12.1 Inch Sunlight Readable LCD Module for Industrial Use

Product Gallery
Key Specs

Model P/N

HS121ICE-GE15

Size

12.1″

Resolution

1280×800

Brightness

1500 (Typ.)(cd/m²)

Viewing Angle

85°/85°/85°/85°

Connector Type

LVDS (1 ch, 6/8-bit), 30 pins

Operating Temp

-20 ~
70 °C

Overall(mm)

278(W)×
184(H)×
10.5(D)
Upgrade Options (OEM/ODM)

huisoar

HS121ICE-GE15

General Features

Brand

huisoar

Panel Size (inch)

12.1"

Model P/N

HS121ICE-GE15

Resolution

1280×800

Brightness (nits)

1500 cd/m² (Typ.)

Viewing Angle

85°/85°/85°/85°

Contrast Ratio

1000:1

Response Time

12/8 ms (Tr/Td)

Overall (mm)

278(W)×
184(H) ×
10.5(D) mm

Active Area (mm)

261.12×163.2

Refresh Rate

60Hz

Bezel Opening

RGB Vertical Stripe

Display Colors

16.7M, 72% NTSC

Panel Type

tft-lcd

Connector Type

LVDS (1 ch, 6/8-bit), 30 pins

Surface Treatment

Hard Coating (3H)

Operating Temp

-20 ~
70 °C

Touchscreen Type

Optional

Storage Temp

-20-70

Work Mode

Normally Black, Transmissive

Input Voltage (V)

3.3

Touch Interface

Optional

Weight (g)

480 g(Typ./Max.)

Designed For

Sunlight Readable, Industrial, Outdoor

12.1 Inch Sunlight Readable LCD Module for Industrial Use,A 12.1 inch sunlight readable lcd module is a practical choice when standard embedded displays are not bright enough for field equipment, industrial terminals, or high-ambient-light control systems. This model combines a 1280 × 800 WXGA resolution with 1500 nits brightness, an LVDS interface, integrated LED driver support, and auto-brightness control, creating a useful platform for products that need stable visibility in daylight or strongly lit operating environments.

Why This 12.1 Inch Sunlight Readable LCD Module Fits Industrial Design

Optical Value of the 12.1 Inch Sunlight Readable LCD Module

The biggest strength of this display is its readability in bright conditions. With 1500 nits typical luminance, a 1000:1 contrast ratio, and a built-in light sensor for automatic brightness adjustment, the module is positioned for applications where the screen must remain visible without constant manual tuning. The page also highlights lower power consumption and reduced heat output through smart brightness control, which can support longer service life and better system efficiency in practical deployments.

The 12.1 inch format and 1280 × 800 pixel structure also create a balanced interface area for industrial graphics, equipment status pages, menu-based control layouts, and monitoring screens. A 124 PPI pixel density is suitable for clear text and stable icon presentation, while the 85/85/85/85 viewing angle specification helps keep on-screen information readable from different operator positions. For equipment that may be viewed from a control cabinet, a machine side panel, or a mobile platform, that optical balance is important.

Technical Selection Advantages for Embedded Projects

LVDS Integration, 3.3 V Input, and Wide Temperature Support

For engineering teams, this module offers a practical electrical and mechanical profile. It uses an LVDS 1-channel 6/8-bit interface with a 30-pin connection and a typical 3.3 V input, which fits many embedded controller architectures and industrial display integration paths. The listed overall size of 278 × 184 × 10.5 mm and active area of 261.12 × 163.2 mm also help simplify enclosure evaluation, front-window design, and internal layout planning during product development.

This module is also positioned as an industrial-grade solution for harsh environments. The structured specification block lists an operating temperature range of -20 to 70°C and the feature section emphasizes rugged, high-ambient-light use with optional touch technologies. In addition, the advanced LED backlight is described as having over 100,000 hours half-life, which is valuable for projects that need longer operating endurance and reduced maintenance frequency over the product life cycle. The hard-coated 3H surface further supports durability in equipment-oriented applications.

Application Direction for High-Ambient-Light Equipment

Where This 12.1 Inch Sunlight Readable LCD Module Delivers the Best Fit

This 12.1 inch sunlight readable lcd module is well suited to industrial control terminals, outdoor-visible instrumentation, transportation equipment, kiosk sub-systems, marine-adjacent devices, and machine interfaces that operate in strong ambient light. Because the product page positions it for high ambient light conditions and industrial-grade use, it is a strong match for OEM projects that need a component-level display rather than a finished monitor. The optional touch direction also gives buyers more flexibility when planning interactive HMI designs.

Compared with a standard indoor TFT module, this product direction offers a more specialized balance of brightness, control stability, and environmental adaptability. That makes it useful for companies building rugged systems where readability directly affects usability, operator response, and product quality perception. For buyers selecting a module for long-life embedded equipment, the combination of daylight-readable brightness, integrated LED driver support, LVDS connectivity, and industrial-style design makes the platform easier to evaluate for customized development.

For projects that require a 12.1 inch sunlight readable lcd module with strong brightness, embedded integration flexibility, and industrial application fit, this solution provides a solid base for OEM and customized display development. Contact HuiSoar to discuss interface matching, touch options, and project-specific display support.

Application Scenarios

FAQ

What are the packaging options for shipping displays to prevent damage during transit?

