China Design 120 HZ Change to 60Hz TCON Board for Samsung TV 240Hz

Product Detail

60HZ change to 120HZ TCON board 

VS.NT7213 is a LVDS@60HZ adapter plate / VBY1@60HZ signal to V-BY-One@120HZ signal, using single chip NovateK solutions NT72324BG, LVDS signal input support FHD, support VBY1 4K2K 60HZ signal input, maximum support VBY1 interface, 4K2K@120Hz signal output 

1. Product  Introduction:

1)Overview

Place of Origin: Guangdong, China (Mainland) 

Chipset: NT72324BG

Model: VS.NT7213

SINGLE/DUAL LVDS: SUPPORT

Features

Support single input formats	Support single output formats
2 Channels 8/10 bit LVDS Input	16-Lane HS V-BY-One Output
24/25/30/50/60Hz 2D FHD Input	50/60/75/100/120/200/240Hz FHD 2D Output
24/25/30/50/60Hz 3D FHD Input	100/120/200/240Hz FHD 3D Active Output
3DLR(24+24),(25+25),(30+30),(50+50), (60+60)Hz FHD Input	50/60/75/100/120/200/240Hz  FHD 3D Passive Output
24/25/30/48/50/60Hz 4K2K 2D VBY1 Input	48/50/60Hz/120Hz MEMC 4K2K Output

Appearance



No	Function Descriptor	No	Function Descriptor
1	12V DC Output	3	V-BY-One Signal Input
2	ISP Input	4	LVDS Signal Input
		5	V-BY-One Signal Output

Interface Definition

J1 (FI-RE51S-HF): LVDS A B

PIN	SYMBOL	DESCRIPTION
1	GND	Ground
2	NC	NO Connection
3	NC	NO Connection
4	NC	NO Connection
5	NC	NO Connection
6	NC	NO Connection
7	NC	NO Connection
8	NC	NO Connection
9	NC	NO Connection
10	3D_EN	3D_EN
11	GND	Ground
12	R1AN	1st LVDS Channel Signal(A-)
13	R1AP	1st LVDS Channel Signal(A+)
14	R1BN	1st LVDS Channel Signal(B-)
15	R1BP	1st LVDS Channel Signal(B+)
16	R1CN	1st LVDS Channel Signal(C-)
17	R1CP	1st LVDS Channel Signal(C+)
18	GND	Ground
19	R1CLKN	1st LVDS Channel Clock Signal(-)
20	R1CLKP	1st LVDS Channel Clock Signal(+)
21	GND	Ground
22	R1DN	1st LVDS Channel Signal(D-)
23	R1DP	1st LVDS Channel Signal(D+)
24	R1EN	1st LVDS Channel Signal(E-)
25	R1EP	1st LVDS Channel Signal(E+)
26	GND	Ground
27	NC	NO Connection
28	R2AN	2nd LVDS Channel Signal(A-)
29	R2AP	2nd LVDS Channel Signal(A+)
30	R2BN	2nd LVDS Channel Signal(B-)
31	R2BP	2nd LVDS Channel Signal(B+)
32	R2CN	2nd LVDS Channel Signal(C-)
33	R2CP	2nd LVDS Channel Signal(C+)
34	GND	Ground
35	R2CLKN	2nd LVDS Channel Clock Signal(-)
36	R2CLKP	2nd LVDS Channel Clock Signal(+)
37	GND	Ground
38	R2DN	2nd LVDS Channel Signal(D-)
39	R2DP	2nd LVDS Channel Signal(D+)
40	R2EN	2nd LVDS Channel Signal(E-)
41	R2EP	2nd LVDS Channel Signal(E+)
42	NC	NO Connection
43	NC	NO Connection
44	GND	Ground
45	GND	Ground
46	GND	Ground
47	NC	NO Connection
48	VCC	VCC In (12V)
49	VCC	VCC In (12V)
50	VCC	VCC In (12V)
51	VCC	VCC In (12V)

