LG DISPLAY19.0 inch
LM190E0A-SLE1
5:4 SXGA for legacy screen layouts and equipment-display evaluation.
Resolution1280 × 1024
Panel modeIPS
Brightness · Typ.250 cd/m²
InterfaceLVDS · 30-pin
5:4 SXGA; check enclosure fit
Panel sourcing / Display integration
Find the right resolution, panel mode and interface for your monitor or equipment display. Compare 17 model references and ask XIANHENG to review the exact panel, revision and assembly requirements.
Panel format schematics · for layout comparison
Start with the image format
Match the native image to the enclosure and source signal before selecting the controller or front assembly.
Compare 11 models at 1920 × 1080, from 19.5 to 27 inches. Choose IPS, AAS or MVA to match the optical and mechanical requirements.
Monitor assemblies · indoor equipment displaysExplore Full HD →Retain a 5:4 or 16:10 layout when the screen opening or software format is already defined. Check SXGA, WSXGA+ and WUXGA options.
LM190E0A-SLE1 · M220ZGE-L20 · LM240WU8-SLE1Compare formats →Review the LM238WR2-SPE1 for 3840 × 2160 resolution, 540 cd/m² typical brightness and four-lane eDP.
UHD IPS · 98% DCI-P3 referenceExplore UHD →Build around the LM250WW1-SSA3 when a 2560 × 1080 layout fits the project. Account for its 92-pin LVDS connection.
25-inch ultrawide · listed 21:9 formatExplore ultrawide →The collection
Compare screen size, native resolution, panel mode and signal interface. Use the exact suffix and revision when moving from a shortlist to a quotation.
No panels match these filters. Change a filter or reset the selection to see all 17 models.
5:4 SXGA for legacy screen layouts and equipment-display evaluation.
5:4 SXGA; check enclosure fit
Full HD IPS with the SLS1-specific 11.05 W typical power reference.
SLS1 · 11.05 W Typ.
Full HD IPS with the SLS2-specific 9.8 W typical power reference.
SLS2 · 9.8 W Typ.
A 23.8-inch Full HD viewing area with a 30-pin LVDS interface.
23.8-inch FHD IPS
4K UHD IPS with four-lane eDP and 98% DCI-P3 coverage.
4K · four-lane eDP · 10 V
16:10 WUXGA, 300-nit typical brightness and a 10 V typical supply.
16:10 WUXGA · 10 V
An ultrawide 2560 × 1080 image area with 92-pin LVDS.
21:9 · 92-pin connector
27-inch Full HD IPS with 300-nit typical luminance.
27-inch IPS · 300 nits Typ.
HD+ TN for projects retaining a 1600 × 900 native image.
TN · B1/B2 interface reference
Rev.C4 Full HD MVA with 3000:1 typical contrast.
Rev.C4 specification scope
21.5-inch Full HD AAS with a three-sided borderless design.
Three-sided borderless
Rev.C5 Full HD MVA with 3000:1 typical contrast.
Rev.C5 specification scope
16:10 WSXGA+; confirm the exact panel revision and touch configuration.
2011 Ver1.0 reference; confirm touch
23.6-inch Full HD MVA; confirm the supplied revision and timing.
Reference Rev.C1; confirm timing
Full HD AAS with a listed 100 Hz refresh rate and 1300:1 contrast.
100 Hz; confirm sRGB coverage
27-inch Full HD AAS with 75 Hz and 1000:1 reference contrast.
75 Hz · 15.6 W Max.
27-inch Full HD AAS with 100 Hz and 1300:1 reference contrast.
100 Hz · 10.9 W Typ.
Need a complete display assembly? Include the source interface, touch requirements and mounting space so the panel, controller, cable and LED driver can be reviewed together.
Discuss the configuration →Specification overview
Brightness and contrast below are typical references. Confirm the actual revision and approved drawings for final integration.
| Model / maker | Size | Resolution | Mode | cd/m² (Typ.) |
Contrast (Typ.) |
Interface | Key selection check |
|---|---|---|---|---|---|---|---|
| LM190E0A-SLE1LG Display | 19.0″ | 1280 × 1024SXGA | IPS | 250 | 1000:1 | LVDS · 30-pin2 ch · 8-bit | 5:4 SXGA; check enclosure fit |
| LM215WF3-SLS1LG Display | 21.5″ | 1920 × 1080FHD | IPS | 250 | 1000:1 | LVDS · 30-pin2 ch · 8-bit | SLS1 · 11.05 W Typ. |
| LM215WF3-SLS2LG Display | 21.5″ | 1920 × 1080FHD | IPS | 250 | 1000:1 | LVDS · 30-pin2 ch · 8-bit | SLS2 · 9.8 W Typ. |
| LM238WF1-SLK1LG Display | 23.8″ | 1920 × 1080FHD | IPS | 250 | 1000:1 | LVDS · 30-pin2 ch · 8-bit | 23.8-inch FHD IPS |
| LM238WR2-SPE1LG Display | 23.8″ | 3840 × 2160UHD | IPS | 540 | 1000:1 | eDP · 30-pinfour lanes · HBR2 | 4K · four-lane eDP · 10 V |
| LM240WU8-SLE1LG Display | 24.0″ | 1920 × 1200WUXGA | IPS | 300 | 1000:1 | LVDS · 30-pin2 ch · 8-bit | 16:10 WUXGA · 10 V |
| LM250WW1-SSA3LG Display | 25.0″ | 2560 × 1080Ultrawide | IPS | 250 | 1000:1 | LVDS · 92-pin4 ch · 8-bit | 21:9 · 92-pin connector |
| LM270WF7-SLA1LG Display | 27.0″ | 1920 × 1080FHD | IPS | 300 | 1000:1 | LVDS · 30-pin2 ch · 8-bit | 27-inch IPS · 300 nits Typ. |
| M195FGE-L20Innolux | 19.5″ | 1600 × 900HD+ | TN | 250 | 1000:1 | LVDS · 30-pin2 ch · 8-bit | TN · B1/B2 interface reference |