For industrial displays like the HS121ICE-GE15, standard packaging includes anti-static materials, corner protectors, and foam cushioning within a sturdy corrugated carton. For larger orders or international shipping, modules are typically secured in partitioned boxes or placed on custom foam trays inside master cartons to prevent vibration, shock, and electrostatic discharge during transit. The exact packaging protocol for this specific model should be confirmed with the supplier to ensure it meets your logistics and handling requirements.

What is the typical lead time and production capacity?

For standard catalog models like the HS121ICE-GE15, typical lead times range from 4 to 8 weeks, depending on inventory and order volume. Production capacity is generally scalable to support medium-volume industrial and embedded projects. For the most accurate and current lead time and capacity information for this specific display module, you should request a formal quotation and production schedule from the supplier, as these factors are dynamic and depend on component availability and factory loading.

What is the minimum order quantity (MOQ) for custom TFT displays with specific touch screen integration?

The Minimum Order Quantity (MOQ) for custom TFT displays with integrated touch screens (such as resistive or projected capacitive) typically starts at a project-based level, often ranging from several hundred to a few thousand units, depending on the customization scope. This includes modifications to the cover glass, bonding, and controller firmware. For precise MOQ and feasibility for a custom version of the HS121ICE-GE15 with touch, you must submit your detailed specifications for a formal engineering review and quotation.

Do you provide technical support for integrating your displays with our existing hardware and software?

Yes, technical support for display integration is a standard service for industrial module suppliers. This typically includes providing comprehensive datasheets, interface timing specifications, and initialization code for the HS121ICE-GE15. For complex hardware/software integration challenges, suppliers often offer application notes and direct engineering consultation to assist with signal integrity, power sequencing, and driver compatibility for your specific host system. The exact scope of support for your project should be clarified during the procurement process.

What is the minimum order quantity (MOQ) for custom display solutions?

The Minimum Order Quantity (MOQ) for fully custom display solutions, involving new mechanical designs, optical bonding, or unique interfaces, is typically project-defined and negotiable. It often requires a non-recurring engineering (NRE) fee and a commitment to a minimum production volume, which can start in the thousands of units. For customizing a base model like the HS121ICE-GE15, you should engage the supplier's engineering team early with your requirements to receive a formal proposal outlining MOQ, cost, and timeline.

Can you provide high brightness displays with 1000+ nits that maintain performance in direct sunlight for outdoor industrial applications?

Yes, the HS121ICE-GE15 is specifically designed for this application. It features a 1500-nit high-brightness backlight, which exceeds the 1000-nit threshold required for sunlight readability. The module includes an automatic brightness control system to optimize performance across lighting conditions. Its wide operating temperature range (-20°C to 70°C) and robust construction make it suitable for outdoor industrial applications like transportation, heavy machinery, and outdoor kiosks where maintaining visibility in direct sunlight is critical.

What interface options (e.g., LVDS, eDP) are available for your 21.5-inch panels, and what are the pin configurations?

This question references a 21.5-inch panel, which is not the product specified here. For the HS121ICE-GE15 12.1-inch module, the available interface is LVDS (1 channel, 6/8-bit) via a 30-pin connector. This is a standard industrial interface offering reliable data transmission. For information on 21.5-inch panels and their interface options (which may include eDP or other LVDS configurations), you would need to consult the supplier's relevant product specifications for that specific size category.

What are the common interface options (e.g., LVDS, eDP, MIPI) for your industrial TFT displays, and what are their pin counts?

For industrial TFT displays, common interface options include LVDS, eDP (Embedded DisplayPort), and MIPI DSI. The HS121ICE-GE15 model specifically uses a standard LVDS interface, which is a 1-channel, 6/8-bit configuration with a 30-pin connector. LVDS remains prevalent in industrial and automotive applications due to its noise immunity and reliability. Other models in a supplier's portfolio may offer eDP for higher resolutions or MIPI for space-constrained designs, each with their typical pin counts (e.g., 30-40 pins for LVDS, fewer for eDP).

Do you offer stretched bar-type displays for automotive instrument clusters, like the 9.2" model shown?

This question references a specific 9.2" automotive model, which is not the product described on this page. The current product, the HS121ICE-GE15, is a standard 12.1" rectangular TFT module. However, suppliers in this sector often offer stretched or bar-type displays for instrument clusters. To inquire about the availability of a 9.2" or similar automotive-grade stretched display, you should contact the supplier directly with your mechanical and performance specifications for a tailored solution.

Do you provide technical support for interfacing your LVDS or eDP display modules with common embedded processors (e.g., Raspberry Pi, i.MX series)?

Yes, technical support for interfacing with common embedded processors is typically available. For the HS121ICE-GE15's LVDS interface, support usually includes providing the required LVDS transmitter chip recommendations, schematic review, and guidance on configuring the processor's display controller output (timings, voltage levels). While suppliers may not provide ready-made drivers for all platforms like Raspberry Pi, they supply the critical interface documentation and initialization sequences needed for your engineering team to develop the driver or adapt existing ones.

Need a custom solution or samples?

Recommended: Same Size

(12.1")

Alternatives
Scroll to Top
Request Quote / Datasheet

Response within 12-24 hours. NDA available. Engineering support included.

Fields marked with an asterisk (*) are required.

Contact Information

Request Details

WeChat QR code

Scan the QR code with your phone to contact us.

Download Datasheet

Please input your e-mail address to start the download.