Ethernet Testing · Software Licensing Applications

Online Data Acquisition and Protocol Analyzer

INLINE CAPTURE AND PROTOCOL ANALYZER

Real-time network traffic monitoring enables rapid identification of complex network issues. It provides R&D, testing, and technical support engineers with comprehensive visualization capabilities ranging from packet capture and protocol analysis to latency monitoring.

Transparent chaining, or access via TAP/SPAN bypass
L1 PCS Bits and L2+ Packet Line-Rate Capture
Custom Filters and Triggers for Tracking Intermittent Faults

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LIVE TRAFFIC VISIBILITY CAPTURE • ANALYZE • MONITOR

MGA8410 User Interface Example

100% Line Speed

L1 / L2+ Capture Capability

1 ns

Timestamp Accuracy

L1–L7

Visualization of Bilateral Agreements

Two Major Supported Platforms

Ethernet Testing and Monitoring Platform

MGA8410 →

XGA4250 →

REAL-TIME ETHERNET VISIBILITY

Identifying Clues to Problems in Real Traffic

When endpoint logs are insufficient to explain network anomalies, directly observing packets, protocols, errors, and latency on the link provides direct evidence for verification and troubleshooting.

Link Extraction Behavior

Low-latency transparent pass-through that captures packets and PCS-layer data traveling along the network path to observe bidirectional communication.

Analysis of Protocols and Errors

Supports decoding hundreds of protocols, inspects behavior at the MAC and PCS layers, and identifies abnormal packets and errors.

Monitoring Latency and Throughput

Monitor the throughput of real-world application traffic in real time, accurately measure one-way latency, and gain a comprehensive understanding of changes in network performance.

Tracking Intermittent Faults

Trigger captures based on specific events or packet content, and use custom filters to identify hard-to-replicate vulnerabilities.

INLINE & OUT-OF-BAND CAPTURE

Two connection methods to suit different testing environments

Based on the link access conditions and the monitoring targets, choose either in-line analysis or bypass monitoring.

Transparent Chaining · Observing Traffic Paths

Connect the analyzer in series between the devices under test to capture link traffic in both directions. The low-latency, non-resynchronized transparent transmission mode helps observe real-world network behavior.

Bypass Connection · Flexible Monitoring

Capture and analyze traffic outside the service forwarding path by connecting via a TAP or a switch SPAN port.

The visible traffic captured via a bypass depends on the TAP/SPAN output and settings; please refer to the selected hardware platform for specific connection methods, interface modules, and pass-through functionality.

INTERFACES & PERFORMANCE

Preserving key details from the physical layer to the protocol layer

With line-rate capture, precise timestamping, and support for multiple interfaces, it meets the requirements for Ethernet verification and troubleshooting tasks.

The following describes the capabilities available on different platforms; they do not represent the full set of standard features for any specific model. In-vehicle interfaces, data rates, and module support should be confirmed based on the specific platform; “1 ns” refers to timestamp accuracy and does not indicate the delay in serial forwarding.

100% line-rate L1 bit/PCS layer capture, as well as L2+ packet/MAC layer capture and protocol analysis.
Timestamps with 1 ns precision, supporting views such as absolute time and packet interval.
High-capacity hardware capture cache; improves the efficiency of capturing target events through filtering, packet slicing, and pre- and post-trigger cache allocation.
Low-latency, non-resynchronized transparent transmission mode; specific applicable interfaces and modes are determined based on the configuration.

25GBASE-SR / LR / CR, 10GBASE-R.
10GBASE-T, 5GBASE-T, 2.5GBASE-T.
5000BASE-R, 2500BASE-R; 5000BASE-X, 2500BASE-X, 1000BASE-X, 100BASE-FX.
1000BASE-T, 100BASE-TX, 10BASE-T; USXGMII, SGMII.
The MGA8410 supports 10MbE–10GbE; the XGA4250 supports 1GbE–25GbE. For low-speed interface requirements, please verify by checking the module settings.

