a range of machines were produced - divided into the 'upper… |
| CDC 3600 | The Control Data Corporation (CDC) 3600 computer arrived at NCAR in November 1963, but the operating system was not ready. SCD staff put together an operating system sufficient to be able… |
| CDC 3800 | The CDC 3800 was a large mainframe computer optimized for handling problems that required a lot of numeric processing. Control Data Corporation of Minneapolis-St. Paul introduced the 3800 in the… |
| CDC 3800 | The CDC 3800 was a large mainframe computer optimized for handling problems that required a lot of numeric processing. Control Data Corporation of Minneapolis-St. Paul introduced the 3800 in the… |
| CDC 5100 | The CDC 5100 is versatile enough for a wide range of applications, and flexible enough to be readily modified for each user's specific needs. The 5100 meets the ned for a low-cpse system… |
| CDC 6400 | The CDC 6400, a member of the CDC 6000 series, was a mainframe computer made by Control Data Corporation in the 1960s. The central processing unit was architecturally compatible with the CDC 6600… |
| CDC 6500 | The CDC 6500 was a dual CPU 6400. The CDC 6700 was also a dual CPU machine, but had one 6600 CPU and one 6400 CPU. The CDC 6415 was an even cheaper & slower machine; it had a 6400 CPU but with… |
| CDC 6600 | The CDC 6600 was a mainframe computer from Control Data Corporation, first (first in the United States) delivered in 1964 to the Lawrence Radiation Laboratory, part of the University of California… |
| CDC 6700 | The CDC 6700 was also a dual CPU machine, but had one 6600 CPU and one 6400 CPU. |
| CDC 7600 | The CDC 7600 was the Seymour Cray-designed successor to the CDC 6600, extending Control Data's dominance of the supercomputer field into the 1970s. The 7600 ran at 36.4 MHz (27.5 ns clock cycle)… |
| CDC 8600 | The CDC 8600 was the last of Seymour Cray's supercomputer designs while working for the Control Data Corporation. The "natural successor" to the CDC 6600 and CDC 7600, the 8600 was intended to be… |
| CDC 924 | The CDC 924 was a cut down 24-bit version of the 48-bit CDC 1604. It was among the first commercially successful transistorised computers. |
| CDC Advanced Flexible Processor | Each Cyberplus (aka Advanced Flexible Processor, AFP) is a 16-bit processor with optional 64-bit floating point capabilities and has 256 K or 512 K words of 64-bit memory. The AFP was the… |
| CDC STAR-100 | The STAR-100 was a vector supercomputer designed, manufactured, and marketed by Control Data Corporation (CDC). It was one of the first machines to use a vector processor to improve performance on… |
| Chestnut43 | The Chestnut43 expansion board connects directly to a 4.3" Samsung LCD display with touch screen 16 bpp through a 45-pin FPC connector. It also features support for 10/100baseT Ethernet, EHCI (USB… |
| Chieftec BA-01B-B-B | BA-01B-B-B -a Big Tower with very convincing dimension. This chassis offers not only enough space for components and expansion, but also the possibility to install a redundant power supply.… |
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534 Third Avenue
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Brooklyn, NY 11215 - Email: info@ithistory.org
