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.
At
present, in the twisted-pair this family, Cat.5/CAT5E/CAT.6/ CAT6e cable types of these twisted-pair lines are
the most widely used, CAT.7 are also followed, then what are the differences
between them?
What are the Cat.5 and CAT5E?
CAT5, this type of cable increased the winding
density, coat a high-quality insulating material, the outer skin will be
labeled “CAT5”, transmission bandwidth of 100MHz, for voice
transmission and the highest transmission rate of 100Mbps data transmission,
mainly used for 100BASE-T and 10BASE-T network. This is the most commonly used
Ethernet cable. “CAT7” refers to the CAT5E of unshielded twisted pair
(Utp-unshielded Twisted Pair), non-shielded twisted-pair cable is composed of
many pairs of twisted-pair wire and a plastic sheath, the outer skin labeled
“CAT5e”; transmission bandwidth up to 1000Mb/s, However, it is often
necessary to rely on the support of expensive special equipment. As a result,
it is often used only in Fast Ethernet of 100Mb/s to enable desktop
switch-to-computer connectivity.
CAT5
The difference between CAT5 and CAT5E.
The identification of class five lines is “CAT5”,
bandwidth 100M, suitable for networks below hundred megabytes, the
identification of super five lines is “CAT5E”, bandwidth 155M. CAT5 can
meet the increasingly popular 100M/bps Ethernet, CAT5E is mainly used in
gigabit network, but now also common applications in the LAN. CAT5 transmit
signals with a maximum rate of 100MHz and are widely used. Ultra CAT5 transmit
signals with a maximum rate of 100MHz, better performance than five lines,
improved metrics such as NEXT, PS-ELFEXT, Atten, and support for duplex
applications.
CAT5E
CAT5E mainly used for communication companies or network
companies to deploy outdoor short distance links. The maximum effective
communication distance of the CAT5 is 100M, and the maximum communication
distance of the CAT5E is 300M. And the outer protective layer has a much longer
service life than the CAT5. Most of the lines connected to your router or
switch from the small zone gateway or the entire building network are CAT5E.
While super five types of unshielded twisted-pair wires can also provide up to
1000Mb/s transmission bandwidth, they often require the support of expensive
special equipment. As a result, it is typically applied only to 100Mb/s Fast
Ethernet, enabling desktop switch-to-computer connectivity.
The difference between CAT5E and CAT6.
As people’s need for
higher bandwidth and faster speed networks continues to grow, CAT5E and CAT6
are increasingly being used in people’s lives. At present, in the twisted-pair
line of this family, compared with CAT3, CAT5 and CAT7 and other twisted-pair
lines, CAT5E and CAT6 two twisted-pair lines are the most widely used range.
Although the status of CAT5E and CAT6 is at hand, this does not mean that CAT5E
and CAT6 can replace each other. Consumers still need to master the
characteristics of each of the two, in order to make a better purchase
according to their own network needs. So what are the differences between CAT5E
and CAT6? First of all, the biggest difference between CAT5E and CAT6 is the
difference in their performance. While both the CAT5E and CAT6 systems can
transmit gigabit networks, the standard used by the CAT5E system to transmit
gigabit networks is 1000Base-T, while 1000BASE-Tx is the way CAT6 systems work.
From this point of view, the CAT5E system is only “able” to support
Gigabit Ethernet, and the CAT6 system is a “truly guaranteed” use of
Gigabit Ethernet.
CAT6
As a
result, the CAT6 system is better adapted to the current building environment,
especially in places where a large number of twisted-pair wires are
concentrated and have many sources of interference, such as rooms with many
electrical appliances (computers, telephones, various production equipment,
etc.), devices, adjacent to power lines, lighting wires. Secondly, in the structure,
there are obvious differences between CAT5E and CAT6. The CAT6 adds an
insulated cross skeleton, placing four pairs of twisted-pair wires in four
grooves of the cross skeleton respectively, and the cable has a large conductor
diameter, small torque and a thicker outer diameter. This central cross new
production process is also designed to avoid crosstalk between cables when
applied to 1000BASE-T networks.
The difference between CAT6E and CAT6.
CAT6E
Since
the release of the TIA-568C.2 standard in 2009, CAT6E has been widely used in
various wiring systems. Compared with traditional CAT6, CAT6E has a higher
transmission frequency and rate. In general, the bandwidth of the CAT6 is
250MHz, and the bandwidth of the CAT6E is twice times that of it, which is
clearly a very good solution for a data center with high network bandwidth
requirements. As the CAT6E of the current cabling system darling, supply will
make a comparison with the traditional CAT6. At present, the number of 10G
network ports in the data center is increasing, in the 10G Ethernet interface
mode, 10GBase-T four pair of twisted wire is one of the most familiar ways we
currently know. CAT6E is now used in data centers, with the further expansion
of data center construction, the scale of use of CAT6E will be further
expanded. It should be noted, however, that although CAT6E has a superior side
to other cables, it also has its drawbacks and shortcomings. In the wiring, not
blindly according to the performance of the advantages and disadvantages to
choose, but according to the actual situation to choose the appropriate wiring
system for their own.
