#tft modules

[rondelidisplay]

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[leadteklcd]

Leadtekdisplay Premium TFT Modules for Vibrant Displays

Leadtekdisplay's TFT module are cutting-edge display solutions that integrate Thin-Film Transistor technology for exceptional image quality. With vivid colors, high contrast ratios, and detailed visuals, these modules suit a range of applications, including consumer electronics, medical devices, and automotive dashboards. Available in various sizes and specifications, Leadtekdisplay's TFT modules ensure durability and reliability, offering seamless performance in different environmental conditions, from bright sunlight to low-light settings, meeting the highest industry standards.

[nalecofeousoeneh]

www.stoneitech.com

STONE TFT LCD Module

[adnanalnemrawi]

تحديث TFT MTK Module 7 0 0 Beta Premium tool

[vintagerpg]

Shifting gears slightly, this is The Forest-Lords of Dihad (1982), the first of two products detailing the Land Beyond the Mountains, a setting developed by Gamelords for Metagaming’s Fantasy Trip system. Despite the promise of the material, the deal fell apart when Metagaming closed and Fantasy Trip slipped into copyright limbo. The pair of modules from Gamelords are, to my knowledge, the only third-party material produced for Fantasy Trip during its first incarnation.

I’ve never looked at any of Metagaming’s later adventures, and Tollenkar’s Lair is just a large dungeon, so I can’t really judge Dihad against the mainline content, but I am willing to bet this is pretty different. It’s very much a setting book, comparable with something like Griffin Mountain in terms of the size of the territory and the sort of details the book is interested in (social groups, topography, factions, as opposed to a more encounter-based focus like X1: The Isle of Dread, or even the overland details in Mines of Keridav). It’s…very good. It makes me seriously wonder what Thieves Guild might have developed into had Gamelords had the staying power of Chaosium and RuneQuest.

It is not at all what I expect for Fantasy Trip, which I think of as more of a tactical combat game. In fact, there is very little sense of system in the text. TFT stuff is there, but it isn’t in the foreground, making this material essentially generic.

Pretty sure that is a Wyman cover, but not one of their best. Wyman, Larry Shade and and Wallace Miller are all credited as interior illustrators, and they do a very good job. Really love that gargoyle. Which, gargoyle hunting is a big thing here — their gallbladders are important components for all sorts of arcane doings, and someone one has been overhunting and stockpiling them, causing a general shortage. This whole plot thread is delightfully odd and worth the price of admission alone (which was about 25 bucks, at least until I posted about it). I wish I had the second volume!

[christanworkshop]

DIY: Marauder with Screen and GPS For Flipper Zero

Many of you would have seen the humongous ESP32 add-on module with touch screen and GPS for Flipper Zero shared in discussion groups, forums, etc. Well, this tutorial will provide you with all the information you need to build one yourself.

This build consists of mainly 4 parts. The TFT LCD 2.8" 240x320 SPI ILI9341 Touch Display cost me around US$5.50, the ESP32-WROOM-32U module cost around US$3, the NEO-6M GPS module cost around US$2.20 and an 8dbi 2.4GHz Wifi Antenna which cost around US$2. All of these parts can be easily found in online marketplaces like Aliexpress, Amazon, etc. Here is how you need to wire them up together. How you wish to lay this out or mount on a prototyping board is entirely up to you. As long as the connections are correct, you are good to go. The GPS module is optional, and mainly, it's used for the war driving functionality.

Next, you need to download all the firmware needed from here. Please download the Bootloader, Partitions, Boot App and Firmware files for v4 (Yes, v4 files, not any others) and save it on your computer.

Now, press and hold the BOOT button on your ESP32-WROOM-32U module and connect it to your computer using a data-capable USB cable (some USB cables can only charge), then let go the BOOT button. Open Google Chrome or Microsoft Edge browser and go to ESPWebTool. Click the CONNECT button, then select the ESP32 usb serial connection. It should look something like below but can vary a little between different computers and operating systems.