J2 (FI-RE51S-HF): V-BY-One

PIN	SYMBOL	DESCRIPTION
1	VCC	VCC In (12V)
2	VCC	VCC In (12V)
3	VCC	VCC In (12V)
4	VCC	VCC In (12V)
5	VCC	VCC In (12V)
6	VCC	VCC In (12V)
7	VCC	VCC In (12V)
8	VCC	VCC In (12V)
9	NC	NO Connection
10	GND	Ground
11	GND	Ground
12	GND	Ground
13	GND	Ground
14	GND	Ground
15	L/R_IN	L/R
16	SYNC_OUT
17	3D_EN	3D_EN
18	SDA	SDA_SOC
19	SCL	SCL_SOC
20	NC	NO Connection
21	NC	NO Connection
22	LD_EN	LD_EN
23	NC	NO Connection
24	NC	NO Connection
25	HTPD	Hot Plug Detect
26	LOCK	Lock Detect
27	GND	Ground
28	Rx0N	Vx1 Lane0-
29	Rx0P	Vx1 Lane0+
30	GND	Ground
31	Rx1N	Vx1 Lane1-
32	Rx1P	Vx1 Lane1+
33	GND	Ground
34	Rx2N	Vx1 Lane2-
35	Rx2P	Vx1 Lane2+
36	GND	Ground
37	Rx3N	Vx1 Lane3-
38	Rx3P	Vx1 Lane3+
39	GND	Ground
40	Rx4N	Vx1 Lane4-
41	Rx4P	Vx1 Lane4+
42	GND	Ground
43	Rx5N	Vx1 Lane5-
44	Rx5P	Vx1 Lane5+
45	GND	Ground
46	Rx6N	Vx1 Lane6-
47	Rx6P	Vx1 Lane6+
48	GND	Ground
49	Rx7N	Vx1 Lane7-
50	Rx7P	Vx1 Lane7+
51	GND	Ground

J5(FI-RE51S-HF):V-BY-One

PIN	SYMBOL	DESCRIPTION
1	GND	Ground
2	Rx7P	Vx1 Lane7+
3	Rx7N	Vx1 Lane7-
4	GND	Ground
5	Rx6P	Vx1 Lane6+
6	Rx6N	Vx1 Lane6-
7	GND	Ground
8	Rx5P	Vx1 Lane5+
9	Rx5N	Vx1 Lane5-
10	GND	Ground
11	Rx4P	Vx1 Lane4+
12	Rx4N	Vx1 Lane4-
13	GND	Ground
14	Rx3P	Vx1 Lane3+
15	Rx3N	Vx1 Lane3-
16	GND	Ground
17	Rx2P	Vx1 Lane2+
18	Rx2N	Vx1 Lane2-
19	GND	Ground
20	Rx1P	Vx1 Lane1+
21	Rx1N	Vx1 Lane1-
22	GND	Ground
23	Rx0P	Vx1 Lane0+
24	Rx0N	Vx1 Lane0-
25	GND	Ground
26	LOCK	Lock Detect
27	HTPD	Hot Plug Detect
28	GND	Ground
29	GND	Ground
30	LD_EN	LD_EN
31	NC	NO Connection
32	NC	NO Connection
33	SCL	SCL
34	SDA	SDA
35	NC	NO Connection
36	NC	NO Connection
37	NC	NO Connection
38	GND	Ground
39	GND	Ground
40	GND	Ground
41	GND	Ground
42	GND	Ground
43	NC	NO Connection
44	VCC	Panel VCC (12V)
45	VCC	Panel VCC (12V)
46	VCC	Panel VCC (12V)
47	VCC	Panel VCC (12V)
48	VCC	Panel VCC (12V)
49	VCC	Panel VCC (12V)
50	VCC	Panel VCC (12V)
51	VCC	Panel VCC (12V)

J6(FI-RE41S-HF):V-BY-One

PIN	SYMBOL	DESCRIPTION
1	NC	NO Connection
2	NC	NO Connection
3	NC	NO Connection
4	NC	NO Connection
5	NC	NO Connection
6	NC	NO Connection
7	NC	NO Connection
8	NC	NO Connection
9	NC	NO Connection
10	NC	NO Connection
11	NC	NO Connection
12	NC	NO Connection
13	NC	NO Connection
14	NC	NO Connection
15	NC	NO Connection
16	NC	NO Connection
17	GND	Ground
18	RX15P	Vx1 Lane15+
19	RX15N	Vx1 Lane15-
20	GND	Ground
21	RX14P	Vx1 Lane14+
22	RX14N	Vx1 Lane14-
23	GND	Ground
24	RX13P	Vx1 Lane13+
25	RX13N	Vx1 Lane13-
26	GND	Ground
27	RX12P	Vx1 Lane12+
28	RX12N	Vx1 Lane12-
29	GND	Ground
30	RX11P	Vx1 Lane11+
31	RX11N	Vx1 Lane11-
32	GND	Ground
33	RX10P	Vx1 Lane10+
34	RX10N	Vx1 Lane10-
35	GND	Ground
36	RX9P	Vx1 Lane9+
37	RX9N	Vx1 Lane9-
38	GND	Ground
39	RX8P	Vx1 Lane8+
40	RX8N	Vx1 Lane8-
41	GND	Ground

