Neousys NRU-110V Jetson AGX Xavier GMSL Platform Review: Specs, Price and Applications
Updated: 7 days ago
The Neousys NRU-110V is an NVIDIA Jetson AGX Xavier edge AI platform with eight GMSL automotive camera inputs and 10GbE, aimed at autonomous machines and supplied through CoastIPC. Pricing is available on request for the required configuration.
Quick Verdict
Running JetPack 4.4, the Xavier module provides 11 TFLOPS FP16 or 22 TOPS INT8 at 30 W. FAKRA Z camera connectors, a GPS PPS input for time sync, isolated CAN and DI/DO and an 8 to 35 V supply suit AMRs, ADAS development and V2X units.
Neousys NRU-110V Jetson AGX Xavier GMSL Platform is most relevant when its stated function matches the intended process. This platform deserves consideration when its physical format and documented interfaces suit the machine's computing requirements. Ask for the exact processor, memory, storage, expansion and operating-system configuration. Evaluate the complete configured system and support arrangement before treating a family-level specification as the specification of the delivered unit.
NRU-110V at a Glance
Manufacturer: Neousys
Model: NRU-110V
Product type: Edge AI computer
Module: NVIDIA Jetson AGX Xavier, JetPack 4.4
AI performance: 11 TFLOPS FP16 / 22 TOPS INT8 at 30 W
Cameras: 8 x GMSL (FAKRA Z)
Network: 1 x 10GBASE-T
Storage: 32 GB eMMC, M.2 2280 NVMe
NRU-110V Technical Specifications
Specification | Neousys NRU-110V Jetson AGX Xavier GMSL Platform |
Manufacturer | Neousys |
Model | NRU-110V |
Product type | Edge AI computer |
Module | NVIDIA Jetson AGX Xavier, JetPack 4.4 |
AI performance | 11 TFLOPS FP16 / 22 TOPS INT8 at 30 W |
Cameras | 8 x GMSL (FAKRA Z) |
Network | 1 x 10GBASE-T |
Storage | 32 GB eMMC, M.2 2280 NVMe |
I/O | Isolated CAN, RS-232, GPS PPS, 3-ch DI, 4-ch DO, mini PCIe |
Power input | 8 to 35 VDC |
Price | Price on request |
Design and Build Quality
An industrial computing platform should be selected around the full workload and installation, rather than the processor name alone. The enclosure, connectors, power arrangement and expansion choices determine whether it fits the machine. Evaluate the exact configured unit; products within the same family can differ materially in installed options.
Protection and Installation
Plan mounting, ventilation or heat dissipation, cable clearance and service access together. A fanless or compact design does not remove thermal limits. Test the intended workload at the installation's ambient conditions and with all peripherals connected. Keep power quality and connector retention in the deployment plan.
Programming and Software
The platform runs the application stack chosen for the project. Budget time for driver installation, configuration, updates and recovery procedures. A reproducible system image and a clear method for collecting diagnostics make an industrial deployment easier to maintain than a one-off workstation setup.
Integration and Operating Workflow
Confirm the operating-system and driver support for the selected hardware configuration. Test storage, network and peripheral throughput under the real workload. When cameras or AI processing are involved, verify the complete data path instead of assuming that a listed interface guarantees sufficient sustained performance.
NRU-110V Applications and Use Cases
Autonomous mobile robots
Neousys NRU-110V Jetson AGX Xavier GMSL Platform is described for autonomous mobile robots. For this computing use case, measure the combined workload rather than each task in isolation. Include acquisition, processing, logging and communications during the trial. Resource contention can appear only when the final application is running. Define how the system reports overload or a failed peripheral.
ADAS development
Neousys NRU-110V Jetson AGX Xavier GMSL Platform is described for adas development. For this computing use case, measure the combined workload rather than each task in isolation. Include acquisition, processing, logging and communications during the trial. Resource contention can appear only when the final application is running. Define how the system reports overload or a failed peripheral.
Intelligent V2X
Neousys NRU-110V Jetson AGX Xavier GMSL Platform is described for intelligent v2x. For this computing use case, measure the combined workload rather than each task in isolation. Include acquisition, processing, logging and communications during the trial. Resource contention can appear only when the final application is running. Define how the system reports overload or a failed peripheral.
Relevant Industries
Robotics
Automotive
Transportation
NRU-110V Price and Value
Price on request. Request a current quotation from Neousys for the intended configuration and deployment. No fixed USD price is assumed for this review.
Industrial-computer pricing depends on the installed configuration. Specify processor, memory, storage, accelerator options, interfaces, operating system and warranty in the request for quotation. Integration, peripherals and application software should be budgeted separately unless expressly included.
Pros and Cons
Pros
Eight synchronized GMSL cameras
10GbE uplink
Cons
GMSL cameras required
Who Should Choose NRU-110V?
This platform deserves consideration when its physical format and documented interfaces suit the machine's computing requirements. Ask for the exact processor, memory, storage, expansion and operating-system configuration. Evaluate the complete configured system and support arrangement before treating a family-level specification as the specification of the delivered unit.
NRU-110V FAQ
What is Neousys NRU-110V Jetson AGX Xavier GMSL Platform?
The Neousys NRU-110V is an NVIDIA Jetson AGX Xavier edge AI platform with eight GMSL automotive camera inputs and 10GbE, aimed at autonomous machines and supplied through CoastIPC.
How much does NRU-110V cost?
Price on request. Obtain a current quotation for the required configuration, licences, accessories and services. Prices are indicative and may change.
What applications is NRU-110V intended for?
Its stated applications include Autonomous mobile robots, ADAS development, Intelligent V2X. Validate the complete intended task before deployment.
What are the main specifications?
Module: NVIDIA Jetson AGX Xavier, JetPack 4.4; AI performance: 11 TFLOPS FP16 / 22 TOPS INT8 at 30 W; Cameras: 8 x GMSL (FAKRA Z); Network: 1 x 10GBASE-T.
How should it be integrated?
Confirm the operating-system and driver support for the selected hardware configuration. Test storage, network and peripheral throughput under the real workload. When cameras or AI processing are involved, verify the complete data path instead of assuming that a listed interface guarantees sufficient sustained performance.
What are its main strengths?
Eight synchronized GMSL cameras 10GbE uplink
What should buyers check before selecting it?
GMSL cameras required Plan mounting, ventilation or heat dissipation, cable clearance and service access together. A fanless or compact design does not remove thermal limits. Test the intended workload at the installation's ambient conditions and with all peripherals connected. Keep power quality and connector retention in the deployment plan.
Who is the best fit for NRU-110V?
This platform deserves consideration when its physical format and documented interfaces suit the machine's computing requirements. Ask for the exact processor, memory, storage, expansion and operating-system configuration. Evaluate the complete configured system and support arrangement before treating a family-level specification as the specification of the delivered unit.
Prices and package contents are indicative and may change. Confirm the final configuration, licensing, accessories, shipping, taxes and integration scope in a supplier quotation.
