stack lcd display price

The 7" TFT LCD display is user configurable for everything from tacho rev range to warning light signal and shift light points. Designed to be clearly visible in day or night the display is capable of showing you everything you need including: Revs, speed, pressures, temperatures, volts, lap times, predictive lap times and so much more via 10 sensor inputs and an inbuilt accelerometer. Setting up your Stack dash logger couldn"t be easier with the "drag and drop" PC software included.

A single AS connector allows installation to any vehicle and can easily be removed if required. The display unit is shock and vibration resistant and is sealed against water and dust to IP67 making it ideal for motorsport use.

The Stack Colour LCD Motorsport Display is the next evolution of driver communication and data acquisition. The carbon composite housing is IP65 sealed against water and dust intrusion and will easily withstand 20 g of continuous vibration and 50 g of shock. Our 7" LCD panel ensures easy visibility under all circumstances with unmatched brightness and an optically bonded lens for extreme glare suppression. The display layout is configurable to your individual specifications. The system will accommodate two programmable data bus channels (I CAN and I serial) in conjunction with discrete analog sensors and its integrated 3 Axis Accelerometer. Data collection can occur at up to 1,000 Hz and the internal memory allows for appropriate recording time. User definable warnings take advantage of super bright, multicolour LEDs placed around the perimeter of the chassis to alert the driver to critical on-screen information.

Display features perfectly rendered virtual analog needles, value display bands, digital value indicators for vehicle parameters and configurable full color text warning messages.

Our 7" LCD panel ensures easy visibility under all circumstances with unmatched brightness and an optically bonded lens for extreme glare suppression.

The Stack LCD Motorsport Display is an extremely capable, modern and flexible driver communication and data acquisition solution. The carbon composite housing is IP65 sealed against water and dust intrusion and will comfortably withstand 20 g of continuous vibration and 50 g of shock. The 7” LCD panel ensures easy visibility under all circumstances with unmatched brightness and an optically bonded lens provides extreme glare suppression and the display layout is fully user configurable. The system will accommodate four programmable data bus channels (2 CAN and 2 serial) in addition to discrete analogue sensors and its integrated 3 Axis Accelerometer. Data collection can occur at up to 1 kHz and the internal memory allows for practically infinite recording time. User definable warnings take advantage of super bright, multicolour LEDs placed around the perimeter of the chassis to alert the driver to critical onscreen information.

Our 7” LCD panel ensures easy visibility under all circumstances with unmatched brightness and an optically bonded lens for extreme glare suppression.

Display features perfectly rendered virtual analog needles, value display bands, digital value indicators for vehicle parameters and configurable full color text warning messages.

The 7” LCD panel ensures easy visibility under all circumstances with unmatched brightness and an optically bonded lens for extreme glare suppression.

Unit LCD is a 1.14 inch color LCD expansion screen unit. It adopts ST7789V2 drive scheme, the resolution is 135*240, and it supports RGB666 display (262,144 colors). The internal integration of ESP32-PICO control core (built-in firmware, display development is more convenient), support through I2C (addr: 0x3E) communication interface for control and firmware upgrades. The back of the screen is integrated with a magnetic design, which can easily adsorb the metal surface for fixing. The LCD screen extension is suitable for embedding in various instruments or control devices that need to display simple content as a display panel.

The term “future-proof” is a dangerous one to throwaround for any modern technology. Many mobile device manufacturers regularly push out their latest hardware while deeming the previous generation outdated. You can’t go shopping for a laptop without the expectation that there will be a new model next year that is thinner, lighter and more powerful. Even automotive technologies follow this pattern, with engine management solutions and active suspension continually proving more effective than ever before with every update. In the cockpit, the motorsports industry pushes data acquisition technologies forward, making gigantic strides in the last decade. Despite the trend of continually evolving dashes and data acquisition systems, Stack introduces its ST9918 LCD Motorsport Display as a highly capable dashlogger that aims to be future-proof.

The Stack ST9918 LCD Motorsport Display is the manufacturer’s latest offering of a professional racing dash, following a long history of supplying racing teams with data logging solutions. The company’s involvement in motorsports data acquisition dates back to the mid-1980s, taking part in legendary racecars in Formula One and IndyCar, up to more recent prototype and rally cars. Despite the use of this hardware in top-tier racing series with big budget teams, Stack systems have been available to consumers for decades, allowing racers and teams to utilize the same technologies in their own projects. To the benefit of the smaller teams and independent car owners, many of the features that were once available only to those with deep pockets are more affordable and accessible than ever before.

Although Stack’s lineup of dashes and data loggers has generally increased in both functionality and affordability, the ST9918 is no entry-level consumer display. This full-color, customizable LCD dash and data logger serves as the manufacturer’s flagship product in the motorsports world. It carries the most features and highest performance, but these highlights add up to a $2,499.95 MSRP. To this end, this dash belongs in a racecar or at least in a performance track car. Roadcars would hardly take advantage of the ST9918’s broad range of functionality.