J7 (FI-RE51S-HF):V-BY-One

PIN	SYMBOL	DESCRIPTION
1	NC	NO Connection
2	NC	NO Connection
3	GND	Ground
4	Rx7P	Vx1 Lane7+
5	Rx7N	Vx1 Lane7-
6	GND	Ground
7	GND	Ground
8	Rx6P	Vx1 Lane6+
9	Rx6N	Vx1 Lane6-
10	GND	Ground
11	GND	Ground
12	Rx5P	Vx1 Lane5+
13	Rx5N	Vx1 Lane5-
14	GND	Ground
15	GND	Ground
16	Rx4P	Vx1 Lane4+
17	Rx4N	Vx1 Lane4-
18	GND	Ground
19	GND	Ground
20	Rx3P	Vx1 Lane3+
21	Rx3N	Vx1 Lane3-
22	GND	Ground
23	GND	Ground
24	Rx2P	Vx1 Lane2+
25	Rx2N	Vx1 Lane2-
26	GND	Ground
27	GND	Ground
28	Rx1P	Vx1 Lane1+
29	Rx1N	Vx1 Lane1-
30	GND	Ground
31	GND	Ground
32	Rx0P	Vx1 Lane0+
33	Rx0N	Vx1 Lane0-
34	GND	Ground
35	LOCK	Lock Detect
36	HTPD	Hot Plug Detect
37	GND	Ground
38	GND	Ground
39	GND	Ground
40	GND	Ground
41	GND	Ground
42	NC	NO Connection
43	NC	NO Connection
44	3D_EN	3D_EN
45	NC	NO Connection
46	NC	NO Connection
47	NC	NO Connection
48	SDA	SDA
49	NO	Connection
50	SCL	SCL
51	NC	NO Connection

J8(FI-RE41S-HF):V-BY-One

PIN	SYMBOL	DESCRIPTION
1	NC	NO Connection
2	NC	NO Connection
3	GND	Ground
4	Rx15P	Vx1 Lane15+
5	Rx15N	Vx1 Lane15-
6	GND	Ground
7	GND	Ground
8	Rx14P	Vx1 Lane14+
9	Rx14N	Vx1 Lane14-
10	GND	Ground
11	GND	Ground
12	Rx13P	Vx1 Lane13+
13	Rx13N	Vx1 Lane13-
14	GND	Ground
15	GND	Ground
16	Rx12P	Vx1 Lane12+
17	Rx12N	Vx1 Lane12-
18	GND	Ground
19	GND	Ground
20	Rx11P	Vx1 Lane11+
21	Rx11N	Vx1 Lane11-
22	GND	Ground
23	GND	Ground
24	Rx10P	Vx1 Lane10+
25	Rx10N	Vx1 Lane10-
26	GND	Ground
27	GND	Ground
28	Rx9P	Vx1 Lane9+
29	Rx9N	Vx1 Lane9-
30	GND	Ground
31	GND	Ground
32	Rx8P	Vx1 Lane8+
33	Rx8N	Vx1 Lane8-
34	GND	Ground
35	NC	NO Connection
36	NC	NO Connection
37	GND	Ground
38	GND	Ground
39	GND	Ground
40	GND	Ground
41	GND	Ground

J10 (6pin-2.0):ISP

PIN	SYMBOL	DESCRIPTION
1	3.3V	3.3V DC INPUT
2	GND	Ground
3	DSU_RX	DSU_RX
4	DSU_TX	DSU_TX
5	UART_RX	UART_RX
6	UART_TX	UART_TX

J12 (6pin-2.0):

PIN	SYMBOL	DESCRIPTION
1	VCC	DC INPUT
2	VCC	DC INPUT
3	VCC	DC INPUT
4	GND	Ground
5	GND	Ground
6	GND	Ground

Mechanical Dimension

(mm ±1mm)



General Precautions

Relative humidity: =80%

Storage temperature: -10~60?

Operation temperature: 0~40?

The whole machine assembly and transportation process should pay attention to ESD.

Don't let the board deformation or distortion when the whole machine assembly.

Please disconnect the LCD panel, before setting the right LCD power supply voltage; otherwise it may cause the damage of the LCD Panel.

When the board is working, its surface cannot contact with metal material.

2. Our Workshop showing:

Our factory is located at Dongguan, Guangdong Province, which has 500 staffs and1 0,000 Square meters.



3. Our Main Partner:



4. Our R&D Instruments:



5. Our Certification:



6.  Delivery and Payment terms and Packing.

We accept FOB, EXW, CIF delivery terms.

For payment terms, LC, T/T or Cash is available, other payment terms by negotiation.

We are strict to follow up Export Package Standard before shipment.

Packing details as below:

 



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