27 Inch Industrial Monitor Display Panel with LVDS

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Key Specs

Model P/N

HS270ENT-NE10

Size

27.0″

Resolution

1920×1080

Brightness

500 (Typ.)(cd/m²)

Viewing Angle

89/89/89/89° typical, L/R/U/D, CR ≥ 10

Connector Type

LVDS (2 ch, 8-bit), 30-pin

Operating Temp

-20 ~
70 °C

Overall(mm)

617.6(W)×
356.15(H)×
15(D)
Upgrade Options (OEM/ODM)

huisoar

HS270ENT-NE10

General Features

Brand

huisoar

Panel Size (inch)

27.0"

Model P/N

HS270ENT-NE10

Resolution

1920×1080

Brightness (nits)

500 cd/m² (Typ.)

Viewing Angle

89/89/89/89° typical, L/R/U/D, CR ≥ 10

Contrast Ratio

3000:1 typical

Response Time

7/5 ms typical, Tr/Td

Overall (mm)

617.6(W)×
356.15(H) ×
15(D) mm

Active Area (mm)

597.6(W) × 336.15(H) mm

Refresh Rate

60Hz

Bezel Opening

601.6 × 340.15 mm

Display Colors

16.7M, 72% NTSC

Panel Type

tft-lcd, lcm

Connector Type

LVDS (2 ch, 8-bit), 30-pin

Surface Treatment

Matte, 3H hard coating

Operating Temp

-20 ~
70 °C

Touchscreen Type

Without

Storage Temp

−30°C to +80°C

Work Mode

AMVA, normally black, transmissive

Pixel Format

1920(RGB) × 1080, RGB vertical stripe, 81 PPI

Input Voltage (V)

5.0V (Typ.)

Weight (g)

2180 g(Typ./Max.)

Operating Environment

Bright indoor and protected high-ambient-light monitor equipment after system qualification g(Typ./Max.)

Designed For

Industrial monitors, industrial PCs, control terminals, operator workstations, desktop monitors, gaming monitors, medical equipment displays, and embedded industrial display systems.

27 Inch Industrial Monitor Display Panel with LVDS

This 27-inch AMVA Full HD panel delivers 1000 cd/m² typical luminance and two-channel LVDS for bright industrial monitor and workstation builds.

Product Summary

The Industrial Monitor Display Panel provides a 27-inch Full HD image platform for workstation displays, industrial monitors and control-terminal assemblies. Its exact configuration combines 1920 × 1080 resolution, 1000 cd/m² typical luminance, AMVA normally-black operation, 3000:1 typical contrast and a 30-pin two-channel LVDS interface.

The panel is a component rather than a finished monitor. The controller, LVDS cable, WLED driver, enclosure, front window and mounting system must be selected around the final equipment requirements.

A 30-pin LVDS connector does not guarantee timing, voltage, two-channel mapping, bit depth or pin compatibility with another controller.

Key Specifications at a Glance

ParameterConfirmed value
Display size27 inches
Resolution1920 × 1080 pixels
Pixel density81 PPI
Panel modeAMVA, normally black, transmissive
Active area597.6 × 336.15 mm
Viewing-area reference601.6 × 340.15 mm
Luminance1000 cd/m² typical
Contrast ratio3000:1 typical
Viewing angle89/89/89/89° typical, L/R/U/D
Display colors16.7M colors, 72% NTSC
Interface30-pin LVDS, two-channel, 8-bit
Panel input5.0 V typical
Response time7/5 ms typical, Tr/Td
Refresh reference75 Hz listed
SurfaceMatte, 3H hard coating
Weight2.18 kg typical
Backlight15S4P WLED, driver not included
Listed backlight life40,000 hours

Full HD AMVA Image Performance

1000 cd/m² Bright-Ambient Use

The RS270ENT-NE10 configuration uses 1000 cd/m² typical luminance. This is the correct public brightness statement for the selected model; the wider 500–2500 cd/m² range describes other members of the product family.

The higher luminance supports use in bright factory spaces, window-adjacent workstations and commercial interiors where a conventional low-brightness monitor panel may lose clarity. It does not, by itself, establish direct-sun readability.

A 1000 cd/m² panel can improve visibility in bright industrial environments, but finished readability still depends on front-window reflection, optical stack and thermal conditions.

Contrast, Color and Wide Viewing

AMVA normally-black operation provides a 3000:1 typical contrast ratio for dark backgrounds, process graphics, status dashboards and workstation content. The panel supports 16.7 million colors with 72% NTSC coverage.