What is the Cat.7
The
CAT7 standard is a set of standards that support up to 600MHz bandwidth
transmission wiring on a 100 ohm twisted-pair line. CAT7 is a 8-core shielding
line, each pair has a shielding layer (generally metal foil shielding DINTEK),
and then 8 cores outside there is a shielding layer (generally metal braided
screen shielding DINTEK), the interface and the current RJ-45 is not compatible.
CAT7
The difference between CAT7 and CAT6.
There
are many notable differences between CAT7 and CAT6, most notably bandwidth,
cat5e has a higher transmission bandwidth (at least 600MHz) compared to CAT4,
CAT5, CAT6, and CAT7, The CAT6 channel provides at least 200MHZ of
comprehensive attenuation to crosstalk ratio and overall 250MHZ bandwidth, and
the CAT7 system can provide at least 500MHZ of comprehensive attenuation to the
overall bandwidth of the crosstalk ratio and 600MHZ. Another difference between
the CAT6 and CAT7 systems is their structure. CAT6 can use both UTP and STP,
while CAT7 is based only on shielded cables. Each pair of lines in the CAT7 has
a shielding layer, and the four pairs of lines together also have a large
public shielding layer. In terms of physical structure, the additional
shielding layer allows the CAT7 to have a larger line diameter. Another important
difference is its ability to connect hardware, the parameters of the CAT7
system require the connection head at 600MHZ when all line pairs provide at
least 60DB of integrated proximal string winding, while the CAT5E system only
requires that the value of 43DB,CAT6 in 250MHZ be provided at 100MHZ as 46DB.
Finally,
it needs to be explained that regardless of the use and purchase of that
product, it is necessary to understand the principle of the barrel, that is, the
use of the network rate of the online is how much, remember that
high-performance products can be backward compatible, in turn not. Then home
use of the network speed limit is the rate of the network card, in other words,
the rate of the network card is how much, the network line is how much.
Mini host, also called mini computer, mini computer
host, thin client (HTPC), minicomputer, cloud terminal or miniPC, others like
to call it a desktop computer, it is a small size, low power consumption,
ultra-quiet The high performance, stylish and beautiful computer host, the mini
host has the basic properties and performance of the traditional desktop host.
Advantages of the Eglobal Mini PC
(1) Small and
portable: Compact is the biggest feature of the mini-host. Its volume is
generally 1/30 of the volume of a traditional desktop mainframe. It is
equivalent to a 130-page book thickness, and the length and width are as large
as A5 paper. For example, Datang’s mini-host is called a book computer,
precisely because the host looks like a book standing quietly on the table. Of
course, there are also smaller hosts on the market, such as computer sticks,
which are equivalent to a U disk size. The mini-host is very convenient to
carry, and can even be taken directly in the trouser pocket to bring more work
and life. Convenience.
(2) Space saving
resources: The compact size of the mini-host can be fixed by the pylon, can be
placed at any small corner on the table, or can be fixed on the display or
electricity with a dedicated pylon: behind the screen, making room for the
current office or home life. The space resources are also a clean and tidy
space on the desktop.
(3) Stylish and
beautiful: Most of the traditional large desktop mainframes can not meet the
aesthetic needs of modern people, and the stylish design of the mini-host,
combined with the small and exquisite, whether it is on the desk, the living
room or the study, is very artistic, giving Life and work bring a more
enjoyable experience.
(4) Low power
consumption, energy saving: The mini-host uses a low-power processor, and the
thermal design power consumption TDP is generally around 10W-17W, while the
traditional large desktop host consumes an average of 100W~150W, which is 10
times or more of the power consumption of the mini-host. (5) Silent and environmental
protection.
(5) Silent and
environmental protection: The loud noise of traditional big desktops has
seriously affected the experience of computer workers, gamers and home life. In
this ubiquitous living space, people can no longer afford more pollution. Due
to the fanless heat dissipation design of the mini-host, the whole machine can
achieve zero noise during operation, which brings a quiet experience of work
and life, and has been well received by people.
(6) Strong
performance: The performance of the mini-host has matured. After several years
of exploration and accumulation, most of the mini-hosts can meet the basic
needs of office, entertainment, industrial control, display and playback of 70%
of users, although most mini-hosts are still designed. However, some
high-profile independent mini-hosts are not inferior in overall performance.
(7) Safe and
stable: Due to the small size of the mini-host, the high level of motherboard
integration, and the design layout of component chips are very compact.
Therefore, most mini-hosts can achieve stable operation for a long time, and it
is not easy to affect the operation or interruption of the whole machine due to
individual hardware problems, or even damage the whole. In the case of the machine,
the traditional large desktop host has a large number of hardware overlays,
which is prone to compatibility or unstable individual components and affects
the operation of the whole machine.