Select the firmware files for each slot exactly like below (take note of the 0x1000, 0x8000, etc. and their corresponding .bin files), then hit the PROGRAM button.

When completed successfully, you can unplug the USB cable from the ESP32 module and now you can connect your Marauder module to your Flipper Zero. Please ensure that your Flipper Zero is turned off before you connect it, and also turn off your Flipper Zero before disconnecting it. The 3.3V pin is also used by your Flipper Zero's SD card reader and connecting/disconnecting external modules that use this pin while the Flipper Zero is on can potentially corrupt the SD card. So, if everything went according to plan, your Marauder module should boot up and everything should look like below.

NOTE: If your Marauder boots up, but when you try to touch the screen and get no response, try tapping around the bottom part of your screen and see if the touch panel seems to be in inverted position from the actual display. Should this happen to you, just flash your ESP32 module again following the steps above, but use the v6 firmware. This should resolve the issue.

In this build, I just prototyped this on breadboard, but you can of course make it permanent by soldering it on to a prototype board and 3D print a case for it. This setup is essentially just using the Flipper Zero as a battery pack, instead of using the Flipper Zero to control Marauder. The large screen does make some things easier to do, compared to the small screen of the Flipper Zero, and there may be some functionality (not much) that is not currently in the Flipper Zero Marauder companion app. Here is a video showing the different menus in Marauder.

Personally, I don't think I will actually want to bring something so big around with me, along with my Flipper Zero. I think what makes Flipper Zero special is just how compact it is and all the different functionality cramped into it. This would probably be better off as a standalone unit by just hooking up a battery, but that's just me. Well, that's it for this tutorial. I hope you found this helpful.

Here's a good intro to Marauder if you are unfamiliar.

[adafruit]

ICN6211, more working!

we took october off from working on this project, but we're back baby! a PR was submitted to allow DTO-level configuration of display timings , rather than having a specialized driver for each display config which, if merged in by the raspi folks, will mean we don't need to do specialized kernel compilation or module work. at the same time im working on setting up the onboard attiny chip which will be used to configure the ICN6211 over I2C, the TFT over SPI, and manage the backlight. in order to make it possible to 'hot swap' displays without bustin' out a UPDI adapter, we'll store the configuration code in an EEPROM that is exposed over the Pi's DSI I2C port. or at least, that's the idea! we'll see if it works soon :)

[quartz-components]

This 2.4" TFT LCD display module will add up as an awesome display for your Arduino Projects. It can display 240x320 coloured pixels and also has touch screen functionality. The LCD fits directly on top of Arduino UNO as a shield, it is powered by the 3.3V pin on Arduino and communicates through SPI protocol.

[rondelidisplay]

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[leadteklcd]

High-Performance TFT LCD Modules by Leadtekdisplay

Leadtekdisplay TFT LCD modules are high-performance display components utilizing Thin-Film Transistor technology to deliver sharp and vibrant visuals. Widely used in devices ranging from smartphones to industrial equipment, these modules offer superior resolution and color accuracy. Known for their fast refresh rates, they are ideal for applications requiring smooth motion display. Leadtekdisplay provides a variety of sizes and configurations, ensuring flexibility for developers to create customized, user-friendly interfaces that meet diverse industry demands.

[jollyraiderguardian]

TN LCD vs IPS LCD: How to Choose the Right Display for You

Exploring the Basics of TN and IPS LCDs

When it comes to choosing a display, understanding the fundamental differences between TN (Twisted Nematic) and IPS (In-Plane Switching) LCDs is crucial. Both have unique characteristics that cater to different needs and applications.

Key Characteristics of TN LCDs

Response Time and Refresh Rate

If your primary concern is for speed and low response times , TN LCDs are the fastest panels available and have set the standard for refresh rates in displays. The fast response of pixels minimizes the motion blur in case of high-speed action scenes and allows for clear viewing.

Viewing Angles and Color Accuracy

But TN panels have always lacked viewing angles and color reproduction. Although attractive, the colors can change based on the angle you view it from, making it suspect for color-matching jobs. This confines them from being truly useful in professional design or photography. That makes them not very professional if you need them for design or photography.

