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49 Inch Smart See Through LCD Panel 3D Holographic See Through LCD Display

Categories Transparent LCD Display
Best perspective: Full view angle
Protype: Desktop / Floor standing / Interactive(Optional)
Response time: 8 (Typ.)(G to G)(ms)
Panel type: A-Si TFT-IPS transparent panel
Brand Name: ZXTLCD
Model Number: ZXTLCD-TLCD490HRT
Certification: CE/Rohs/FCC
Place of Origin: Guangdong, China
MOQ: 1
Price: negotiable
Payment Terms: L/C,T/T
Supply Ability: 2000 pcs per month
Delivery Time: 3-5 working days
Packaging Details: wooden case, carton, flight cases are optional
Display color: 16.7M/1.07B (8-bit / 8-bit + Dithering)
working frequency: 60Hz
Cabinet material: Metal case + Glass
Appearance shape: Flat rectangle
Screen Size: 49 inch
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49 Inch Smart See Through LCD Panel 3D Holographic See Through LCD Display

49 Inch Smart See Through LCD Panel 3D Holographic See Through LCD Display


“Smart” Should Describe a Useful Behaviour


A 49 inch smart transparent LCD showcase cabinet is not smart because it contains a computer. It becomes useful when the system responds to a real event: a visitor touches a feature, a product is lifted, a sensor starts a chapter or a central team publishes approved content.


Begin with that behaviour and select hardware afterward. Unused cameras, sensors and network services add maintenance without improving the product story.


A Demonstration Can React Without Becoming Complicated


A lift sensor may start the relevant product film. A touch control may change lighting or rotate a platform. A proximity sensor may wake the display from a quiet state. Each response needs a timeout, reset and local fallback.


The transparent layer should still leave the physical product readable when no smart function is active.


Local Control Keeps the Cabinet Dependable


Store the main demonstration and control logic locally. Connectivity can update content or report status, but a network interruption should not disable the core experience. Protect system settings and use approved credentials.


For the 49 inch smart transparent LCD showcase cabinet, document sensor inputs, controller outputs, player, touch frame and external device protocols on one wiring diagram.