(8) Easy to update
and maintain: The mini-host is small and portable, whether it is in software
update or hardware update, it is very convenient. If you need to expand the
memory hard disk, you only need to open the cover of the mini-host with a
screwdriver. The internal motherboard structure and hardware of the chassis are
clear at a glance, and the replacement is quite convenient. If the host has
problems and needs to be repaired, girls or children, the elderly can easily
take out the store or send it back to the factory for repair.
(9) Cost-effective:
In addition to Intel’s own micro-PCs are very expensive, the price of other
brands’ mini-hosts is very close to the people, generally within 1,000 to 3,000
RMB, the configuration is higher, the price will generally not exceed 5,000 RMB,
which to some extent Make a lot of pre-space for DIY users.
Shortcoming of the Eglobal Mini PC
(1) Graphics card:
The current soft rib of the mini-host is undoubtedly the problem of the
graphics card. As we all know, the single-function display has a large amount
of heat. Since the mini-host is born to be small, it naturally sacrifices the
performance factor of the main part when controlling the heat. Most of the
minis on the market. That’s why the mainframes are all integrated graphics, not
alone. Therefore, the mini-host with the set display will be a little difficult
when dealing with large gun battle games. Of course, there is no pressure on
small single-player games and playing 1080P HD video.
PS: But now, we also have some miniPCs that can hold graphics cards, and can also play LOL. In addition, mini-hosts with unique display have also begun to be launched, but there is still much room for improvement in overall performance coordination.
(2) After sales: There
are after-sales problems in the mini-host products. More often, users need to
send them back to the factory for repair. Many computer repair shops can’t
provide technicians and technical services for mini-host maintenance. Of
course, the mini-host market has just opened, and sales always lag behind
product sales. It takes time to accumulate technical services. However, as long
as you have purchased eglobal’s mini PC, if you have a problem with your mini
pc, we can guarantee it for three years. During the effective warranty period,
you only need to send your product back, we will repair it for you free of
charge.
Eglobal Mini PC Application
(1) Corporate
office: In corporate office applications, whether it is daily office software,
graphics tools or various management software, research and development
systems, etc., the mini-host has been able to easily control, such as Datang
Computer Co., Ltd., has fully used the mini-host as an office equipment, walked
into In their office or workshop, you can’t find a big host.
(2) Family
entertainment / living room audio and video: The compact and compact appearance
of the mini-host, combined with its more powerful features than the TV box, has
been well received by audio-visual entertainment users.
(3) Industrial
control: In this era of looking at the value of the face, the large and rough
chassis design of the traditional industrial computer will be gradually
replaced by the mini-type industrial computer. The function is no longer the
only choice for the industrial computer users.
(4) Cloud terminal:
The mini host can be used as an access terminal device for diskless
workstations. My users save more maintenance costs and ensure the security of
user data resources.
(5) School Education
/ Multimedia Classroom: The mini-host can provide perfect support for teaching
programs, such as resource acquisition, cyberspace, and shared services. The
modernization of teaching methods requires more modern teaching equipment to
help! In recent years, in the process of digitalization, networking,
intelligence and multimedia, the universities have adopted mini-hosts as the
equipment for multimedia classrooms.
(6) Download
machine: The characteristics of the download machine, the mini-host is more
than nothing: small size, power saving and good heat dissipation, 24 hours
stable operation is no longer a problem.
(7) Digital
signage: One of the mini-hosts is called an OPS computer, and its biggest role
is to provide a complete solution for digital signage, educational all-in-ones,
and electronic whiteboards.
(8) Shangchao,
government, medical, military and other fields.
Nowadays, the mini
pc can realize dual-screen or three-screen display. It can sell stocks and play
games. It has far exceeded the basic performance originally pursued by the mini
pc. I believe that with the continuous advancement of technology, I believe
that the eglobal mini pc will create more surprise products for users.
In the new retail
industry, there are some industrial mini pc for project needs that can be
inserted into the SIM card. This makes it easy for them to plug in different
SIM card numbers to connect to the IPC, and they may run online at any time.
Since this type of industrial computer has relatively small market demand, few
such industrial computer manufacturers are willing to customize for customers.
GK-UL is a generation of fanless industrial computer with Intel Core processor and onboard memory. Designed to meet a wide range of demanding environments, the fanless design allows GK-UL to be used flexibly in a wide range of applications in the equipment automation industry. In order to facilitate the customer’s experience, this industrial computer supports 3G/4G wireless network communication, has dual Gigabit Ethernet port, 6× serial port, 8×USB port, which is light and convenient, and meets the needs of customers in different industries.
This industrial
computer with external SIM card insertion process is mature, and it can be used
freely in high temperature and low temperature environment to ensure that the
customer’s machine will work 24 hours a day. It is a rare support for 3G/4G network
communication industrial computer in the market.