At first sight, the ST9918 display looks gigantic. The 7-inch TFT LCD screen is framed by an 8.28×5.16×1.35-inch carbon composite housing. This makes for a beautiful presentation of data on the screen, however, it may be a struggle to make it fit well in some vehicles. On the face of the dash, four buttons allow for display switching and menu navigation. 16 multicolor LED lights fill out the bezel to provide engine speed for shifting, as well as configurable alarms. On the back of the display, a single 37-pin connector simplifies wiring, and four 8-32 threaded brass inserts provide solid mounting points. The fit and finish of this ST9918 previews the quality of its construction, showcasing a robust form factor while still sporting an appealing look.

The Stack ST9918 LCD Motorsport Display is loaded with features and capabilities to keep its users informed with every aspect of a car’s performance. The unit houses a built-in 3-axis accelerometer and allows for the connection of an external GPS sensor. These items work together to provide data on acceleration, deceleration and cornering forces and speeds, as well as GPS-based lap timing and track mapping. The ST9918 features two configurable RS232 connections and two configurable CAN connections, adding to the amounts of data for logging and analysis. These communication mediums enable reading channels like GPS, ECU data, telemetry and additional sensors. With sample rates of up to 1,000 Hz recording onto 4 GB of internal memory, this dash logger can record accurate data for more laps than anyone can drive in one session.

Stack engineered the ST9918 to stand as the framework for data displaying and logging for the future, which means compatibility and modularity are critical. In order to meet the needs of many types of platforms in different racing and performance environments, Stack offers a wide variety of add-ons and sensors. This includes optional hardware to measure temperatures, pressures, RPMs, speeds, lambda and displacement (potentiometers) all around the car.

The LCD Motorsport Display looks good on the outside and carries the latest hardware on the inside. All that’s left is making it work with your vehicle. With an Ethernet or USB connection, any PC running Windows XP or newer can communicate with the dash for configuration, firmware updates or data downloads. Once connected, Stack’s DataPro so ware opens the full list of features and customizability for the dash. From here, you can edit the various channels and calibrate them to your liking.The ST9918 allows for extensive customizability, which can be both good and tedious. The good part is that this dash is highly capable as an information display and a data logger. Using the DataPro so ware, users can configure the many different types of available sensors, and adjust how they display information on screen. This includes layout templates that can utilize a sweeping RPM bar, standard dial gauges, plain numerical readouts and illustrated graphical displays. Conditional alarm graphics and warning LEDs can even be set to deliver important messages to the driver. The list of features can go on seemingly forever, which is where the downside comes in. The near-limitless level of customization means that tuning this dash exactly to your liking could take a lot of time and tedious work. Although the DataPro so ware attempts to make the process a mostly drag-and-drop a air with pre-configured templates for many data channels, most users won’t get very far without closely studying the manual.

Once everything is set up, the ST9918 operates flawlessly. The display adjusts its brightness based on ambient light, dimming itself in low light conditions and brightening itself to be easily readable in direct sunlight. Information displayed on screen refreshes quickly and, with a track configured in the GPS settings, logs data automatically. If you want to take full advantage of the motorsports aspect of the ST9918, you can even purchase the Pro So ware Pack and a few hardware accessories from Stack to utilize the telemetry feature. This means that while you’re driving on track, your crew can monitor the data channels in real time from pit lane. For anyone who wants to review data a er a session on track, the DataPro so ware offers the ability to download sessions and view the properties of the various channels from each lap. The ability to synchronize the data with video and GPS position on the track only adds to the dash’s utility for drivers and engineers alike.

Stack offers one of today’s most capable and most versatile dash loggers in its ST9918 LCD Motorsport Display. Priced at $2,499.95, it sits at the higher end of the spectrum compared to most street dashes but is competitively affordable for the racing world. Its extensive list of features and capabilities makes it more attractive to racers and serious automotive enthusiasts. However, this is no “plug-and-play” piece of hardware. In order to unlock its full potential, most users will need to spend a lot of time and effort getting it set up just right. But with all the wiring and channel settings in order, the ST9918 will deliver most car owners, engineers and drivers everything they could ask for out of a dash logger and more.

When you look at a display device – your phone, your TV, your smartwatch, the screen in your car – what do you see?  You see the image. A bright, vivid image on surfaces of all shapes and sizes. Flat, curved, flexible, thinner than ever before.

When you stop and think about what goes into displaying one of these amazing images, you might recognize most are protected by a glass cover. You might even be familiar with display types like LCD or OLED. Yet for many, the recognition stops there. You may see the image on the surface, but rarely think about what creates that image, how it achieves life-like, vibrant color, and the journey it makes to reach our eyes.

If we look deeper, beyond the surface and the cover glass of our devices, we would find one or more layers of ultra-thin, technical glass make such images possible. Each layer with a different purpose, all working together to deliver the beautiful, thin displays we use each and every day. Combined, these layers form what we at Corning call the “glass stack.”

