Tramplin Electronics, a Russia-based microelectronics company, has announced that it has obtained what it claims to be the first samples of its Irtysh processors, which it markets as domestically developed server chips for data centres and high-performance computing. But technical scrutiny suggests a different story.
The processor features 16 or 32 cores, and their specifications and packaging match Loongson's LS3C6000 CPUs, indicating re-badged products from the Chinese company. Tramplin Electronics was first registered on April 4, 2025, making the company less than a year old. It is impossible to develop a processor from scratch (even based on a known/licensed ISA), find a production partner, build its physical design, tape it out, and get samples in this short time frame.
Russian firms cannot rely on industry-standard x86 CPUs from AMD and Intel because they are sanctioned by the US and cannot be legally obtained from nearby countries. This constraint has forced Russia to seek alternatives. Russia's previous chip strategies have stalled: the Baikal processor project lost ARM licences and access to Western manufacturing, while the homegrown Elbrus architecture has struggled with weak compiler support and a sparse software ecosystem.
LoongArch offers what these alternatives could not: a complete, mature technology stack that includes compilers, operating systems, databases, and development tools built over years of Chinese investment, representing not just a chip design but an entire computing foundation immune to foreign supply chain disruptions.
The specifications of Tramplin's 16-core Irtysh C616 and 32-core Irtysh C632 processors are identical to those of Loongson's 16-core LS3C6000/S and 32-core LS3C6000/D CPUs down to a single number, which isn't something that happens unless dealing with the very same silicon. Tramplin claims that Russian engineers have seriously reworked the solution and implemented their own security and data encryption blocks in the processor, though these claims cannot be independently verified.
The move reflects a broader recalibration of global semiconductor alignment. The arrangement benefits both parties: Russia gains functional processors and a development roadmap free from Western dependencies, while Loongson secures international revenue, and chip access has become a geopolitical tool with technology transfers functioning as diplomatic currency. For Australian exporters and the broader Indo-Pacific region, the signal is clear: the fragmentation of processor architecture along geopolitical lines is reshaping competition and supply chains in ways that extend far beyond Moscow and Beijing.