![]() MagniLink PRO leads the market with regard to working height – meaning that just about everything (including large books and file folders) will fit below the camera. (D) TTS Software Mac - scan a full A4 page in just a few seconds Everything fits (C) TTS Software Win - scan a full A4 page in just a few seconds (B) Pre-installed battery for increased flexibility (A) Dockable X/Y-table with friction brakes X/Y Portability - it’s easy to fold and unfold and comes with a carrying bagĪdapt it individually with the following options:.Software for PC/Mac - including software Split functionality.Ergonomic Control box with programmable buttons.Superior FHD 1080p reading/distance/mirror camera.It is a very complete system right from start and it will cover the needs for most users in most situations. The two chips worked together complementarily in demonstrating the new device’s potential: the 4004 introduced the world to a radically new approach to logic programming, while the 8008 offered more capabilities and established that the 4004 was not simply a flash in the pan.MagniLink PRO is intended for visually impaired professionals at work. Instead, Intel’s decision to pursue the development of 8008 even before it had released the 4004 would help establish a foothold for programmable microprocessors and thus pave the way for their modern-day proliferation. In all, the microprocessor could easily have been written off as a technical marvel with limited commercial applications. Even if Intel’s entry into microprocessors succeeded, it might wind up hurting the company’s core business if mainframe manufacturers who bought Intel’s memory devices came to see the company as competition in the computing business. Many customers would understandably be reluctant to incur the expenses associated with a new, unproven technology - it would take time and resources to convince them of the technology’s net benefits, and then more time and resources to help them implement it. Both the programmable processors it was developing had grown out of contract projects that didn’t work out - the 4004 for Japanese calculator company Busicom and the 8008 for CTC - and neither was powerful enough to reveal the microprocessor’s true potential. After all, Intel had been founded only three years earlier as a memory company, and the commercial possibilities of the microprocessor weren’t yet clear. Looking back, the wisdom of Intel’s decision to continue pursuing microprocessor development is clear, but in 1971 it took vision and courage. (A fourth designer, Hal Feeney, was new to Intel when he joined the 8008 team but was very much invested in the development of programmable logic in semiconductors.) Because of their collective efforts, upon its release “the 8008 earned some of the best reviews of Intel’s brief history,” according to one prominent tech historian. Three of the 8008’s chief designers, Ted Hoff, Stan Mazor and Federico Faggin, were also crucial to the 4004. ![]() The finished product would be renamed the 8008 to create a sense of continuity with the 4004, and indeed there was a conceptual continuity in the two devices’ developments. Intel was so confident in the product’s market possibilities that it didn’t even charge CTC for the development work it had done, instead wanting only the commercial rights to finish and sell the chip on its own. After Seiko expressed a serious desire to use the 1201 to power a desktop calculator in early 1971, Intel decided to continue developing the device as a standalone product. The CTC deal would ultimately fall through, but by that time the notion of an 8-bit microprocessor was already attracting interest from other parties. CTC agreed and development work began on the chip, which at the time was known as the 1201. Such a chip would need to be much more powerful than the 4004 to handle the applications it was intended for, but the concept seemed sound. Mazor, who had been working with Ted Hoff on the development of the 4004, proposed that a one-chip programmable microprocessor might be less cumbersome and ultimately more cost effective that building a custom logic chipset. In December 1969, Intel engineer Stan Mazor and a representative of CTC met to discuss options for the logic chipset to power a new CTC business terminal. The origins of the 8008 lay in a contract project Intel pursued with Computer Terminal Corporation (CTC, today known as Datapoint).
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