Recently, Yuanjing Technology Group (hereinafter referred to as "Yuanjing") announced the construction of the world's largest AI (artificial intelligence) computing power super unit in Ulanqab, Inner Mongolia, marking the official launch of the "Yuanjing Star River Base".
It is reported that the super unit adopts ultra-high proportion green power direct connection, with a building volume of 120000 square meters (about 20 standard football fields), million card parallel capability, and million P computing power scale, becoming the world's strongest single unit AI data center in Token (word element) output capacity, breaking the density record of AI infrastructure. The "Yuanjing Xinghe Base" is a super computing hub built in the Gobi Desert, with a total planned capacity of 2GW (gigawatts). It is also the largest AI computing park and token factory in the country. This base precisely meets the domestic demand for million card interconnection and creates a replicable Chinese solution for domestic computing power clusters.
Currently, domestic AI computing power is accelerating towards 100000 or even million card interconnectivity, competing with global computing giants on the same stage. The "Yuanjing Xinghe Base" carries a computing power scale of millions of P (trillions of floating point operations per second) with a super unit, gathering millions of cards in the super unit to enhance the global competitiveness of Chinese chips with cluster computing power.
A supercell is not just about having a house big enough. The operation of a million cards cannot be supported without a super AI power system. Super cells not only require sufficient power supply, but also rely on stable and efficient power transmission and energy storage systems. The Farview AI power system can create exclusive "energy highways" and "power granaries" for supercells, allowing the computing power output scale of the Farview Star River Base to reach 10 times that of traditional data centers of the same area.
The 'ammunition' of computing power clusters is not limited to electricity. A cluster of 100000 or even million cards is extremely sensitive to network latency, and any small delay will be exponentially amplified by the system. Ulanqab is one of the eight major nodes of the national "East Data West Computing" initiative, with a unique advantage in network latency and the ability to efficiently carry real-time online computing power demands. At the same time, this place has leading national wind and solar resources, with a high proportion of 67% of green electricity in the entire area. The "Yuanjing Xinghe Base" fully utilizes the advantages of local wind energy and achieves direct green power supply through self built wind farms and dedicated lines, building a solid green energy foundation for super units.
Based on the multiple demands of domestic chips for larger deployment space, higher interconnection efficiency, and stable green power, the "Yuanjing Xinghe Base" provides a dedicated adaptation soil for domestic computing power clusters with a hardcore combination solution of "super cell+AI power system". This solution not only helps to solve the current computing bottleneck in the domestic market, but also explores the path for China's AI computing infrastructure to go global. (Looking into the New Era)