49 inch transparent screen display Box
General DisplayScreen Size49 inches
Panel Typea‑Si TFT IPS Transparent LCD Panel
Panel ModelHNT4901
Native Resolution1920 × 1080 pixels (Full HD)
Pixel FormatRGB Vertical Stripe
Sub‑Pixel Pitch0.18642 × 0.55926 mm (H × V)
Pixel Pitch0.4902 × 0.4902 mm (H × V)
Active Display Area1074 × 604 mm (H × V)
Panel ShapeFlat Rectangular Panel
Aspect Ratio16:9
Panel Transmittance>75%
Contrast Ratio1200:1 (Typical)
Viewing Angle89°/89°/89°/89° (Minimum), CR ≥10
Display ModeIPS, Normally Black, Transmissive
Optimum Viewing DirectionAll Viewing Angles
Response Time6 ms (Typical, Gray‑to‑Gray)
White ChromaticityWx: 0.281; Wy: 0.288
Display Colors16.7 Million Colors, 8‑bit + Hi‑FRC
Color Gamut68% NTSC, CIE 1931
Panel Input VoltageDC 12V, 5A
Refresh Rate60 Hz
Panel Signal InterfaceLVDS
Input InterfacesHDMI, VGA, USB and Audio Input
Operating Temperature-20°C to 50°C
Storage Temperature-30°C to 60°C
Operating Humidity10%–90% RH
Storage Humidity5%–90% RH
Power SupplyAC 100–240V, 50/60 Hz
Power Consumption<200W
Standby Power Consumption<3W
Installation OptionsDesktop, Floor‑Standing or Interactive Version
Product DimensionsRefer to the Mechanical Drawing
USB Plug‑and‑Play PlayerOperating SystemStandalone Plug‑and‑Play System; No Windows OS Required
Automatic PlaybackAutomatically Starts Loop Playback After Power‑On
Input Ports1 × USB 2.0, 1 × HDMI
Default Storage MediumUSB Flash Drive
Optional Storage MediumSD Card
Content UpdateAutomatically Copies Content from USB
OSD LanguagesEnglish and Chinese
Supported Video FormatMP4
Supported Audio FormatMP3
Supported Image FormatJPG
Supported Text FormatTXT
Audio OutputBuilt‑In Power Amplifier
Playback ModesSingle‑File Repeat or All‑Files Loop Playback
Android Media PlayerCPUQuad‑Core Cortex‑A17, Up to 1.8 GHz
GPUMali‑T764
Operating SystemAndroid 7.1
RAM2GB DDR3
Internal Storage16GB eMMC
External StorageSATA, USB, SD Card or CF Card
Output Resolution1920 × 1080, Full HD
Playback ModesLoop Playback, ScheduLCD Playback and Transition Effects
Network ConnectivityEthernet and Wi‑Fi; 3G Optional
Remote ControlInfrared Remote Control Supported
Memory Card SupportSD and CF Cards
Supported Video FormatsWMV, AVI, FLV, RM, RMVB, MPEG, TS, MP4 and More
Supported Image FormatsBMP, JPEG, PNG and GIF
Supported Network ProtocolsTCP/IP, PPPoE, ICMP, DHCP, DNS, FTP and HTTP
USB 2.0 Ports2 × Host Ports for Mouse, Keyboard and Other Devices
RJ45 Ethernet1 × RJ45 Port, 10/100 Mbps
Wireless Network2.4 GHz Wi‑Fi, IEEE 802.11n, Up to 150 Mbps
TF Card Slot1 × TF/MicroSD Card Slot
Built‑in Windows PC – EntryCPUIntel 1037U, Dual‑Core, Dual‑Thread, 1.8 GHz
MotherboardMini‑ITX Architecture, Intel Bay Trail SoC Chipset
MemoryKingston 4GB DDR3 1600 MHz
Storage120GB SSD
GraphicsIntegrated Intel HD Graphics with Dynamic Video Memory Technology
Power SupplyIntegrated 12V Power Supply
NetworkRealtek 8111E Gigabit Ethernet and 2.4 GHz Wi‑Fi
Built‑in Windows PC – StandardCPU3rd Generation Intel Core i3, Dual‑Core, Four‑Thread, 1.8 GHz, 17W
MotherboardMini‑ITX Architecture, Intel HM76 Chipset
MemoryKingston 4GB DDR3 1600 MHz
Storage120GB SSD
GraphicsIntegrated Intel HD Graphics 4000
Power SupplyIntegrated 12V Power Supply
NetworkRealtek 8111E Gigabit Ethernet and 2.4 GHz Wi‑Fi
Built‑in Windows PC – AdvancedCPU3rd Generation Intel Core i5, Dual‑Core, Four‑Thread, 1.7 GHz, 17W
MotherboardMini‑ITX Architecture, Intel HM76 Chipset
MemoryKingston 4GB DDR3 1600 MHz
Storage120GB SSD
GraphicsIntegrated Intel HD Graphics 4000
Power SupplyIntegrated 12V Power Supply
NetworkRealtek 8111E Gigabit Ethernet and 2.4 GHz Wi‑Fi
Built‑in Windows PC – PremiumCPU7th Generation Intel Core i7, Dual‑Core, Four‑Thread, 2.7 GHz, 15W
MotherboardMini‑ITX Architecture
MemoryKingston 4GB DDR3 1600 MHz
Storage120GB SSD
GraphicsIntegrated Intel HD Graphics
Power SupplyIntegrated 12V Power Supply
NetworkRealtek 8111E Gigabit Ethernet and 2.4 GHz Wi‑Fi
Infrared Touch FrameTouch TechnologyInfrared Touch
Integration MethodSeamlessly Integrated, Embedded Design
Touch Resolution32768 × 32768, Driver‑Free
Activation ForceNo Pressure Required
Light Transmittance>92%
Multi‑Touch Response Time10–15 ms
Single‑Touch Response Time7 ms
Minimum Touch Object Size4 × 4 mm
Touch Object Size RecognitionSupported
Touch InterfaceUSB
Touch Scan Rate≥110 Hz
Communication InterfaceUSB 2.0 Full‑Speed
Power Supply1 × USB
Operating VoltageDC 5.0V ±5%
Average Current≤200 mA
Power Consumption≤1.0W
LCD Service Life60,000 Hours
Fault ToleranceRemains Operational with Less Than 10% Non‑Adjacent Sensor Failure
Operating HumidityUp to 90% RH at 0°C to 40°C, Non‑Condensing
Operating Temperature-10°C to 50°C
Storage Temperature-20°C to 60°C
ESD ProtectionEN 61000‑4‑2:2008, Level 3; 4 kV Contact Discharge and 8 kV Air Discharge
Ambient Light ResistanceExcellent
Firmware UpgradeUSB Firmware Upgrade
Multi‑Touch OS SupportWin 10, Win 8, Win 7 and Android
Single‑Touch OS SupportWin XP, macOS and Linux
Projected Capacitive TouchTouch TechnologyProjected Capacitive Touch
Input MethodFinger or Stylus
Number of Touch Points10‑Point Multi‑Touch
Activation Force10–60 g
Touch Durability≥35 Million Touches
Minimum Pressure<10 g
Surface Hardness≥7H
Storage Conditions-15°C to 40°C at <90% RH; 40°C to 70°C at <60% RH
Operating Humidity10%–90% RH at 40°C, Non‑Condensing
Response Time<10 ms
Light Transmittance>85%
Touchscreen Structure1.1 mm Glass + 0.125 mm Upper ITO Film + 0.125 mm Lower ITO Film
Position Durability50 Million Touches at the Same Position
Packing ListPower Cable1
Warranty Card1
Remote Control1
Cabinet Key1
Certificate of Conformity1


