Provision of services of Internet in Murmansk.
Added: 15.09.00, hits: 13599, per week - 15 | Modify | Delete
The satellite Internet, satellite TV, systems GSM of protection, ip telephony. Installation and qualitative adjustment of the satellite equipment.
Added: 28.11.06, hits: 9805, per week - 15 | Modify | Delete
All ISPs Murmansk. Connect the Internet at home.
Added: 28.05.16, hits: 761, per week - 6 | Modify | Delete
Infotelecom, Ltd. (Monchegorsk)
The high-speed Internet. The Cable television. Tariffs. Connection.
Added: 19.05.07, hits: 6350, per week - 10 | Modify | Delete
Multiservice cards "Peterstar" for work in the Internet under convenient tariffs and an economic telephony with an opportunity of roaming, and also hour the Internet-card for fast access to a network. A telephony. Tariffs.
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Installation and adjustment of the satellite Internet and TV. Video observation.
Added: 31.01.06, hits: 8020, per week - 12 | Modify | Delete
Murmansk Multiservice Networks, LLC
High-speed Internet access. Services of digital telephone service to create channels of communication with up to 1Gbit / c. Web hosting with the ability to access the Web console server. Support for DNS and E-mail servers. Colocation, Colocation client server platforms of M2C. System integration.
Added: 28.11.08, hits: 8907, per week - 17 | Modify | Delete
Murmansk branch of "Rostelecom"
Providing of all the services within the field of telecommunications for organisations and population of the Murmansk region.
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Domain names, hosting, VPS server; VDS; hosting for 1C-Bitrix, CMS 1C-Bitrix in Murmansk. For physical and legal persons.
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JSC "SZKTI" (Murmansk region)
Installation of phones, access to zone and the international communication. Internet on credit. Allocated connection to a network the Internet: ADSL, Metro Ethernet, Ethernet. Hosting, registration of domains. Telephone and the Internet cards.
Added: 01.09.05, hits: 10188, per week - 14 | Modify | Delete
Polarcom JSC (Murmansk region) [Archive]
Broadband access to the Internet (ADSL, ADSL2 +, SDSL), switched access to the Internet (РОЛ), association of corporate networks, digital channels, fiber-optical communication lines, city telecommunication, IP a telephony, web-hosting.
Added: 15.09.00, hits: 10830, per week - 12 | Modify | Delete
Providers of Murmansk and the Murmansk region
Providers of Murmansk and the Murmansk region. Cellular communications, promotions, prices for communication services, service, discussion, opinion.
Added: 13.01.11, hits: 3755, per week - 9 | Modify | Delete
Relant, Ltd. (Apatity)
Granting of access to the Internet on the switched and allocated lines. The organization of access to the Internet in business centers and apartment houses. Granting of services of transfer of the voice information on the channel allocated the Internet. The organization of virtual private computer networks (VPN).
Added: 19.05.07, hits: 4004, per week - 6 | Modify | Delete
Russian telecommunications company. Provision of local and long-distance telephony, broadband Internet access, interactive TV, mobile. Connection and support.
Added: 07.01.16, hits: 542, per week - 3 | Modify | Delete
Teletoria (Open Society "KolaTelecom")
Broadband of the cabel television in Murmansk: off-air and satellite channels, high-speed access to the Internet, IP-telephony.
Added: 05.11.03, hits: 9787, per week - 12 | Modify | Delete


You can now block other empires from messaging you in-game.
There is a new “Block Empire” button on the message page that you can use if you would like to stop receiving messages from another specific empire.
If you block them, they will see something like below if they try to message you:
The block works both ways, so if you block them you will also not be able to send them a message either.
Messaging as a whole will likely be redesigned at some point, but for now this works well enough to empower players to control their own communication, so that staff can focus on other priorities.


Clubnetz was an early internet chat project in the 1990s Berlin art and techno scenes. Hosted from 1994 in clubs and bars like Frisör, WMF, and Tresor, Clubnetz manifested itself through hardware terminals that allowed visitors to connect not only to each other, but also to the internet. For many, it was certainly the first time online, as internet connectivity was not as commonplace then as it is today. A recently developed app has now transformed Clubnetz into an instant messaging service, which was used for a live-chat performance at the exhibition opening. The performance documentation is accessible through a virtual AR sculpture of chat logs that are seemingly immaterial, but will possibly remain for eternity.
The piece is only viewable through an AR (Augmented Reality) app. Further instructions can be found in the exhibition space.


Douglas Borough Council uses the industry standard SSL (Secure Sockets Layer) 128 bit encryption to scramble sensitive information while it is in transit.
The encryption is based on a key with two parts. The public part is transmitted to the user to encrypt the personal information before it is transmitted. If this information is intercepted it is almost impossible to decrypt. Once the information is received by the Council it is decrypted using the private part of the key.
