Tremont Processor

What is Tremont Processor?

The Intel Tremont processors refer to the chips manufactured on the 10 nm process with a superscalar pipeline and an x86-64 Instruction Set Architecture (ISA) and a core configuration ranging from two to twenty-four.

Technically, the Tremont processors are built with a redesigned front end and back end with better decoding and execution abilities.

The Tremont x86 architecture also supports a lot of instruction extensions and tri-gate transistors.

Understanding Tremont Processor

What is Tremont Processor

Ideally, the term Tremont refers to the microarchitecture for low-power Celeron, Atom, and Pentium Silver branded CPUs that are used in the Systems on a Chip or SoCs designed by Intel.

These processors are the successors of Goldmont Plus processors and the predecessors of Gracemont processors.

There are different core names and platforms on which Intel released the 10 nm Tremont core at different times, such as:

Ideally, the low-power, next-generation, x86 microarchitecture of Tremont processors, with their higher IPC, offer significant gains over other generations.

Design and Technology

The Intel Tremont processors are designed on the 10 nm manufacturing process and use 3D tri-gate transistors in the System on a Chip (SoC) architecture.

These 3rd generation low-power, out-of-order architecture is typically designed for use in entry level desktops and notebook computers.

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In fact, the compact design and low-power package of these processors enable using them in a breed of new generation of pioneering form factors which include:

As compared with other x86 architectures, the improvements in the design and technologies of the Intel Tremont processors can be summarized as follows:

Typically, in comparison to the architecture of its predecessor, Goldmont Plus, the architecture of the Tremont processors is better designed to offer much better single-threaded performance.

However, the focus is also on the low-power, small, and silicon cores.

A couple of notable changes made to the design are:

The front-end is also redesigned and now it comes with the following features:

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As for the redesigned back end, the features included are as follows:

Versions

There are different versions of the Intel Tremont processors available with different features.

For example, the mobile processors come with the following features (which may vary depending on the specific model in question, however):

The server Tremont processors that are designed for use in the base transceiver stations typically come with the following features:

There are also a few embedded Intel Tremont processors available that come with the following features:

Compiler and Pipeline Support

Apart from Visual Studio, the Tremont processors also offer different compiler support such as:

The Tremont CPUs also support a pipeline with the following features:

Instruction Set Architecture and Extension Support

The Tremont processor supports a lot of x86-64 or Intel-64 Instruction Set Architecture along with a wide range of new and old extensions of theirs, such as:

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In addition to that, the processor architecture also supports Split Lock Detection, which helps in detecting and causing an exception for split locks.

Conclusion

The Tremont CPUs are built with performance and power in mind.

The features included in its design help in offering a large uptick in the clock-for-clock output as compared to its ancestor.

The CPU has everything to drive about a 30% boost in its activity, which is quite a jump by any measure for different CPU generations.