Se poate adapta un monitor de LAPTOP la un PC?

Driving a TFT (thin-film transistor) display presents many options. Some passive panels use a simple controller, and others can just hang off your design's system bus. However, the signals and the data required to drive a TFT necessitate the use of a dedicated TFT controller, along with a system processor or video subsystem capable of providing the bandwidth for driving TFT video. Many chips, chip sets, boards, and SOC (system-on-chip) options, ranging from simple converters to complex video and graphics systems, are available to handle this task. For the connection between these controllers and the TFT itself, TFT manufacturers have adopted two somewhat standard interfaces.
The first is a parallel interface usually called TTL (transistor-to-transistor logic) or LVTTL (low-voltage transistor-to-transistor logic), which sends the TFT data and clocking signals via discrete connections.
The second is a differential serial interface appropriately named LVDS (low-voltage differential signaling), which is available in a few variations, including dual LVDS and TMDS (transition-minimized differential signaling).
Data and clocking signals sent via LVDS are time-domain multiplexed onto several differential serial pairs and then decoded by the TFT. With the LVDS scheme, it's important to note that the LVDS pairs do not correspond with specific data channels or types. There is typically not a red, green, and blue pair. Rather, the scheme spreads multiplexing of the data bits across multiple pairs to achieve efficiency.

When looking at interface types, you will also see specifications for the number of bits for the interface; common examples are 12, 18, 24, 36, and 48 bits. These numbers encompass the entire interface and can be misleading. For example, a TFT uses 4 to 8 data bits per color per pixel. A 24-bit TFT has 8 bits for red, 8 for blue, and 8 for green for each pixel on the display. At 256 variations per color, a 24-bit TFT will offer 16.7 million colors (256×256×256=16.78 million).
 
To relax the clocking requirements for data sent to a display, higher resolution displays may also use dual interfaces to support odd and even pixels. An example is a 48-bit TFT that actually has two 24-bit interfaces for odd and even pixels . Each interface is then broken down further into 8 bits per color per pixel, which provides the TFT with a color depth of 16.7 million colors. Note that more bits don't necessarily make the display better, just different. As always, it's a good idea to discuss your needs both internally and with your perspective TFT vendors. Table 1 lists several popular combinations and their resultant color depth.

Dar un display de laptop poate fi folosit ca display de calculator? Ca am o vechitura alb negru de 12 inci de la un laptop Highscreen (cu magnificul procesor 486SX) si m-ar ajuta cand plec pe la cate un server care n-are decat cablu de alimentare si cablu de retea sa-l am dupa mine, just in case...

Salutare, am si eu  un lcd de la un ibm thinkpad 385cd pe care am vrut sa il adaptez la un desktop..dar..am descoperit ca totul tine de un invertor de semnal sau asa ceva, imi poate spune cineva care se pricepe cu adevarat daca se poate sau nu sa ii schimb invertorul astfel incat sa il pot conecta cu succes la o placa video normala? <va rog far trimitere pe pagini web in care intalnim doar teorie despre cum functioneaza un monitor <_< > Multumesc!!

Ar fi sanse teoretice mai mari de a putea lega un ecran LCD la o ieshire DVI insa..