Your browser security preference settings are your first line of defence. You can configure the browser to alert you as you change between secure and insecure transmissions or if you receive an invalid site identification for the site to which you are about to transmit or if you are sending a transmission over an unsecured connection.
An unbroken key or closed padlock icon will appear in the bottom border of most browsers to indicate that SSL security is in operation. Clicking on the icon will display the digital certificate associated with the secure connection. This digital certificate is intended to guarantee the identity of the remote computer to which you are sending your details.


By Hakima Chaouchi, Maryline Laurent-Maknavicius
This publication presents an intensive exam and research of state of the art learn and safeguard options in instant and cellular networks. It starts off with insurance of the fundamental safeguard options and basics which underpin and supply the information helpful for figuring out and comparing defense concerns, demanding situations, and suggestions. This fabric can be of beneficial use to all these operating within the community safety box, and particularly to the various humans coming into the sector. the subsequent quarter of concentration is at the protection matters and on hand recommendations linked to off-the-shelf instant and cellular applied sciences similar to Bluetooth, WiFi, WiMax, 2G, and 3G. there's insurance of the protection recommendations used to guard functions downloaded via cellular terminals via cellular mobile networks, and eventually the publication addresses defense concerns and suggestions in rising instant and cellular applied sciences comparable to advert hoc and sensor networks, mobile 4G and IMS networks.
Read or Download Wireless and Mobile Networks Security PDF
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Additional resources for Wireless and Mobile Networks Security
Second generation (2G) mobile Cellular networks such as second generation DECT for wireless and mobile phones for mobile were characterized by digital communications networks, unlike the first generation, which were analog. During the 1990s several digital technologies were developed: – GSM (Global System for Mobile Communication), developed in Europe, operating at 900 MHz. – DCS 1800 (Digital Cellular System) equivalent to GSM but operating at higher frequencies (1,800 MHz). – PCS 1900 (Personal Communication System) and D-AMPS (Digital AMPS) developed in the USA.
C) Traffic engineering Traffic engineering was first developed for the design of telephone circuit switching networks. In the context of cellular networks, it is also essential to know and plan to scale the network that is blocking the minimum mobile nodes, which means accepting a maximum of communication. When designing the cellular network, it is important to define the degree of blockage of the communications and also to manage incoming blocked calls. In other words, if a call is blocked, it will be put on hold, and then we will have to define what the average waiting time is.
3 for applications which involve imaging and multimedia. 4 This is the basis for ZigBee, WirelessHART and MiWi specification, which further attempts to offer a complete networking. It offers a low data rate with a low price. 16a This specifies the global deployment of broadband Wireless Metropolitan Area Networks. It delivers a point to multipoint capability in the 2-11 GHz band. The standard is extended to include OFDM and OFDMA. 16a. 16d by adding advanced features to the MAC and PHY layers. 20 This standard (also known as Mobile Broadband Wireless Access (MBWA)) enables worldwide deployment of affordable, ubiquitous, always-on and interoperable multi-vendor mobile broadband wireless access networks that meet the needs of business and residential end-user markets.


STALL WARNING SYSTEM
The airplane is equipped with a vane-type stall warning unit, in the leading edge of the left wing, which is electrically connected to a dual warning unit located behind the instrument panel. The vane in the wing senses the change in airflow over the wing, and operates the dual warning unit, which produces a continuous tone over the airplane speaker at airspeeds between 5 and 10 knots above the stall in all configurations.
If the airplane has a heated stall warning system, the vane and sensor unit in the wing leading edge is equipped with a heating element. The heated part of the system is operated by the PITOT NT switch, and is protected by the PITOT HT circuit breaker.
The stall warning system should
be checked during the pre-flight inspection by momentarily turning on the master
switch and actuating the vane in the wing. The system is operational if a
continuous tone is heard on the airplane speaker as the vane is pushed
AVIONICS SUPPORT EQUIPMENT
If the airplane is equipped with
avionics, various avionics support equipment may also be installed. Equipment
available includes two types of audio control panels, microphone-headset
installations and control surface static dischargers. The following paragraphs
discuss these items. Description and operation of radio equipment is covered in
Section 9 of this handbook.
AUDIO CONTROL PANEL
Two types of audio control
panels (see figure 7-11) are available for this airplane, depending upon how
many transmitters are included. The operational features of both audio control
panels are similar and are discussed in the following paragraphs.
TRANSMITTER SELECTOR SWITCH
When the avionics package includes a maximum of two transmitters, a two-position toggle-type switch, labeled XMTR, is provided to switch the microphone to the transmitter the pilot desires to use. If the airplane avionics package includes a third transmitter, the transmitter selector switch is a three-position rotary-type switch, labeled XMTR SEL. The numbers 1, 2, or 1, 2 and 3 adjacent to the selector switches correspond to the first, second and third (from top to bottom) transmitters in the avionics stack. To select a transmitter, place the transmitter selector switch in the position number corresponding to the desired transmitter.
