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related:

The first dual-core Pentium 4 was built in a hurry

PC World posted a quote from Jonathan Douglas, lead engineer at the Intel Digital Enterprise Group, a group that develops processors for desktops and servers, which gives an idea of ​​the rush to develop Intel’s first dual-core processor. Douglas shared his impressions of the project with the participants of the Hot Chips conference.

According to him, the microprocessor was designed and released in an extremely short time by Intel standards (9 months), in an attempt to somehow restrain the successful promotion of its main competitor, AMD.

When Intel realized that the development of single-core processors had reached its limit, the company’s engineers plunged headlong into the design of the Smithfield dual-core chip. However, trying to move to this project from working on a single core processor, they faced a number of problems and were forced to make numerous compromises.

According to Douglas, Intel specialists were not able to design the new memory bus (front-side bus, FSB) in time, so it was decided to leave the same as the old Pentium 4. Technically, it could provide the operation of two independent single-core processors, but in terms of efficiency it is inferior to the bus, which is planned to be implemented in Paxville, or the integrated memory controller already used in AMD microprocessors.

All testing tools and processes available to Intel have been designed for single core processors. As a result, the company had to invent a new test methodology for dual-core chips on the fly to test the interaction between the two cores.

Among other things, engineers had to design a new case for the Pentium D, which would accommodate both cores. Douglas aptly compared these efforts to trying to fit into a pair of pants, preserved from school days. Intel would have preferred a design in which the two dies were simply housed in the same package (this approach will still be used in the future Presler desktop processor), but the chassis team simply did not have time to prepare such a solution for Smithfield.

As a result, Pentium D processors consist of two Pentium 4 cores placed close to each other on the same section of a silicon wafer. This solution creates known problems, since dual-core processors must have a common logic that coordinates the actions of the cores, and there is practically no room for it. This complication also led to problems with signaling, Douglas noted.

Work on Smithfield began in May 2021, when the company publicly announced that it was canceling the release of two previously planned single-core processors and will focus on multi-core chips. By this time, AMD engineers were already working hard on the dual-core version of the Opteron server processor, which was demonstrated in September of the same year. Since then, AMD has already released dual-core processors for desktop systems.

In other words, part of the reason for Intel’s aggressive Smithfield schedule was the company’s need to respond to AMD’s actions. Douglas said, without mentioning AMD by name, “We needed a competitive response. We were behind “.

Source: PC World