NVIDIA B300 AI Infrastructure Configurator | Redwood Syndicate
NVIDIA BLACKWELL ULTRA

NVIDIA B300 AI Infrastructure Configurator

Configure your B300 deployment, understand the infrastructure requirement and model the commercial economics before engaging Redwood Syndicate for deployment.

8 ร— Blackwell Ultra GPUs / system
2.1 TB Total GPU memory / system*
14.4 TB/s Aggregate NVLink bandwidth
800 Gb/s Maximum published networking
~14 kW Published system power
B300 DEPLOYMENT PLANNER

Configure your AI infrastructure.

Change the assumptions below to see how B300 system count translates into GPU capacity, rack requirements, power, compute capacity and indicative operating economics.

01 โ€” Infrastructure
Default hardware assumptions are based on NVIDIA’s published DGX B300 specifications. Facility-level requirements vary by deployment.
02 โ€” Energy
03 โ€” Utilization & Revenue
Leave GPU-hour price at zero if you only want to model physical infrastructure requirements.
04 โ€” Operating Costs
05 โ€” Investment
CONFIGURATION OUTPUT

Your B300 Infrastructure

Planning-level calculations based on your assumptions.

B300 Systems
1
Total GPUs
8
GPU Memory
2.1 TB
Rack Space
10U
IT Power
14 kW
Facility Power
18.2 kW
Monthly Energy
13,440 kWh
GPU Capacity / Month
4,032
Monthly Revenue
โ€”
Monthly OPEX
โ€”
Monthly EBITDA
โ€”
EBITDA Margin
โ€”
Total CAPEX
โ€”
Annual EBITDA
โ€”
Simple Payback
โ€”
Financed Amount
โ€”
GPU Utilization
0% 70% 100%
NVIDIA DGX B300

Technical foundation.

NVIDIA’s published DGX B300 specifications provide the hardware baseline used by this planner.

GPU 8 ร— Blackwell Ultra SXM
GPU Memory 2.1 TB*
FP4 Performance 144 PFLOPS sparse
FP8 Performance 72 PFLOPS
NVLink 14.4 TB/s
Networking Up to 800 Gb/s
Storage NVMe
Rack 10U
System Power ~14 kW
CPU Intel Xeon 6776P
DPU BlueField-3
Software NVIDIA AI Enterprise

* NVIDIA’s product page lists 2.1 TB total GPU memory. NVIDIA’s user guide provides a hardware-level 8 ร— 288 GB description. Product configurations and specifications should be confirmed at procurement.

DEPLOYMENT ARCHITECTURE

The B300 is the compute layer.

Redwood evaluates the infrastructure surrounding the compute system to determine whether the proposed deployment can work technically and economically.

01 โ€” POWER

Electrical Infrastructure

Power capacity, distribution, redundancy and facility-level requirements.

02 โ€” COOLING

Thermal Infrastructure

Evaluate rack density and cooling architecture for the proposed deployment.

03 โ€” NETWORK

AI Fabric

High-speed compute networking, storage fabric and external connectivity.

04 โ€” STORAGE

Data Layer

NVMe, data pipelines and storage performance for AI workloads.

05 โ€” FACILITY

Data Centre

Rack space, power, cooling, security and operational environment.

06 โ€” SOFTWARE

AI Software

Operating system, orchestration and AI software environment.

07 โ€” OPERATIONS

Managed Infrastructure

Monitoring, support, lifecycle and operational requirements.

08 โ€” FINANCE

Capital Strategy

CAPEX, financing, utilization and commercial deployment economics.

DEPLOYMENT OPTIONS

How do you want to deploy B300?

Dedicated Enterprise

Dedicated B300 infrastructure for private, enterprise and mission-critical AI workloads.

GPU Colocation

Deploy B300 infrastructure inside a suitable third-party data-centre environment.

GPU-as-a-Service

Build a commercial AI compute platform and monetize GPU capacity.

NEXT STEP

Your configuration is only the beginning.

Use the calculator to establish your preliminary infrastructure requirement. Then let Redwood Syndicate help translate it into a deployment strategy.

B300 DEPLOYMENT ENQUIRY

Build the infrastructure around your AI workload.

Share your requirements and Redwood Syndicate can evaluate the infrastructure, deployment and commercial pathway.