The confirmed viewing-angle sequence is 89/89/89/89° for left, right, up and down at CR ≥ 10. This supports installations viewed from standing, seated or offset positions.

The matte surface and 3H hard coating help manage glare and handling, although the final front glass can change reflection and contrast.

Integrating the Industrial Monitor Display Panel

30-Pin Two-Channel LVDS Qualification

The signal interface is 30-pin, two-channel, 8-bit LVDS. Controller approval should verify:

  • Native 1920 × 1080 timing
  • Required refresh rate
  • Pixel clock
  • Two-channel mapping
  • 8-bit color mapping
  • VESA or JEIDA data convention
  • Complete 30-pin assignment
  • Connector pitch and contact side
  • Cable orientation and length
  • Grounding and shielding
  • Panel-enable and control signals

A controller should be matched to the exact panel specification rather than selected only by resolution and pin count.

Panel and WLED Backlight Power

The panel logic input is 5.0 V typical. This value does not define the WLED backlight supply or the complete monitor-system input voltage.

The backlight uses a 15S4P WLED structure and is listed without an included driver. Engineering review must therefore confirm:

  • Backlight voltage
  • LED current
  • Dimming method
  • Enable signal
  • Driver topology
  • Thermal protection
  • Maximum power

HDMI, DisplayPort, DVI or USB-C require a suitable controller that converts the external source to the approved LVDS signal.

Mechanical and Front-Window Planning

Active Area and Viewing-Area Reference

The active pixel area measures 597.6 × 336.15 mm. A separate 601.6 × 340.15 mm viewing-area reference is provided for front-opening planning.

The complete outline, thickness, mounting points and connector location are not confirmed in the available specification. Enclosure release should wait for an approved mechanical drawing covering:

  • Overall dimensions
  • Hole locations
  • Rear-component keep-out zones
  • Connector position
  • Cable-bend clearance
  • Tolerances
  • Structural support

Active area and viewing area are not substitutes for the complete module outline.

Matte Surface and Reflection Control

The panel has a matte surface with 3H hard coating. A protective industrial window can still introduce reflections, tint losses or internal glare.

Front-stack validation should cover:

  • Glass transmission
  • Surface reflection
  • Air-gap distance
  • Installation angle
  • Ambient-light direction
  • Operator viewing position
  • Optional AR or AG treatment
  • Optical-bonding feasibility

Evaluate the complete monitor assembly under its brightest expected lighting condition.

Refresh and Environmental Boundaries

Refresh-Configuration Confirmation

The specification lists 75 Hz and also refers to higher 120 Hz or 240 Hz family configurations involving MEMC or combined panel/backlight processing.

Higher listed 120/240 Hz modes require exact controller, panel and MEMC configuration confirmation.

Do not describe the selected model as a 120 Hz or 240 Hz panel until the controller architecture, timing, firmware and exact panel configuration are approved.

Temperature and Backlight-Life Qualification

The supplied technical table states an operating range of −20°C to +70°C and storage from −30°C to +80°C. These ranges should be confirmed against the approved RS270ENT-NE10 datasheet before environmental release.

The WLED backlight is listed at 40,000 hours. That value should be tied to its reference luminance, current, temperature and duty-cycle conditions before it is used in maintenance or warranty calculations.

Recommended OEM Applications

The Industrial Monitor Display Panel is suitable for:

  • Industrial monitor assemblies
  • Professional workstation displays
  • Industrial PCs
  • Control terminals
  • Process-monitoring interfaces
  • Bright commercial workstations
  • Business and education display terminals
  • Custom desktop-monitor products

Medical-equipment integration requires separate regulatory, optical and system qualification. The panel specification alone does not establish medical-device compliance.

Customization and Project Qualification

Project review may include:

  • Brightness-grade selection
  • LVDS controller matching
  • Custom cable definition
  • Refresh-mode confirmation
  • WLED driver selection
  • Cover-glass engineering
  • AR or AG surface treatment
  • Optical bonding
  • Enclosure adaptation
  • Mounting design
  • Optional touch-overlay development
  • Branding and packaging

Touch is not confirmed as part of the standard panel configuration and must be reviewed separately when required.

Custom configurations are generally reviewed from 500 pieces, subject to tooling requirements, material availability and the requested specification. Sample and standard-panel quantities are confirmed separately.

