TFT LCD Displays | OEM & Custom Solutions

TFT LCD Displays for Every Application — Standard & Fully Custom OEM Solutions

From compact modules to sunlight-readable, wide-temperature industrial panels, DisplayMan designs and manufactures TFT LCD displays that combine precision, reliability, and visual excellence.

Whether you need an off-the-shelf module or a tailor-made OEM display, we engineer it to fit your exact mechanical, electrical, and optical requirements.

🧩 Types of TFT LCD Displays

TFT LCD technology has evolved far beyond the standard rectangular screen.

At DisplayMan, we engineer a diverse range of TFT LCD display types — each optimized for a specific use case, mechanical constraint, and environmental condition.

Whether your project requires sunlight readability, unique form factors, or custom interface design, our displays combine optical precision and industrial reliability to deliver consistent performance in any application.

The five primary types we manufacture include:

🖼️ Showcase of TFT LCD Displays

Explore DisplayMan’s range of TFT LCD modules designed for every industry and environment.

From compact square panels to elongated bar types, and from IPS wide-view models to high-brightness sunlight-readable versions — each display is crafted with precision, durability, and performance in mind.

This showcase highlights our most popular standard modules alongside examples of custom OEM designs we’ve developed for clients worldwide.

Every display represents the same engineering philosophy: clarity, reliability, and seamless integration.

Whether you’re looking for a ready-to-use panel or a tailored optical solution, DisplayMan offers the flexibility and expertise to bring your vision to light.

ITEM	DIMENSION	UNIT
Size (Diagonal)	2.4	inch
Dot Matrix / Resolution	240 × RGB × 320 (TFT)	dots
Module Dimension	42.72(W) × 60.26(H) × 2.25(D)	mm
View Area	37.72 × 49.96	mm
Active Area	36.72 × 48.96	mm
Dot / Pixel Pitch	0.051 × 0.153	mm
Brightness	500	cd/㎡
Operating Temperature	-20~+70	°C
Storage Temperature	-30~+80	°C

ITEM	DIMENSION	UNIT
Size (Diagonal)	3.2	inch
Dot Matrix / Resolution	240 × RGB × 320 (TFT)	dots
Module Dimension	55.04(W) × 77.6(H) × 2.55(D)	mm
View Area	49.60 × 65.80	mm
Active Area	48.6 × 64.8	mm
Dot / Pixel Pitch	0.2025 × 0.2025	mm
Brightness	500	cd/㎡
Operating Temperature	-20~+70	°C
Storage Temperature	-30~+80	°C

ITEM	DIMENSION	UNIT
Size (Diagonal)	4.0	inch
Dot Matrix / Resolution	480 × 3(RGB) × 480	dots
Module Dimension	78.8(H) × 82.95 (W) × 4.77	mm
View Area	73.06 × 71.38	mm
Active Area	71.856(H) × 70.176 (V)	mm
Dot / Pixel Pitch	0.2025 × 0.2025	mm
Brightness	500	cd/㎡
Operating Temperature	-20~+70	°C
Storage Temperature	-30~+80	°C

ITEM	DIMENSION	UNIT
Size (Diagonal)	5.0	inch
Dot Matrix / Resolution	800× 3(RGB) × 480	dots
Module Dimension	120.7(W) × 75.8(H) × 2.8(D)	mm
View Area	110.7(W) × 67.4(H)	mm
Active Area	108(W) × 64.8(H)	mm
Dot / Pixel Pitch	0.135(W) × 0.135(H)	mm
Brightness	500	cd/㎡
Operating Temperature	-20~+70	°C
Storage Temperature	-30~+80	°C

ITEM	DIMENSION	UNIT
Size (Diagonal)	9.0	inch
Dot Matrix / Resolution	1024 × RGB × 600(TFT)	dots
Module Dimension	211.1(W) × 126.5(H) × 5.7(D)	mm
View Area	200.01 × 117.55	mm
Active Area	196.608 × 114.15	mm
Dot / Pixel Pitch	0.192 × 0.19025	mm
Brightness	500	cd/㎡
Operating Temperature	-20~+70	°C
Storage Temperature	-30~+80	°C

ITEM	DIMENSION	UNIT
Size (Diagonal)	10.1	inch
Dot Matrix / Resolution	1280 × 3(RGB) × 800	dots
Module Dimension	229.34 × 148.98 × 2.85	mm
View Area	220.20 × 139.2	mm
Active Area	216.96(H) × 135.6(V)	mm
Dot / Pixel Pitch	0.1695 × 0.1695	mm
Brightness	500	cd/㎡
Operating Temperature	-20~+70	°C
Storage Temperature	-30~+80	°C

