NXI-1100
10Gb LAN Control Unit
High-performance 10 Gigabit LAN control module NXI-1100 with 20 Gbps total throughput.
The NXI-1100 is a high-performance 10 Gigabit Ethernet master control module designed specifically for the NXI platform. It features dual SFP+ interfaces that flexibly support both optical and electrical module access. Providing a transmission bandwidth of 10 Gbps per port, the module achieves a total throughput rate of up to 20 Gbps. It serves as the primary data exchange interface between NXI modular instruments and a PC. The unit supports Gigabit connections for up to 16 slots of NXI measurement and control modules within a single chassis. An external trigger interface is included to facilitate precise multi-channel synchronous trigger functions. By supporting cascade connections, multiple NXI chassis can be linked to expand the total number of available slots for complex testing scenarios. Typical applications include environments requiring high-speed data acquisition and distributed testing.
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Description
NXI-1100 10 Gigabit LAN master control module, up to 20 Gbps, SFP+, external trigger, for NXI-F1030 / NXI-F1080
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Technical Data
NXI Category
Communication modules
Product category
NXI Measurement & Test Systems
NXI-1100: High-Performance 10-Gigabit LAN Master Control Module for Industrial Data Acquisition
The NXI-1100 is the central communication and control unit for high-performance modular NXI measurement systems. As a powerful 10-Gigabit LAN master control module, it connects high-precision instrument modules in the chassis with PC-based analysis and automation systems, providing the foundation for fast, synchronous, and low-loss data acquisition.
With dual SFP+ interfaces, an aggregated bandwidth of up to 20 Gbps, precise trigger synchronization, and high-voltage robustness, this module is suitable for demanding applications in research, development, quality assurance, and automated test systems. The NXI-1100 is the ideal backbone solution for modern high-channel-count, high-data-throughput acquisition.
Key Advantages and User Benefits
Typical Applications
High-frequency monitoring of safety-critical signals in high-voltage battery systems and modern new energy applications.
Synchronous acquisition of fast voltage and current profiles for ECUs, onboard networks, and high-voltage components.
Monitoring grid stability, inverter behavior, and energy flow in renewable energy systems.
Real-time data management and precise process monitoring in automated manufacturing and test environments.
Function and System Description
Technical Core Data
| Parameter | NXI-1100 | Note |
|---|---|---|
| Interfaces | Dual SFP+ | For optical and electrical SFP modules |
| Throughput per Port | 10 Gbps | Self-adaptive 1Gbps / 10Gbps |
| Total Bandwidth | 20 Gbps | Aggregated throughput |
| Port Function | Auto-Flip | Simplified integration without special cabling |
| Triggering | External hardware trigger interface | For synchronous measurement sequences |
| Status Display | Dynamic LED indicators | Link and activity status on the front panel |
| Compatible Chassis | NXI-F1080, NXI-F1030 | NXI platform |
| System Synergy | Up to 100 kS/s | In combination with compatible acquisition modules |
Variants and Configuration Flexibility
Used with modules such as NXI-6110, high-dynamic voltage and current signals can be captured precisely and synchronously.
Modules like NXI-6501-16 allow synchronous temperature acquisition along with electrical measurements in one chassis.
The master module supports different types of modules, providing a flexible platform for diverse test tasks.
Multiple systems can be combined into larger measurement and control structures to efficiently meet growing demands.
Integration and Automation
Industrial Value and System Safety
The NXI-1100 provides a powerful and scalable communication foundation for demanding industrial measurement and test systems. High data rates, precise trigger synchronization, and flexible chassis cascading enable future-proof test bench architectures with high performance.
In high-voltage environments, its strong isolation from ground ensures an important safety margin. Combined with real-time monitoring, flexible data analysis, and standardized 10-Gigabit interfaces, it forms a robust platform for quality assurance, research, and automated data acquisition with low total cost of ownership.
Contact and Consultation
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