— XYGLED Certification Program
XYGLED Certified Engineer Program
ACE — Built for LED Display Professionals
The XYGLED Certified Engineer (ACE) program equips AV integrators, system integrators, and LED display technicians with the technical knowledge, hands-on skills, and industry credentials to design, install, configure, and maintain XYGLED LED display systems to the highest professional standard.
- Free for XYGLED Partners
- Online & On-site Training
- Globally Recognized
- 150+ Countries
XYGLED Certified Engineer
Professional LED Display Engineering Certification
by XYGLED Technology Co., Ltd.
- ACE Level 1-Foundation
- ACE Level 2-Professional
- ACE Level 3-Expert
— Why Get Certified —
6 Reasons to Become an XYGLED Certified Engineer
ACE certification sets you apart in the competitive LED display integration industry — with verifiable credentials that clients, employers, and project owners trust.
Industry-Recognized Credential
ACE certification is recognized by XYGLED’s global partner network across 150+ countries, giving you a verifiable credential that differentiates you from uncertified competitors when bidding for projects.
Deep Technical Expertise
Go beyond basic installation. ACE training covers pixel pitch selection, signal chain design, control system configuration, calibration techniques, and advanced fault diagnosis — knowledge that directly improves project quality.
Priority Partner Status
ACE-certified engineers and their companies receive priority status in XYGLED’s global partner directory, giving you increased visibility to end clients searching for qualified LED display installers in your region.
Faster Technical Support
ACE-certified engineers receive priority access to XYGLED’s Level 2 technical support team, dedicated engineer hotline, and advance access to firmware updates and technical bulletins before general release.
Exclusive Partner Pricing
Certified partners gain access to ACE-exclusive product pricing tiers, extended payment terms, and priority inventory allocation for high-demand product lines — directly improving your project margins.
Global Referral Network
Join a network of 50+ ACE-certified engineers worldwide. XYGLED actively refers project inquiries from end clients in your country to certified partners — creating a direct inbound lead generation channel.
— Certification Levels —
Three Levels of ACE Certification
The ACE program is structured in three progressive levels — from foundational installation skills to advanced system design and engineering leadership.
ACE Foundation
XYGLED Certified Engineer — Foundation Level
- LED display fundamentals and pixel pitch theory
- Cabinet assembly, mounting, and alignment
- Basic power and signal wiring
- Control software introduction
- Common fault identification and basic repair
- Health and safety on-site requirements
ACE Professional
- Advanced control system configuration and mapping
- Receiving card setup and cabinet addressing
- Brightness calibration and gamma optimization
- Signal distribution and redundancy design
- Video processor integration and configuration
- Systematic fault diagnosis methodology
- Remote monitoring system deployment
ACE Expert
- Complete LED system architecture and design
- Large-scale multi-zone display commissioning
- Custom pixel mapping for creative installations
- XR / virtual production setup and calibration
- Point-by-point screen uniformity calibration
- Training and certification of junior technicians
- Complex fault root cause analysis and reporting
- OEM/ODM project technical consultation
— Curriculum —
ACE Course Modules
ACE Level 1 Course Modules
The ACE Level 1 Foundation curriculum covers 6 core modules delivering both theoretical knowledge and practical hands-on skills.
