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Portrait TFT Technology

Portrait TFT Technology

Portrait TFT LCD modules from 0.96" to 8.0", built to be used tall. Find out why a native portrait panel beats a rotated landscape one, and how to choose a panel type, interface and touch option.

Winstar 8.0 inch, 3.97 inch and 3.5 inch portrait IPS TFT LCD modules

Overview

A portrait TFT is a colour TFT LCD designed to be used tall rather than wide. Its native resolution has more rows than columns, such as 240x320 or 800x1280, it draws the picture from the top of the portrait image to the bottom, and its connector sits at the bottom edge. That makes it a natural fit for handheld devices, vending machines, kiosks and wall-mounted panels.

As the authorised distributor for Winstar Display Corporation we offer portrait TFT modules from the 0.96" 80x160 up to the 8.0" 800x1280, mostly with IPS panels for wide viewing angles, with SPI, MCU and MIPI DSI interfaces and optional capacitive touch.

Native portrait, no rotation needed

Sizes from 0.96" to 8.0"

IPS wide viewing angles

SPI, MCU and MIPI DSI

PCAP touch, up to 10 points

Up to 1000 cd/m² brightness

Why Native Portrait Matters

A TFT panel writes its picture one row at a time, along its native rows. Turn a landscape panel on its side and those rows now run up and down, so the image must be rotated in software or by the display controller before it is sent. That adds processor load, and fast-moving content can tear because the panel refreshes across the picture rather than down it.

A native portrait panel is built tall from the start. It refreshes from the top of the image to the bottom, the image goes straight from memory to the screen, and the flexible connector sits neatly at the base. With IPS panels on most models, the viewing angle is the same from every side.

A landscape panel rotated to portrait scans across the image with its connector on the side, while a native portrait panel scans from top to bottom with its connector at the bottom Native Portrait vs Rotated Landscape A native portrait panel refreshes in the same direction you read Scan Scan Rotated landscape panel Image rotated in software, connector at the side Native portrait panel Scans top to bottom, connector at the base

Simplified illustration: grey lines show the direction of the panel's native rows

Advantages of Portrait TFTs

Why designers choose a native portrait display for tall products

Made for Tall Layouts

Lists, menus and readouts fit naturally on a tall screen, the way people hold handheld devices.

No Rotation Overhead

The image goes straight from memory to the screen, with no rotation step for the processor.

Smooth Animation

Refreshing from top to bottom of the image keeps scrolling and animation free of diagonal tearing.

Wide Viewing Angles

IPS panels on most models give 80° viewing in every direction, with stable colour.

Tidy Connection

The flexible connector leaves from the bottom edge, keeping the product narrow.

Touch Options

Projected capacitive touch from single-point up to 10-point, with optical bonding on selected models.

Choosing a Panel Type

Most of the range uses IPS panels, with 80° viewing in every direction and stable colour, ideal for screens viewed from any angle.

The 1.8" uses a VA panel with a very high 1500:1 contrast, for deep blacks and crisp graphics.

Panel Models Strength
IPS0.96", 1.54", 2.0", 2.4", 2.8", 3.5", 3.97", 5.0", 7.0", 8.0"Wide viewing angles, stable colour
VA1.8"High contrast, 1500:1

Choosing an Interface

Small portrait displays use SPI, needing only a few connections to a microcontroller, and have their own frame memory so only changes need sending. Larger, higher resolution displays use MIPI DSI, a fast serial link for processors with a MIPI display output.

Our engineers can help match a display and interface to your design and arrange samples.