Standard TFT LCD Display Products

Part No.	Size	Resolution	Outline(mm)	AA size(mm)	View angle	Contrast	Interface	Operating	Storage	Controller	Brightness	Touch Panel
DB144MGPSV01	1.44"	128*128	33.00*36.00	25.84*26.496	6 O'clock	500:01:00	8-bit parallel	-20~70°C	-30~ 80°C	ST7735S	150	N
DB144MGPSV02	1.44"	128*128	28.80*35.09	25.5*26.5	6 O'clock	500:01:00	MCU parallel	-20~70°C	-30~80°C	ST7735S	150	N
DB144MZGSV02	1.44"	128*128	32.36*38.00	25.5*26.5	6 O'clock	500:01:00	3/4 line SPI	-20~70°C	-30~ 80°C	ST7735S	240	N
DB154GPAXV02	1.54"	320*320	31.52*33.72	27.72*27.72	All Viewing	500:01:00	MIPI	-20~70°C	-30~ 80°C	ST7796S	400	N
DB177MZHSV031	1.77"	128*160	34.70*46.70	28.032*35.04	6 O'clock	500:01:00	8-bit MCU	-20~70°C	-30~ 80°C	ST7735S	320	N
DB177MZHSV04	1.77"	128*160	34.70*46.70	28.032*35.04	12 O'clock	500:01:00	SPI	-20~70°C	-30~80°C	ST7735S	320	N
DB177MZHSV10	1.77"	128*160	34.70*46.70	28.032*35.04	6 O'clock	500:01:00	SPI	-20~70°C	-30~ 80°C	ST7735S	150	N
DB200MHFIV01	2.0"	176*220	37.68*51.3	31.68*39.6	12 O'clock	500:01:00	8-bit parallel	-20~70°C	-30~ 80°C	ILI9225	180	N
DB200MLQIV04	2.0"	240*320	37.88*51.5	30.6*40.8	6 O'clock	500:01:00	8-bit MCU	-20~70°C	-30~80°C	ILI9341	230	N
DB200MZQSV01	2.0"	240*320	37.88*51.5	30.6*40.8	All Viewing	500:01:00	8-bit MCU	-20~70°C	-30~ 80°C	ST7789H2	230	N
DB220MTQIV01	2.2"	240*320	41.04*56.45	33.84*45.12	12 O'clock	500:01:00	18bit RGB	-20~70°C	-30~ 80°C	ILI9341V		N
DB220MTQIV03	2.2"	240*320	41.04*56.45	33.84*45.12	6 O'clock	500:01:00	18bit RGB	-20~70°C	-30~80°C	ILI9341V	200	N
DB230MTQIV03	2.31"	320*240	51.00*45.8	46.75*35.06	6 O'clock	500:01:00	SPI	-20~70°C	-30~ 80°C	ILI9342C	280	N
DB236MZQOV03	2.36"	480*234	55.20*47.55	48.0*35.69	6 O'clock	500:01:00	8-bit RGB	-20~70°C	-30~ 80°C	OTA5182A	200	N
DB240MCQIV01	2.4"	240*320	42.72*60.26	36.72*48.96	6 O'clock	500:01:00	8-bit MCU	-20~70°C	-30~ 80°C	ILI9341V	200	N
DB240MCQIV01P	2.4"	240*320	42.72*60.26	36.72*48.96	6 O'clock	500:01:00	8-bit MCU	-20~70°C	-30~80°C	ILI9341V	160	Y
DB240MCQIV04P	2.4"	240*320	42.72*60.26	36.72*48.96	6 O'clock	500:01:00	8/16-bit parallel	-20~70°C	-30~80°C	ILI9341V	160	Y
DB270MZQIV04	2.7"	960*240	45.70*62.60	40.5*54.0	3 O'clock	500:01:00	8-bit RGB	-20~70°C	-30~ 80°C	ILI8961	350	N
DB270MZQIV06P	2.7"	960*240	45.70*62.60	40.5*54.0	3 O'clock	500:01:00	8-bit RGB	-20~70°C	-30~80°C	ILI8961	270	R
DB280MCQIV03	2.8"	240*320	50*69.2	43.2*57.6	6 O'clock	500:01:00	MCU/RGB	-20~70°C	-30~ 80°C	ILI9341V	200	N
DB280MCQIV03P	2.8"	240*320	50*69.2	43.2*57.6	6 O'clock	500:01:00	MCU/RGB	-20~70	-30~80	ILI9341V	160	R
DB280MCQIV08	2.8"	240*320	50*69.2	43.2*57.6	6 O'clock	500:01:00	8/16-bit MCU	-20~70	-30~ 80	ILI9341V	200	N
DB280MCQIV17	2.8"	240*320	50*69.2	43.2*57.6	6 O'clock	500:01:00	RGB/MCU	-20~70	-30~80	ILI9341V	200	N
DB320MTZSV01	3.2"	240*400	48.40*81.50	41.76*69.60	6 O'clock	500:01:00	8-bit RGB/MCU	-20~70	-30~ 80	ST7793	400	N
DB350MCHHV01	3.5"	320*480	54.66*82.94	48.96*73.44	All Viewing	500:01:00	SPI+18-bit RGB	-20~70	-30~ 80	H*8357D	270	N
DB350MCQHV05	3.5"	320*240	76.9*63.9	70.08*52.56	12 O'clock	500:01:00	SPI+24 bit RGB	-20~70	-30~80	H*8238D	350	N
DB350MCQHV05P	3.5"	320*240	76.9*63.9	70.08*52.56	12 O'clock	500:01:00	SPI+24 bit RGB	-20~70	-30~ 80	H*8238D	240	R
DB350MCQHV05C1	3.5"	320*240	76.9*63.9	70.08*52.56	12 O'clock	500:01:00	24 bit RGB	-20~70	-30~80	H*8238D	255	C
DB350MCQHV05C3	3.5"	320*240	76.9*63.9	70.08*52.56	12 O'clock	500:01:00	24 bit RGB	-20~70	-30~80	H*8238D	250	C
