Always-On Connectivity for Critical Operations
Network Support
Seamless, Multi-Network Connectivity for
Uninterrupted Out-of-Band Management
The Allxon Out-of-Band (OOB) Enabler offers comprehensive and flexible network support with five different connection methods—Ethernet, 4G LTE, Wi-Fi, NC-SI, and Network Sharing via 4G. This versatile network support allows us to fulfill a wide range of applications across multiple industries, ensuring seamless device management, monitoring, and troubleshooting in any environment, especially for mission-critical operations.
Network Connection Methods
Ethernet
The traditional, wired network option for stable and reliable OOB communication.
4G LTE
Wireless connectivity offering flexibility in indoor environments.
Wi-Fi
Ideal for outdoor and remote locations with limited wired infrastructure.
NC-SI
Simplifies OOB management through a single Ethernet connection.
Network Sharing via 4G
Shares the OOB 4G connection to the connected device for cost-effective redundancy.
Reliable Wired OOB Connectivity
Ethernet
Ethernet connection is the most traditional and widely used method for network connectivity. It offers 10/100 speeds, ensuring stable and reliable communication, particularly for environments that require wired connections.
Ideal For: Environments requiring stable and reliable wired connections for critical OOB management, particularly for stationary devices.Retail, manufacturing, and on-premises environments with critical connectivity needs.
Use Case 1:
Retail Management with Wired OOB Access
The Allxon out-of-band solution with Ethernet connection enables remote monitoring and troubleshooting for AI Customer Traffic Monitoring systems, ensuring continuous operation without on-site visits.
Use Case 2:
On-Premises Environment Monitoring
Ethernet connection provides reliable out-of-band access to devices running mission-critical operations in production, ensuring stable connectivity for consistent performance monitoring.
OOB Access for Remote and Outdoor Areas
4G LTE
Designed for outdoor and hard-to-reach deployments, Allxon’s OOB Enabler supports Quectel EC21, EC25, and EG25-G modules for 4G LTE connectivity. This independent 4G network ensures that the edge device and OOB Enabler are using separate networks.
Ideal For:
◆ Indoor: Locations with unstable Wi-Fi, where 4G LTE ensures uninterrupted OOB access. Locations requiring independent, and isolated OOB networks separate from the device network.
◆ Outdoor: Remote or outdoor areas without wired infrastructure.
Use Case 1:
Smart Addressing Lack of Wired Infrastructure in Smart Agriculture
In remote farming areas without wired infrastructure, 4G LTE provides continuous connectivity for IoT devices, enabling reliable OOB management.
Use Case 2:
Achieving Independent OOB Network in Smart Retail
In retail environments, the OOB Enabler uses an independent 4G LTE network, ensuring device management is separated from the store's primary network for true OOB management.
Flexible OOB Connectivity for Mobility
Wi-Fi
Allxon’s OOB Enabler supports Wi-Fi, reducing the need for physical cabling and providing wireless access for devices that move within environments and cannot rely on fixed, wired networks. With dual-band (2.4 GHz and 5 GHz) support, Wi-Fi offers flexible, reliable connectivity for OOB management.
Ideal For:
Smart retail, manufacturing, and warehouse environments with Edge AI devices that require wireless OOB management. Locations where deploying Ethernet cables is impractical or challenging.
Use Case 1:
Eliminating Physical Cabling in AI-Driven Environments
In smart retail and warehouses, Wi-Fi replaces the need for extensive cabling, allowing seamless OOB management of AI devices without costly infrastructure setups.
Use Case 2:
Managing Moving Devices in Dynamic Environments
For moving AI-powered devices like robots or automated systems, Wi-Fi allows continuous OOB management, supporting device movement without the constraints of fixed network connections.
Single Ethernet Cable OOB Management
NC-SI
The Network Controller Sideband Interface (NC-SI) allows OOB management using just one Ethernet connection, eliminating the need to pull an extra cable for the OOB network. NC-SI communicates directly with the network interface controller (NIC), enabling OOB management through the same LAN port already used by the device.
Ideal For:
Environments where adding extra network cables is difficult due to infrastructure limitations. Projects with budget constraints where pulling new network cables for OOB would increase costs.
Use Case 1:
Avoiding Additional Network Cabling in Existing Deployments
In environments with existing network setups, pulling extra cables for OOB is challenging. NC-SI allows OOB access through the existing Ethernet connection without altering the current infrastructure.
Use Case 2:
Managing OOB on a Tight Budget
In projects with limited budgets, adding a new network cable for OOB can increase costs. NC-SI provides OOB manageability through the device’s existing LAN port, avoiding extra cabling expenses.
Cost-Effective Redundant OOB Network
4G Network Sharing
Allows sharing the OOB 4G network to the device that the OOB is connected to via an Ethernet connection. This not only acts as a redundant network for the device when its primary network is down, but can also provide cost savings by using a single 4G SIM card for connectivity.
Ideal For:
Sites requiring a redundant network for critical devices when the primary network is down. Locations needing cost-effective OOB solutions by using one 4G SIM card.
Use Case 1:
Redundant Network for Smart Traffic Flow Systems
In smart traffic flow systems, Network Sharing via a 4G Module ensures OOB access to critical devices during network outages, offering a cost-effective redundant solution using a single 4G SIM card.
Use Case 2:
Reducing Costs in Smart Vending Machines
For smart vending machines, Network Sharing via a 4G Module offers OOB management while saving costs, especially in locations where 4G networks are expensive, by using a single SIM for both OOB and device connectivity.
