The phrase "a computer microprocessor" is correct and usable in written English.
It can be used when referring to a specific type of microprocessor designed for use in computers.
Example: "The latest model of a computer microprocessor offers improved performance and energy efficiency."
Alternatives: "a CPU" or "a processing unit".
The move provided AMD with the opportunity to integrate a computer microprocessor and high-end graphics chip, but it also opened up the smartphone market to AMD. (Also see: "Why Private Money Likes Chips" and " Not Bad Is No Longer Good For AMD").. Original speculation in the wake of AMD-ATI concerned the possibility that AMD rival Intel would purchase Nvidia.
The phosphorylation events we have identified allow the cell to respond to extracellular cues, such as the mitogens that stimulate ERK1 and ERK2, and appear comparable to the digital data input that a computer microprocessor receives.
Advanced Micro Devices this week became the first semiconductor company to mass produce a personal computer microprocessor with a speed of 1 gigahertz, or 1,000 megahertz, or a billion electronic heartbeats per second.
D1 CIRCUITS G1-12 A Milestone in PC Chips Advanced Micro Devices has become the first semiconductor company to mass produce a personal computer microprocessor with a speed of 1 gigahertz, or 1,000 megahertz.
Intel, the largest computer microprocessor maker, launched a set of chips on Wednesday that promises to make wireless Internet access a standard feature on laptops and to untie computer users from power outlets and telephone jacks.
Word around the silicon campfire is that Intel is finally giving up on the "megahertz myth" that it has preached for years as a central tenet of its desktop computer microprocessor marketing efforts.
A Possible Application Positioned atop a computer's microprocessor, this ratchet pump would use the waste heat generated by the processor to circulate its coolant.
Software-only modems have existed for years, but until recently the burden they put on a computer's microprocessor degraded performance too much for most users.
Using the same methods of etching and deposition that create the wires and transistors on a computer's microprocessor, the company positions a thin layer of gold on top of each well.
The solution, he concluded, lay not in silicon hardware but, instead, in clever software -- code that might achieve compatibility with the dominant Intel standard, but that might also reduce the power needs of a computer's microprocessor.
Stimulus shapes were presented using a display board having a 64 × 64 array of LEDs, each of which could be illuminated under control of a computer and microprocessor slave.