It’s worth looking at the individual layers of the glass stack, since each layer is the result of breakthroughs in glass science, optical physics, and state of the art manufacturing. At the top of the stack, we have the protective cover glass of a mobile device that most consumers have heard of – Corning Gorilla Glass. This cover glass protects and maintains the appearance of the display, and also supports the use of front-facing cameras and various sensors. Often, the rear side of such devices is covered with a similar protective glass, which also allows for wireless charging.

A layer deeper, beneath the surface of the glass cover, are the substrates that serve very specific functions depending on the type of display being created.

Though each layer of the glass stack is formed with the same fusion manufacturing process, the compositions of the glass are different – allowing for different properties and benefits. LCD and OLED displays, whether on mobile devices with glass cover and back or otherwise, utilize different super-thin layers of glass specific to their applications:

ATOM Display is an all-in-one display driver kit, Use FPGA to simulate traditional SPI TFT-LCD Data output. This kit supports image at a maximum resolution of 1280 x 720 pixels. It provides advanced signal with great precision colors. Integrated 2.4G Wi-Fi, with 8M Flash + 2M PSRAM memory combination, RGB TO HDMI convert chip. So small yet powerful, which can replace the traditional display driving solution.

Bought two stands based on positive reviews and can now report they indeed are very sturdy. They hold my four 32" displays in such a way that I can make minor movement adjustments as needed. And I have no concern of how well they will keep the displays secure.

As you can see in my photo, I have the bottom screens restiing on the base. This, I believe, makes the setup more secure standing on the table without having to be fastened through a desktop hole, which I did not want to do. The top displays only somewhat rest on the bottom displays because I also have their pole bracket tightened enough to keep them from applying too much pressure on the bottom displays.

Note: I had to forgo using the offset vesa mount stands the manufacturer provided for use on displays with inset vesa mount holes. The provided screws were too long. So I just mounted the pole bracket to each display"s vesa plate with the thumb screws also provided and then slipped each display onto the pole. The manufacturer says mount the brackets on the poles then slide the displays with their vesa plates down onto the brackets... If this paragraph doesn"t make sense, you will know what I mean if you encounter the same scenario.

Planar® CarbonLight™ VX Series is comprised of carbon fiber-framed indoor LED video wall and floor displays with exceptional on-camera visual properties and deployment versatility, available in 1.9 and 2.6mm pixel pitch (wall) and 2.6mm (floor).

From cinema content to motion-based digital art, Planar® Luxe MicroLED Displays offer a way to enrich distinctive spaces. HDR support and superior dynamic range create vibrant, high-resolution canvases for creative expression and entertainment. Leading-edge MicroLED technology, design adaptability and the slimmest profiles ensure they seamlessly integrate with architectural elements and complement interior décor.

From cinema content to motion-based digital art, Planar® Luxe Displays offer a way to enrich distinctive spaces. These professional-grade displays provide vibrant, high-resolution canvases for creative expression and entertainment. Leading-edge technology, design adaptability and the slimmest profiles ensure they seamlessly integrate with architectural elements and complement interior decor.

From cinema content to motion-based digital art, Planar® Luxe MicroLED Displays offer a way to enrich distinctive spaces. HDR support and superior dynamic range create vibrant, high-resolution canvases for creative expression and entertainment. Leading-edge MicroLED technology, design adaptability and the slimmest profiles ensure they seamlessly integrate with architectural elements and complement interior décor.

Planar® CarbonLight™ VX Series is comprised of carbon fiber-framed indoor LED video wall and floor displays with exceptional on-camera visual properties and deployment versatility, available in 1.9 and 2.6mm pixel pitch (wall) and 2.6mm (floor).

Carbon fiber-framed indoor LED video wall and floor displays with exceptional on-camera visual properties and deployment versatility for various installations including virtual production and extended reality.

a line of extreme and ultra-narrow bezel LCD displays that provides a video wall solution for demanding requirements of 24x7 mission-critical applications and high ambient light environments

Since 1983, Planar display solutions have benefitted countless organizations in every application. Planar displays are usually front and center, dutifully delivering the visual experiences and critical information customers need, with proven technology that is built to withstand the rigors of constant use.

In the interest of recycling old components, I was searching my "junk-box" for a small display for a project and found this one. The size would be ideal...

Basically, each pixel internally stores 1 bit of information, allowing it to hold its state indefinitely just by being powered, not needing to be refreshed with data. To make the pixels not "burn out" by exposing them to DC (as explained by hobbs), a global "flip" signal clocks the whole panel at ~1Hz rate, reversing the pixels" polarity (this does not affect the content of the display).

As already mentioned by others, the pixels inside the display array are not usually accessible at random, because the extra logic would be expensive and normally isn"t needed. These "static" displays solve this addressing by allowing user to update 1-N rows at a time, but not individual pixels. This is still quite efficient for updating the display, it"s a a tradeoff between complexity (cost) and reducing unnecessary updates (wasting power).

The aforementioned display (1.28"" small) is interfaced with a 1MHz SPI. One byte of command + row address + data is sent for each line. Larger displays of the same kind seem to be limited to a maximum FPS ~20Hz (due to the available 1MHz bandwidth). I haven"t seen anything larger than 5"" manufactured with this technology, yet.