Müxtəlif alanlar müxtəlif tələbatları var. Yeni rənd öz logo ilə bazar üçün sürətlə yol ehtiyac duyur. Təkcə məktəblər üçün təxminən mağarada və müjdə proqram arası ehtiyac duyur. Yerli ərazili bölüşən yerli toplantı vasitəsilə imxarı vəzifələrini azaltmaq istəyir. Böyük gərgin dərin bir-birinin inkişafı və uzun müddət dəftəri yoldmatsı ehtiyac duyur.

Qtenboard hər məsləhətləri təxminən şəxsi etilə məhsullarından bir-birində interaktiv display platformları və lokallaşdırır. toplantı proqramlar. Bu məqalədə izah olunur. OEM, ODM, JDM, CKD və SKD Modellar, hər birini uyğun olan, nəyi təqdim edə bilər və layihlərin nümunələrdən nümayiş yaratdığına necə hərəkət edirlər.

2. ünsiyyət modeli

3. OEM: Fast Privat‑Label Interactive Display Manufacturingar

3.1 Qtenboardda OEM nə deməkdir?

OEM bazara ən sürət yoludur. Qtenboard təsdiqi platformlara əsaslanan interaktiv düzəlt panellar yaradır və siz onları öz markanız altında satın. Məhz Logonızın, paketiniz, marketing materialınız- Hardware inkişaf etmə. Mövcud böyüklüyü 55″, 65″, 75″, 86″ və 98″ daxil edir.

3.2 Növbəti OEM Xüsusi

• Ayıq logo, sistem logo və fiziki logonoq
• Xüsusi kuşat lövhə
• Uzaq sərbəst, Gediş kit və divar-damunt qurğular
• Andror
• Çoxluq
• Xüsusi model adlamı

3.3 Ən ən yaxşı ‑ Uşaqçı Profilin

• AV/IT payatçıları öz nümayiş işarəsi yaranır
• Təbliği kanalları
• Qeyd və layihə müvəffəqiyyətləri
• Digital senk, yığıncaq otaq, yaxud ofis tərzdə genişlənən kompanyar

3.4 Lahiyə Vaxt

• Şablon tə'yin et: 7–10 working days after artwork approval
• Packaging design and artwork confirmation: 3–5 working days
• Mass production lead time: 15–25 working days for standard configurations
• Total from PO to shipment: typically 4–6 weeks

4. ODM: Customizing a Proven Product Platform

4.1 What ODM Includes

ODM goes beyond branding. Qtenboard modifies hardware specifications, mechanical design, interface layout, and software on a proven platform—giving you differentiation without starting from scratch.

4.2 Hardware Customization Options

Display and Touch Configuration

• Size and resolution selection (55″–98″, 4K UHD)
• Brightness levels: 350–500 nit (standard) / 700 nit (high‑brightness option)
• Infrared (IR) touch with 40–100 points, or PCAP (capacitive) touch with 20+ points
• Touch accuracy: ±1.5mm, response time: ≤10ms (IR) / ≤6ms (PCAP)
• Anti‑glare glass, optical bonding, and explosion‑proof rating

Compute and Connectivity Configuration

• Android mainboard options: RK3588 (8‑core), T982, V100, 9679 platforms
• RAM: 4GB / 8GB; Storage: 32GB / 64GB / 128GB eMMC
• Optional OPS slot for Windows PC module
• Interface layout: HDMI IN/OUT, USB‑C, USB 3.0, LAN, RS232
• Wi‑Fi 6, Bluetooth 5.0, optional NFC, camera, microphone array

Mechanical and Industrial Design Customization

• Front bezel and back cover: custom colors (Pantone matching available)
• Logo placement and silk‑screen / laser engraving
• VESA mounting hole pattern and mobile stand compatibility
• Front interface position (e.g., front USB, HDMI for easy access)
• Design differentiation for education, meeting room, or retail scenarios