Key Characteristics of IPS LCDs

Enhanced Color Reproduction

IPS technology delivers superior color reproduction, offering vibrant and accurate colors that remain consistent across various viewing angles. This makes IPS displays particularly favorable for applications where color precision is paramount.

Wider Viewing Angles

IPS LCDs have wide viewing angles so that more people can look at the screen without distortion. An example would be the full-view capability of the CDTech’s 10.1-inch IPS TFT LCD module, which provides all-around image consistency. As in the case of this 1-inch IPS TFT LCD module, achieving full view in terms of view angles.

Performance Differences in Various Applications

Gaming and Entertainment Displays

Speed and Responsiveness

For gaming displays, the speed of TN panels can provide a competitive edge due to their lower input lag.

Visual Quality and Immersion

It ensures a better quality of color output and contrast ratio—so, in turn, a more realistic gaming experience. As these panels need no need for processing by the display processor, one can see the bench of panels with a vadal display picked up by CDTech with a 1000:1 contrast ratio note that it will use a 5.0-inch IPS display which will render bright images even under difficult lighting conditions.

Professional Use in Design and Photography

Color Precision Requirements

People in design or photography need displays that can show color as is. These demands are naturally suited for fields that require exceptional color accuracy, which is, of course, where IPS panels come in. Thus, IPS panels suffice these demands.

Display Calibration Needs

IPS displays also support advanced calibration techniques to ensure color fidelity across different devices. This feature is crucial for professionals who need consistent results across various platforms.

Longevity and Durability Considerations

The lifespan of TN vs IPS Panels

Wear and Tear Factors

Both TN and IPS panels have similar lifespans; however, their durability can vary based on usage conditions. Proper handling and storage practices significantly impact longevity.

Maintenance Practices for Longevity

To make CDTech products last longer, they highlight the need for the correct operation method. The FPC gold fingers for direct contact oxidation can be avoided, while the anti-static glove for handling the FPC can minimize damage risk. Even, the storage of displays is in the same temperature, and humidity maintained condition, which keeps displays in better shape for longer.

Ultimately, the difference between TN LCD and IPS LCD comes down to your use case. Speed for gaming or true colors for professional use and it is important to know these distinctions so you can choose the right type of display for your purpose.

Cost Implications and Value for Money

Price Differences Between TN and IPS Displays

Initial Purchase Costs

The short-term costs involved in the purchase price of TN compared to IPS are crucial to be considered and assessed. TN panels are normally cheaper because it is easier to make these types of panels This makes them appealing to people on a budget or in applications where bleeding-edge visual fidelity is not necessary. This economy can be a compelling draw for economically-minded consumers, or in some use cases where high-end visual fidelity isn’t the most important lens.

Long-term Investment Value

Even though IPS panels have a more expensive initial cost, the long-term value of the investment is much higher. The greater color accuracy and wider viewing angles help in professional environments as they stay on top of the needs of the designers and photographers. Moreover, the tough construction of IPS panels, backed by CDTech’s pledge for quality, means they have a longer useful life and require replacements less often.

CDTech’s Innovative Display Solutions

Overview of CDTech’s Product Range

CDTech has introduced exciting display technology products to address a variety of industry needs. They produce high-end OLED panels, top-of-the-line QLEDs and an entire selection of LCD displays for various uses. It offers a full spectrum of technology that includes state-of-the-art OLED, all-new QLED technology and further, a broad range of both professional and consumer LCDs in several applications.

Advanced OLED Displays

Specifically, CDTech-built OLED displays, are known for their high contrast ratio and deep blacks for clear visuals. They are perfectly suited for high dynamic range (HDR) displays with outstanding brightness and color to be used in applications like digital signage and high-end consumer electronics.

Cutting-edge OLED Technology

OLED displays are specially designed with quantum dots to produce higher color brightness and saturation, which is why they are best suited to rooms with challenging lighting conditions. The tech offers bright images good for commercial settings. Its hyper-reality visuals entice viewers on commercial grounds.

