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10.1 inch LCD screen 1024*600 industrial control medical equipment display LVDS interface LCD screen touch screen

10.1 inch LCD screen 1024*600 industrial control medical equipment display LVDS interface LCD screen touch screen

MOQ: 1
Prijs: Onderhandelbaar
Leveringstermijn: 7-16 dagen
Betalingswijze: L/C, D/A, D/P, T/T
Toeleveringskapaciteit: 10000 STUKS
Detailinformatie
Plaats van herkomst
SHENZHEN
Merknaam
TXWEI
Certificering
CE FCC ROHS
Modelnummer
TXW100041B0-CTP
Aantal pixels:
1024*600
Kijkrichting:
IPS
Display interface:
LVDS
Helderheid:
500 nits
Actief gebied:
222.72 ((H) x 125.28 ((V)
Omtrekgrootte:
247,69 (H) x 154,09 (V) x 6,80 mm
Bedrijfstemperatuur:
-20+70 ℃
Opslagtemperatuur:
-30+80°C
Aantal pinnen:
60pin
Display IC:
HX8282 / HX8696
Raak Driver-IC aan:
GT9271
Markeren:

10.1 inch industrial LCD screen

,

medical equipment LVDS display

,

touch screen TFT LCD

Productbeschrijving
TXW100041B0-CTP — 10.1" Industrial Touch Display
Rugged G+G Touch | LVDS 60-Pin | Air-Bonded Precision

The Industrial Standard for 10-Inch Interaction

Some applications demand perfection. Others demand reliability at scale. The TXW100041B0-CTP sits confidently in the second category—a 10.1-inch WXGA workhorse that prioritizes robust functionality over consumer-grade frills. With 1024×600 resolution stretched across 222.72mm of horizontal viewing area and a responsive G+G (Glass-to-Glass) capacitive touch layer, this module delivers the tactile precision and visual clarity required for industrial tablets, vehicle-mounted terminals, and medical cart interfaces.
The air-bonded construction—often called "frame bonding" or tape-bonded assembly—offers a pragmatic middle ground. While full optical bonding adds cost and complexity, and simple adhesive bonding risks parallax errors, the TXW100041B0-CTP's frame-bonded approach ensures consistent touch accuracy across the entire surface while maintaining a slim 6.8mm total thickness. It's the display you specify when your product needs to survive five years of factory floor abuse without requiring a premium price point.

Built on G+G Foundation

Touch technology defines durability. The G+G architecture—utilizing the proven GT9271 capacitive controller—sandwiches a sensor glass layer beneath a protective cover glass, creating a rigid structure that resists the "orange peel" flexing common in cheaper film-based alternatives. This matters when operators tap with gloved hands, styluses, or even metal tools in industrial settings.
The GT9271 isn't a consumer-grade chip pulled from smartphones. It supports 10-point simultaneous touch recognition with sophisticated noise suppression algorithms, essential for environments where electromagnetic interference from motors, inverters, or radio equipment would confuse lesser controllers. The IIC interface communicates touch coordinates with minimal latency, while the 60-pin LVDS display connection—rather than the more common 40-pin—provides the bandwidth necessary for stable 60Hz refresh rates on this larger diagonal without signal degradation over cable runs.

Visual Performance Under Pressure

500 nits of luminance strikes the calculated balance for indoor and semi-outdoor visibility. Bright enough to remain readable under harsh factory lighting or sunlight-filtered vehicle cabins, yet restrained enough to avoid the thermal management headaches of 1000+ nit panels. The IPS technology ensures that when mounted in portrait orientation on a kiosk or landscape in a vehicle dash, the 178-degree viewing angles prevent color shift for users approaching from the side.
The 222.72mm × 125.28mm active area provides a cinematic 16:9 canvas for modern industrial interfaces—wide enough to display HMI schematics with sidebar controls, or to show video training content beside diagnostic readouts. The 4.5mm bare module thickness expands to 6.8mm with the touch layer and cover glass assembly, still slim enough for modern tablet enclosures while providing adequate structural rigidity for public-facing deployments.

