lcd panel compatibility manufacturer

There are many LCD screen manufacturers for the Laptop Industry. LCD screens have different resolutions, size and type and these screens are compatible as long as the resolution and connections are the same.

For this listing, we will ship you a brand new OEM Compatible LCD screen manufactured either by Samsung, LG, Chi Mei, Chunghwa, Sharp, or AUOptronics. For more information about each LCD manufacture please click here.

If you wish to know the make of the actual LCD that will be shipped to you, please contact us by phone with your order information between 11AM - 8PM EST (Monday - Friday).

The table below specifies the LCD panels verified by CompuLab for compatibility with computers-on-module. The table is sorted by “resolution”. For a further description of a field, see the key at the bottom of the page.

3 - The panel is compatible, the configuration is complicated, but still could be supported. Please verify with CompuLab"s technical support. This grade may also indicate marginality of hardware compatibility aspects.

CM-X270 has two graphics controllers, one of the PXA270 chip, and other of 2700G Advanced Multimedia Accelerator. Panel compatibility grade for CM-X270 can therefore specify two marks - first for PXA270 controller, and second (optional) for 2700G. Absence of second mark means that compatibility with 2700G was not yet verified for the particular panel.

A wide variety of compatible lcd panel options are available to you, You can also choose from original manufacturer, odm compatible lcd panel,As well as from tft, ips, and standard.

As an Industrial LCD module distributor, we can supply a wide range of TFT LCDs in many sizes. Common resolutions are QVGA, VGA, SVGA and XGA. Wide aspect ratio displays are also available in many similar sizes and resolutions such as WQVGA, WVGA, WSVGA, and WXGA.

Our industrial LCD suppliers are manufacturers with different capabilities specially designed for a wide variety of industrial applications. High-brightness, sunlight readability and long life product guarantees are some of the special features available.

Get in touch to work closely with one of our LCD Solutions Specialists to determine the perfect display for your project. We can also recommend and supply the proper LCD controller board, inverter, LED driver, cables, touch screen, or other associated enhancement.

For over 20 years we"ve been helping clients worldwide by designing, developing, & manufacturing custom LCD displays, screens, and panels across all industries.

Newhaven Display has extensive experience manufacturing a wide array of digital display products, including TFT, IPS, character displays, graphic displays, LCD modules, COG displays, and LCD panels. Along with these products, we specialize in creating high-quality and affordable custom LCD solutions. While our focus is on high-quality LCD products, we also have a variety of graphic and character OLED displays we manufacture.

As a longtime leader in LCD manufacturing, producing top-quality LCD modules and panels is our highest priority. At Newhaven Display, we’re also incredibly proud to uphold our reputation as a trusted and friendly custom LCD manufacturing company.

As a custom LCD manufacturing company, we ensure complete control of our custom displays" reliability by providing the industry"s highest quality standards. Our design, development, production, and quality engineers work closely to help our clients bring their products to life with a fully custom display solution.

Customer support requests sent by phone, email, or on our support forum will typically receive a response within 24 hours. For custom LCD project inquiries, our response time can take a few days or weeks, depending on the complexity of your display customization requirements. With different production facilities and a robust supply chain, we are able to deliver thefastest turnaround times for display customizations.

Our excellent in-house support and custom display modifications set Newhaven Display apart from other LCD display manufacturers. From TFTs, IPS, sunlight readable displays, HDMI modules, EVE2 modules, to COG, character, and graphic LCDs, our modifications in the customization process are completed at our Illinois facility, allowing us to provide quality and fast turnaround times.

As a display manufacturer, distributor, and wholesaler, we are able to deliver the best quality displays at the best prices. Design, manufacturing, and product assembly are completed at our headquarters in Elgin, Illinois. Newhaven Display International ensures the best quality LCD products in the industry in this newly expanded facility with a renovated production and manufacturing space.

Different models have to be purchased as LCD manufacture changes frequently - and so do prices with the fluctuation in £ and $. The global LCD market is massive and LCD models change every quarter. To keep the industry moving new models are produced almost monthly and old models are removed from circulation. It could be that during some times of the year some brands or models of screen are unavailable or become obsolete. It could be that changes in global currency like the dollar affect decisions to buy different brands of the same type of screen.

