Server processor
Irtysh С632
The Irtysh C632 is a high-performance domestic server processor designed for building secure and scalable information systems. The processor provides an optimal balance of computing power and energy efficiency, making it an ideal foundation for servers, data storage systems, and private cloud platforms under the conditions of full import substitution.
Key advantages:
- High performance: a modern multithreaded architecture optimized for efficient processing of large data volumes and handling high‑load databases.
- Hardware security: embedded mechanisms for data protection, domestic cryptographic algorithms support, and trusted boot function, all meet the strict requirements of Russian regulators.
- Complete ecosystem: full certified compatibility with leading Russian operating systems (Alt Linux, ROSA) and relevant server software.
Application areas – Government information systems, the financial sector, telecommunications, and enterprise data centers where fault tolerance, security, and technological sovereignty are essential.
| Characteristic | Description | Characteristic | Description |
| Peak clock frequency | 2.1GHz | Performance | 1612.8GFlops@2.1GHz |
| Processor core | 32 | Number of threads | 64 |
| Number of chips on wafer | 2 | Typical power consumption | 180-200W |
| Processor core | 64-bit superscalar core LA664; Supports the LoongArch instruction set; Supports 128/256-bit vector instructions; 6-issue out-of-order execution; 4 fixed-point blocks, 4 vector blocks, and 4 access blocks. | Power management | Supports dynamic clock gating of the main module; Supports dynamic frequency scaling of the main clock domain; Supports dynamic regulation of the main voltage domain. |
| Interprocessor bus | LCL, PCIe, multiplexing | Security module | Own development that meets the requirements of Russian regulators. |
| Cache | Each core contains: L1 of instructions: 64KB L1 of data: 64KB L2: 256KB Shared L3: 32MB | Memory | 8 channels 72-bit DDR4-3200 |
| I/O | 8 channels PCIe x 16 (128 Lane) | Other I/O | SPI, UART, I2C, GPIO |