| M200HJJ-L20Rev.C4Innolux | 19.5″ | 1920 × 1080FHD | MVA | 250 | 3000:1 | LVDS · 30-pin2 ch · 8-bit | Rev.C4 specification scope |
| M215HCA-L3BInnolux | 21.5″ | 1920 × 1080FHD | AAS | 250 | 1000:1 | LVDS · 30-pin2 ch · 8-bit | Three-sided borderless |
| M215HJJ-L30Rev.C5Innolux | 21.5″ | 1920 × 1080FHD | MVA | 250 | 3000:1 | LVDS · 30-pin2 ch · 8-bit | Rev.C5 specification scope |
| M220ZGE-L20Innolux | 22.0″ | 1680 × 1050WSXGA+ | TN | 250 | 1000:1 | LVDS · 30-pin2 ch · 8-bit | 2011 Ver1.0 reference; confirm touch |
| M236HJJ-L31Innolux | 23.6″ | 1920 × 1080FHD | MVA | 250 | 3000:1 | LVDS · 30-pin2 ch · 8-bit | Reference Rev.C1; confirm timing |
| M238HCA-L9BInnolux | 23.8″ | 1920 × 1080FHD | AAS | 250 | 1300:1 | LVDS · 30-pin2 ch · 8-bit | 100 Hz; confirm sRGB coverage |
| M270HCJ-LCBInnolux | 27.0″ | 1920 × 1080FHD | AAS | 250 | 1000:1 | LVDS · 30-pin2 ch · 8-bit | 75 Hz · 15.6 W Max. |
| M270HCJ-L8BInnolux | 27.0″ | 1920 × 1080FHD | AAS | 250 | 1300:1 | LVDS · 30-pin2 ch · 8-bit | 100 Hz · 10.9 W Typ. |
M200HJJ-L20 uses Rev.C4; M215HJJ-L30 uses Rev.C5. M220ZGE-L20 includes a preliminary Ver1.0 reference from June 2011, so confirm the supplied revision and touch configuration. M236HJJ-L31 timing requires confirmation for the required revision. M238HCA-L9B exact sRGB coverage also requires confirmation. LCB and L8B power values use different rating types: 15.6 W Max. and 10.9 W Typ.; compare equivalent conditions before making an efficiency comparison.
Plan around the application
Use the application categories below to guide evaluation, then match the actual optical, mechanical and environmental requirements of your equipment.
Start with the native image, active area and mounting drawing. Match panel voltage, pin assignment and backlight requirements before reusing a controller or harness.
Evaluate: the Full HD range, M195FGE-L20 for HD+, and M220ZGE-L20 for WSXGA+ layouts.
Keep a legacy screen proportion or choose a larger viewing area for the interface. Review the temperature at the panel inside the enclosure together with viewing position and mounting space.
Reference candidates: LM190E0A-SLE1, LM215WF3-SLS1/SLS2, LM238WF1-SLK1 and the revision-specific MVA options.
Evaluate the relevant LG Display references for equipment-screen projects. For detailed imaging, review resolution, color performance and calibration alongside the requirements of the complete device.
Reference categories include LM190E0A-SLE1, LM215WF3-SLS1/SLS2, LM238WF1-SLK1 and LM238WR2-SPE1.
Choose a screen proportion that fits the content. A wide canvas can arrange information side by side, while a 27-inch Full HD screen provides a larger physical viewing window.
Reference candidates: LM250WW1-SSA3 ultrawide, LM270WF7-SLA1, LM240WU8-SLE1 and the listed LG Full HD signage references.
Reference operating range for this selection: 0–50 °C. For a different temperature window or higher ambient-light performance, request another panel or a separately reviewed display configuration.
From panel choice to assembly scope
Bring the panel and integration requirements into one inquiry. XIANHENG supports LCD sourcing and custom display projects, with the proposed configuration defined around your equipment.
Explore our industrial LCD screen collection and PCAP and resistive touch selection guide for broader planning.
Review the complete model, suffix and required revision. For a replacement, include the existing label and approved drawing.
Define the source input, native timing, LVDS or eDP mapping, cable routing, panel supply and separate LED driver.
Discuss PCAP or resistive touch, cover-glass dimensions, mounting design and optical-bonding feasibility for the intended configuration.
Provide sample or volume quantities, acceptance criteria and delivery requirements so the quotation covers the intended supply scope.
Selection questions
A few practical checks can make the panel specification and assembly requirements easier to define.
Most models in this selection use 30-pin LVDS. LM250WW1-SSA3 uses four-channel LVDS through a 92-pin connector. LM238WR2-SPE1 uses four-lane eDP. Connector count, signal type, pin assignment and display timing all need to match the selected controller.
These are LCD modules with panel-level signal interfaces. An HDMI or DisplayPort source requires a suitable LCD controller, panel cable and LED backlight driver. Include the source interface and intended native refresh mode when requesting a matched configuration.
Use diagonal size as a starting point. Compare active area, outline dimensions, mounting positions, connector location, pin assignment, voltage, timing and backlight requirements. Keep the complete suffix and required revision in the purchase specification.
A separate PCAP or resistive touch assembly, front glass and optical