Sample subheading
Network Connection Methods
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Ethernet
The traditional, wired network option for stable and reliable OOB communication. Learn More.
Network Sharing via 4G
Shares the OOB 4G connection to the connected device for cost-effective redundancy. Learn More.
OOB Power Cycling
OOB power cycling allows you to remotely control the power state of your NVIDIA Jetson devices. You can revive unresponsive systems by performing a complete device reboot, or simply power-ON and power-OFF your edge devices. The Out-of-Band feature saves you a substantial amount of time troubleshooting and traveling to where NVIDIA Jetson systems are deployed.
Remote JetPack Recovery for Multiple Devices
In the rare event of a corrupted NVIDIA Jetson system, Allxon offers secure remote JetPack Recovery solutions and other remote management functions for JetPack updates.By switching a device into JetPack Recovery mode, NVIDIA Jetson systems can recover and roll back operations without the need for on-site access. Allxon saves you time and high operational costs with faster and safer remote device solutions.
Automatic System Logs Upload / Download
Allxon helps operators automatically collect system and application logs from NVIDIA Jetson edge devices. The collected logs are securely uploaded onto Allxon Cloud and made available for download. Engineers can use the data for system performance or analysis to troubleshoot and enhance edge device operations.
OTA Deployment
For systems to operate optimally and coherently, they need to run on the latest software versions. Allxon makes mass updates across any NVIDIA Jetson system possible with OTA deployment.In a click of a button, the newest software versions can be remotely deployed from Allxon Portal onto all devices, saving you time traveling to multiple locations for deployment. Allxon makes it easy to update NVIDIA edge AI models on a regular basis to ensure training intelligence and computation capabilities on NVIDIA Jetson systems stay optimized for better services.
OOB (Out-Of-Band) Power Cycling
OOB power cycling allows you to remotely control the power state of your NVIDIA Jetson devices. You can revive unresponsive systems by performing a complete device reboot, or simply power-ON and power-OFF your edge devices. The Out-of-Band feature saves you a substantial amount of time troubleshooting and traveling to where NVIDIA Jetson systems are deployed.
Remote JetPack Recovery for Multiple Devices
In the rare event of a corrupted NVIDIA Jetson system, Allxon offers secure remote JetPack Recovery solutions and other remote management functions for JetPack updates.
By switching a device into JetPack Recovery mode, NVIDIA Jetson systems can recover and roll back operations without the need for on-site access. Allxon saves you time and high operational costs with faster and safer remote device solutions.
Automatic System Logs Upload / Download
Allxon helps operators automatically collect system and application logs from NVIDIA Jetson edge devices. The collected logs are securely uploaded onto Allxon Cloud and made available for download. Engineers can use the data for system performance or analysis to troubleshoot and enhance edge device operations.
OTA (Over-The-Air) Deployment
For systems to operate optimally and coherently, they need to run on the latest software versions. Allxon makes mass updates across any NVIDIA Jetson system possible with OTA deployment.
In a click of a button, the newest software versions can be remotely deployed from Allxon Portal onto all devices, saving you time traveling to multiple locations for deployment. Allxon makes it easy to update NVIDIA edge AI models on a regular basis to ensure training intelligence and computation capabilities on NVIDIA Jetson systems stay optimized for better services.
We Support Across Systems
Allxon supports all Jetson systems with remote device management services. Integrating Allxon swiftDR OOB Enabler further enhances remote services with powerful disaster recovery solutions on all operating systems. Get to know our proud partners with Allxon integrated models and let us empower your business together.
Click contact us button to gain an efficient RMM solution for your Jetson Orin Series.
BOXER-8641AI*, BOXER-8640AI*
[NANO]
BOXER-8220AI, BOXER-8221AI, BOXER-8222AI*, BOXER-8223AI*
[TX2 NX]
BOXER-8230AI, BOXER-8231AI, BOXER-8233AI
[AGX Xavier]
BOXER-8240AI
[Xavier NX]
BOXER-8250AI, BOXER-8251, BOXER-8253AI*, BOXER-8254AI*
[Nano] DLAP-211-Nano
[TX2] DLAP-201-JT2
[Xavier NX] DLAP-211-JNX _____.
[AGX Xavier]
MIC-730AI*, MIC-730IVA
[Xavier NX]MIC-710AIX*, MIC-710AILX*, MIC-710IVX, MIC-715
[TX2]
MIC-720AI
[TX2NX]
MIC-710AIT*, MIC-710AILT*
[Nano]
MIC-710AI*, MIC-710AIL*, MIC-710IVA
[Orin NX] AIB-SN41, AIB-MN42
[Nano] AN110*
[TX2] AN310*
[AGX Xavier] AX720*
[Xavier NX] AN810*______.........
[AGX Orin] D315
[Orin NX] D131
[AGX Xavier] EA713
[Xavier NX] NX213B*
[TX2] EX731
[Nano] EN713
AIE900A-AO*
[TX2]
AIE500-901-FL, eBOX800-900-FL, eBOX560-900-FL
[AGX Xavier]
AIE900-902-FL
[Xavier NX]
AIE900-XNX*, AIE100-903-FL-NX, AIE800-904-FL
eNVP-JNN-IV-D0008*, eNVP-JNN-IV-V0008
[Xavier NX]
eNVP-JNX-IV-D0008*, eNVP-JNX-IV-V0008