DB350MCQHV18	3.5"	320*240	76.9*63.9	70.08*52.56	12 O'clock	500:01:00	SPI+24 bit RGB	-20~70	-30~80	H*8238D	400	N
DB350MCQHV18P	3.5"	320*240	76.9*63.9	70.08*52.56	12 O'clock	500:01:00	SPI+24 bit RGB	-20~70	-30~80	H*8238D	320	R
DB350MCQHV23P	3.5"	320*240	76.9*63.9	70.08*52.56	12 O'clock	500:01:00	SPI+24 bit RGB	-20~70°C	-30~80°C	H*8238D	600	R
DB350MTQVV01	3.5"	320*240	76.9*63.9	70.08*52.56	12 O'clock	500:01:00	SPI+24 bit RGB	-20~70°C	-30~80°C	NV3035GTC	320	N
DB350MTQVV01P	3.5"	320*240	76.9*63.9	70.08*52.56	12 O'clock	500:01:00	SPI+24 bit RGB	-20~70°C	-30~80°C	NV3035GTC	250	R
DB350MLQZV01	3.5"	320*240	76.9*63.9	70.08*52.56	6 O'clock	500:01:00	SPI/6/8bit RGB/wsync/8080 parallel	-20~70°C	-30~80°C	SSD2119	380	N
DB350MLQZV01P	3.5"	320*240	76.9*63.9	70.08*52.56	6 O'clock	500:01:00	SPI/6/8bit RGB/wsync/8080 parallel	-20~70°C	-30~80°C	SSD2119	350	R
DB350MLQZV02	3.5"	320*240	76.9*63.9	70.08*52.56	6 O'clock	500:01:00	SPI/6/8bit RGB/wsync/8080 parallel	-20~70°C	-30~80°C	SSD2119	450	N
DB350MLQZV02P	3.5"	320*240	76.9*63.9	70.08*52.56	6 O'clock	500:01:00	SPI/6/8bit RGB/wsync/8080 parallel	-20~70°C	-30~80°C	SSD2119	380	R
DB350MHHHV05	3.5"	320*480	54.66*82.94	48.96*73.44	6 O'clock	500:01:00	SPI+18 bit RGB	-20~70°C	-30~80°C	H*8357D	320	N
DB350MHHHV05P	3.5"	320*480	54.66*82.94	48.96*73.44	6 O'clock	500:01:00	SPI+18 bit RGB	-20~70°C	-30~80°C	H*8357D	290	R
DB350MTQIV01	3.5"	240*320	64*85	53.64*71.52	6 O'clock	500:01:00	SPI+18 bit RGB	-20~70°C	-30~80°C	ILI9341V	150	N
DB350MTVHV01	3.5"	480*640	64*85	53.28*71.04	9 O'clock	500:01:00	SPI+18 bit RGB	-20~70°C	-30~80°C	H*8363A	570	N
DB350MPNOV01	3.5"	480*272	86.8*56.5	77.76*43.52	6 O'clock	500:01:00	24 bit RGB	-20~70°C	-30~80°C	OTA5180A	350	N
DB350MPNOV01P	3.5"	480*272	86.8*56.5	77.76*43.52	6 O'clock	500:01:00	24 bit RGB	-20~70°C	-30~80°C	OTA5180A	280	R
DB400MHQIV01	4.0"	320*240	96.00*76.00	82.08*61.56	6 O'clock	500:01:00	SPI+24 bit RGB	-20~70°C	-30~ 80°C	ILI9322	350	N
DB430MCNHV01	4.3"	480*272	105.5*67.2	95.04*53.86	12 O'clock	500:01:00	24-bit RGB	-20~70°C	-30~ 80°C	H*8257A	350	N
DB430MCNHV01P	4.3"	480*272	105.5*67.2	95.04*53.86	12 O'clock	500:01:00	24-bit RGB	-20~70°C	-30~80°C	H*8257A	280	R
DB430MCNHV01C	4.3"	480*272	105.5*67.2	95.04*53.86	12 O'clock	500:01:00	24-bit RGB	-20~70°C	-30~ 80°C	H*8257A	280	C
DB430MCNHV05	4.3"	480*272	105.5*67.2	95.04*53.86	12 O'clock	500:01:00	24-bit RGB	-20~70°C	-30~80°C	H*8257A	500	N
DB430MCNHV05P	4.3"	480*272	105.5*67.2	95.04*53.86	12 O'clock	500:01:00	24-bit RGB	-20~70°C	-30~80°C	H*8257A	400	R
DB430MCNHV22	4.3"	480*272	105.5*67.2	95.04*53.86	12 O'clock	500:01:00	24-bit RGB	-20~70°C	-30~80°C	H*8257A	1000	N
DB430MINIV25	4.3"	480*272	105.5*67.2	95.04*53.86	12 O'clock	500:01:00	24-bit RGB	-20~70°C	-30~80°C	ILI6480BQ	320	N
DB430MINSV03	4.3"	480*272	105.5*67.2	95.04*53.86	12 O'clock	500:01:00	24-bit RGB	-20~70°C	-30~80	ST7282-G4	1000	N
DB430MPNOV01	4.3"	480*272	105.5*67.2	95.04*53.86	All Viewing	500:01:00	24 bit RGB	-30~85°C	-40~85°C	OTA5180A	350	N
DB430MBWIV08	4.3"	480*800	62.4*105.4	56.16*93.6	All Viewing	500:01:00	SPI+24bit RGB	-20~70°C	-30~80°C	ILI9806E	350	N
DB500MINIV02P	5.0"	480*272	120.7*75.8	110.88*62.83	12 O'clock	500:01:00	24-bit RGB	-20~70°C	-30~ 80°C	ILI6480B	200	R
DB500MIWIV01	5.0"	800*480	120.7*75.8	108*64.8	12 O'clock	500:01:00	24-bit RGB	-20~70°C	-30~80°C	ILI5960+ILI6122	250	N
DB500MIWIV04P	5.0"	800*480	120.7*75.8	108*64.8	12 O'clock	500:01:00	24-bit RGB	-20~70°C	-30~ 80°C	ILI5960+ILI6122	360	R
