coprocessor

Other Intel coprocessors were the 80287, 80387, and the 80187.

Any coprocessor with an identical master key can use those keys.

In 1976 Intel began planning to produce a floating point coprocessor.

In practice fitting a coprocessor usually has a much smaller impact than advertised.

With a coprocessor and a 50k hard disk, of course.

A coprocessor may not be a general-purpose processor in its own right.

Inserted instructions were forced into a flow by a coprocessor.

The initial product was a Floating point coprocessor chip set.

When the coprocessor has finished its' task it passes the result to the main processor.

The Engineering coprocessor is a set of two chips.

A math coprocessor compatible with the Intel 80287 or 80387 is recommended.

The 68451 memory-management coprocessor was designed to work with the 68020 processor.

In this way an application could run identically on the host or the coprocessor.

The Intel 8087 was the standard math coprocessor for the 8086 and 8088, operating on 80-bit numbers.

The motherboard also had space for an optional 80287 math coprocessor.

A dream coprocessor increases the efficiency of that process, improving memory.

The system allows for expansion up to 128 nodes, each with processor and coprocessor.

The speed of the main processor still has more effect on spreadsheet applications than the coprocessor.

No, don't ask me what a myth coprocessor does.

The floating coprocessors were produced for the 286, 386 and 486 generations of microprocessors.

High processor speeds also made a closely integrated coprocessor difficult to implement.

The Intel 8089 input/output coprocessor was available for use with the 8086/8088 central processor.

This allowed the Tube to work with a completely different bus architecture in the coprocessor unit.

New coprocessors could be interfaced with the inserted instruction mechanism.

For even faster performance, math operations could be handled by the optional 8087 coprocessor.