For the past decades, whenver people want to have an LED display, the first "big thing" he has to deal with how he can handle the software inside. Every display in the market, except for the small tickers, has to be operated by a complicated software.

But not any more now. With our "PlugGo" series, you do not need to work on any softwares, at all. This very advanced technology offers you very high performance of LED videl walls ABSOLUTELY without any softwares to take care of.

      Complicated Software Settings In The Market

PlugGo  -  Plug & Go

- A New Generation Of LED Video Wall 

Absolutely Free From Software Setup

Application of GOB Technology

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The term “GOB” is in fact not a formal name of this industry, but just a sort of “nick name”. In fact if would be even more appropriate to call it “second encapsulation”, or “module encapsulation than GOB. However, since people have agreed to call it GOB, we do the same thing. 

Ever since 6 years ago when the GOB technology was still at its premature stage, we started to try this new development, cautiously, because of the fact that we found this technology is much advantageous in various applications. 

Protection From Damaging

The material that is used for potting on the surface of the module becomes hard and this is protective for the leds from being damaged by contacting with outside objects;

Protection From Humidity & Salty Air

In job sites such as ice-hockey arena, or at seaside locations where there may be not only a lot of humidity but also salty air which may bring higher risks to the LEDs on the modules.

Not Much Blocking Of The Lights From The LEDs

We also have done a lot of experiments on this type of products, trying to find out if this GOB material blocks the light emitted from the LEDs. Pleasantly we found the the blocking rate is about 4%, which is acceptable to our products as we have enough brightness margin on each order.

Click to view the video of how a GOB  module is produced ( Domonstration )

Advanced Calibration

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Calibration in LED display industry isn’t something new but “advanced calibration” is. The conventional calibration uses a Nikon or Canon camera and a calibration software either from Novastar or Colourlight. There are obvious disadvantages for this type of calibration, in comparison with what we call “advanced calibration” by a C-3200 calibration tool:

1.  Efficiency: a full HD display takes about 5-7 hours, while an advanced calibration takes about 30 minutes;

2.  Performance: After a conventional calibration there is still visible colour difference appearing on the display, but a C3200 gives you magnificent white balancing;

3.  A C3200 calibration could fix the “bright lines” and “black lines” on the display automatically, while a regular Nikon tool can’t do anything about that.

90°Corner Display

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90°corner display is a increasingly-demanded application from the market. The capability of a company that this application refrects has a lot to do with the mechanical capability.

What defines a fine piece of work of a corner display is the width of the edge at the corner where two sides of the display come together. The width of 2.5mm is considered a fine job, though an experienced company could do even better. JVE has delivered a display with the edge width at 1.5mm, and it works well.

One of the keys to doing a good job is that the cabinet you use must have been designed to fit such a task. Most of our cabinets, with different sizes, are designed and produced with such a feature being included into our consideration.

Redundancy

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Redundancy of a display gives the user high protection on the breakdown of the system caused by a fault on either the power or the data aspect. When such a fault takes place, though rarely it does, the system remains functional as usual and the operator receives a report from the software.

16 Bits Colour Processing

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This is a highly technical subject that there might not be many people who really understand the difference. Here we try to make it simple and easy to understand. 

It doesn’t matter if it’s 8 bits or 16 bits if you are displaying something of single colour, but when you are displaying something delicate, it makes significant difference. For example, if you are showing an advertisement of shampoo, trying to zoom the beautiful hair of a lady, what you see from an 8-bit display could be just a bunch of hair, but on a 16-bit display, if everything fits right, you will be able to see the hair in pieces, though they are put together. 

Mechanical Capability

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I.  Anysize-250 90°Coner

Module Size: 250*250mm

II.   Anysize-250 SB & Anysize-250 HB

Module Size: 250*250mm

III.  “Transformer” Cabinets

SMD-320 series.  Module Size of 320*160mm

IV.   SMD-600 Series, 16/9 Aspect Ratio

Module Size: 300*168.75mm

V.   COB-150 Series. 16/9 Aspect Ratio.

Scatter SMT Technology

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Scatter SMT technology was lately developed aiming at enhancing the uniformity of the LED displays by way of controlling the SMT soldering process. This is an effective additional measure on top of the binning process which is one of the key processes in led encapsulation.

The concept of Scatter SMT is try to conduct the SMT process in a "random", or "irregular" way so that the grouping of the led parameters are "Scattered" and this helps enhance the uniformity of the display on the LED performance.