Temperature Resilience by Design

Industrial displays don't enjoy climate-controlled offices. The -20°C to +70°C operating range accommodates the thermal realities of warehouse logistics vehicles, medical equipment rolling between climate zones, and outdoor kiosks facing seasonal extremes. The -30°C to +80°C storage specification ensures that units shipped by sea container or stored in unconditioned regional depots survive without liquid crystal degradation or adhesive failure.
The HX8282/HX8696 driver chipset—a battle-tested combination from Himax—includes temperature compensation circuits that adjust gamma curves as the panel warms, preventing the washed-out appearance that plagues lesser displays when pushed to thermal limits.

Integration Without Compromise

Mechanical footprint: 247.69mm × 154.09mm with touch assembly, providing generous mounting surface area for gaskets and bezels in IP54 or IP65-rated enclosures.
Electrical interface: LVDS 60-pin for video, IIC for touch—separate, logical, and compatible with industrial single-board computers from NXP, Rockchip, or Intel x86 platforms. No proprietary connectors. No locked-down firmware.
Surface compatibility: The flat cover glass accepts anti-glare (AG) etching for high-ambient-light environments, or anti-fingerprint (AF) coatings for medical applications where hygiene protocols demand frequent cleaning.

Where This Display Belongs

Industrial Tablets & Handhelds: The 10.1-inch diagonal provides desktop-class screen real estate in a package that remains carry-friendly, while the G+G touch survives drops and impacts that would shatter film-based alternatives.
Vehicle-Mounted Terminals: Forklifts, agricultural machinery, and emergency vehicles benefit from the wide temperature range and LVDS signal stability over long cable runs from the computer to the dash.
Medical Carts & Bedside Terminals: The 500-nit brightness adjusts comfortably for dim hospital wards, while the 10-point touch supports complex gesture controls for imaging software.
Self-Service Kiosks: Public-facing durability meets cost-effective scaling, with the frame-bonded construction providing optical clarity sufficient for indoor retail and hospitality environments.

Technical Summary

The TXW100041B0-CTP represents mature industrial display engineering—specifications chosen for longevity rather than headlines. LVDS stability. G+G durability. Temperature resilience. When your product roadmap spans years, not months, these are the specifications that prevent field failures and costly redesigns.
Request samples and mechanical drawings for integration evaluation.
producten
DETAILS VAN DE PRODUCTEN
10.1 inch LCD screen 1024*600 industrial control medical equipment display LVDS interface LCD screen touch screen
MOQ: 1
Prijs: Onderhandelbaar
Leveringstermijn: 7-16 dagen
Betalingswijze: L/C, D/A, D/P, T/T
Toeleveringskapaciteit: 10000 STUKS
Detailinformatie
Plaats van herkomst
SHENZHEN
Merknaam
TXWEI
Certificering
CE FCC ROHS
Modelnummer
TXW100041B0-CTP
Aantal pixels:
1024*600
Kijkrichting:
IPS
Display interface:
LVDS
Helderheid:
500 nits
Actief gebied:
222.72 ((H) x 125.28 ((V)
Omtrekgrootte:
247,69 (H) x 154,09 (V) x 6,80 mm
Bedrijfstemperatuur:
-20+70 ℃
Opslagtemperatuur:
-30+80°C
Aantal pinnen:
60pin
Display IC:
HX8282 / HX8696
Raak Driver-IC aan:
GT9271
Min. bestelaantal:
1
Prijs:
Onderhandelbaar
Levertijd:
7-16 dagen
Betalingscondities:
L/C, D/A, D/P, T/T
Levering vermogen:
10000 STUKS
Markeren

10.1 inch industrial LCD screen

,

medical equipment LVDS display

,

touch screen TFT LCD

Productbeschrijving
TXW100041B0-CTP — 10.1" Industrial Touch Display
Rugged G+G Touch | LVDS 60-Pin | Air-Bonded Precision

The Industrial Standard for 10-Inch Interaction

Some applications demand perfection. Others demand reliability at scale. The TXW100041B0-CTP sits confidently in the second category—a 10.1-inch WXGA workhorse that prioritizes robust functionality over consumer-grade frills. With 1024×600 resolution stretched across 222.72mm of horizontal viewing area and a responsive G+G (Glass-to-Glass) capacitive touch layer, this module delivers the tactile precision and visual clarity required for industrial tablets, vehicle-mounted terminals, and medical cart interfaces.
The air-bonded construction—often called "frame bonding" or tape-bonded assembly—offers a pragmatic middle ground. While full optical bonding adds cost and complexity, and simple adhesive bonding risks parallax errors, the TXW100041B0-CTP's frame-bonded approach ensures consistent touch accuracy across the entire surface while maintaining a slim 6.8mm total thickness. It's the display you specify when your product needs to survive five years of factory floor abuse without requiring a premium price point.

