NVIDIA Mission Control 2.2.0 Feature Support#
Platform Support Matrix#
The following table outlines feature support across different NVIDIA Mission Control platforms:
Capability |
DGX B200 * |
DGX B300 * |
DGX GB200 |
OEM GB200 NVL72 |
DGX GB300 |
OEM GB300 NVL72 |
|---|---|---|---|---|---|---|
NMC/BCM11 |
Yes |
Yes |
Yes |
Yes |
Yes |
Yes |
Run.ai |
Yes |
Yes |
Yes |
Yes |
Yes |
Yes |
Autonomous hardware recovery |
Yes |
Planned |
Yes |
Yes |
Yes |
Yes |
Autonomous job recovery |
Yes |
Planned |
Yes |
Yes |
No |
No |
Observability Stack |
Yes |
Yes |
Yes |
Yes |
Yes |
Yes |
NMC Grafana Dashboards |
Yes |
BCM-Base View Based |
Yes |
Yes |
No |
No |
NetQ (Formerly NMX-M) |
NA |
NA |
Yes |
Yes |
Yes |
Yes |
Control Plane |
10 Nodes
(x86 Only)
|
10 Nodes
(x86 Only)
|
10 nodes
(ARM *required* for
BCM Head Nodes and
Slurm nodes,
exceptions permitted
for x86 head nodes)
|
10 nodes
(ARM *recommended* for Slurm
nodes, rest can be x86)
|
10 nodes
(ARM *required* for
BCM Head Nodes and
Slurm nodes,
exceptions permitted
for x86 head nodes)
|
10 nodes
(ARM *recommended*
for Slurm nodes, rest
can be x86)
|
Note
* = HGX/OEM systems not supported
Feature Definitions#
- NMC/BCM11
NVIDIA Mission Control with Base Command Manager version 11 support for cluster deployment, management, and monitoring.
- Run.ai
Workload orchestration and GPU resource management platform integration for AI workload scheduling and resource allocation.
- Autonomous hardware recovery
Automatic detection and recovery from hardware failures without manual intervention. Continuously monitors hardware health and performs self-healing operations.
- Autonomous job recovery
Comprehensive autonomous recovery framework that includes job recovery capabilities. Monitors job state and performs automatic recovery operations when jobs fail or encounter issues.
- Observability Stack
Complete observability infrastructure including kube-prometheus-stack, Loki, and Promtail/Alloy for comprehensive system monitoring across all layers including metrics, logs, and alerts.
- NMC Grafana Dashboards
Pre-built Grafana dashboards for NVIDIA Mission Control monitoring and telemetry visualization:
Yes: Full stack of NMC-specific Grafana dashboards available
BCM-Base View Based: Limited monitoring capabilities through Base Command View interface
No: NMC Grafana dashboards not available (observability stack still present)
- NetQ (Formerly NMX-M)
NVLink Management Software for NVLink fabric monitoring and management. Provides visibility into NVLink topology, health, and performance. Only applicable to GB-series systems with NVLink fabric.
- Control Plane
Management infrastructure requirements including node count and architecture specifications (x86 vs ARM).
Architecture Requirements#
DGX B200 Series#
10 control plane nodes total:
2 BCM Head Nodes (x86)
3 User Kubernetes Nodes (x86)
3 Admin Kubernetes Nodes (x86)
2 Slurm Nodes (x86)
x86 architecture only
Traditional DGX systems in standard rack configuration
HGX/OEM systems not supported
DGX B300 Series#
10 control plane nodes total:
2 BCM Head Nodes (x86)
3 User Management Nodes (x86)
3 Admin Kubernetes Nodes (x86)
2 Slurm Nodes (x86)
x86 architecture only
Traditional DGX systems in standard rack configuration
HGX/OEM systems not supported
DGX GB200 Series#
10 control plane nodes total:
2 Head Nodes (x86) - Admin Control Plane
3 Admin Service Nodes (x86)
2 Slurm Nodes (ARM) - User Control Plane
3 User Service Nodes (x86)
ARM architecture required for BCM Head Nodes and Slurm nodes
Exceptions permitted for x86 head nodes in specific configurations
NVL72 rack-based system with compute trays
Separated admin and user control planes
OEM GB200 NVL72 Series#
10 control plane nodes total
ARM architecture recommended (but not required) for Slurm nodes
Rest of control plane can be x86
NVL72 rack-based system with compute trays
DGX GB300 Series#
10 control plane nodes total:
2 Head Nodes (x86) - Admin Control Plane
3 Admin Service Nodes (x86)
2 Slurm Nodes (ARM) - User Control Plane
3 User Service Nodes (x86)
ARM architecture required for BCM Head Nodes and Slurm nodes
Exceptions permitted for x86 head nodes in specific configurations
NVL72 rack-based system with compute trays
Separated admin and user control planes
Note: Autonomous job recovery and NMC Grafana Dashboards not available
OEM GB300 NVL72 Series#
10 control plane nodes total
ARM architecture recommended (but not required) for Slurm nodes
Rest of control plane can be x86
NVL72 rack-based system with compute trays
Note: Autonomous job recovery and NMC Grafana Dashboards not available
Feature Availability by Version#
Mission Control 2.2.0 Features#
Available in v2.2.0:
NetQ (Formerly NMX-M) network monitoring (All GB-series systems)
Full Observability Stack (All platforms)
NMC Grafana Dashboards (DGX B200, DGX GB200, OEM GB200 NVL72)
Autonomous hardware recovery (DGX B200, All GB-series systems)
Autonomous job recovery (DGX B200, DGX GB200, OEM GB200 NVL72)
Planned for Future Release:
Autonomous hardware recovery for DGX B300
Autonomous job recovery for DGX B300
Not Applicable:
NetQ for DGX B200/B300 (NVLink fabric not present in B-series systems)
NMC Grafana Dashboards for DGX GB300 and OEM GB300 NVL72
Autonomous job recovery for DGX GB300 and OEM GB300 NVL72
Limited Functionality:
DGX B300: BCM-Base View Based dashboards (limited compared to full NMC Grafana Dashboards)
Platform Comparison#
Feature |
B200 |
B300 |
DGX GB200 |
OEM GB200 |
DGX GB300 |
OEM GB300 |
|---|---|---|---|---|---|---|
System Type |
Traditional DGX |
Traditional DGX |
NVL72 rack |
NVL72 rack |
NVL72 rack |
NVL72 rack |
Architecture |
x86 only |
x86 only |
Hybrid ARM/x86 |
Hybrid ARM/x86 |
Hybrid ARM/x86 |
Hybrid ARM/x86 |
Control Planes |
Separated admin/user |
Separated admin/user |
Separated admin/user |
Varies |
Separated admin/user |
Varies |
NVLink Fabric |
No |
No |
Yes |
Yes |
Yes |
Yes |
Job Recovery |
Yes |
Planned |
Yes |
Yes |
No |
No |
Grafana Dashboards |
Yes |
Base View |
Yes |
Yes |
No |
No |
Version Information#
- Version:
2.2.0
- Document Date:
January 2026
- Vendor:
NVIDIA Corporation
Additional Resources#
For more information about NVIDIA Mission Control, please visit:
NVIDIA Base Command Manager Documentation
NVIDIA DGX B200/B300 Systems Documentation
NVIDIA GB200/GB300 NVL72 Documentation
NVIDIA Enterprise Support Portal
For hardware specifications and control plane requirements, refer to: