[ COLIBRÍ // SYSTEM // HPC INFRASTRUCTURE ]
Colibrí Specifications
High-performance CPU and GPU computing paired with scalable parallel storage for scientific computing, artificial intelligence, and data-intensive research.
// COMPUTE_INFRASTRUCTURE
// NODE_CLASS_01 MANAGEMENT
> DELL POWEREDGE R7715
Management Nodes
Dell PowerEdge R7715 nodes handle cluster administration with AMD EPYC 9355P CPUs and 192 GB DDR5 memory each.
CPU AMD EPYC 9355P
MEM 192 GB DDR5 / NODE
// NODE_CLASS_02 CPU
> 8 × DELL POWEREDGE R7725
CPU Compute
Eight Dell PowerEdge R7725 nodes with dual AMD EPYC 9655 CPUs and 1 TB DDR5 total memory support high-throughput scientific computing.
NODES 8
CPU DUAL AMD EPYC 9655
MEM 1 TB DDR5 TOTAL
// NODE_CLASS_03 GPU // RTX
> 3 × DELL POWEREDGE XE7745
GPU Accelerated NVIDIA RTX
Three Dell PowerEdge XE7745 nodes feature eight NVIDIA RTX Pro 6000 Blackwell GPUs and 4.5 TB total memory for AI and HPC workloads.
NODES 3
GPU 8 × NVIDIA RTX PRO 6000 BLACKWELL
MEM 4.5 TB TOTAL
// NODE_CLASS_04 GPU // H200
> 2 × DELL POWEREDGE XE7745
GPU Accelerated NVIDIA H200
Two XE7745 nodes equipped with four NVIDIA H200 NVL GPUs, 3 TB memory, and NVLINK for enhanced GPU communication.
NODES 2
GPU 4 × NVIDIA H200 NVL
MEM 3 TB
LINK NVLINK
// PARALLEL_STORAGE VDURA v5000
> HYBRID STORAGE CLUSTER
VDURA v5000
Hybrid NVMe/SSD + HDD parallel storage
RAW ~7.7 PB
EFFECTIVE ≈6.8–8.2 PB
IOPS ~4.8M
FABRIC INFINIBAND
// STORAGE_ARCHITECTURE
> Hybrid NVMe/SSD + HDD design balances performance and cost efficiency.
> 3 all-flash director nodes and 4 distributed storage nodes.
> ~7.7 PB raw (≈6.2–8.2 PB effective, workload-dependent compression) and ~4.8M IOPS.
> Built on parallel PanFS architecture with separated metadata and data services.
> Single global namespace with no storage silos across workloads.
> Linear scalability of performance and capacity as nodes are added.
> Protected with distributed erasure coding and self-healing mechanisms.
> Supports AI/HPC workloads with high-speed parallel access over InfiniBand.
> Unified management with low operational overhead.