The action of selecting a
particular transmitter using the transmitter selector switch simultaneously
selects the audio amplifier associated with that transmitter to provide speaker
audio. For example, if the number one transmitter is selected, the audio
amplifier in the number one NAV/ COM is also selected and is used for ALL
speaker audio. In the event the audio amplifier in use fails, as evidenced by
loss of all speaker audio, selecting an alternate transmitter will reestablish
speaker audio using the alternate transmitter audio amplifier. Headset audio is
not affected by audio amplifier operation.
AUDIO SELECTOR SWITCHES
Both audio control panels (see figure 7-11) incorporate three-position toggle-type audio selector switches for individual control of the audio from systems installed in the airplane. These switches allow receiver audio to be directed to the airplane speaker or to a headset, and heard singly or in combination with other receivers. To hear a particular receiver on the airplane speaker, place that receiver's audio selector switch in the up (SPEAKER) position. To listen to a receiver over a headset, place that receiver's audio selector switch in the down (PHONE) position. The center (OFF) position turns off all audio from the associated receiver.
Volume level is adjusted using the individual receiver volume controls on each radio.
A special feature of the audio control panel used when one or two transmitters are installed is separate control of NAV and COM audio from the NAV/COM radios. With this installation, the audio selector switches labeled NAy, 1 and 2 select audio from the navigation receivers of the NAV/COM radios only. Communication receiver audio is selected by the switches labeled COM, AUTO and BOTH. Description and operation of these switches is described in later paragraphs.
When the audio control panel for
three transmitters is installed, audio from both NAy and COM frequencies is
combined, and is selected by the audio selector switches labeled NAV/COM 1, 2
COM AUTO AUDIO SELECTOR SWITCH
The audio control panel used
with either one or two transmitters incorporates a three-position toggle switch,
labeled COM AUTO, which is provided to automatically match the audio of the
appropriate NAV/ COM communications receiver to the transmitter selected by the
transmitter selector switch. When the COM AUTO selector switch is placed in the
up (SPEAKER) position, audio from the communications receiver selected by the
transmitter selector switch will be heard on the airplane speaker. Switching the
transmitter selector switch to the other transmitter auto matically switches the
other communications receiver audio to the speaker. This automatic audio
switching feature may also be utilized when listening on a headset by placing
the GOM AUTO switch in the down (PHONE) position. If automatic audio selection
is not desired, the COM AUTO selector switch should be placed in the center
COM BOTH AUDIO SELECTOR SWITCH
The audio control panel used with either one or two transmitters incorporates a three-position toggle switch, labeled COM BOTH, which is provided to allow both COM receivers to be monitored at the same time. For example, if the COM AUTO switch is in the SPEAKER position, with the transmitter selector switch in the number one transmitter position, number one communications receiver audio will be heard on the airplane speaker. If it is also desired to monitor the number two communications receiver audio without changing the position of the transmitter selector switch, place the COM BOTH selector switch in the up (SPEAKER) position so that the number two communications receiver audio will be heard in addition to the number one communications receiver audio. This feature can also be used when listening on a headset by placing the COM BOTH audio selector switch in the down (PHONE) position.
The audio control panel used with three transmitters incorporates a three-position toggle switch, labeled AUTO, which is provided to automat ically match the audio of the appropriate NAV/ COM receiver to the selected transmitter. To utilize this automatic feature, leave all NAV/ GOM audio selector switches in the center (OFF) position, and place the AUTO selector switch in either the SPEAKER or PHONE position, as desired. Once the AUTO selector switch is positioned, the pilot may then select any transmitter and its associated NAV/OOM receiver audio simultaneously with the transmitter selector switch. If automatic audio selection is not desired, the AUTO selector switch should be placed in the center (OFF) position.
If the NAV/COM audio selector
switch corresponding to the selected transmitter is in the PHONE position with
the AUTO selector switch in the SPEAKER position, all audio selector switches
placed in the PHONE position will automatically be connected to both the
airplane speaker and any headsets in use.
ANNUNCIATOR LIGHTS BRIGHTNESS AND TEST SWITCH
The audio control panel used
with either one or two transmitters incorporates a three-position toggle-type
switch to control the brightness level of the marker beacon indicator lights
(and certain other annunciator lights associated with avionics equipment). When
the switch is placed in the center (DAY) position, the indicator lights will
show full bright. When this switch is placed in the up (NITE) position, the
lights are set to a reduced level for typical night operations and can be
further adjusted using the RADIO LT dimming rheostat knob. The down (TEST)
position illuminates all lamps (except the ARC light in the NAV indicators)
which are controlled by the switch to the full bright level to verify lamp
Cessna radios are equipped with
sidetone capability (monitoring of the operator's own voice transmission). While
adjusting sidetone, be aware that if the sidetone volume level is set too high,
audio feedback (squeal) may result when transmitting.