DB500MIWIV04C	5.0"	800*480	120.7*75.8	108*64.8	12 O'clock	500:01:00	24-bit RGB	-20~70°C	-30~80°C	ILI5960+ILI6122	380	C
DB500MIWIV13	5.0"	800*480	120.7*75.5	108*64.8	12 O'clock	500:01:00	24-bit RGB	-20~70°C	-30~80°C	ILI5960+ILI6122	600	N
DB500MIWIV13P	5.0"	800*480	120.7*75.8	108*64.8	12 O'clock	500:01:00	24-bit RGB	-20~70°C	-30~80°C	ILI5960+ILI6122	450	R
DB500MAHIV01	5.0"	1280*720	66.1*120.4	62.1*110.4	All Viewing	500:01:00	MIPI	-20~70°C	-30~80°C	ILI9881C-2D	400	N
DB570MCVHV01	5.7"	640*480	127*98.43	115.2*86.4		500:01:00	18-bit RGB	-20~70°C	-30~ 80°C	HIMA*	700	N
DB570MCVHV01P	5.7"	640*480	127*98.43	115.2*86.4		500:01:00	18-bit RGB	-20~70°C	-30~80°C	HIMA*	530	R
DB700MIWNV01	7.0"	800*480	164.9*100.0	154.08*85.92	6 O'clock	500:01:00	24-bit RGB	-20~70°C	-30~ 80°C	NT52001+NT39419B	420	N
DB700MIWNV01P	7.0"	800*480	164.9*100.0	154.08*85.92	6 O'clock	500:01:00	24-bit RGB	-20~70°C	-30~80°C	NT52001+NT39419B	340	R
DB700MIWNV01C	7.0"	800*480	164.9*100.0	154.08*85.92	6 O'clock	500:01:00	24-bit RGB	-20~70°C	-30~ 80°C	NT52001+NT39419B	330	C
DB700MIWNV05	7.0"	800*480	164.9*100.0	154.08*85.92	6 O'clock	500:01:00	24-bit RGB	-20~70°C	-30~80°C	NT52001+NT39419B	400	N
DB700MIWHV05-F	7.0"	800*480	165*104.54	152.4*91.44	12 O'clock	500:01:00	18-bit RGB	-20~70°C	-30~80°C	H8262+H8678	430	F
DB700MIWNV24	7.0"	800*480	164.85*99.95	154.08*85.92	6 O'clock	500:01:00	24-bit RGB	-20~70°C	-30~80°C	NT52001+NT39419B	1000	N
DB700MIWHV11	7.0"	800*480	165*104.54	152.4*91.44	12 O'clock	500:01:00	LVDS	-20~70°C	-30~80°C	H8262+H8678	600	N
DB700MZWHV01	7.0"	800*480	164.8*99.8	154.08*85.92	12 O'clock	500:01:00	24-bit RGB	-20~70°C	-30~80°C	H8264+H8664	400	N
DB700MZWHV01P	7.0"	800*480	164.8*99.8	154.08*85.92	12 O'clock	500:01:00	24-bit RGB	-20~70°C	-30~80°C	H8264+H8664	320	R
DB700MZWHV08P	7.0"	800*480	164.9*100.0	154.08*85.92	12 O'clock	500:01:00	24-bit RGB	-20~70°C	-30~80°C	H8264+H8664	400	R
DB700MZWHV22	7.0"	800*480	164.8*99.8	154.08*85.92	12 O'clock	500:01:00	24-bit RGB	-20~70°C	-30~80°C	H8264+H8664	1000	N
DB700MIXNV01	7.0"	1024*600	165.75*105.93	153.6*90.0	6 O'clock	500;1	LVDS	-20~70°C	-30~80°C	NT51008C+NT52002H	320	N
DB700MZXHV05	7.0"	1024*600	164.9*100.0	154.21*85.92	All Viewing	500:01:00	LVDS	-20~70°C	-30~80°C	TBD	400	N
DB700MZXHV05C	7.0"	1024*600	164.9*100.0	154.21*85.92	All Viewing	500:01:00	LVDS	-20~70°C	-30~80°C	TBD	340	C
DB700MZYEV02	7.0"	1280*800	165.62*107.45	150.72*94.2	All Viewing	500:01:00	MIPI	-20~70°C	-30~80°C	JD9365	300	N
DB800MIWNV01P	8.0"	800*480	192.8*116.9	176.64*99.36	6 O'clock	500:01:00	24-bit RGB	-20~70°C	-30~ 80°C	NT52001+NT39419B	350	R
DB800MIWNV01	8.0"	800*480	192.8*116.9	176.64*99.36	6 O'clock	500:01:00	24-bit RGB	-20~70°C	-30~80°C	NT52001+NT39419B	450	N
DB800MIXHV01	8.0"	1024*600	192.8*116.9	176.64*99.36	6 O'clock	500:01:00	LVDS	-20~70°C	-30~ 80°C	H8696+H8282	450	N
DB800MGPCV02	8.0"	1024*768	201*152.3	162.05*121.54	All Viewing	500:01:00	MIPI	-20~70°C	-30~80°C	TBD	250	C
DB800MZYEV01C	8.0"	1280*800	199*132	172.22*107.64	All Viewing	500:01:00	LVDS	-20~70°C	-30~80°C	EK79029	800	C
DB900MZWHV01	9.0"	800*480	210.6*126.5	198.0*111.7	12 O'clock		24-bit RGB	-20~70°C	-30~ 80°C	H8664-B+H8264-E	400	N
DB10MZXHV01	10.1"	1024*600	235*143	222.72*125.28	12 O'clock	500:01:00	LVDS	-20~70°C	-30~ 80°C	H8282-A+H8696-A	450	N
DB10MZXHV01P	10.1"	1024*600	235*143	222.72*125.28	12 O'clock	500:01:00	LVDS	-20~70°C	-30~80°C	H8282-A+H8696-A	340	R
DB10MZXHV02P	10.1"	1024*600	235*143	222.72*125.28	12 O'clock	500:01:00	RGB	-20~70°C	-30~80°C	TBD	250	R