MGA8410: Supports 100/1000BASE-T1, 2.5G/5G/10GBASE-T1, and optical BASE-RH environments; interface modules must be compatible.
MGA8410: Supports EEE (IEEE 802.3az) and IEEE 802.3br MAC frame preemption.
XGA4250: The application brief lists support for IEEE 802.1Qbu / IEEE 802.3br MAC frame preemption.
When testing in-vehicle Ethernet, please prioritize selecting the MGA8410 based on its interface settings.

Supports decoding of hundreds of protocols and provides binary, hexadecimal, and protocol views.
Analyze bandwidth and traffic by dimensions such as protocol, CoS, address, and port.
Review MAC/PCS layer error statistics and use real-time statistics, alerts, and timestamps to pinpoint the source of events.

FILTER • TRIGGER • AUTOMATE

Analyze in the browser; automate in the test process

No client software installation is required. Use the intuitive interface to capture, filter, generate statistics, and view protocols; you can also integrate repetitive testing workflows via a RESTful API.

Filtering and Triggering

Custom Extraction Filters and Display Filters
Trigger capture based on events or packet content
Preserve the key communication processes before and after the trigger

Traffic and Protocol Analysis

Analyze traffic by protocol, CoS, address, and port
View Protocol Decoding and MAC/PCS Errors
Measuring the one-way delay of actual application packets

Operations and Automation

Browser-based user interface
Real-time Statistics, Alerts, and Custom Dashboards
Automating RESTful API Integration Workflows

MGA8410 User Interface Example

XGA4250 User Interface Example

AVAILABLE HARDWARE PLATFORMS

Select a carrier platform based on link requirements

This application runs on a hardware test platform and is used under the appropriate application license. Configuration settings include the target rate, interface, and test task selection.

MGA8410

Analysis of Multi-Rate Ethernet and In-Vehicle Ethernet

10MbE–10GbE Ethernet Environment
Covers BASE-T1 / BASE-RH In-Vehicle Interface Requirements
Suitable for multi-interface verification and online fault localization

View MGA8410 →

XGA4250

For online capture and analysis at higher data rates

1GbE–25GbE, including 2.5G and 5G speeds
Analysis of High-Speed Ethernet Links and Protocols
Suitable for R&D validation, performance monitoring, and troubleshooting

View XGA4250 →

Interface modules, accessories, and application licenses are configured on a per-item basis. If you need to analyze a 10M/100M link on the XGA4250, please contact Hongke to confirm the appropriate interface and module settings. [cite: 14]

HONGKE TECHNICAL SUPPORT

From Test Requirements to Actionable Validation Plans

Hongke provides professional technical consulting, scenario-based solution design, and proof-of-concept (PoC) support.

01 / Professional Technical Consulting

Identify the link speed, interface type, symptoms of the problem, and the events you want to capture.

02 / Scenario-Based Solution Design

In conjunction with the system under test, plan for serial or bypass connections, interface modules, and application licenses.

03 / Proof-of-Concept Support

Discuss the trigger conditions, scope of data capture, and methods for evaluating results, focusing on key use cases.

Professional technical support from HONGKEI to help you succeed in your project.

Leveraging decades of technical expertise in automotive electronics, industrial automation, data security, and life sciences, Hongke provides customers with end-to-end solutions ranging from critical components and precision instruments to system-level platforms. We do more than just supply products; we are committed to helping our customers achieve long-term success through professional technical consulting and innovative optimization.

Testing Services

On-demand sample testing and validation of performance evaluation

Hardware Training

Comprehensive coverage of all aspects of hardware product usage

Software Training

Helps you quickly master the skills of using the software

integrated development

Complete integrated solutions based on requirements

Data Security and Compliance

High-Performance Data and Automation

ADAS Simulation and Testing Framework

In-Vehicle Network Communications

Signal Analysis and Sensing

Industrial Internet of Things and Digital Factories

AI Machine Vision

Automation Control

Pharmaceutical Cold Chain and Environmental Monitoring

Laboratory Automation and Microfluidics

Environmental Monitoring and Facility Management

Critical Infrastructure Communications and Remote Collaboration

Professional Electronic Testing and Measurement