When the airplane has one or two transmitters, sidetone is provided in both the speaker and headset anytime the COM AUTO selector switch is utilized. Placing the COM AUTO selector switch in the OFF position will eliminate sidetone. Sidetone internal adjustments are available to the pilot through the front of the audio control panel (see figure 7-11). Adjustment can be made by removing the appropriate plug-button from the audio control panel (left button for headset adjustment and right button for speaker adjustment), inserting a small screwdriver into the adjustment potentiometer and rotating it clockwise to increase the sidetone volume level.
When the airplane has three transmitters, sidetone will be heard on either the speaker or a headset as selected with the AUTO selector switch. Sidetone may be eliminated by placing the AUTO selector switch in the OFF position, and utilizing the individual audio selector switches. Adjust ment of speaker and headset sidetone volume can only be accomplished by adjusting the sidetone potentiometers located inside the audio control panel.
Three types of microphone-headset installations are offered. The standard system provided with avionics equipment includes a hand-held microphone and separate headset. The keying switch for this microphone is on the microphone. Two optional microphone-headset installations are also available; these feature a single-unit microphone-headset combina tion which permits the pilot to conduct radio communications without interrupting other control operations to handle a hand-held microphone. One microphone-headset combination is offered without a padded headset and the other version has a padded headset. The microphone-headset combinations utilize a remote keying switch located on the left grip of the pilot's control wheel. The microphone and headset jacks are located on the left side of the instrument panel. Audio to all three headsets is controlled by the individual audio selector switches and adjusted for volume level by using the selected receiver volume contols.
If frequent IFR flights are planned, installation of wick-type static dischargers is recommended to improve radio communications during flight through dust or various forms of precipitation (rain, snow or ice crystals). Under these conditions, the build-up and discharge of static electricity from the trailing edges of the wings, rudder, elevator, propeller tips, and radio antennas can result in loss of usable radio signals on all communications and navigation radio equipment. Usually the ADF is first to be affected and VHF communication equipment is the lasttobe affected.
Installation of static dischargers
reduces interference from precipita tion static, but it is possible to encounter
severe precipitation static conditions which might cause the loss of radio signals,
even with static dischargers installed. Whenever possible, avoid known severe
precipita tion areas to prevent loss of dependable radio signals. If avoidance
is impractical, minimize airspeed and anticipate temporary loss of radio signals
while in these areas.


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Jawbone has developed human-centered wearable technology and audio devices unparalleled in their technical innovation, ease-of-use and sophistication of design. A 2010 IDSA Design of the Decade winner, the company is the creator of the award-winning and best-selling Jawbone ERA and ICON Bluetooth® headsets; NoiseAssassin® technology, the world’s first and only military-grade noise-eliminating technology; and the JAMBOX wireless speaker and speakerphone. Jawbone is privately held and headquartered in San Francisco.
Talking about the Big Jambox, It’s simply the smallest, best sounding wireless speaker and speakerphone on the planet. JAMBOX delivers stunning hi-fi audio in a portable wireless speaker so compact you won’t believe it when you hear it. Unlike other portable speakers, JAMBOX is powered by a pair of proprietary, highly sophisticated acoustic drivers, unmatched in their ability to produce extreme high (tweeter) and low (woofer) frequencies from a single, ultra-small dome speaker.
Available in Red Dot, White Wave or Graphite Hex designs, the Big Jambox uses wireless Bluetooth technology to connect to up to two devices at once (with the ability to remember up to eight devices) at a range of up to 33 feet/10 metres.


When it comes to reliable and durable ECG trunk cables, Unimed is your trusted source. We specialize in providing high-quality cables that enhance connectivity and compatibility in patient monitoring systems. With a focus on durability, adaptability, and customer satisfaction, Unimed is committed to delivering products that meet the needs of healthcare professionals worldwide.
Unimed: Your Reliable Source for ECG Trunk Cables
Unimed has established itself as a leading supplier of ECG trunk cables, earning the trust of healthcare providers around the globe. Our extensive experience in the medical industry has equipped us with the expertise to produce cables that meet the highest standards of quality and reliability. When you choose Unimed, you can be confident in our commitment to delivering products that exceed your expectations.
Seamless Connectivity: Unimed's ECG Trunk Cables for Monitoring Systems
In the realm of patient monitoring, connectivity is crucial for accurate data collection. ECG trunk cables play a vital role in connecting lead wires to patient monitors, ensuring seamless communication and precise readings. Unimed's trunk cables are designed to offer compatibility with a wide range of monitoring systems, including renowned brands like Philips, GE, Datascope, and more. Our cables are engineered to integrate seamlessly with these systems, providing healthcare professionals with a hassle-free solution for expanding their monitoring capabilities.