Why Choose DisplayMan? – Your Professional Display Partner

At DisplayMan, we don’t just manufacture TFT LCD displays — we empower our customers to create exceptional visual experiences through reliable, high-performance technology. With over a decade of display engineering and global project support, DisplayMan has grown into a trusted name in the display industry, serving clients across industrial, medical, automotive, and consumer markets.

In-house R&D and engineering

Our dedicated team of engineers and developers supports fast prototyping, circuit tuning, touch firmware optimization, and full mechanical customization. We work closely with your team to tailor every detail — from pinout configurations to UI behavior — ensuring seamless integration into your product.

100+ TFT display modules

Our extensive inventory covers 0.96” to 98” displays, all with full-color graphic capability. With standard options ready for dispatch and custom models built to spec, you’ll find the right module for your application — whether it’s a handheld device or an industrial control panel.

Multiple Interface Support for Flexibility

From SPI, MCU, RGB, to MIPI DSI, LVDS, and HDMI, our displays are interface-ready for virtually any embedded platform. Many modules come with dual-interface options, giving your team more flexibility during prototyping and scaling.

Industrial-Grade Quality, Global Reach

Our displays are tested for performance in challenging environments, including wide temperature ranges, vibration, and humidity. Trusted by companies in over 30 countries, we ensure consistent quality and timely delivery.

