7.0" 800x480 LVDS IPS TFT LCD Module, 40-pin

Flip the Picture With a Jumper, Not a Rewrite

Software rotation sounds free until you try it. Rotating a framebuffer in the MCU costs memory bandwidth and CPU cycles, doubles your interrupt load on every frame, and on a graphics-light part it can eat a noticeable slice of your frame budget. Worse, it forces a compromise: you either rotate on every refresh or you maintain two copies of every asset.

This module sidesteps all of it. The scan direction is set by two logic levels:

Pin	Level	Result
33 — L/R	H (default)	Scans left to right — normal horizontal orientation
33 — L/R	L	Scans right to left — horizontal mirror
34 — U/D	H (default)	Scans top to bottom — normal vertical orientation
34 — U/D	L	Scans bottom to top — vertical flip

Set them once at the board level with a resistor to VDD or ground — or drive them from GPIOs if the product needs to switch orientation on the fly — and the panel renders correctly. Both pins must be tied to a defined level; neither should be left floating.

The situations where this earns its keep are more common than they sound:

• Cable exit on the wrong side. The FPC has to come out toward the connector, and that forces the panel to rotate 180°. Set L/R and U/D low and the picture is correct, with no mechanical rework.
• Viewed through a mirror or a fold-out hatch. A head-up arrangement, a folding test instrument or an inspection camera housing reverses the image optically; one pin reverses it back.
• One PCB, two enclosure variants. A left-hand and a right-hand mount, or a wall-mount and a ceiling-mount version, can share the same board and firmware, selected by a resistor stuffing option.
• Retrofitting an existing fascia. If the previous panel scanned the other way, matching it is a pin strap rather than a firmware fork.

Why LVDS Here: Distance and Noise

We also build a 7-inch 800 × 480 module with a parallel RGB interface. It is the right answer when the display sits on the same board or a few centimetres away, because the host's LCD controller drives it directly and there is no serializer to buy. This is the other answer.

Consideration	Parallel RGB sibling	This module — LVDS
Signal lines	Many parallel data lines plus sync	4 differential data pairs + 1 clock pair
Cable length	Short — best within the same enclosure	Longer runs between board and panel
EMI behaviour	More radiated noise, more susceptibilities	Differential pairs, inherently quieter and more immune
Host requirement	On-chip RGB LCD controller	LVDS transmitter — common on industrial SoMs and SBCs
Connector	60-pin	40-pin

Pick LVDS when the panel and the mainboard cannot be neighbours — a control cabinet where the processor sits on a DIN rail and the screen is on the door, a vehicle installation where the harness runs past a motor controller, or any product that has to pass an EMC test with margin. Both modules share the same size and resolution, so the choice is purely about your layout and your host silicon.

General Specifications

VXT700KWSA-01 is a TFT-LCD module. It is composed of a TFT-LCD panel, driver IC, FPC,a back light unit. The 7.0¢¢ display area contains 800x480 pixels and can display up to 16.7M colors. This product accords with RoHS environmental criterion.

Item	Contents	Unit	Note
LCD Type	TFT	-
Display color	16.7M
Viewing Direction	ALL	O’Clock
Operating temperature	-20~+70	℃
Storage temperature	-30~+80	℃
Module size	Refer to outline drawing	mm
Active Area(W×H)	153.84X85.63	mm
Number of Dots	800×480	dots
Driver IC	ST7277	-
Power Supply Voltage	3.3	V
Outline Dimensions	Refer to outline drawing	-
Backlight	3S10P-LEDs (white)	pcs
Interface	LVDS	-

Outline Drawing