Strictly speaking, these are two distinct products, though the industry often uses the terms interchangeably; what is commonly referred to as an ‘interactive whiteboard’ on the market today mostly refers to an interactive flat panel.
① Traditional Interactive Whiteboard (IWB)
Whiteboard panel + short-throw projector; a combination of two devices
A large touch-sensitive whiteboard that does not emit light itself and has no screen
The image is projected onto the whiteboard surface by a projector; touch operations are performed using fingers or an electromagnetic pen on the surface
Components: Projector + sensor-equipped whiteboard panel + computer
Disadvantages: Projector bulb wear and tear, sensitivity to strong light, shadows, low brightness, and complex cabling.
② Interactive Flat Panel (IFP), also known as an interactive smart panel or meeting panel
The unit comes with a built-in LCD screen; the screen emits light itself, with the touch layer superimposed on the LCD screen, forming an all-in-one design
Components: Display + touch panel + Android operating system; supports OPS module installation for Windows
No external projector required; high brightness; not affected by ambient light, such as Dreamsource’s interactive flat panel products.
Comparison Item | Projector based Interactive Whiteboard (IWB) | Interactive Flat Panel (IFP) |
Hardware Structure | Split type system: three separate devices including sensing whiteboard panel, ultra short throw projector and external PC | All in one unit: integrated LCD display + touch frame + built in Android OS, optional plug gable OPS Windows module |
Display Principle | Projector casts image onto whiteboard surface. The board only acts as projection screen without self illumination | Self illuminated LCD backlight panel, no projector required; supports 4K high definition output |
Touch Principle | Infrared matrix around whiteboard border. Touch coordinates are transmitted via USB to external PC for calculation | Infrared light grid around display glass. Touch coordinates are processed locally by built in Android or OPS PC inside the unit |
Ambient Light Adaptation | ❌ Poor. Curtains and dimmed room lighting are mandatory. Hand/body shadows block content during writing | ✅ Excellent. 350 500nit brightness. Clear visibility under bright classroom & meeting room lighting without dimming lights |
Maintenance Requirements | Periodic projector lamp replacement; touch recalibration after repositioning; multiple cables with high potential failure points | Virtually maintenance free; no lamp consumables; no recalibration needed for fully bonded models; simple wiring with only power cable |
Applicable Scenarios | 1. Extremely limited one time budget | 1. Daily used classrooms, corporate meeting & training rooms |
2. Low frequency temporary training rooms | 2. Hybrid remote meetings & multi person collaborative annotation | |
3. Legacy classroom retrofit with existing PCs | 3. Exhibition & display for long term stable operation | |
4. Extra large size above 120” | 4. All in one functions: wireless casting, screen recording & video conference | |
Not Recommended For | Bright sunlit classrooms; high frequency daily teaching & meetings; sites without dedicated maintenance staff | Ultra large sizes over 110”; projects with extremely tight CAPEX budget |
Typical Products | Dreamsource |
Building C27,Beidou Industrial Park,No.50 Wutong Street,High-tech Zone,Zhengzhou City,Henan Province,450001 P.R.China
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