Fast Prototyping & Long-Term Support

With sample kits, evaluation boards, and responsive engineering support, DisplayMan shortens your development cycle while offering stable supply and assistance throughout your product's lifecycle.

From concept to mass production, DisplayMan is your professional display partner — providing not only components, but confidence in your product’s performance and user interface. Whether you’re scaling a product globally or creating a niche innovation, we are here to support your success every step of the way.

🔧 DisplayMan’s Core Engineering Strengths

Every DisplayMan TFT module is the outcome of coordinated optical, electrical, and mechanical engineering, ensuring consistent performance across the most demanding industrial and commercial environments.

Our engineering philosophy focuses on reliability, long-term availability, and real-world durability, backed by rigorous testing and stable component sourcing.

🌟 High Brightness up to 3,000 nits
DisplayMan backlight systems are designed using:
- High-efficiency LED chips with controlled current curves
- Enhanced light-guide films (LGP + ESF) for superior uniformity
- Precision optical stack tuning to maximize luminance transmission
- Optional transflective designs for outdoor visibility
This ensures sunlight readability without excessive power draw or heat generation — ideal for EV chargers, kiosks, marine displays, and industrial equipment exposed to strong ambient light.

🧊 Wide Temperature Range (–40 °C ~ +85 °C)

Wide-temperature stability is achieved through:

Special liquid-crystal formulations with stable response time
Heat-resistant polarizers and adhesives to prevent blackening
Extended-temperature driver ICs and timing controllers
Mechanical structures designed to prevent warping during thermal expansion

Our displays remain responsive and clear during cold starts, heat soak, and rapid temperature changes encountered in industrial, automotive, and outdoor environments.

🪟 Optical Bonding + Anti-Reflective Coatings

DisplayMan enhances readability and durability through:

Full-surface optical bonding that eliminates internal air gaps
Anti-reflective (AR), anti-glare (AG), and anti-fingerprint (AF) coatings
Increased impact resistance and moisture sealing
Improved contrast in bright or shifting light environments

This dramatically reduces reflective washout and prevents condensation, fogging, or delamination — essential for marine, medical, and public terminals.

⚙️ IPS / Wide-Viewing-Angle Options

IPS technology ensures:

178° horizontal and vertical viewing angles
No color inversion, even when viewed from extreme angles
Stable gamma curve and consistent luminance
High color accuracy for data-critical interfaces

Ideal for team-shared HMIs, dashboards, medical devices, and any system requiring accurate interpretation regardless of operator position.

💪 Durability & Longevity

Long operational life is guaranteed through:

Derated LED current operation to minimize heat stress
Reinforced mechanical frames to resist vibration and shock
UV/IR-resistant optical layers to prevent aging
Strict burn-in and reliability testing before shipment

With lifetimes reaching 100,000 hours MTBF, DisplayMan displays support long deployment cycles without frequent replacements or maintenance.

🔋 Power & Heat Efficiency

To ensure stable long-term performance, DisplayMan integrates:

Smart backlight drivers with auto-dimming sensors
Efficient power routing and thermal optimization
Low-EMI circuitry for industrial environments
Optional ambient light sensors for intelligent power modulation

This reduces thermal buildup, improves reliability, and extends display lifespan — essential for systems operating 24/7, such as kiosks, control rooms, and automation equipment.

Full-Color Graphics That Inspire

Your display is the visual heartbeat of your product. At DisplayMan, every TFT LCD module we offer supports rich, full-color graphics, giving you the power to transform ordinary interfaces into visually stunning experiences.

Unlike traditional monochrome or character-based displays, our full-color modules allow complete freedom in UI design — from vivid imagery and animated content to real-time dashboards and interactive controls.

🎨 16.7 million colors (24-bit RGB)

Each DisplayMan TFT display delivers true 24-bit color depth, offering 16.7 million colors for detailed and accurate image reproduction. Whether you’re displaying a simple icon or full-screen HD graphics, your visuals will appear smooth, vibrant, and rich in tone — exactly as your designers intended.

⚙️ Smooth performance for dynamic content

Our displays support high frame rates and fast pixel response times, making them ideal for graphically complex UIs. From animated charts and real-time dashboards to touch-interactive elements and video content, our modules handle it all without lag or ghosting.

👁️ Superior Color Reproduction at Wide Viewing Angles

Thanks to IPS and MVA panel technologies, our displays offer up to 178° viewing angles, ensuring color uniformity and image integrity from any perspective. This is particularly important in automotive, medical, and collaborative industrial settings, where the screen may be viewed from different positions.

🌞 High Contrast and Adjustable Brightness

With contrast ratios of 300:1 to 1000:1 and brightness levels up to 1000 nits, our TFT modules remain readable in both low-light indoor settings and high-glare outdoor environments. Optional anti-glare coatings and optical bonding further enhance visibility.