One of the key advantages of Unimed's ECG trunk cables is their adaptability. They are compatible with both original equipment manufacturer (OEM) lead wires and compatible alternatives. This versatility allows healthcare providers to choose the lead wires that best suit their preferences and needs, without sacrificing performance or reliability. Our trunk cables ensure optimal connectivity and accuracy, regardless of the lead wire option chosen.
Key Features and Advantages of Unimed's ECG Trunk Cables
Unimed's ECG trunk cables are designed with a range of features that set them apart. Our cables are fully shielded, offering excellent anti-interference properties. This shielding minimizes the impact of external factors, ensuring accurate and reliable signal transmission. Healthcare professionals can trust Unimed's trunk cables to deliver precise ECG readings without distortion or signal loss.
Durability is another key feature of Unimed's ECG trunk cables. We understand the demanding nature of the healthcare environment, which is why our cables are built to withstand the rigors of daily use. They are constructed with wear-resistant materials, ensuring a long service life and reducing the need for frequent replacements. Unimed's trunk cables provide healthcare facilities with a cost-effective solution, saving both time and resources.
In addition to their durability and performance, Unimed's ECG trunk cables offer convenience and cost-effectiveness. We prioritize the needs of healthcare professionals by providing cables that are easy to use and integrate into existing systems. Our cables are designed to be user-friendly, allowing for quick and hassle-free installation. Furthermore, the cost-effectiveness of our trunk cables allows healthcare facilities to allocate their resources efficiently, without compromising on quality.
Unimed ECG trunk cables are the ideal choice for healthcare professionals seeking enhanced connectivity and longevity in their patient monitoring systems. As a trusted supplier, Unimed is committed to delivering high-quality cables that meet the demands of the healthcare industry. With our focus on durability, compatibility, and customer satisfaction, we provide reliable solutions that healthcare providers can rely on. Experience the benefits of Unimed's ECG trunk cables today and elevate your patient monitoring capabilities to new heights.


It was one of the great tech start-up success stories of the last decade.
The Flip video camera, conceived by a few entrepreneurs in an office above Gump’s department store in San Francisco, went on sale in 2007, and quickly dominated the camcorder market.
The start-up sold two million of the pocket-size, easy-to-use cameras in the first two years. Then, in 2009, the founders cashed out and sold to Cisco Systems, the computer networking giant, for $590 million.
Last Tuesday, Cisco announced it was shutting down its Flip video camera division.
From the outset, the acquisition was an odd fit for Cisco, which is known for its enterprise networking services. To some analysts, the decision to shutter Flip was an admission by Cisco that it made a mistake.
Cisco said its decision to shut down the Flip division was part of an overall restructuring plan of its consumer business. “We are making key, targeted moves as we align operations in support of our network-centric platform strategy,” said John T. Chambers, Cisco’s chief executive, in a statement.


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Whether launching a new product or expanding to a new location, Indian businesses today have to move at speed. Over the past couple of decades, the time period for business cycles has reduced from 7-8 years to just around 1.5 years . Modern enterprises are using technology to enable them address these contracting timescales, especially for establishing connectivity, be it internally or with the customer. An example of this is the wireless EPABX(Electronic Private Automatic Branch Exchange).
GSM EPABX Systems are a unique offering that eliminates delays caused due to wireline feasibility checks and permissions. We provide Wireless EPABX for enterprises with infrastructure and 16 lines EPABX for enterprises with no infrastructure availability. Our Wireless EPABX machine is suitable for small offices, as it is a portable, zero capital expenditure solution that requires only a monthly rental without compromising on quality benefits of a wireline connection.


Http 192.168 o 0.1 index.htm
IP address 192.168.0.1 is some home broadband router, the default value for it to the management console, pointing to the http Jul 22, 2016 - By default, a router's IP address is configured to 192.168.0.1 or something similar. If you are having problems 192.168.100.1 - 192.168.l00.1 is a private IP Address that is used as default gateway to login as admin to settings of router at http To access the router management interface, the first thing that you have to do is to make sure that the default gateway address for IP address 192.168.1.1 are userd by router for setup internet connection and wifi wireless network. The first - receives from the ISP - WAN. Second - assigned to the local interface LAN for admin login - 192.168.1.1 or 192.168.0.1 (it depends on the vendor). You may encounter the IP address 192.168.0.1 if you have a so-called DSL router at home, which allows you to access the Internet with several devices over a single line.
Linux: administración del sistema y explotación de los .