CDTech follows an intensive testing process too so that it can gain an edge over the competitors in terms of quality. Designed for stability, their products deliver operation from ~-20°C~+70°C. From 10.1-inch sunlight-readable IPS displays to small 2.8-inch modules for industrial control panels, CDTech is able to meet a wide variety of needs with high-quality images.

[xinhulian]

A Complete Guide to TFT Display Interfaces: RGB,LVDS, MIPI,HDMI & More

Thin Film Transistor (TFT) displays are a standard component in most contemporary devices. They possess high color accuracy, fast response time, and high resolution, and this has made them popular in most industries. Knowledge of the interfaces used in TFT displays is necessary for maximum performance and compatibility of function. Some of the popular interfaces include RGB, LVDS, and MIPI, and each of these has limitations and advantages.

RGB Interface: Principles and Uses

What is RGB?

The RGB interface operates by transmitting pixel data on three major color channels—red, green, and blue. By adjusting the intensity of each channel, a great range of colors are created. Maximum intensity across all channels, for example, creates white, and zero intensity black. The interface is prevalent in small-display uses, for example, old mobile phones and factory controls.

Signal Transmission

The RGB information is transmitted in parallel, i.e., multiple bits are transmitted simultaneously. In addition to the color data (RGB), synchronization pulses are very significant. HSYNC marks the start of a new line of pixels, and VSYNC starts a new frame. Pixel clock (DOTCLK) controls the refresh rate, and a larger clock frequency delivers more motion quality.

Limitations and Advantages

RGB is simple to drive and offers good color rendition. It’s cheap and simple to implement, and thus it’s used everywhere where these are the most important considerations. Its sole significant disadvantage is its shorter transmission distance—signal integrity is lost with distance due to electromagnetic interference and attenuation. RGB also requires numerous physical connections, making cable and PCB design more complicated.

LVDS Interface: Low-Voltage Differential Signaling

What is LVDS?

LVDS (Low-Voltage Differential Signaling) is an interface technology that transmits data in the form of differential signals with reduced voltage swings. In comparison to RGB, a single signal wire and a reference to ground, LVDS means two wires for data send. The method provides high speed data transmission in low power consumption and is highly applicable in super-large TFT panels (8 inches and above).

Transmission Process

LVDS serializes the parallel data through a serializer and transmits it over differential pairs. The receiver deserializes the data to parallel format for processing by the display controller. This method minimizes power consumption and electromagnetic interference (EMI) with a more stable signal over a longer distance.

Advantages

LVDS suits long distance and high data speed transmission and therefore is more suitable for big TFT displays. LVDS is differential and therefore it has high immunity to electromagnetic interference and hence generates clearer and more stable images. LVDS uses fewer signal lines compared to RGB, and thus it simplifies the connection and makes space-saving design possible, especially for handheld and mobile devices.

MIPI Interface: Mobile Industry Processor Interface

Introduction to MIPI

MIPI Alliance, established in 2003, aims at standardizing mobile industry interfaces for better compatibility of components like cameras, displays, and processors. MIPI interfaces such as the Display Serial Interface (DSI) enable smooth information exchange between display modules and mobile devices with power-efficient, high-resolution display output.

MIPI DSI: High-Speed Data Transmission

MIPI DSI can support video mode and command mode. Command mode is utilized for transmitting configuration commands to the display (resolution, color depth, etc.), and video mode for transmitting high-speed video data. The interface guarantees the transmission of high-speed pixel data, thus the smooth and precise rendering of the image. The high bandwidth of MIPI DSI and low power consumption are vital in mobile devices that require processing much multimedia content quickly.

Advantages

MIPI interfaces, in particular DSI, support high data transfer rates at high speed that are required for high-resolution displays. MIPI also saves power through low-voltage signaling, which extends the battery life of mobile devices. MIPI uses less current than parallel interfaces due to fewer pins, which suits thin and light devices with very little space.

