C860 utilizes a 12-stage superscalar pipeline, with a standard memory management unit, and can run Linux and other operating systems.

C807 utilizes an 8-stage pipeline and dual-issue superscalar architecture, with a standard memory management unit, and can run Linux and other operating systems.

C810 utilizes a 10-stage superscalar pipeline, with a standard memory management unit, and can run Linux and other operating systems.

E801 is has the lowest cost and lowest power consumption among T-Head processors.

E802 utilizes a 2-stage minimalistic pipeline and optimizes average and peak power consumption.

E803 utilizes a 3-stage sequential pipeline to achieve an optimized balance between performance and cost. It can be equipped with secure execution technology to enhance system security.

E804 utilizes a 3 to 4-stage variable-length pipeline and a scalar DSP computing engine, and can be optionally equipped with a floating point unit and secure execution technology to enhance system security.

R807 utilizes an 8-stage pipeline and dual-issue out-of-order architecture.

I805 utilizes a 4-stage sequential pipeline, and is equipped with a vector computing engine oriented to applications such as AI and DSP.

S802 utilizes a 2-stage minimalistic pipeline that provides nearly 20 special protection technologies for various invasive and non-invasive physical attacks.

E902 utilizes a 2-stage minimalistic pipeline compatible with RISC-V architecture, and is enhanced in execution efficiency.

C910 utilizes a 12-stage superscalar pipeline, is compatible with RISC-V architecture, and is enhanced for arithmetic operations, memory access and multi-core synchronization.