Open rack interfaces
Consistent mechanical, power and hardware interfaces for rack-scale systems.
TRITON OPEN COMPUTE
Build your cloud like the hyperscalers do.
Open Compute hardware. Triton cloud platform. From rack to API.
Compose compute, GPU, storage and networking at rack scale. Triton turns that infrastructure into cloud resources.
OPEN COMPUTE · OPEN-SOURCE TRITON · ETHERNET · MODULAR
COMPOSE BY WORKLOADMix compute, GPU and storage around what you need.
OPERATE AS CLOUDTurn physical capacity into programmable resources.
SCALE RACK BY RACKAdd capacity without changing the operating model.
OPEN RACK / PHYSICAL44 OU
A/B ETHERNET FABRIC
ACCELERATED COMPUTE
COMPUTE
OBJECT STORAGE
48V POWER / CONTROL
TRITONCLOUD CONTROL PLANE
↓CLOUD / LOGICAL
InstancesGPU instancesStorageNetworks
OPEN HARDWARE. CLOUD OPERATIONS.Open infrastructure.
Open infrastructure.
One operating model.
Open Compute standardizes the physical interfaces that let infrastructure evolve. Triton standardizes how that capacity is provisioned, isolated, metered and consumed.
OPEN COMPUTEPHYSICAL FOUNDATION
Rack-scale power
Shared power and busbar distribution instead of duplicating the full power chain per server.
Evolve independently
Refresh compute, GPU, storage and networking according to their own requirements.
Open ecosystem
A multi-vendor foundation for interoperability, composability and an evolving supply chain.
TRITONCLOUD OPERATING LAYER
Discover · Provision · Schedule · Isolate · Meter · Policy · Lifecycle · API
COMPOSABLE INFRASTRUCTURE
Build the rack around the workload.
Workloads demand different ratios of CPU, GPU, and storage. The architecture stays consistent as capacity changes.
DESIGN A RACK
What does your cloud need?
Compose a reference Open Rack around AI, compute, and storage capacity. Start with proportions; inspect the exact rack geometry when you need it.
Balanced selected. 14 OU fixed, 30 OU composable, 44 OU total.
REFERENCE OPEN RACK44 OU
NETWORK / A + B
8 OU · ACCELERATED COMPUTE
12 OU · COMPUTE
6 OU · OBJECT STORAGE
4 OU · OPEN CAPACITY
48V DISTRIBUTION / MANAGEMENT
14 OU FIXED INFRASTRUCTURE / 30 OU CONFIGURABLE
HAVE A CONFIGURATION IN MIND?
Let an engineer pressure-test it.
We’ll review the rack mix, network assumptions, workload shape, and where Triton fits today.
Review my deploymentACCELERATED COMPUTE
AI joins the cloud operating model.
Keep GPU infrastructure inside the same operational model as compute, storage, and networking. Teams request accelerated capacity as a cloud resource instead of operating a separate AI island.
GPU becomes a resource.
Inside one infrastructure stack.
GPU
COMPUTE
OBJECT
NETWORKETHERNET FABRIC
OPEN NETWORKING
Ethernet from rack to cloud.
The reference architecture uses Ethernet across compute, storage, east-west traffic, and rack-scale connectivity. Proteus adds Triton's cloud-network model above that fabric.
RACK-SCALE POWER
Power starts at the rack.
Rack-level 48V distribution removes duplicated server-level power components and creates a cleaner foundation for dense compute and GPU infrastructure.
FEWER CONVERSION STAGESLESS DUPLICATED HARDWAREDESIGNED FOR DENSITY
RACK BY RACKOne rack is infrastructure.
One rack is infrastructure.
Many racks become a cloud.
Validate architecture and workload fit.
Talk through this topology →CURRENT REFERENCE ARCHITECTURE
Want the details?
- Open Rack V3
- 44 OU / OpenU
- 48V DC rack power
- A/B Ethernet fabric
- Compute trays
- Accelerated compute
- Storage trays
- Triton management
TRITON OPEN COMPUTE
Build the cloud you want to own.
Bring us your workload mix, rack count, and constraints. We’ll review the architecture with you and tell you where Triton fits.
Review my deploymentFROM ONE RACK TO AN ENTIRE DATACENTER.