With the rapid evolution of in-vehicle connectivity features, intelligent solutions such as CarPlay, Android Auto, HiCar, and AAOS have become standard equipment in vehicle cockpits. Traditional whole-vehicle testing suffers from high costs, lengthy timelines, difficulty in replicating real-world scenarios, and uncontrollable environmental variables, significantly hindering R&D progress and certification compliance rates. Customized in-vehicle test benches precisely replace full-vehicle testing by accurately reproducing actual driving conditions, representing the go-to solution for automakers to reduce costs, improve efficiency, and ensure efficient regulatory compliance.
I. Core Functions and Application Value of the Test Bench
The core value of this test rig lies in replacing real vehicle testing with high-precision simulation, achieving comprehensive coverage of in-vehicle connectivity scenarios through hardware emulation, signal simulation, and scenario replication. It meets mainstream testing requirements including CarPlay, Android Auto, HiCar, Carlink, AAOS, GAS, Carkey, and host-based monitoring systems.
The product can be deployed throughout its entire lifecycle:
1. Development Phase: Used for functional validation, issue debugging, and version regression, significantly enhancing R&D efficiency;
2. Certification Phase: Standardize the replication of official use cases to minimize errors from real-world testing, shorten the certification cycle, and improve pass rates;
3. Mass Production and Exhibition Phase: Designed for stability testing and functional demonstration, featuring portability and easy deployment without requiring the entire vehicle to be present.
II. Zhongle Customized Workbenches: Scenario-Oriented Differentiation Solutions
Traditional industry test benches often rely on hardware assembly, lacking relevance to actual testing scenarios and exhibiting poor compatibility. Zhongle adopts a reverse-engineered design approach based on testing requirements, customizing solutions around certification standards and real-world testing environments of automakers to precisely meet specific needs while eliminating functional redundancy and compatibility gaps.
1. High-precision reproduction of the entire vehicle environment
Supports simulation of core real-world vehicle operating conditions: accurately replicates steering wheel control logic, P/R/N/D gear shifts, vehicle speed, and ignition status, complemented by CAN/LIN bus signal simulations to eliminate data discrepancies between bench tests and full-vehicle testing, ensuring test results fully comply with real-world vehicle specifications.
2. Transparent design throughout the entire process
During the initial phase, the project delivers comprehensive 3D structural drawings that specify equipment layout, interfaces, wiring harnesses, heat dissipation solutions, and interaction modules. These designs ensure early-stage validation of configurations, prevent rework at the source, and guarantee optimal compatibility of the equipment with the client's testing environment.
3. One-stop closed-loop delivery service
The solution covers the entire process: requirement alignment, customized design, hardware integration, functional debugging, and environment setup. It ensures standardized sheet metal fabrication, customized wiring harnesses, and complete system integration; performs full-function debugging based on official use cases; deploys testing tools and protocol environments; and delivers a ready-to-test product.
III. Standardized Delivery: Processes and Timeframes
1. Standardized Production Process
requirement alignment → drawing verification → hardware integration → functional debugging → baseline testing → environmental delivery → operational training. The entire process is supervised by dedicated personnel with rigorous quality control at each stage to ensure stable equipment performance.
2. Deliverable timeline is controllable
Standard test bench: Plan and drawing confirmation completed within 3 working days; overall fabrication and debugging take approximately 3 weeks for delivery. For special customization requirements, the timeline can be flexibly adjusted based on functional complexity to meet urgent project timelines.
IV. Core Product Advantages
① Conduct preliminary assessments and parameter adjustments to reduce certification risks
Conduct comprehensive end-to-end testing before delivery, covering scenarios such as device pairing, disconnection/reconnection, peripheral compatibility, interaction triggers, response speed, 24/7 stability, and version regression. Provide professional certification recommendations to preemptively address compliance issues and enhance approval rates.
② Highly reducible and easy to operate
The system faithfully replicates the original manufacturer's button layout and gear signal logic, accurately reflecting real-world driving conditions. Its intuitive interface requires no specialized testing knowledge for easy operation, significantly lowering the learning curve.
③ Nationwide delivery; suitable for inspection purposes.
Made of premium wood-reinforced packaging, it offers earthquake resistance and damage protection, supporting international and domestic shipping to Google and Apple's overseas labs, as well as domestic automakers and Tier 1 suppliers, meeting diverse inspection and display requirements.
V. Long-term Service Guarantees and Comprehensive Value
Zhongle provides comprehensive, long-term after-sales support throughout the entire lifecycle, encompassing hardware repair, remote technical assistance, and functional upgrades and expansions. This solution ensures seamless adaptation to future new vehicle models and testing requirements, significantly reducing long-term investment costs for enterprises. Complemented by complete delivery documentation and hands-on training, it rapidly equips teams to conduct testing operations. Overall, Zhongle's customized in-vehicle test benches depart from the traditional hardware accumulation approach, offering core advantages of scenario-specific precision, reliable data, efficient delivery, and cost control. They effectively replace full vehicle testing, shorten R&D and certification cycles, enhance testing stability and pass rates, making them an ideal choice for automotive manufacturers and component suppliers seeking to reduce costs and improve efficiency in in-vehicle testing.
Tel: 13417442373(Wechat)
E-mail: finny.zhou@zhongletest.com
Teams:nancy.le@zhongletest.com