192.168.0.1 is IP address used by several router manufactureres as default address for the router itself. This address is mostly used by D-Link and Netgear wired and wireless routers.
No puedo entrar en http://192.168.1.1 ¿que puedo hacer .
Status Help. The Status page displays the Router's current status and configuration. All information is read-only. LAN - The following parameters apply to the LAN port of the Router. You can use 192.168.0.1 to get access to web interface devices. These web interfaces are profoundly known as Admin panels. Also, using 192.168.0.1, you can make changes in the security keys of WPA or WEP type.
Manual de configuración del ADSL modem router Manualzz
Although most routers and modems are used, this IP address is also used for access to IoT devices, security cameras, and First Access the default gateway using 192.168.15.1. Enter the username and password and see for WiFi setting(methods differ as per the router/modem), If you have direct TV & wifi then use a home network and choose the wireless router option. 192.168.1.1 Login Admin is also opened by some router companies for setting up the modems. The default ip for router setup can be opened in browser by copying and pasting http 192.168 ll in the address bar. [none]. admin.
192.168.1.1 o de 192.168.0.1 cómo entrar y configurar tu router
192.168.10.1 router login and password for your device at 192.168.10.1 We will help you get into your router or other devices on your network 192.168.10.1 is a private ip address used for local networks. Status Help.
192.168.1.1: Cómo acceder al router y cambiar la .
192.168.0.1 is IP address used by several router manufactureres as default address for the router itself. This address is mostly used by D-Link and Netgear wired and wireless routers. 192.168.l.0.1 or 192.168.0.1 is a private IP Address that is available in the default setting of many popular broadband modems. D-LINK, TP-LINK, NETGEAR, 3COM, TOTOLINK are some of the big names. What is it, how to find it, and how to get access to it Internet status: Connected. WAN IP: 192.168.66.46.
HTML - v-espino.com
If you are one of this user, who can’t get in 192.168.1.1 because of this, information below was written specially for you. 192.168.178.1 The IP address is the default gateway for most wireless routers or ADSL modems.
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While the idea of having household appliances such as your fridge email you to tell it is low on milk might seem appealing, recent hacks have highlighted the vulnerabilities of The Internet of Things (IoT).
What is The Internet of Things?
The idea behind The Internet of things is quite simple: it’s about connecting everyday devices over the internet and then getting them to communicate with each other, apps, and users to allow us be better manage and live our lives. It is not a new idea, as far back as 1989 the worlds first toaster connected to a network was presented to the world at a tech conference. The most common current application of IoT technology are smart energy meters which allow users to turn the heating on and off and adjust the temperature of a room remotely when they are not home,
However, the ideas for applications of IoT goes far beyond individuals and it has been envisioned to include whole cities. So called ‘smart cities’ would have traffic controls connected and monitored via the internet, to reduce congestion. Sensors in ‘smart bins’ would alert city garbage collectors when bins needed to be emptied and drivers looking for somewhere to park would be directed to empty parking spots via data sent to their phones.
The Impact on Business and Industry
The impact of the IoT on business has been far reaching, particularly is areas such as manufacturing, as the IoT is an ideal system for programming machines and for organising people. The agricultural industry has also been an early adopter of IoT technology, using sensors to monitor the growth of crops and the movements of cattle, in an effort to boost production and keep track of herds.
Over the coming years IoT is likely to expand into most areas of business, in a similar way that personal computing and email and mobile communications have spread into every area of life over the last 20 years.
While the potential benefits of using IoT are easy to appreciate when looking at machines or plant, when it comes to office workers who are being constantly monitored and pressured to be more productive, the idea begins to take on a slightly dystopian shade: imagine your security ID being used to track where you at all times, so your boss can work out how long you take to make your coffee and where you go to drink it.
How Safe is The Internet of Things?
A studies have shown that 70% of the most commonly used IoT devices had serious security flaws with 90% of the devices using unencrypted network service and 70% vulnerable through weak passwords. There have been several recent high profile hacks which have highlighted flaws in The Internet of Things:
In July, hackers took control of a car and crashed it into a ditch by remotely breaking into its systems whilst sitting on a sofa 10 miles away. Using just a laptop and mobile phone to access the Jeep’ s on-board systems via its wireless Internet connection, the security experts cut out the engine and applied the brakes on the Jeep Cherokee – sending it into a spin and crashing it into a ditch. The Internet connected computer feature that has been installed in fleets of Fiat Chrysler cars since late 2013. It controls the entertainment system, deals with navigation and allows phone calls. More than 470,000 cars made by Fiat Chrysler could be at risk of being attacked by similar means.
With microprocessors now being embedded in all kinds of medical devices, including pace makers, insulin dispensers and defibrillators, medical devices implanted with your body could be at risk of being hacked. In 2007, former U.S. Vice President Dick Cheney was so concerned that terrorists would hack into his pacemaker in an attempt to assassinate him, he had the wireless connection to the device disabled.