MODULE 01
LED Display Technology Fundamentals
- How LED displays work: SMD, COB, GOB technology
- Pixel pitch, resolution, and viewing distance calculation
- Brightness, refresh rate, and grayscale explained
- Indoor vs outdoor display specifications
- XYGLED product lineup overview and naming system
MODULE 02
Cabinet Assembly & Mechanical Installation
- Cabinet structure and component identification
- Module installation and locking mechanisms
- Wall mount, hanging, and ground support structures
- Cabinet alignment and seam adjustment techniques
- Floor screen installation and load distribution
MODULE 03
Power & Signal Wiring
- Power supply types and wiring topology
- Current load calculation and circuit planning
- Signal cable types: Cat5e, Cat6, fiber options
- Daisy chain vs star signal distribution
- Cable management and labeling best practices
MODULE 04
Control System Introduction
- Nova Star control system architecture overview
- Sending card and receiving card relationship
- Nova LCT software: basic configuration walkthrough
- Loading screen files and testing display output
- Common control system error codes and solutions
MODULE 05
Basic Fault Identification & Repair
- Systematic fault isolation: power → signal → module
- Dead module, dead row, and dead column diagnosis
- Module replacement procedure (front and rear access)
- Power supply testing and replacement
- When to escalate to Level 2 support
MODULE 06
Site Safety & Project Handover
- Electrical safety requirements for LED installations
- Working at height regulations and equipment
- Pre-installation site survey checklist
- Client handover documentation and training
- XYGLED service request and RMA procedures
ACE Level 2 Course Modules
The ACE Level 2 Professional curriculum covers 8 advanced modules delivering in-depth technical configuration, systematic troubleshooting capabilities, and advanced system design skills.
MODULE 01
Advanced Control System Configuration
- Nova Star MCTRL series: deep configuration walkthrough
- Multi-card cascading and master/slave setup
- Screen connection topology for complex multi-zone displays
- Backup card configuration and auto-failover setup
- Custom resolution and non-standard screen size mapping
MODULE 02
Receiving Card Setup & Cabinet Addressing
- Receiving card types: MRV series identification and selection
- Cabinet data group assignment and address mapping
- Port loading calculation and data flow optimization
- Cabinet scanning mode configuration (standard and custom)
- Smart LCT auto-configuration vs manual mapping
MODULE 03
Brightness Calibration & Gamma Optimization
- Point-by-point brightness and color calibration theory
- Using Nova Star calibration software (NovaCLB)
- Luminance meter operation and measurement procedure
- Gamma curve adjustment for different application environments
- Color temperature matching across multi-batch module installations
- Calibration file storage, backup, and recovery
MODULE 04
Signal Distribution & Redundancy Design
- Signal chain architecture: source → processor → controller → panel
- Active vs passive signal distribution equipment selection
- Fiber optic extender installation and configuration
- Redundant signal path design for mission-critical installations
- Signal latency management in multi-display synchronization
MODULE 05
Video Processor Integration & Configuration
- Video processor types: scaler, switcher, and splicer selection
- Novastar VX series: full configuration and input routing
- Multi-input source management and seamless switching
- Output resolution matching to LED display specifications
- HDR and wide color gamut configuration for fine-pitch displays
- EDID management and HDCP compatibility troubleshooting
MODULE 06
Remote Monitoring System Deployment
- Nova Star VNNOX and NovaCloud platform setup
- Remote device registration and network configuration
- Real-time monitoring dashboard setup and alert configuration
- Content scheduling and playlist management remotely
- Remote firmware update deployment across multiple displays
MODULE 07
Systematic Fault Diagnosis Methodology
- Professional fault isolation framework: 5-layer diagnostic model
- Oscilloscope and multimeter use in LED fault diagnosis
- Data line fault tracing: ICN / hub board signal path analysis
- Power supply degradation diagnosis and predictive replacement
- Writing professional fault diagnosis reports for clients
MODULE 08
Level 2 Practical Assessment
- Full system commissioning from scratch on XYGLED test rig
- Receiving card mapping and calibration file application
- Fault injection diagnosis exercise (5 hidden faults)
- Remote monitoring setup and content scheduling
- Written exam: 80 questions · 90 minutes · Pass score 75%
ACE Level 3 Course Modules
The ACE Level 3 Expert curriculum covers 8 comprehensive engineering modules focusing on global project architecture, complex visual installations, and master-level solution consulting.
