In order to meet the market demand, we have recently developed a new industrial mini PC, it use Intel CPU, core i5-4200U, with 4*RS232 COM port and 2*RS485COM port, dual network port, 8*USB, HDMI.
This Industrial Mini PC Support Watchdog, Auto power on, RTC Wake Up, Non-disk boot, State lamp interface, trigger switch(wafer 1*2)
Notice: If you need LVDS, our pcb broad have this but our case without this port, we accept custom-made, MOQ is 100 sets
If you are interested in this model, you may contact us or went to our website.
For you and your computer safety please
follow the rules below for cleaning and handling your computer.
Cleaning the Mini Computer
1.Before cleaning the mini computer, you need shut it down and disconnect all cables. 2.Use a damp, soft, lint-free cloth to clean the computers exterior. Avoid getting moisture in any openings. Do no spray liquid (water, drinks, ink etc) directly on the computer. 3.Don’t use aerosol sprays or abrasives.
Moving the Mini Computer
Before your lift or reposition your
computer, you need turn it off and disconnect all cables.
Safety Instructions for Setting Up and Using the Mini Computer
Disconnect the power plug if any of the
following conditions exists
The power cord or plug becomes frayed
or otherwise damaged
You spill something into the case (the
openings)
The mini computer has been dropped or
the case has been otherwise damaged
The mini computer is suspected to get
checked or repaired
You want to clean the case and inner
Important:
The best way to turn off the computer without harm to it is to “softly shut
down”, that is to click “start” select “turn off”. Do not re-plug the power
cord until the computer stop running.
Be sure that you always do the
following
Keep your computer away from sources of
liquids, for example water, drinks etc.
Protect your computer from dampness or
wet weather, for example rain, snow, hail etc.
Read all the instruction guide
carefully before connecting your computer to any device
Keep these instructions handy for
reference by you and others
Follow all instructions and warnings
dealing with your computer
Important:
Do not allow children access to the interior of any electrical product and do
not permit them to handle the computer.
A thin client is a lightweight computer that has been optimized for establishing a remote connection with a server-based computing environment. The server does most of the work, which can include launching software programs, performing calculations, and storing data. This contrasts with a fat client or a conventional personal computer; the former is also intended for working in a client–server model but has significant local processing power, while the latter aims to perform its function mostly locally.
Thin clients occur as components of a broader computing infrastructure, where many clients share their computations with a server or server farm. The server-side infrastructure uses cloud computing software such as application virtualization, hosted shared desktop (HSD) or desktop virtualization (VDI). This combination forms what is known as a cloud-based system where desktop resources are centralized at one or more data centers. The benefits of centralization are hardware resource optimization, reduced software maintenance, and improved security.
Example of hardware resource optimization: Cabling, busing and I/O can be minimized while idle memory and processing power can be applied to user sessions that most need it.
Example of reduced software maintenance: Software patching and operating system (OS) migrations can be applied, tested and activated for all users in one instance to accelerate roll-out and improve administrative efficiency.
Example of improved security: Software assets are centralized and easily fire-walled, monitored and protected. Sensitive data is uncompromised in cases of desktop loss or theft.
Thin client hardware generally supports a keyboard, mouse, monitor, jacks for sound peripherals, and open ports for USB devices (e.g., printer, flash drive, webcam). Some thin clients include legacy serial or parallel ports to support older devices such as receipt printers, scales or time clocks. Thin client software typically consists of a graphical user interface (GUI), cloud access agents (e.g., RDP, ICA, PCoIP), a local web browser, terminal emulators (in some cases), and a basic set of local utilities.
Cloud computing terminal also names thin client terminal, diskless workstation. It’s a special computer application mode than use the whole resource on the server. Working mode use C/S (Client/Server) mode. Server receive the operating issues of mouse& keyboard commands from Client, and then send the image of computing result back to client’s monitor.
Use cloud computing terminal for your daily work, all the maintenance, updating, and other work all centralized on server, save a lot of hardware input and maintenance work. With the highly integrated IC and Extremely low power consumption, the cloud computing terminal becomes highly efficient and stable, portable and easy to use. It can work stable and continuing even under some harsh environment like factory and outdoor place. And so it brings a new option of hardware selection mode for factory& office work and ERP application, Estate computer work and training centers.
Advantages of cloud computing terminal:
1. Cost saving:
Using cloud computing, hardware cost less than 1/4 of traditional desktops, software cost less than 1/30 of traditional desktops, electricity cost less than 1/80 of traditional desktop.
2. No need maintenance:
All the processing and storage systems are integrated in the Chipset, the power consumption is very low while speed is very high. No extra software or hardware maintenance requirement, save a lot of time and cost.
3. Quick start and efficient operation
As the chipset is highly integrated and its system have self-protection function, so the staring speed get much quicker than other PCs, only need 10 seconds to enter the system.