Ask Our Engineers
Interface Connection Used On
SPISerial clock and data0.96", 1.54", 1.8", 2.0", 2.4", 2.8"
MCU parallel8-bit or 16-bit bus2.0", 2.4", 2.8"
MIPI DSI, 1 laneHigh-speed serial3.5"
MIPI DSI, 2 lanesHigh-speed serial3.97", 7.0"
MIPI DSI, 4 lanesHigh-speed serial5.0", 8.0"

Portrait TFT Range

Compare our portrait TFT modules by size, resolution, driver IC, interface, brightness, touch and outline

Model Size Resolution Driver IC Interface Brightness Touch Outline (mm)
WF0096ATYAA3DNF100.96"80x160ST7735SSPI400 cd/m²PCAP, optical bonding18.7 x 31.9 x 2.64
WF0154ASAAA4DSN01.54"240x240ST7789T3SPI850 cd/m²None31.52 x 33.72 x 1.94
WFN0180A2S0XASNC0001.8"128x160NV3023BSPI850 cd/m²PCAP36.5 x 47.0 x 4.73
WF0200BSYAJDNN02.0"240x320ST7789VIMCU, SPI950 cd/m²None38.8 x 52.3 x 2.15
WF24LSYAJDNG02.4"240x320ILI9341VMCU, SPI800 cd/m²PCAP42.72 x 60.26 x 4.5
WF28JSYAJDNN02.8"240x320ILI9341VMCU, SPI1000 cd/m²None50.5 x 69.7 x 4.55
WF35UTYAIMNN03.5"320x480ILI9488MIPI, 1 lane600 cd/m²None54.5 x 83.0 x 2.46
WF40CTYAQMNG103.97"480x800ST7701SMIPI, 2 lanes400 cd/m² min.5-point PCAP, optical bonding67.14 x 106.85 x 3.8
WF50DTYA3MNNB5.0"720x1280ILI9881CMIPI, 4 lanes600 cd/m²None68.4 x 122.7 x 4.6
WF70D4SYAUMNG107.0"800x1280ILI9881CMIPI, 2 lanes850 cd/m²10-point PCAP, optical bonding131.63 x 188.17 x 8.05
WF80GSYAUMNG08.0"800x1280ILI9881CMIPI, 4 lanes900 cd/m²5-point PCAP123.74 x 192.08 x 7.95

Figures from Winstar's specifications. See the datasheet or contact us for details. View Portrait TFT Displays →

0.96"
Smallest Display
800x1280
Highest Resolution
1000
Max. Brightness (cd/m²)
10
Max. Touch Points

Typical Applications

Portrait TFTs suit products that are taller than they are wide

Handheld Devices

Scanners, meters and portable terminals held in one hand.

Vending Machines

Tall selection and payment screens on vending and dispensing units.

Kiosks & Point of Sale

Self-service kiosks, payment terminals and retail displays.

Medical Monitoring

Patient monitors and portable medical devices.

Wall Control Panels

Smart home, access and building control panels mounted upright.

Industrial HMI

Narrow operator panels and industrial tablets.

Frequently Asked Questions

A portrait TFT is a display panel designed to be used tall rather than wide. Its native resolution has more rows than columns, such as 240x320 or 800x1280, it scans from top to bottom of the portrait image, and its flexible connector is usually at the bottom edge.

You can, but the image then has to be rotated in software or by the display controller, which adds processor load and can cause tearing on moving images, because the panel still scans along its long side. The connector also ends up on the side, and on TN panels the best viewing direction moves to the side. A native portrait panel avoids all of these.

SPI suits the small displays from 0.96" to 2.8", using few connections to a microcontroller. The 2.0", 2.4" and 2.8" also offer an MCU parallel bus for faster updates. The 3.5" to 8.0" models use MIPI DSI with 1, 2 or 4 data lanes, for processors with a MIPI display output.

Yes. Projected capacitive touch (PCAP) is fitted to the 0.96", 1.8" and 2.4" with single-point touch, the 3.97" and 8.0" with 5-point touch, and the 7.0" with 10-point touch. The 0.96", 3.97" and 7.0" use optical bonding for a clearer, tougher front.

The 2.8" WF28JSYAJDNN0 is the brightest at 1000 cd/m², followed by the 2.0" at 950 cd/m², the 8.0" at 900 cd/m² and the 1.54", 1.8" and 7.0" at 850 cd/m². For outdoor use with less backlight power, ask us about transflective portrait displays.

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