Packaging and Accessories

• Branded carton and shipping labels
• Custom user manual and quick‑start guide
• Localized power cord, plug, and language labels
• Stylus pens, remote control, wall mount, and mobile stand options

4.3 Software and UI Customization

• Boot animation and start‑up logo
• Custom Launcher / Home Screen UI theme and wallpaper
• Pre‑loaded whiteboard, conferencing, education apps, or MDM tools
• Multi‑language UI and regional content localization
• Custom input source naming and default settings
• OTA update strategy and remote device management integration
• User account system, device grouping, permissions, and app management

4.4 ODM Change‑Control Process

1. Customer submits technical requirements
2. Qtenboard reviews feasibility, cost, and certification impact
3. Both parties confirm the Product Requirement Document (PRD)
4. Engineering creates drawings, BOM, and software configuration
5. Prototype sample is built and tested
6. Customer approves the golden sample
7. Pilot production validates manufacturability and quality
8. Mass production starts after final approval

All changes are managed through ECN/ECO (Engineering Change Notice/Order) processes. Changes to interfaces, wireless modules, power supplies, or mechanical structures require re‑evaluation of certification impact.

5. JDM: Joint Development for Long‑Term Product Programs

5.1 What JDM Means

In ODM, you select from an existing platform. In JDM (Joint Design Manufacturing), you and Qtenboard define the product roadmap, feature set, and development goals together. This is for brands with internal product/engineering teams who want long‑term differentiation.

5.2 Typical JDM Collaboration Scope

• Jointly define target users, use cases, and application scenarios
• Co‑develop PRD, hardware specifications, and software feature lists
• Collaborate on BOM cost analysis, lifecycle planning, and supply risk assessment
• Define certification targets by market
• Co‑plan next‑generation product iterations
• Joint investment in exclusive mechanical structures, software features, molds, or processes

5.3 Intellectual Property and Project Governance

All JDM projects begin with a mutual NDA. IP ownership is typically defined based on each party’s pre‑existing IP (background) and joint development contributions (foreground). Qtenboard supports clear contractual separation of hardware reference designs, software frameworks, and joint innovations to ensure both parties’ interests are protected.

• Dedicated project manager and regular joint review meetings
• Milestone‑based governance: requirements → design → prototype → verification → pilot → mass production
• NRE, tooling, certification, and software development costs are documented and approved in writing before work begins

5.4 Best‑Fit JDM Customers

• International brands with existing interactive display product lines
• Education technology companies with product managers, engineers, or software teams
• Regional distributors planning long‑term procurement and differentiated product platforms
• Solution brands requiring next‑gen AI, remote management, or vertical‑industry software integration

6. CKD and SKD: Supporting Local Assembly and Market Access

6.1 Why Local Assembly Matters

• Reduce import tariffs, taxes, or meet local manufacturing content requirements
• Shorten end‑delivery lead times in certain regions
• Build local after‑sales, repair, and assembly capabilities
• Meet government procurement or local content regulations
• Enable regional partners to gradually build production and supply chain capabilities

6.2 SKD Model: Semi‑Knocked‑Down Supply

• Qtenboard ships partially assembled modules (e.g., pre‑integrated touch panels, embedded systems, power units)
• Local partner completes final assembly, packaging, or configuration
• Lower technical barrier than CKD; easier to implement
• Ideal for distributors or assemblers starting with lightweight localization

6.3 CKD Model: More Local Manufacturing Participation

• Products are supplied as more deeply disassembled parts and components
• Customer performs a larger portion of assembly locally
• Requires factory equipment, trained personnel, quality inspection, and material management
• Suited for partners with manufacturing experience planning long‑term localization

6.4 Qtenboard's CKD/SKD Support Package

• CKD/SKD BOM, packing list, and component coding
• Assembly SOP, workstation layout recommendations, and key process instructions
• Video training, online training, or on‑site engineering support (negotiated per project)
• Tooling, fixtures, torque specifications, and test equipment recommendations
• Quality inspection standards for locally assembled units
• Software flashing, serial number management, and system configuration guidance
• Remote technical support during trial assembly
• Quality audit and issue resolution support for first production batch

6.5 CKD/SKD Readiness Assessment

Before starting a CKD/SKD project, Qtenboard assesses the partner's local facility:

• Does the factory have ESD‑protected environment?
• Are there suitable assembly lines, aging racks, test stations, and packaging areas?
• Are there trained production and quality personnel?
• Is there local after‑sales, spare parts, and repair capability?
• Does the partner meet local safety, environmental, and import compliance requirements?