🧩 Custom Fonts, Icons, and Brand Identity Support

We give you full control over the appearance of every pixel. Easily integrate your own font libraries, brand color palettes, icons, and animation styles to create a user interface that reflects your unique product identity.

With DisplayMan’s full-color TFT displays, you’re not just adding a screen — you’re building an interface that informs, engages, and elevates the user experience.

Let your product stand out with graphics that truly inspire.

what makes us different

Versatile Interfaces for Seamless Integration

At DisplayMan, we know that every product has different system requirements. Whether you’re working on a prototype, upgrading an existing design, or launching a mass-produced device, interface compatibility is key.

That’s why we offer a wide range of TFT LCD modules with multiple interface options — making it easier than ever to plug our displays into your system and get started without the need for complicated adapters or redesigns.

🌀 SPI (Serial Peripheral Interface):

A lightweight, low-pin-count interface ideal for Arduino, Raspberry Pi, and other embedded development boards. Perfect for low-power, low-footprint applications and fast prototyping.

🧠 MCU (Parallel Interface)

Suitable for direct connection to microcontrollers in industrial and commercial devices. Offers a good balance of speed and simplicity.

🌈 RGB (TTL Interface)

A high-speed parallel interface commonly used in mid-size display systems such as control panels and POS devices. Ideal for streaming full-color video or animation data.

📱 MIPI DSI (Mobile Industry Processor Interface)

Optimized for smartphones, wearables, and IoT devices, MIPI DSI delivers high-speed performance with lower power consumption and fewer wires.

⚙️ LVDS (Low-Voltage Differential Signaling)

Widely used in industrial PCs, medical equipment, and automotive dashboards, LVDS supports longer cable lengths and EMI-resistant high-speed data transmission.

🖥️ HDMI (High-Definition Multimedia Interface)

A plug-and-play option for rapid display testing or integration with PCs, media players, and development kits. Suitable for high-resolution and video-rich applications.

Many of our display modules support dual or switchable interfaces, giving you greater design flexibility and reducing time-to-market. Whether you’re prototyping or entering mass production, DisplayMan interfaces make integration easy, efficient, and future-ready.

🧠 How We Build Your Custom Display

At DisplayMan, customization is not a marketing word — it’s our core process.

Our engineer-to-engineer collaboration ensures that every display integrates perfectly with your system.

Our OEM Development Process

At DisplayMan, every custom TFT LCD project follows a structured, engineer-driven process designed to ensure technical accuracy, predictable timelines, and seamless integration.

We don’t just ship parts — we collaborate with your R&D team to transform specifications into reliable, production-ready displays.

1️⃣ Define Requirements

The process starts with understanding your exact application needs — including display size, resolution, interface type (RGB, LVDS, HDMI, MIPI), brightness target, viewing angle, operating temperature, and mechanical constraints.

We review your drawings or concept, identify performance priorities (sunlight readability, wide temperature, power limits, etc.), and propose the most efficient solution.

This phase sets the technical foundation for everything that follows.

2️⃣ Engineering Collaboration

Our optical, electrical, and mechanical engineers then work directly with your team to translate those requirements into a complete design concept.

We prepare interface schematics, optical simulations, mechanical outlines, and thermal design proposals to ensure compatibility and manufacturability.

This hands-on collaboration guarantees that your display fits perfectly within your enclosure and system architecture — right from the first prototype.

3️⃣ Prototype & Validation

Once specifications are confirmed, we build fully functional prototypes, including TFT LCD module, driver board, connection cables, and optional touch panel assembly.

Each prototype undergoes brightness, uniformity, and temperature tests before shipment.

You can evaluate real-world performance in your system — display clarity, power behavior, and UI fit — while our team stands by for feedback and fine-tuning.

4️⃣ Optimization & Approval

Based on your test results, our engineers fine-tune optical brightness, backlight uniformity, interface timing, and mechanical tolerances.

We then provide updated drawings, test reports, and pre-production samples for final validation.

Only after your full approval do we move to mass production — ensuring zero design deviation and full quality transparency.

5️⃣ Mass Production & Support

In production, every module undergoes 100 % functional testing, including visual inspection, signal verification, and burn-in reliability checks.

We ensure consistent quality through ISO 9001-certified processes and robust supply chain management.

Our collaboration doesn’t end at shipment — we provide lifetime technical assistance, design documentation, and re-engineering support throughout your product’s lifecycle.

At DisplayMan, we don’t just manufacture displays —
we integrate display technology into your product vision, ensuring every screen performs as if it were designed inside your own lab.

🧭 Applications That Demand Reliable TFT LCD Performance

DisplayMan’s High Brightness / Wide Temperature TFT LCDs power equipment and systems that must perform flawlessly in sunlight, heat, cold, and vibration.

Each module is engineered to deliver uncompromising clarity, reliability, and longevity — even in the most demanding conditions

⚡ EV Charging Stations & Smart Energy Kiosks

Modern EV infrastructure depends on intuitive, visible interfaces.