Applications in Mobile Devices

MIPI interfaces have wide applications in mobile devices such as smartphones, tablets, and smartwatches. In smartphones, MIPI DSI is the de facto display and application processor interface and supports high-resolution displays like Quad HD (2560×1440) and above. MIPI DSI interface delivers smooth scrolling, high-frame-rate gaming, and high-definition video playback at low power. Similarly, MIPI interfaces find ample application in tablets too, where they enable efficient data transfer in big, high-quality displays to facilitate reading, movie watching, and productivity applications. For smartwatches, MIPI’s low power and small size are ideally suited to connect processors to small displays.

HDMI Interface: High-Definition Multimedia Interface

Introduction to HDMI

HDMI is a digital interface utilized widely to transfer high-definition audio and video signals. It was developed in 2002 by a consortium of companies like Panasonic and Sony, and HDMI brought together the use of several cables (video and audio) in one cable and made it convenient to connect. HDMI evolved with time in regard to the resolution, bandwidth, and number of features it supported.

Signal Delivery and Characteristics

HDMI uses Transition Minimized Differential Signaling (TMDS) to transmit data with minimal interruption. HDMI carries several video resolutions from 1080p to 8K and enhanced audio formats like uncompressed PCM and Dolby Digital. HDMI also uses HDCP (High-Bandwidth Digital Content Protection) which is used to block unauthorized content transmission.

HDMI on TFT Displays

HDMI is common in TFT displays of TVs, monitors, and projectors. In monitor computers, HDMI offers high-definition gaming, video streaming, and professional applications with clear images. In TV sets, HDMI is the primary interface for external sources such as Blu-ray players and game consoles and accommodates high-definition or even 4K and 8K resolution material. HDMI is used in projectors, which optimize multimedia presentations, either in corporate, academic, or home entertainment.

Comparison of Other Interfaces

HDMI has better transmission quality and range than RGB with audio and video support over greater ranges, as opposed to RGB that can only provide support for small screens. HDMI is also more flexible than LVDS with audio and video support in consumer electronics. Nevertheless, for handhelds, MIPI takes the place of HDMI as it’s smaller in size and consumes less power.

Other Widely Used TFT Display Interfaces (Overview in Brief)

VGA (Video Graphics Array)

The analog video interface VGA, created in 1987, has been used for computer-to-monitor connections extensively. It supports low resolutions, typically a maximum of 1920×1080, and lacks support for the transport of audio. VGA can still be found in legacy systems but is increasingly being replaced by digital interfaces since it has not supported quality signals and resolutions of modern applications.

DisplayPort

DisplayPort, created by VESA, is a digital interface that can handle high refresh rates and high-resolution monitors and is suitable for professional graphics and gaming. It is capable of supporting multi-monitor setups and high-definition audio. DisplayPort is able to provide video resolutions of up to 8K and beyond, supporting demanding applications in media production and gaming.

Kadi Display TFT Displays

Product Range Overview

Kadi Display offers a range of TFT displays to be used in applications ranging from mobile phones to industrial control. The screens range from 4.3-inch screens to larger screens like 10.1-inch screens, all with up to 1200×1920 resolutions. They employ interfaces like MIPI and HDMI to provide high-quality visual outputs to be utilized in medical devices, industrial systems, and digital signage.

Quality and Customization

With over 20 years of history, Kadi Display maintains strict quality control, as attested by certificates like ISO9001 and ISO14001. Customization through the company is available for interface requirements, size, resolution, and environment in a bid to cater to the individual requirements of the clients. Kadi Display’s flexibility to customize has been thoroughly tested with the success of over 100 customized projects in 2023.

Choosing the Appropriate TFT Display Interface

Considerations Based on Application Requirements

For mobile phones, MIPI is the best interface with high-speed data transfer and maximum power consumption. For computer display, HDMI and DisplayPort are widely accepted with HDMI for general use and DisplayPort where higher bandwidth with games and commercial graphics is utilized. Industrial automation systems will typically recommend LVDS as the interface where high-speed transfer over a long distance is needed.