Built on G+G Foundation

Touch technology defines durability. The G+G architecture—utilizing the proven GT9271 capacitive controller—sandwiches a sensor glass layer beneath a protective cover glass, creating a rigid structure that resists the "orange peel" flexing common in cheaper film-based alternatives. This matters when operators tap with gloved hands, styluses, or even metal tools in industrial settings.
The GT9271 isn't a consumer-grade chip pulled from smartphones. It supports 10-point simultaneous touch recognition with sophisticated noise suppression algorithms, essential for environments where electromagnetic interference from motors, inverters, or radio equipment would confuse lesser controllers. The IIC interface communicates touch coordinates with minimal latency, while the 60-pin LVDS display connection—rather than the more common 40-pin—provides the bandwidth necessary for stable 60Hz refresh rates on this larger diagonal without signal degradation over cable runs.

Visual Performance Under Pressure

500 nits of luminance strikes the calculated balance for indoor and semi-outdoor visibility. Bright enough to remain readable under harsh factory lighting or sunlight-filtered vehicle cabins, yet restrained enough to avoid the thermal management headaches of 1000+ nit panels. The IPS technology ensures that when mounted in portrait orientation on a kiosk or landscape in a vehicle dash, the 178-degree viewing angles prevent color shift for users approaching from the side.
The 222.72mm × 125.28mm active area provides a cinematic 16:9 canvas for modern industrial interfaces—wide enough to display HMI schematics with sidebar controls, or to show video training content beside diagnostic readouts. The 4.5mm bare module thickness expands to 6.8mm with the touch layer and cover glass assembly, still slim enough for modern tablet enclosures while providing adequate structural rigidity for public-facing deployments.

Temperature Resilience by Design

Industrial displays don't enjoy climate-controlled offices. The -20°C to +70°C operating range accommodates the thermal realities of warehouse logistics vehicles, medical equipment rolling between climate zones, and outdoor kiosks facing seasonal extremes. The -30°C to +80°C storage specification ensures that units shipped by sea container or stored in unconditioned regional depots survive without liquid crystal degradation or adhesive failure.
The HX8282/HX8696 driver chipset—a battle-tested combination from Himax—includes temperature compensation circuits that adjust gamma curves as the panel warms, preventing the washed-out appearance that plagues lesser displays when pushed to thermal limits.

Integration Without Compromise

Mechanical footprint: 247.69mm × 154.09mm with touch assembly, providing generous mounting surface area for gaskets and bezels in IP54 or IP65-rated enclosures.
Electrical interface: LVDS 60-pin for video, IIC for touch—separate, logical, and compatible with industrial single-board computers from NXP, Rockchip, or Intel x86 platforms. No proprietary connectors. No locked-down firmware.
Surface compatibility: The flat cover glass accepts anti-glare (AG) etching for high-ambient-light environments, or anti-fingerprint (AF) coatings for medical applications where hygiene protocols demand frequent cleaning.

Where This Display Belongs

Industrial Tablets & Handhelds: The 10.1-inch diagonal provides desktop-class screen real estate in a package that remains carry-friendly, while the G+G touch survives drops and impacts that would shatter film-based alternatives.
Vehicle-Mounted Terminals: Forklifts, agricultural machinery, and emergency vehicles benefit from the wide temperature range and LVDS signal stability over long cable runs from the computer to the dash.
Medical Carts & Bedside Terminals: The 500-nit brightness adjusts comfortably for dim hospital wards, while the 10-point touch supports complex gesture controls for imaging software.
Self-Service Kiosks: Public-facing durability meets cost-effective scaling, with the frame-bonded construction providing optical clarity sufficient for indoor retail and hospitality environments.

Technical Summary

The TXW100041B0-CTP represents mature industrial display engineering—specifications chosen for longevity rather than headlines. LVDS stability. G+G durability. Temperature resilience. When your product roadmap spans years, not months, these are the specifications that prevent field failures and costly redesigns.
Request samples and mechanical drawings for integration evaluation.
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