We can only buy what is being produced and offered today - and specific model numbers change so if your laptop is more than a year old it is very likely the screen inside it is 2-3 years old and unlikely you will be able to find an exact replacement. No sweat - like car tyres there are a myriad of compatible options. We research these options and provide the best available product on the market today. It really isn"t in our interests to try and deceive clients and the substitution of part codes is not a deception and how the LCD industry MUST operate - there is no other option.

Lenovo give no version or hardware info here, as this panel model comes in different hardware and firmware versions. You could receive this exact model in a different hardware version or an alternative below

In addition to the important compatibility specs there are other features of this model that are not taken into account - like the type of glass it is made of -and-

Laptop screen manufacturers and laptop screen suppliers must work with a limited set of compatibility parameters as they are governed by the laptop panel makers and current market trends. It"s not possible to match every spec from an old product to a new one.

We provide a massively cheaper alternative to going back to the manufacturer of the laptop and buying the same panel we"ve sourced from Asia at 300% markup.

If the controller is on the back of the LCD, then you are in luck. If it"s not, then you will have to find an equivalent LCD controller and design a PCB with a microcontroller on it.

The first thing to do is find the datasheet for the LCD controller chip, without this you have a real uphill battle. If you know the manufacturer and find the package this might help you reverse engineer your module. Some companies only provide datasheets on request, some you have to have an agreement with them.

If what you have salvaged is an LCD module that is manufactured, this will be easier to interface to as the manufacturer will in all likely hood have the datasheet and drivers.

Once you have found the datasheet, you can then figure out how to interface to it. The LCD controller will either be a parallel (for the bigger screens with a faster update) or a serial (smaller screens with a slower update). Some of the serial screens use SPI. The parallel ones will have data and address lines and control lines similar to writing to memory.

Then connect your microprocessor to the data (and or address lines) and see if you can access a register and read and write data to the LCD (preferably control registers to test communication).

Remember that to implement one interface to an LCD can take man months of time to implement for a product, a project like this can really help you appreciate economies of scale.

Gaurav Kishore , the Samsung version LCD screen is compatible with both the Google nexus one and the HTC desire, while the Sony version can be used only on the HTC desire. "Since Samsung introduced a lot of own smartphones with AMOLED and Super AMOLED screens, they weren’t capable to fullfill the demand of all display customers like HTC. Therefore HTC announced that they will switch from AMOLED displays to SLCD for a few devices like the HTC Desire and the Google Nexus One." from here. Samsung is the AMOLED, while Sony is the SLCD. Hope this helps, good luck.

pins) can AM1808 processor connect to? I am not talking about the board connector on the experimental board, which uses 60 pins connectors. What I am talking about is the internal user interface pins defined by LCD manufacturer (such as 40pins, 45pins or

I read some wiki answer on this topic and found a LCD controller which gives more details ("SPRUFM0A" doc). In particular the LIDD controller which defines how AM1808"s LCD controller can be compatible with different other types of displays. However, it"s not so clear to me how those pins can be mapped accordingly for different types of LCD? For instance, what type of display is the one that currently connected to experimental board? 6800 family or 8080 family??

iTechLCD founded in 2004 is a worldwide company with the objective of designing, developing, and manufacturing complete all weather proof outdoor/semi outdoor high brightness, sunlight readable, full HD LCD with sealed IP65/NEMA4 enclosures. We have references all around the globe with almost hundreds of screens installed in harsh coldest and hottest outdoor environment from Las Vegas, USA to Montreal/Quebec, Canada. Our outdoor screens providing the real world proofing of reliability for many years to come.

It is possible to replace a LCD with another model and it shouldn"t cause long-term issue. I"ve been replacing panels by random eBay or "local Craigslist" ones, or swapping from other laptops for a long time, and if it works then there"s no reason for it to fail because it"s not the original one.

� Dimensions: obviously if you want it to fit correctly you have to chose the same diagonal size, this is often given directly in the model number (eg. LTN156AT32 is a 15.6" LCD). But you also have to look at the actual outer height and width for it to fit perfectly (it"s rare but sometimes you have a few mm difference and it won"t fit). Also, in some rare cases the thickness can matter too.

