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Coaxial Devices (DC–145 GHz)
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Attenuator
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Load
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Power divider
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Switch
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Frequency multiplier
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Low-noise amplifier
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Antenna
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DC Block
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Biasing device
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Filter
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Equalizer
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Coupler
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Power amplifier
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Waveguide device (26.5–170 GHz)
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Waveguide
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Attenuator
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Load
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Switch
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Frequency multiplier
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Low-noise amplifier
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Coupler
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Power divider
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Filter
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WG/COAX Adaptor
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Mixer
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Power amplifier
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Antenna
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Phase shifter
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Calibration standard
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Radio Frequency Test System
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Solid-state switch matrix
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Mechanical switch matrix
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Amplitude and Phase Attenuation Matrix
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Plane Wave Test System
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Rail transit
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In-vehicle 5G antenna
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In-vehicle 5G data transmission terminal
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Leaky cable monitoring equipment
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In-vehicle amplifier module
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Telecommunications manufacturing
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Automated Testing Solution for Single-Board Production Lines
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End-to-End OTA Testing Solution
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Intelligent Network Verification Solution
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High-Speed Data Testing Solution
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Automotive electronics
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C-V2X Vehicle-to-Everything Network Verification and Testing Solution
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Millimeter-Wave Radar RCS Calibration Solution
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Semiconductor
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Rail transit
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Ethernet Development and Testing Solutions for Intelligent Vehicles
2021-11-12
With the vigorous growth of the Internet-plus industry and the rise of smart terminals, mobile device manufacturers, mobile network operators, and mobile internet content providers alike are confronted with a landscape characterized by the continuous emergence of new technologies, new business models, and new services, as well as an accelerating pace of commercial deployment.
Currently, mobile transmission networks based on 5G core technologies have been developed. In the future, supported devices will extend beyond smartphones to include smartwatches, fitness trackers, smart projectors, and intelligent home appliances. The smart terminal industry is undergoing a period of rapid growth. Communication standards are continuously updated and revised, smartphone functionalities are constantly being refreshed, and certification processes for various communication protocols are becoming increasingly complex and cumbersome. As terminal manufacturers, mobile network operators, mobile‑internet content providers, and end users all raise their quality expectations for terminal products, terminal testing technologies face significant challenges.
As a leading provider of innovative technology services, Xinmai is committed to delivering high‑quality testing services and premium software delivery. We continuously explore cutting‑edge testing methodologies, refine our testing processes, and offer end‑to‑end, one‑stop smart terminal testing solutions to boost testing productivity.
Smart Terminal Testing
Xinmai maintains close collaborative relationships with terminal manufacturers, jointly establishing a highly efficient ODC laboratory model for device testing. Smart‑device testing begins with refining testing methodologies and encompasses product testing, test planning, the design of product test plans, the development of test cases, test execution and validation, as well as pre‑certification testing services for various external standards. The primary test categories include:
1. White-box testing methods encompass four processes: static analysis (e.g., Java tools such as Checkstyle, PMD, and FindBugs), code review, coverage testing (using JUnit), and dynamic analysis.
2. Black-box testing methods include business functionality testing, protocol conformance testing, new-feature testing, performance and stability testing, KPI testing, third-party application testing, localization and globalization testing, operator pre‑networking testing, operator validation testing, operator‑customized application testing, IoT testing, drive testing, and certification testing, among others.
Automated Testing for Smart Terminals
Automated testing can significantly enhance testing efficiency; test scenarios that are difficult or impossible to cover manually, or that involve a substantial workload, can be easily handled through automation. By fully leveraging the advantages of automated testing—automatically generating basic test cases, freely composing business‑specific test cases, and automating regression testing—Softcom’s automated testing solution delivers its core competitive edge.
The Xinmai Terminal Automation Testing Platform is built on the Appium testing framework, integrates TestNG and ReportNG, and is developed in Java. It supports both Android and iOS mobile operating systems, automatically generating test scripts and efficiently executing tests. By uploading an application package, the platform performs automatic UI element recognition, offers a streamlined interface for combining control data and defining test cases, generates test scripts in the background, schedules test case execution on user‑specified devices, and produces comprehensive test reports. Our guiding principle is to simplify the testing interface, abstract away technical details, and deliver a testing system that allows users to control each step, select target devices, and easily review results.
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Email:
sales@aumiwalker.com
Phone:
+86-10-63718360
Address:
Room 505, Floor 5, Building 6, Phase II, Nord Center, No. 1 Courtyard, Auto Museum East Road, Fengtai District, Beijing
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Contact Us
Phone: +86-10-63718360
Email: sales@aumiwalker.com
Address: Room 505, Floor 5, Building 6, Phase II, Nord Center, No. 1 Courtyard, East Auto Museum Road, Fengtai District, Beijing
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