Procurement Checklist

Confirm these items before sample or production approval:

  • Exact RS270ENT-NE10 datasheet
  • Native 1920 × 1080 timing
  • Required 75 Hz or other refresh configuration
  • Two-channel, 8-bit LVDS support
  • VESA or JEIDA mapping
  • Complete 30-pin assignment
  • Connector pitch, contact side and orientation
  • 5.0 V panel rail
  • WLED voltage, current and dimming
  • External backlight-driver requirements
  • 597.6 × 336.15 mm active area
  • 601.6 × 340.15 mm viewing-area reference
  • Complete outline and mounting drawing
  • Front-window transmission and reflection
  • 1000 cd/m² lighting target
  • Temperature-range documentation
  • Touch requirement
  • Compliance-document requirements
  • Sample criteria, quantity and annual demand
Application Scenarios

FAQ

About 27 Inch Industrial Monitor Display Panel

What must be checked before connecting a 30-pin LVDS controller?

Confirm more than the connector count. The controller must support native 1920 × 1080 timing, two-channel 8-bit LVDS, the required refresh rate, the correct data mapping, 5.0 V panel power and the complete pin assignment. Submit the controller specification, cable drawing and connector orientation before production hardware is released.

Is 1000 cd/m² sufficient behind industrial protective glass?

It can support bright indoor and protected high-ambient-light equipment, but the result depends on glass transmission, surface reflection, tint, air gaps and installation angle. The panel has a matte 3H surface, yet the complete front stack still requires testing. Provide the glass specification and ambient-light conditions for assembled-sample evaluation.

Which mechanical data are required before enclosure release?

The 597.6 × 336.15 mm active area and 601.6 × 340.15 mm viewing-area reference are not enough for tooling. Obtain the complete outline, thickness, mounting-hole locations, connector position, rear keep-out zones and tolerances. These values determine cabinet clearance, structural support and LVDS cable routing.

How should the listed high-refresh configurations be qualified?

Treat 75 Hz as the current reference and confirm any 120 Hz or 240 Hz mode separately. Higher modes may depend on a specific panel version, controller, MEMC processing, backlight behavior and firmware. Submit the required motion-performance target and controller architecture before including a high-refresh claim in the finished product.

What is the minimum order quantity (MOQ) for custom display modules with integrated touch and controller boards?

Please contact our sales team with your specific requirements (touch type, controller board, quantity) to receive a tailored MOQ and lead time.

What is the typical refresh rate and response time of your industrial TFT panels for motion graphics or video playback in HMIs?

The typical refresh rate for this industrial TFT panel is 60Hz. Response time is For motion graphics or video playback in HMIs, a 60Hz refresh rate is generally adequate. If you require faster response times for high-speed content, please request the datasheet or confirm with our engineering team for available options.

What are the packaging options for shipping and handling of fragile LCD panels?

Packaging options for shipping and handling of fragile LCD panels are not detailed on this page. Standard practice includes anti-static bags, foam cushioning, and sturdy cartons. For bulk orders, we can provide custom packaging to ensure safe transit. Please confirm your shipping requirements with our logistics team to arrange appropriate packaging.

What are the operating temperature ranges for your industrial LCD panels, especially for extended outdoor use?

For extended outdoor use, ensure the panel is housed in an enclosure that provides thermal management, as direct sunlight and extreme conditions may affect performance. For environments beyond these limits, please consult our engineering team for potential custom solutions.

What are the operating temperature ranges for your industrial control displays, especially for environments below -20°C or above 70°C?

The operating temperature range for this industrial control display is -20°C to +70°C. For environments below -20°C or above 70°C, this panel may not be suitable without additional thermal management. We recommend evaluating your specific environment and, if needed, requesting a custom solution or a different panel with a wider temperature range. Please contact our engineering team for further guidance.

Do you offer displays with In-Cell touch technology that are suitable for automotive dashboards or industrial HMIs with high reliability?

In-Cell touch technology is not offered on this specific model. This panel is without touch. For automotive dashboards or industrial HMIs requiring high reliability, we can discuss alternative touch solutions such as projected capacitive or resistive touch, which can be integrated with this panel. Please contact our sales team to explore options that meet your reliability and performance needs.

Need a custom solution or samples?

Submit Requirements for Engineering Review For an Industrial Monitor Display Panel evaluation, submit the native Full HD timing, complete 30-pin LVDS mapping, controller and cable information, 5.0 V panel requirements, WLED backlight data, enclosure and front-window drawings, refresh target, ambient-light conditions, sample quantity and annual demand. Engineering review covers LVDS compatibility, panel and backlight power, optical performance, mechanical fit, refresh configuration, temperature limits, touch development and feasible customization.
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