MODULE 01
Complete LED System Architecture & Design
- End-to-end LED system design methodology from brief to spec
- Pixel pitch and viewing distance optimization for complex venues
- Load bearing and structural engineering interface for floor screens
- Power infrastructure design: UPS, generator, and distribution
- Thermal management planning for high-density installations
- Bill of materials preparation and cost engineering
MODULE 02
Large-Scale Multi-Zone Commissioning
- Multi-controller synchronization for stadium-scale installations
- Zone-based content management with independent control regions
- Genlock and framelock synchronization for broadcast environments
- LED wall and video processor integration for live events
- Pre-show system check procedures for mission-critical events
- Commissioning documentation and handover pack preparation
MODULE 03
Custom Pixel Mapping for Creative Installations
- Non-rectangular display geometry: sphere, cylinder, and curve mapping
- Custom scanning file creation for irregular cabinet arrangements
- 3D content mapping for immersive displays
- LED floor screen sensor zone mapping and interactive area definition
- Working with media server operators for complex content delivery
MODULE 04
XR & Virtual Production Setup and Calibration
- XR production workflow: LED volume architecture and signal chain
- Camera tracking system integration with LED control
- Moiré elimination and camera synchronization techniques
- Color science for virtual production: gamut, gamma, and WCG
- On-set colour grading for LED wall environments
- Refresh rate and shutter angle optimization for cinema cameras
MODULE 05
Point-by-Point Screen Uniformity Calibration
- Spectroradiometer operation and measurement protocol
- Full-screen uniformity measurement grid methodology
- NovaCLB advanced calibration: per-pixel RGB correction
- Seam uniformity correction across cabinet boundaries
- Calibration for mixed-batch module replacement scenarios
- Long-term calibration maintenance schedule planning
MODULE 06
Training & Certification of Junior Technicians
- Adult learning principles for technical training delivery
- Structuring on-site training sessions for installation teams
- Assessment design: practical tests and knowledge checks
- Mentoring ACE Level 1 candidates through certification
- Building a partner company's internal LED competency program
- Documentation: SOPs, maintenance logs, and training records
MODULE 07
Complex Fault Root Cause Analysis & Reporting
- Advanced root cause analysis (RCA) methodology for LED systems
- Intermittent fault isolation: thermal, vibration, and humidity factors
- IC-level fault analysis: driver chips, FPGA, and power regulation
- Failure mode and effects analysis (FMEA) for LED installations
- Writing executive-level fault reports for enterprise clients
- Escalation management and XYGLED factory liaison procedures
MODULE 08
Level 3 Expert Project Assessment
- Day 1: Full system design brief — deliver architecture proposal
- Day 2: Complex installation commissioning on XYGLED live rig
- Day 3: Calibration session — assessed against ΔE tolerance targets
- Day 4: Fault injection exercise — 8 advanced hidden faults
- Day 5: Written exam 100 questions · 120 min · Pass score 80%
- Oral examination with XYGLED senior engineering panel
— Certified Engineers —
What ACE Engineers Say
Over 50 engineers across the world have completed XYGLED’s certification program.
★★★★★
“The ACE Level 2 training completely changed how I approach control system configuration. Before, I was guessing — now I have a systematic methodology. My commissioning time dropped by 40% on the next project.”
Marco
AV Integrator · Spain
★★★★★
“After completing the ACE Level 3 certification in XYGLED, we received inquiries from three high-end new clients in the first month. This certification has indeed been recognized by our clients in our market.”
James
System Integrator · UK
★★★★★
“The on-site training at XYGLED’s Huizhou facility was exceptional. Seeing how the products are manufactured gave me a completely different level of understanding about quality and installation best practices.”
Sarah
Rental Company · South Korea
Ready to Become an ACE Certified Engineer?
Join 50+ certified engineers across 100+ countries. Apply today — Level 1 enrollment takes less than 15 minutes and training starts within 2 weeks.
Free for XYGLED partners · Online & on-site options · Certificate issued within 48H of passing
ACE Certified Engineer Application
Global LED Solutions Provider
We respect your privacy. By submitting this form, you agree to our Privacy Policy.