4. Compatibility with operating systems:
Could computing terminal uses Microsoft’s underlying connection protocol and code, Fully supports the need to install no software on the host and start the computer, no incompatible problems for Microsoft operating systems and update dispatches.
5. Smart designing:
Cloud computer terminal is very smart, can be mounted to the backside of LCD monitor. Theis smart and tightly designing can help saving a lot of room in your office and your desk.
6. High resolution display ability
Normal network computing terminals cannot support high resolution display due to the software and hardware limitation, and that problem limited a lot of the widely application of network computing terminals. But this could computing terminal can support resolution up to 1280*1024 and 1440*900, give us the same feeling of hosting computer.
7. Dual-working mode, make every work becomes possible:
Cloud computing terminal uses both the local and network mode. Under network working mode, all the office software in the server can be used; all the resources can be shared. Under local working mode, cloud computing terminal can support video entertainment. Even without server, cloud computing terminal can finish the daily work as usual.
8. Support more peripherals and modulesSupport printer connecting, wireless keyboard and mouse, wireless internet card and touch screen. Its application is more widely than other network computers. And it also gives supplier’s more available plan.
Careful people may
find that in the last decade of development, the interface of display devices
has undergone tremendous changes! We used a lot of blue VGA interface, and then
there is a white DVI interface. When encountering different interfaces, we have
to buy adapters for transfer. Later, there was an interface such as HDMI, and
now there are DP and USB Type-C interfaces. So, with so many interfaces, what
is the difference? Which one should we use?
VGA Port
The VGA interface
is also known as the D-Sub interface. In the era of CRT displays, the VGA
interface is a must. Because CRTs are analog devices, and VGAs are analog
protocols, they are of course matched for use. The VGA interface adopts a
15-pin pin structure, which transmits signals such as components and
synchronization. It is the interface used by many old graphics cards, notebooks
and projectors. Later, the LCD display appeared, also with a VGA interface. The
display has an A/D converter built in to convert the analog signal to a digital
signal for display on the LCD.
DVI Port
There are many
types of DVI, DVI-A, DVI-D, DVI-I on the interface, and can be divided into
single channel and dual channel. The DVI-A (DVI-Analog) interface only
transmits analog signals. The essence is the VGA analog transmission interface
specification, which is often used to transfer the DVI-I output of the graphics
card to the VGA display interface. The DVI-D (DVI-Digital) interface is a pure
digital interface and is not compatible with analog signals. DVI-I
(DVI-Integrated) interface, compatible with DVI-I and DVI-D plugs, compatible
with digital and analog signals. Their interface shapes are different and
cannot be inserted if the interfaces do not match.
HDMI Port
The HDMI interface
was introduced in 2002 and has now evolved to the HDMI 2.1 standard. With the
development of the industry, the HDMI 2.1 standard has been able to support 4K
120Hz and 8K 60Hz, and supports high dynamic range imaging (HDR), which can be
optimized for scenes or frames. Backwards compatible with HDMI 2.0 and HDMI
1.4. The main thing is that it is transmitted simultaneously with video and
audio.
Many of today’s
monitors have built-in speakers, and with an HDMI cable, you can simultaneously
transfer images and sounds, which is a big advantage of HDMI. Because of this,
HDMI is the most common interface for today’s displays. We should also prefer this
interface when we use it. There are several types of HDMI on the physical
interface. There are mainly standard HDMI interface, mini HDMI interface and
Micro HDMI interface. For long-distance transmission of HDMI cable, the wire is
generally hard, so try to use a device with a standard HDMI interface to get a
stable connection. The Mini HDMI interface and Micro HDMI interface are more
suitable for small devices.
DP Port
The DP (Display
Port) interface is a competitor of the HDMI interface. On some graphics cards
and displays, in addition to the HDMI interface, it also has a DP interface. At
present, the DP interface has been developed to version 1.4, which can transmit
10bit 4K 120Hz video, and can also support 8K 60Hz video. DP1.4 is compatible
with the USB Type-C interface, which means that we can use the DP1.4 protocol
to simultaneously transmit HD video while USB 3.1 is transmitting data. From a
trend perspective, this is very beneficial for promoting the upgrade of
peripheral audio and video equipment. Moreover, the DP interface can also
transmit sound synchronously on a single line to achieve the use of the display
sound.
Type-C Port
The USB interface
has long been known. In the past, the USB interface was designed to transmit
data, so it is very common in the use of storage devices such as mobile hard
disks. Now USB 3.1 Gen2 has reached 10Gbps speed, and the design standard can
also meet the video and data transmission, so on some monitors, the USB 3.1
interface can also be found. The current USB 3.1 interface has been able to
meet the resolution display of 4K 30P, which is roughly the same level as
HDMI1.4. However, it will be upgraded in the future and will become the most
common display transmission method. It should be noted that USB 3.1 Gen1 is USB
3.0, and USB 3.1 Gen2 is the real USB 3.1.
