May 15 news, according to foreign media reports, the Indian Advanced Computing Development Center (C-DAC) has previously announced that it will develop a series of CPU based on Arm architecture, including flagship processor AUM.

Recently, C-DAC has officially released details of its processor AUM, a processor for high-performance computing (HPC), scheduled for release in 2024.

C-DAC has previously said it is developing a variety of processors for domestic applications in India, which will be used in areas ranging from smart devices, the Internet of things, AR/VR, HPC and data centers.

C-DAC has previously said it is developing a variety of processors for domestic applications in India, which will be used in areas ranging from smart devices, the Internet of things, AR/VR, HPC and data centers.

The agency also plans to launch eight-core chips in the next three years as a follow-up upgrade to previous Dhruv and Dhanush Plus chips.

In addition, there is AUM, a processor for HPC and servers, which will also be part of India's National supercomputer (NSM) program.

According to the latest exposure,AUM's CPU core uses the Arm Neoverse V1 kernel codenamed Zeus, with a total of 96 cores.

Each chip contains 48 V1 cores, and each chip has its own memory, C2C/D2D O, C2C/D2D interconnection, cache, security and MSCP subsystems.

The two small chips include 96 MB of secondary cache and 96 MB of system memory.

The two small chips include 96 MB of secondary cache and 96 MB of system memory.

In additionThe AUM processor is also equipped with 64 GB HBM3 5600MHz memory, encapsulates 96 GB HBM3 on-chip memory, supports 8-channel DDR5-5200 memory, and is scalable up to 16 channels with a total bandwidth of up to 332.8 GB/s.

Thanks to the triple memory subsystem design, the AUM will be able to carry 64,128 PCIe Gen 5 channels, support CXL, and run on a platform that can contain two of these chips.

In terms of process technologyThe AUM processor will be manufactured based on TSMC's advanced 5nm process, so that the CPU frequency of the AUM is about 3.03.5 GHz.

In terms of performance, pure CPU nodes will provide performance of up to 10 TFLOPs per node, with more than 4.6TFLOPs computing power per slot, and up to 4 standard GPU accelerators in the case of a two-socket server design.

In terms of performance, pure CPU nodes will provide performance of up to 10 TFLOPs per node, with more than 4.6TFLOPs computing power per slot, and up to 4 standard GPU accelerators in the case of a two-socket server design.

Finally, C-DAC will be ready to launch software and development tools for HPC systems to give full play to the performance potential of its AUM processors.

C-DAC predicts that AUM processors will be available in 2023-2024 and will help India's National supercomputer (NSM) plan to achieve 64 PetaFlops of computing power by the end of 2024.

C-DAC predicts that AUM processors will be available in 2023-2024 and will help India's National supercomputer (NSM) plan to achieve 64 PetaFlops of computing power by the end of 2024.