⑴ Classification of the products to be procured : 14

⑵ Nature and quantity of the products to be rent : Supercomputer System 1 Set

⑶ Type of the procurement : Rent

⑷ Basic requirements of the procurement :

A The target Supercomputer System must be composed of the following seven servers, two network disk systems, a backup storage system for disaster recovery, network devices, uninterruptible power supply systems, and cooling devices. The seven servers are : a GenomeNet computation server, a computational chemistry server, a login server, a GenomeNet public server, a GenomeNet development server, an infrastructure server, and a system administration server. The target system must be operated in the Linux environment.

B GenomeNet computation server consists of System A with two or more nodes and System B with 60 or more nodes. Minimum requirements for a System A node : theoretical computing perfor-mance of 57.1TFLOPS or greater ; 24TiB or more main memory ; 50TB or more SSD (NVM Express). Minimum requirements for a System B node : theoretical computing performance of 4.00TFLOPS or greater ; 56 or more CPU cores ; 512GiB or more main memory for at least 40 nodes, and 1TiB or more main memory for at least 20 nodes. Both systems require software for computational biology, especially for genome analysis.

C Computational chemistry server consists of System A with 44 or more nodes, and System B with 36 or more nodes. Minimum requirements for a System A node : theoretical computing perfor-mance of 4.00TFLOPS or greater ; 56 or more CPU cores ; 256GiB or more main memory. Minimum requirements for a System B node : theoretical computing performance of 4.00TFLOPS or greater ; 56 or more CPU cores ; 256GiB or more main memory ; 1 or more GPUs, equivalent to or higher than NVIDIA A100 (80GB memory) and supporting Cuda libraries. All nodes require software for computational chemistry.

D Login server consists of 3 or more nodes. Minimum requirements for a node : 16 or more CPU cores ; theoretical computing performance of 3.10TFLOPS or greater ; 512GiB or more main memory ; 1 or more GPUs, equivalent to or higher than NVIDIA A100 (80GB memory) and supporting Cuda libraries.

E GenomeNet public server. Minimum requirements : six or more nodes, each of which includes 64 or more CPU cores and 768GiB or more main memory.

F GenomeNet development server. Minimum requirements : four or more nodes, each of which includes 64 or more CPU cores and 1.5TiB or more main memory.

G Infrastructure server consists of 15 or more nodes. ⒜Development server : Minimum requirements for two or more nodes : each node possesses 64 or more CPU cores ; 1.0TiB or more main memory. ⒝Data server : Minimum re-

quirements for two or more nodes : each node possesses 16 or more CPU cores (each core with a clock rate of 3.6GHz or faster) ; 256GiB ormore main memory ; a

relational data system. ⒞Virtual

machine server : Minimum requirements for two or more nodes : each node possesses 32 or more CPU cores ; 512GiB or more main memory. This server should support part of GenomeNet services (e.g., GenomeNet/Feedback, varDB, etc.) that are specified by the university. ⒟

Operation management server A : Minimum requirements for three or more nodes : each node possesses 32 or more CPU cores ; 256GiB or more main memory. ⒠Operation management server B : Minimum requirements for six or more nodes : each node possesses 32 or more CPU cores ; 512GiB or more main memory.

H System administration server consists of 2 or more nodes, each of which possesses 24 or more CPU cores and 128GiB or more main memory.

I Linux operating system should work on the 7 servers.

J GenomeNet computation server, Computational chemistry server, and Login server can hand the programming languages such as Fortran, C, and C++. These servers should have an automatic parallelization function and a parallelization function that complies with OpenMP standard 4.0. These servers should have libraries that complies with MPI3.0 and should be capable of MPI parallel calculation by multiple nodes.

K GPU nodes should be able to process GPU-optimized programming languages.

L Network disk system. Minimum requirements : 4PB or more of physical capacity, and 1PB or more of effective capacity of network file system ; 14PB or more of physical capacity, and 10PB or more of effective capacity of distributed file system.

M The following servers must be connected with high-speed networks of at least 10Gbps for server connection : GenomeNet computation server System A, Login server, GenomeNet public server, GenomeNet development server, Infrastructure server, and System administration server. The network for this server connection must be connected with KUINS and SINET through Firewall. A VPN facility must be provided for the access from and to outside of the system.

N The following servers must be connected with high-speed networks of at least 10Gbps to constitute a NAS system : GenomeNet computation server, Computational chemistry server, Login server, GenomeNet public server, GenomeNet development server, Infrastructure server, System administration server and the network file system.

O The following servers must be connected with high-speed networks of at least 200Gbps : GenomeNet computation server, Computational chemistry server, Login server, GenomeNet public server, GenomeNet development server, Infrastructure server (except Operation management server B), System administration server and the distributed file system.

P The seven servers, two disk systems and network systems must be connected to UPS that can supply electricity for five minutes continuous operation upon the electric power failure.

Q Cooling system must be effective enough to support a stable operation of the entire system. Take measures to reduce power consumption.

R Disaster recovery backup storage system must be 1.4PB or more of physical capacity, and 1PB or more of effective capacity.

S The disaster recovery backup storage system must be connected to UPS that can supply electricity for five minutes continuous operation upon the electric power failure.

T 15 laptop PCs for courses.

⑸ Time limit for the submission of the requested material : 17 : 00 16 September, 2022

⑹ Contact point for the notice : Shigeyuki Okai, Procurement And Accounting Section, Accounting Division, Administration Bureau of Uji Campus, Kyoto University, Gokasho Uji-shi 611-0011 Japan, TEL 0774-38-3375