The advantage of
the Type C interface is that it can be plugged and unplugged. Some Type C
interfaces also have the functions of data, power and signal transmission. When
applied to the display, it can bring a lot of convenience. Type C notebook
users can charge and connect the display through an interface, and can also use
the USB interface extended on the display, greatly reducing the burden on the
notebook.
Display Port (DP) is a digital video
interface standard standardized by the Video Electronics Standards Association
(VESA) developed by the Alliance of PC and Chip Manufacturers. The interface is
authentication-free and license-free. It is mainly used for connecting video
sources and monitors, and also supports audio, USB and other forms of data.
This interface is designed to replace the
traditional VGA, DVI and FPD-Link (LVDS) interfaces. The interface is Backward
Compatibility with legacy interfaces such as HDMI and DVI through active or
passive adapters.
(Backward Compatibility, also known as
Downward Compatibility. In a computer, after a program or class library is
updated to a newer version, the document or system created with the old version
of the program can still be operated or used normally, or the program developed
on the basis of the old version of the class library can still be Normal
compilation and running.)
Display Port is the first display
communication port that relies on packetized data transmission technology. This
packetized transmission technology can be found in technologies such as
Ethernet, USB and PCI Express. The Display Port signal is not compatible with
DVI or HDMI. However, dual-mode Display Ports are designed to transmit a
single-link DVI or HDMI 1.2/1.4 protocol over the communication port, using an
external passive connector, selecting the desired signal, and routing the
electrical signal from LVDS. Convert to TMDS. Dual-mode Display Ports with
passive connectors do not support VGA and dual-link DVI. These communication
ports require an active connector to convert the protocols and signals that are
required for output. VGA connectors can be powered using the Display Port
connector, while dual-link DVI connectors may rely on external power supplies
(refer to HDMI, DVI, and VGA compatibility).
Advantage
1. Protocol based on small data packets
Allows easy extension of the Display Port
standard
Allow multiple video streams online in
separate entities (in future versions)
2. Designed to support the connection
between internal chips
Allows direct operation of the display
function options to remove the control loop of the display to produce a cheaper
and thinner display.
The goal is to replace the LVDS connection
inside the laptop panel with a unified link interface.
3. Allow backward compatibility with single
DVI/HDMI; dual DVI/HDMI and analog VGA connectors require adapters.
4. Support RGB and YCbCr color space (ITU-R
BT.601 and BT.709 format).
5. Auxiliary channels can be used for touch
panel data, USB links, cameras, microphones and more.
6. Less channels and embedded clock
frequencies reduce RF interference “RFI”.
7.
Support USB Type-C.
Technical specifications
1. DP1.4 up to 32.4Gbps bandwidth, can support
8K 60Hz, 4K 120Hz HDR high resolution.
2.8bit/10bit data transmission
3. Open and scalable standards can
accelerate adoption.
4. Support 6, 8, 10, 12 and 16 bit color
depth.
5. The full bandwidth of the cable is
guaranteed to be 3 meters in length.
The effective transmission bandwidth of
6.1080p is guaranteed to be 5 meters.
7. Supports 128-bit AES Display Port
Content Protection (DPCP), version 1.1 supports 40-bit HDCP.
8. Supporting both internal and external
links can enable computer manufacturers to reduce costs.
Thanks a lot for our customers’ support. Of course we provide 3 years warranty for Eglobal Mini PC. Details about our Warranty Policy here:
But we received
some defective motherboard operated wrongly by our customers because they don’t
apply the thermal paste on the motherboard correctly.
Here is the right
tip referring to the picture of motherboard:
CPU onboard is
back of the motherboard and located in the green line, it is CPU lens in the
red line. The thermal paste cant cross the red line and not too much or thick
when you apply. Otherwise it will cause a short circuit on the motherboard. So
you must evenly apply the thermal paste on the CPU lens.
Have you ever encountered such a problem, why my mini computer network card speed is always 100 Mbps, and it refuses to work at 1 Gbps Speed, just like the following picture（example for S200）:
There are some way to let you know what went wrong.
Method 1: If the lan network card support 1Gbps, you
may use at least CAT5E or CAT6E network cable.
Method 2: Connect your cable directly to the network port of the mini PC. This method can test whether it is your computer problem or router problem. If the machine connected to the network cable can reach 1 Gbps, then consider whether your router is compatible. If the router is not compatible, you need to change it.
Method 3: select ” Auto Negotiation ” as the
picture we attached:
Under normal circumstances, our computer will
automatically adapt to the network speed, no need to set, but in this case, you
can set or check here.
If there is no problem with the above points, the
network speed problem still exists, then contact us, we will help you solve it.