In 2011, security researchers successfully tinkered with a best-selling insulin pump, using a hole in the pump’s wireless connection to demonstrate how the the amount of insulin released could be reset, leading to the possibility a fatal dose of insulin being administered to a patient.
Earlier this year, 17 hackers were arrested for using malware to capture nude pictures of Miss Teen USA using her webcam. The hackers allegedly used a remote access tool to infiltrate the teen’s computer. The tool works by sending a seemingly innocent link via a social media platform. Once the victim clicks on the link, their computer downloads malware that initiates a key logger and grants the hacker access to stored documents while also activating the webcam.
How to Protect Yourself
In this brave new world of The internet of Things there are a number of steps you can take to protect yourself:
- Avoid storing personal identifying information on any device
- Make sure your password is a unique and complex password for each of your devices so that if hackers gain access only one of your devices is compromised
- Take the time to read the fine print and find out what information is gathered and stored by your devices
- Change all default usernames and passwords on all of your home network devices as soon as turn them on for the first time
- Ensure that anti-virus and anti-malware software on your home computer network is turned on and regularly updated
Over the coming years the growth of the Internet of Things is likely to be unstoppable as the world becomes increasingly connected. Although the vulnerabilities in many of these everyday devices may seem harmless, as the example above show, they could lead to more serious consequences one day. Here at EasyHide-VPN we are not the biggest fans of The Internet of Things. We have always emphasized the need for high quality online security. While some of the ideas and devices do appeal to our inner geeks, the privacy and safety concerns do cause us some concern. However, as scary as The Internet of Things may appear, with increased efforts from tech companies to better provide security and privacy, linked with increased awareness of the need for online personal security precautions, there is no reason we cannot all reap the benefits of living in a world connected by The Internet of Things.


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All client computers on your company network run Windows 7 and are members of an Active Directory Domain Services domain. Your company policy requires that all unnecessary services be disabled on the computers. The Sales department staff has been provided with new mobile broadband adapters that use the Global System for Mobile Communications (GSM) technology. You need to ensure that portable computers can connect to the broadband GSM network. Which service should be enabled on the portable computers?
A. WLAN AutoConfig
B. WWAN AutoConfig
C. Computer Browser
D. Portable Device Enumerator Service
All client computers on your company network run Windows 7 and are members of an Active Directory Domain Services domain. Employees using portable computers report that they get connected to a coffee shop wireless network from the company conference room. You need to ensure that the employees connect to the company wireless network by default from anywhere within the company premises. What should you do?
A. Configure the Network authentication (Shared mode) setting.
B. Apply a Wireless Network Policy to set the network type to WPA-PSK.
C. Apply a Wireless Network Policy to automatically connect to the company wireless network.
D. Apply a Wireless Network Policy to set the company wireless network as the preferred network.
All client computers on your company network run Windows 7 and are members of an Active Directory Domain Services domain. All portable computers connect only to the 802.1X-authenticated wireless network. Wireless settings are set through the domain’s Group Policy. You discover that new portable computers cannot be joined to the domain. You need to ensure that new portable computers can be joined to the domain. What should you do?
A. Connect the portable computers to the wireless network by using a Bootstrap Profile.
B. Connect the portable computers to the wireless network by using a Non-Broadcast Profile.
C. Connect the portable computers to the domain by using smart card authentication.
D. Connect the portable computers to the domain by using network security key authentication.
Your network contains a wired network and a wireless network. Users report that they experience intermittent problems accessing network resources when they connect to the internal wireless network. You discover that an unsecured rogue wireless access point uses the same Service Set Identifier (SSID) as the internal wireless network. You need to ensure that the users only connect to the internal wireless network. What should you do?
A. Configure a Windows Connect Now Group Policy.
B. Configure a Wireless Network (IEEE 802.11) Policy.
C. Delete the rogue network from the Network and Sharing Center on each computer.
D. Create a Connection Manager Administration Kit (CMAK) profile and deploy it to all users.
All client computers on your company network run Windows 7 and are members of an Active Directory Domain Services domain. All servers run Windows Server 2008 R2 and are located in the main office. A remote office connects to the main office by using a cellular network. Employees at the remote office frequently download a daily report from an IIS Web server at the main office, which causes them to incur excessive pay per bandwidth usage costs. You need to decrease the network bandwidth usage costs incurred by the remote office. What should you do?
A. Implement DirectAccess.
B. Implement VPN with compression.
C. Implement Distributed File System.
D. Configure Branch Cache.
Your company uses portable computers that run Windows 7. The Sales department staff use Wireless Wide Area Network (WWAN), WLAN, and wired network connections to work from a remote location. The Sales department staff reestablish their secure connections and restart applications frequently. You need to ensure that the employees are able to work without unnecessary interruptions. What should you do?
