National systems

Compute clusters

All general-purpose systems are similar with some differences in interconnect and the number of small memory, large memory and GPU nodes. Niagara is a different system and is designed for large parallel jobs.

All systems have large, high-performance attached storage; see the relevant cluster page for more details.

Types of compute clusters

Type	Type of nodes	Type of jobs
General-purpose	Small memory nodes Regular nodes (4GB/core) Large memory nodes GPU nodes	Serial and small parallel jobs Small or large memory jobs GPU jobs
Large parallel	Uniform nodes (4GB/core) Optimized interconnect	Parallel jobs requiring +1000 cores

List of compute clusters

Name and link	Type	Sub-systems	Status
Béluga	General-purpose	beluga-compute beluga-gpu beluga-storage	In production
Cedar	General-purpose	cedar-compute cedar-gpu cedar-storage	In production
Graham	General-purpose	graham-compute graham-gpu graham-storage	In production
Narval	General-purpose	narval-compute narval-gpu narval-storage	In production
Niagara	Large parallel	niagara-compute niagara-storage hpss-storage	In production

Cloud - Infrastructure as a Service

Our cloud systems are offering an Infrastructure as a Service (IaaS) where OpenStack is the main user interface.

Name and link	Sub-systems	Description	Status
Arbutus cloud	arbutus-compute-cloud arbutus-persistent-cloud arbutus-dcache	VCPU, VGPU, RAM Local ephemeral disk Volume and snapshot storage Shared filesystem storage (backed up) Object storage Floating IPs dCache storage	In production
Béluga cloud	beluga-compute-cloud beluga-persistent-cloud	VCPU, RAM Local ephemeral disk Volume and snapshot storage Floating IPs	In production
Cedar cloud	cedar-persistent-cloud cedar-compute-cloud	VCPU, RAM Local ephemeral disk Volume and snapshot storage Floating IPs	In production
Graham cloud	graham-persistent-cloud	VCPU, RAM Local ephemeral disk Volume and snapshot storage Floating IPs	In production