Freya Yang
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17 Inch SXGA Equipment Display Panel 1000nits IPS Industrial TFT LCD
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huisoar
HS170E1LW33
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Designed For
17 Inch SXGA Equipment Display Panel 1000nits IPS Industrial TFT LCD
This 5:4 IPS panel provides 1280 × 1024 graphics, 1000-nit luminance and a 30-pin LVDS connection for industrial and equipment-display integration.
Product Summary
The SXGA Equipment Display Panel is a 17-inch TFT-LCD component for products that require a data-rich 5:4 interface, wide viewing performance and stronger panel luminance than a conventional indoor display.
Its native 1280 × 1024 resolution supports control graphics, equipment status, data tables, menus, video windows and instructional content. The panel can be evaluated for industrial control equipment, gaming systems, treadmill interfaces, car DVR displays, learning machines and other embedded equipment.
This is a panel-level component rather than a complete monitor. The host controller, cable, panel power, backlight drive, touch layer, cover glass and enclosure must be defined separately for the finished system.
Key Specifications
| Specification | Value |
|---|---|
| Display size | 17 inch |
| Native resolution | 1280 × 1024 pixels |
| Resolution class | SXGA |
| Aspect ratio | 5:4 |
| Module outline | 364.5 × 302.7 × 17.9 mm |
| Panel technology | IPS TFT-LCD |
| Display mode | Normally black |
| Luminance | 1000 nits |
| Contrast ratio | 1000:1 typical |
| Viewing-angle data | 89/89/89/89, raw sequence |
| Display colors | 16.7M colors |
| Display interface | LVDS |
| Connection | 30 pins |
| Listed response time | 30 ms |
| Backlight | LED |
| Standard touch | Not included as a confirmed standard feature |
SXGA Interface Planning for Equipment HMIs
Native 1280 × 1024 Content
The native SXGA canvas provides more vertical working space than a 16:9 panel of similar width. This can be useful for equipment interfaces that combine:
- Process values
- Status tables
- Alarm histories
- Control menus
- Diagnostic information
- Video windows
- Instructional graphics
- Service data
Content should be prepared at 1280 × 1024 pixels whenever possible. Native rendering helps preserve text edges, icon geometry and alignment between interface zones.
5:4 Layout for Data-Rich Interfaces
A 5:4 display can suit industrial or professional equipment where vertical information density matters more than widescreen media presentation.
Interface designers can place navigation, operating data and alerts in separate regions without compressing every element into a shallow horizontal layout. Text size and interaction targets should still be evaluated at the actual mounting distance.
1000-Nit IPS Optical Performance
Bright-Ambient Display Planning
The panel provides 1000-nit luminance.
This gives the display more optical headroom for bright indoor workshops and outdoor-facing equipment than a conventional low-luminance office panel. It can support evaluation in installations where stronger ambient light would reduce the visibility of a standard display.
A 1000-nit panel does not independently prove direct-sun readability for the completed product.
Wide-Angle Equipment Viewing
The IPS configuration is listed with a viewing-angle sequence of 89/89/89/89.
This is useful where operators or users may observe the screen from different positions. The four values should remain as a raw sequence until the approved specification confirms their directional order.
Finished optical performance also depends on:
- Cover-glass transmission
- Surface reflection
- Air gap or optical bonding
- Decorative printing
- Installation angle
- Equipment shading
- Internal temperature
- Ambient-light direction
SXGA Equipment Display Panel Integration
30-Pin LVDS Qualification
The panel uses a 30-pin LVDS connection.
A 30-pin LVDS connector does not guarantee timing, voltage, channel mapping or pin compatibility with another panel.
Before controller, cable or motherboard release, confirm:
- Native 1280 × 1024 timing
- Pixel clock
- LVDS channel count
- Bit depth
- JEIDA or VESA mapping where applicable
- Complete pin assignment
- Panel supply voltage
- Enable and control signals
- Backlight voltage and current
- Dimming method
- Connector orientation
- Cable direction and length
- Grounding and shielding
Controller and Cable Matching
The panel does not establish direct HDMI, DisplayPort, USB, VGA, MIPI DSI or eDP compatibility. These input formats require a controller or conversion architecture matched to the panel timing and electrical definition.
Controller qualification should include:
- Required external video input
- Native SXGA output
- LVDS mapping
- Panel power
- Backlight driver
- Firmware
- Cable routing
- Enclosure space
- Thermal conditions
Mechanical and Environmental Qualification
The module outline is 364.5 × 302.7 × 17.9 mm.
Mechanical planning should account for:
- Front opening
- Bezel overlap
- Rear clearance
- Connector access
- Cable bend radius
- Mounting support
- Panel flatness
- Housing stiffness
- Cover-glass clearance
- Thermal airflow
- Service access
- Tolerance accumulation
Available product data contains different operating and storage temperature ranges. The final environmental design should therefore use the approved model-specific datasheet rather than selecting one unverified range.
Conflicting temperature ranges must be resolved with the approved model-specific datasheet before environmental qualification.
Application Scenarios
Industrial Control Equipment
The 5:4 SXGA workspace can display process values, alarm information, machine status, operating menus and diagnostic content.
Gaming Equipment
The panel can support gaming or entertainment equipment that uses a 1280 × 1024 interface and requires wide viewing and stronger luminance.
Treadmill and Fitness Interfaces
Fitness products can use the display for workout data, program selection, progress information, video content and equipment status.
Car DVR Display Systems
The panel may be evaluated for car DVR or vehicle-video display systems. This application direction does not establish automotive qualification, vibration compliance or road-vehicle certification.
Learning Machines
The 17-inch display area can present educational interfaces, diagrams, text, video and interactive content when a separately qualified touch solution is included.
Outdoor-Facing Equipment
The 1000-nit panel can be considered for equipment exposed to stronger ambient light. The front cover, sealing, optical stack and thermal architecture remain finished-system responsibilities.
Customization Boundaries
Project-specific review can include:
- FPC customization
- CTP development
- Cover-glass customization
- LVDS cable and controller matching
- Optical bonding
- Anti-glare or anti-reflective treatment
- Enclosure adaptation
- Mounting support
- Branding
- Packaging
- Sample validation
FPC, CTP and cover-glass customization is generally reviewed from 1,000 pieces for this product, subject to tooling requirements, materials and the final technical scope. Samples and standard-panel quantities are confirmed separately.
Procurement Checklist
Submit:
- Approved model-specific datasheet
- Native 1280 × 1024 timing
- Pixel-clock requirement
- LVDS channel count
- Bit depth and mapping
- Complete 30-pin assignment
- Panel input voltage
- Backlight voltage and current
- Dimming requirement
- Connector orientation
- Cable length and direction
- Enclosure drawing
- Front opening
- Mounting method
- Cover-glass specification
- Optical-bonding requirement
- Target finished-front luminance
- Installation lighting
- Validated temperature range
- Touch requirement
- Sample quantity
- Annual demand
- Production schedule
FAQ
About 7 Inch SXGA Equipment Display Panel
What must be checked before replacing another 30-pin LVDS panel?
How should equipment content be prepared for the SXGA format?
Does 1000-nit luminance guarantee direct-sun readability?
Which dimensions should control enclosure release?
Which temperature range should be used for system qualification?
Freya Yang
+86 18318948097