Balancing Cost, Performance, and Functionality

Choosing the right interface is a trade-off involving cost, performance, and functionality. RGB is low performance but low cost, whereas LVDS is an optimal choice for the industrial market. MIPI, while more expensive, is best suited for mobile applications with high-definition display and low power consumption. HDMI and DisplayPort, while more expensive, are best suited for consumer electronics applications with high-definition and high-bandwidth usage.

Conclusion

Generally speaking, selecting the right TFT display interface is most important when it comes to delivering the highest performance. MIPI is more suitable for mobile, LVDS for industrial, and HDMI for consumer. Kadi Display offers a broad selection of displays with various interfaces, allowing customers to select the perfect solution for their product. Contact Kadi Display today to learn more or discuss your project.

[longwintechnology]

How Customized AUO TFT Displays Are Revolutionizing Modern Electronics

As technology continues to evolve, the demand for high-quality, customizable displays is rapidly increasing. AUO TFT LCD modules are leading the charge, powering devices across industries—from smart home automation to industrial control systems and electric vehicle dashboards.

At SZDFlongwin, we specialize in providing AUO-authorized TFT LCD modules, custom touch panels with logos, and expert lamination services tailored to client needs. Our goal is to deliver reliable, crystal-clear, and long-lasting display solutions to suit all modern applications.

Whether you’re a startup building smart gadgets or an enterprise upgrading industrial machines, choosing the right display makes a difference.

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[howzitsa]

Acer Extensa 215 Core i7 1165G7 EX215-54-7843 Notebook Powerful productivity in a highly portable package for small businesses and entrepreneurs. Designed for businesspeople in need of everyday computing power and functionality. Get your work done quickly and efficiently while multitasking. Proudly on Acer Reliability Promise. SPECIFICATIONS Operating System: Windows 11 Pro 64-BIT Processor: Intel® Core™ i7 Quad Core 1165G7 2.4GHz - 4.2GHz Processor Cache: 8MB Memory Standard Memory: 8GB Maximum Memory: 16GB Number of Total Memory Slots: 1 Storage SSD Storage Capacity: 512GB PCIe NVMe SSD Display and Graphics Display Size: 15.6" (39.6 cm) Display Type: 1920 x 1080 Touchscreen: No Maximum Screen Resolution: 1920 x 1080 Display Screen Technology: Acer ComfyView™ LED-backlit TFT LCD Graphics Card: Intel® Iris® Xe Graphics Network and Communication Wireless Lan Standard: IEEE 802.11a/b/g/n/ac Wireless LAN Model: 802.11 wireless LAN, Dual Band (2.4 GHz and 5 GHz), 2x2 MU-MIMO technology Ethernet Technology: 10/100/1000 Gigabit Ethernet Bluetooth Standard: Bluetooth® 5.2 and later LTE: Yes Built In Devices Microphone: Yes Fingerprint Reader: No Webcam: Yes Speakers: Yes Number of Speakers: 2 Interface/Ports Number of HDMI Ports: 1 Number of USB 2.0 Ports: 1 Number of USB3.2 Gen 1 Type A Ports: 2 Number of USB3.2 Gen 2 Type C Ports: 0 Total Number of USB Ports: 3 USB Type-C Detail Network (RJ-45): Yes Input Devices Pointing Device Type: Multi-gesture secure touchpad, supporting two-finger scroll, pinch Keyboard: FineTip keyboard with independent numeric keypad|international language support and power button Battery Information Number of Cells: 2-cell Battery Chemistry: Li-ion battery Maximum Battery Run Time Battery life up to 8 hours Battery Energy: 37.5Wh Physical attributes Height: 20mm Width: 239 mm Depth: 364 mm Weight: 1.700000 Colour: Black Miscellaneous Package Contents: 1x Notebook | 1x Ac Adapter | 1x Manual Security: Firmware Trusted Platform Module (TPM) solution Warranty Warranty Period: 1 Year Carry in Warranty