� Mountings: if it"s a "slim" panel (no metal case all around the panel, circuit board on the bottom protected by black tape), you can have a variety of mounting tabs (none at all, on the side, top/bottom�). If it"s a "standard" panel (with metal case all around), you either screw the hinges directly or there are screwable tabs, the screw position should be the same on all panels.

� Channels: 1, 2, 4 channels� linked to the definition, the higher the definition the higher the number of channels required. A 1-channel panel on a 2-channel motherboard should work, but not the opposite. With LVDS, if you use 2-channels panel on 1-channel board, typically the odd columns will be gray. Sometimes you can swap a 1-channel panel to a 2-channel panel (to get higher definition) because the laptop is actually designed to take the 2 definition. The 2nd channel needs to be enabled and routed to the LVDS connector, and the cable has to have the required wires (some rare laptops have 2 different cables for the 2 different definitions available).

� Bit depth: 6-bit (262k colors) or 8-bit (16.7M colors), rarely matters, on laptops you can typically exchange between the 2. It"s relevant on desktop monitors where the panel configuration is programmed statically in the scaler, if you use the wrong type you"ll have scrambled image.

� Connector pinout: pinout is standard, if you match the protocol and the connector type you should have the same pinout. One exception though, the large pitch LVDS on desktop panels has the pinout reversed compared to laptop panels, if you pick the wrong one (desktop panels usually don"t fit in laptop but you never know) you can indeed fry the board.

� Connector placement: typically CCFL panels have the connector on top and LED panels have the connector on the bottom. Horizontal positioning can vary so always compare with a picture. Some laptops that are sold with different panel have different cables depending on the connector position.

CCFL: not used anymore on 2009+ laptops, some desktop monitors used it for a bit longer. Typically the connector is always the same on laptop, on desktop monitors you have a 2 pins (same as on laptop) and a 3 pins (middle pin is not connected). You can also have more than one tube on larger panels.

LED: with integrated backlight driver or external backlight driver. Most laptops use panel with integrated backlight driver, they send the 19V directly to the display. Most desktops have the backlight driver on the mainboard or the power supply board.

� Panel orientation: this is a bit of an odd one and never seen it on laptop, but I had the case of a desktop panel that was addressed "upside-down". No way to know it beforehand, and the original panel was not available, so I rotated the display in Windows, not very good as BIOS was still showing upside-down�

� EDID whitelist: some rare laptops may have a whitelist for panels. Seen that only on a couple of older ones with LVDS, in that case you have to use a panel with very close characteristics (definition, bit depth, refresh rate) and swap (or flash) the EDID ROM chip; it"s a 24-series I2C ROM.

While it"s not a whitelist, some machines may have the EDID panel configuration statically defined in the BIOS, in that case you also have to use a panel with very close characteristics. It"s very rare on laptops, I think some Chromebooks with Coreboot did it� On desktop monitors it"s commonly the case as I said earlier, the panel configuration is in the scaler firmware on the mainboard.

There are certain combination of parameters that are extremely common, the 15.6" LVDS panel with LED backlight (integrated backlight driver), 1366x768 definition, "standard" shape (non-slim), connector on bottom left� This is typically used on your low to mid-range 15" consumer laptop from Acer, Toshiba, HP� 2008 to 2014 or something like that. So yeah, those are easy to find and won"t cause much trouble, there are loads of different models that are compatible.

And now, Apple: as expected, most of this doesn"t apply with Apple panels. You have to use the original panel on Macbooks. Connector and pinout can be proprietary, they use a backlight driver on the mainboard rather than on the panel, panel shape and dimensions aren"t like other laptops, they have an EDID whitelist, and you can"t even use a 2013/2014 Retina panel on a 2015 Retina even though they have the same characteristics because they decided that backlight should be controlled a bit differently� Same for newer iMac. On old iMac like 2006 models you could swap the panel but it was a bit involving: there is an EDID whitelist so you have to swap the ROM, they used a desktop panel for the 17" iMac so pinout is reversed, it"s thicker and has special mountings, and it has 2 CCFL tubes (laptops 17" panels have only one) so you have to connect a dummy tube behind the panel.

Touch panels are another beast, and I haven"t had to replace a fused panel yet but if you do, you have to use the original panel as well (since the digitizer is pretty much designed for a specific model). For non-fused panel (where you can separate LCD from digitizer) then you can use another model if it fits properly.