7. Engineering Support: From Requirement to Mass Production

7.1 Dedicated Project Team

• Sales / Account Manager: commercial communication and project coordination
• Product Manager: product positioning and specification confirmation
• Mechanical Engineer: structure, appearance, mounting, and interface layout
• Hardware Engineer: mainboard, power supply, interface, and module compatibility
• Software Engineer: system, UI, app preload, and remote management
• Quality Engineer: test standards, quality plan, and non‑conformance closure
• Supply Chain Planner: material preparation, capacity scheduling, and delivery plan

7.2 Engineering Deliverables

• Product Requirement Document (PRD)
• 2D / 3D mechanical drawings and appearance approval renderings
• Key component BOM
• Software version and pre‑loaded application list
• Sample test report
• Golden Sample approval record
• Pilot production report
• Mass production quality plan
• Packaging specification, packing list, and label templates

7.3 New Product Introduction Process

8. NRE, Samples, MOQ, Lead Time and Payment

8.1 What NRE Covers

NRE (Non‑Recurring Engineering) fees may apply for new projects. Typical NRE scope includes:

• New mechanical design and industrial design
• Mold development or structural part modification
• PCB redesign or new PCBA development
• Software UI, Launcher, or application feature customization
• New test fixtures and assembly jigs
• Market‑specific certification testing
• Exclusive packaging design and prototyping

For semi‑custom TFT displays, tooling NRE typically ranges from $10,000–$50,000. For public‑mold customization, Qtenboard offers zero mold fees.

8.2 NRE Cost Drivers

• Using an existing platform vs. new development
• New molds, exclusive PCBs, or proprietary interfaces
• Depth of software customization
• Changes to wireless modules, cameras, power supplies, or other key components
• Target markets and certification requirements
• Number of sample revision rounds
• Annual forecast volume and cooperation term

8.3 Sample Development Timeline

8.4 MOQ Principles

• Software‑level OEM: 1 unit MOQ
• Appearance customization (public mold): low/no MOQ
• Structural customization (public mold): 50 units typical
• Private mold / full custom: volume commitment required
• CKD/SKD: typically based on kit volume, container efficiency, and local assembly plan
• Standard products: sample MOQ as low as 1 piece

8.5 Lead Time Principles

• Şablon tərzləri: 7–10 working days
• Small orders (1–10 pcs): 3–7 working days
• Bulk orders (standard config): 15–25 working days
• Container orders (FCL): 15–35 working days
• Repeat orders: lead time can be reduced by up to 30%

Final lead time is confirmed after product configuration, order quantity, material readiness, and customer approval schedule are aligned.

8.6 Payment Terms Principles

• New projects typically require sample fees, NRE, or a deposit to start engineering, material procurement, and production scheduling
• Bulk orders: 30% deposit, balance before shipment (T/T)
• Letter of Credit (L/C) and other secure payment methods are accepted
• Long‑term partners may qualify for more flexible terms based on forecast, payment history, and supply chain planning
• CKD/SKD projects may involve additional tooling, training, packaging, and technical support fees

9. Case Study 1: Education Brand ODM Program

10. Case Study 2: CKD Program for a Regional Distributor

11. How to Choose the Right Model

If you are unsure whether OEM, ODM, SKD, or CKD is the best fit, share your target market, annual forecast, desired customization level, and local assembly capability. Qtenboard can recommend a practical project path.

12. Frequently Asked Questions