DisplayMan TFT LCDs remain bright and legible in direct sunlight, allowing drivers to read charging status, pricing, and instructions instantly.

Their 24/7 reliability and power efficiency make them ideal for unattended outdoor systems that must run continuously in all weather conditions.

🏪 Outdoor Vending & Ticketing Systems

Public vending and ticketing terminals face sunlight, heat buildup, and temperature swings daily.

Our sunlight-readable displays maintain strong contrast and color accuracy under any lighting, while wide-temperature components prevent blackening and condensation.

Result: fewer field failures, longer uptime, and a better customer experience.

🌊 Marine & Transportation Displays

Marine, aviation, and public transport systems require displays that perform under glare, vibration, and humidity.

DisplayMan’s optically bonded and anti-reflective TFT modules resist fogging, salt exposure, and shock.

They ensure navigation, monitoring, and communication interfaces stay readable in bright sunlight or stormy conditions.

🚜 Agricultural & Construction Equipment

Outdoor heavy machinery operates in dust, vibration, and extreme temperature shifts.

DisplayMan wide-temperature TFT LCDs deliver consistent visibility from –40 °C mornings to +85 °C afternoons, providing stable dashboards, GPS guidance, and performance feedback to operators.

Durable mechanical frames and sealed structures ensure long-term reliability in field environments.

🪖 Military & Field Instruments

Mission-critical equipment requires absolute dependability.

Our ruggedized TFT LCDs combine high brightness, optical bonding, and reinforced glass to survive shock, vibration, and rapid temperature transitions.

Used in portable command systems and field instruments, they deliver clear data under full sunlight or low-light tactical conditions.

🏭 Industrial HMI & Control Panels

Industrial automation and safety systems rely on constant visibility for process monitoring.

DisplayMan IPS TFT LCDs offer wide 178° viewing angles, stable color reproduction, and high contrast — even under harsh lighting.

Their long lifetime and heat-resistant components make them ideal for 24/7 manufacturing environments.

Built for the Outdoors. Proven in the Field.
Wherever your system operates — on roads, seas, or factory floors — DisplayMan ensures your data is always visible, accurate, and reliable.

🔍 FAQ – TFT LCD Displays (Standard & Custom OEM Solutions)

Q1: What is the typical brightness range for standard TFT LCD displays?

Most standard TFT LCD modules operate between 250–500 nits, which is sufficient for indoor environments.

For outdoor or high-ambient-light use, DisplayMan offers enhanced backlights up to 1,000–3,000 nits with optional optical bonding and AR coatings.

Q2: Can DisplayMan customize TFT LCD size, interface, or brightness?

Yes. All core elements can be customized:

Display size & resolution
Backlight brightness
FPC length & pinout
Interface (RGB, MCU, LVDS, MIPI, HDMI)
Touch panel integration
Cover glass thickness & printing

Our OEM service ensures the display fits your mechanical, electrical, and optical requirements.

Q3: What is the lifespan of your TFT LCD backlights?

DisplayMan backlights typically achieve 50,000–100,000 hours, depending on brightness level and operating environment.

For always-on devices (EV chargers, kiosks, industrial HMIs), we use derated LED currents to maximize lifetime.

Q4: Which interface should I choose for my embedded system?

This depends on your controller and performance requirements:

MCU / RGB → simple microcontroller systems, HMIs
LVDS → noise-resistant, long-cable industrial applications
MIPI DSI → compact, high-speed embedded systems
HDMI → rapid prototyping or PC-based platforms

We help you select the optimal interface based on your system architecture.

Q5: Do your TFT LCD modules support touch functionality?

Yes. We support:

Capacitive (PCAP) – multi-touch, gesture control
Resistive – glove-friendly, industrial environments
Custom cover-lens printing (logo, border, icons)
Touch firmware tuning for noise-heavy environments

Touch is available for both standard and custom designs.

Q6: Can you provide display bonding (optical / air-gap)?

Absolutely. Optical bonding improves:

Sunlight readability
Impact resistance
Anti-fog and moisture performance
Overall optical clarity

Air-gap bonding remains available for cost-sensitive applications.

Q7: What is the lead time for custom TFT LCD development?

Typical lead time:

6–8 weeks → prototype
8–10 weeks → mass production

Complex mechanical or optical customizations may require additional time.

DisplayMan provides rapid sampling when available.

Q8: Do you support long-term supply for OEM projects?

Yes. DisplayMan uses BOM-controlled components, long-lifecycle ICs, and stable supply chains.

We guarantee consistent availability to support OEM products with 5–10+ year lifecycles.

Q9: Can I get technical support during integration?

Of course. Our engineering team supports:

Interface timing setup
Display driver tuning
Touch tuning
Mechanical assembly guidance
EMC/ESD considerations

We work directly with your R&D team to ensure seamless integration.