Staff Need to Understand the Public State


A simple service screen can show campaign, sensor status and last update without exposing technical menus. Staff should know how to restore the attract mode and identify whether a fault belongs to the product sensor, application or display.


Separate product access from electronics, and provide ventilation for controllers and active devices.


Prove the Complete Cause and Effect


During acceptance, repeat every trigger, interrupt it halfway, restart power and disconnect the network. Make sure lighting or moving parts return to a safe state. Run the cabinet long enough to expose intermittent sensor or heat issues.


Only after this test should the 49 inch smart transparent LCD showcase cabinet be described by its interactive behaviours on the product page.


Do Not Add Sensors Without an Owner


Every smart feature creates a maintenance question. Who replaces a lift sensor, recalibrates a camera, updates the controller or reviews analytics? Name the owner and expected service life before including the feature. Use standard interfaces and accessible mounting where possible. If a sensor is nonessential, the cabinet should continue with touch or automatic playback when it fails.


Data collection should remain proportionate. Counting an anonymous trigger may help compare content; recording faces or personal behaviour has very different implications. Explain active sensors to the venue and follow local privacy rules. Keep logs useful for fault finding but avoid indefinite storage. A smart cabinet earns trust when its behaviour is predictable to visitors and understandable to the staff who operate it.




A useful proposal can describe the intended behaviour as a short sequence: visitor approaches, display wakes, product is lifted, relevant film starts, visitor returns the product and the cabinet resets. This is clearer than a list of optional sensors. It gives software, electrical and cabinet teams the same scenario to price and test. Acceptance then repeats the sequence under normal use, rapid repeated use and partial failure.


If analytics are required, define the few events that matter—approach, lift, chapter completion or assistance request. Do not collect every possible signal. A short, documented event list is easier to secure, interpret and maintain than an open-ended smart-data promise.


Describe the Behaviour You Want


Send the object, desired triggers, touch flow, external devices, network policy and site drawing. ZXTLCD can propose the necessary player, controller and cabinet interfaces.





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