A. Create a Group Policy to configure preferred wireless access points
B. Configure Group Policy preferences to create multiple VPN connections
C. Configure each portable computer to use the VPN Reconnect feature
D. Configure each portable computer to use the Extensible Authentication Protocol
Your company has a main office and two branch office locations. All client computers on your company network run Windows 7 and are members of an Active Directory Domain Services domain. All servers run Windows Server 2008 R2 and are located in the main office. Branch office employees use a slow WAN link with high latency to access files on a network share located in the main office. You need to meet the following requirements:
– Reduce WAN link utilization
– Improve user response time when accessing files
What should you do?
A. Configure BranchCache in Hosted Mode.
B. Configure BranchCache in Distributed Mode.
C. Configure the Default Cache Size setting by using Group Policy.
D. Configure the Configure Slow link speed setting by using Group Policy.
All client computers on your company network run Windows XP and are members of an Active Directory Domain Services domain. You plan to migrate all computers to Windows 7. You also plan to deploy a new VPN server to support remote network access for the computers. You need to ensure that all computers will be supported for remote access during the migration to Windows 7. What should you do?
A. Set the VPN server to Layer 2 Tunneling Protocol.
B. Set the VPN server to Secure Socket Tunneling Protocol.
C. Set the VPN server to Internet Key Exchange version 2.
D. Configure the Direct Access feature on the VPN server.
All client computers on your company network run Windows 7. All servers in your company run Windows Server 2008 R2. Employees use a VPN connection to connect to the company network from a remote location. Software updates are not being applied to the client computers because employees log off before the updates are applied. You need to ensure that software updates are always applied to the client computers. What should you do?
A. Configure the Direct Access feature.
B. Configure the VPN Reconnect feature.
C. Use Group Policy to publish a package that contains the software updates.
D. Use Group Policy to redeploy a package that contains the software updates.
All client computers on your company network run Windows 7. All servers in your company run Windows Server 2008 R2. Employees use a VPN connection to connect to the company network from a remote location. Employees remain connected to the VPN server to browse the Internet for personal use. You need to ensure that employees are unable to use the VPN connection for personal use. What should you do?
A. Configure the VPN connection to append a connection-specific DNS suffix.
B. Configure the VPN connection to use machine certificates for authentication.
C. Use Group Policy to disable the Use default gateway on remote network setting on each client computer.
D. Use Group Policy to configure the firewall on each computer to block outgoing connections when using the VPN connection.
All client computers on your company network run Windows 7. Employees use Windows Internet Explorer 8 to access Web sites. You discover that some computers are infected with malicious software. Employees are able to access Web sites that might have been compromised by malicious software. You need to configure the settings in Internet Explorer 8 to prevent malicious software from being installed on the computers. What should you do?
A. Configure Popup Blocker.
B. Configure SmartScreen Filter.
C. Add the sites to the Local intranet zone.
D. Add company-approved Web sites to the Compatibility View List.
All client computers on your company network run Windows 7 and are members of a Windows Server 2008 R2 domain. The R&D department staff are local administrators on their computers and are members of the R&D global security group. A new version of a business software application is available on the network. You plan to apply an AppLocker security policy to the R&D group. You need to ensure that members of the R&D group are not allowed to upgrade the software. What should you do?
A. Create an Audit only restriction based on the version of the software.
B. Create an Audit only restriction based on the publisher of the software.
C. Create an Enforce rule restriction based on the version of the software.
D. Create an Enforce rule restriction based on the publisher of the software.
A company has computers running Windows 7 Enterprise and has hardware capable of displaying Windows Aero. A user is unable to use Windows Flip 3D and does not see previews of open windows from the taskbar. You need to ensure that the computer displays Aero. What should you do? (Choose all that apply.)
A. Upgrade to Windows 7 Ultimate.
B. Update to the latest video driver.
C. Run the Aero troubleshooter tool.
D. Add additional RAM in the computer.
E. Change the theme to an Aero theme.
F. Re-run the assessment for the Windows Experience Index.
Your company has a main office and a branch office. The network contains a single Active Directory domain. All computers are members of the domain. Five users in the branch office report that their Windows 7 computer is slow when it runs multiple applications. From your computer, you need to identify the application that uses the most processor on the computers. Which tool should you use?
A. Performance Monitor
B. Reliability Monitor
C. Resource Monitor
D. System Information
Case Study 1 – Consolidated Messenger (QUESTION 45 – QUESTION 49)
You are an enterprise desktop support technician for Consolidated Messenger.
The company has three offices named Office1, Office2, and Office3. The offices connect to each other over the Internet by using VPN connections. Each office has an 802.11g wireless access point. All wireless access points are configured to use Radius01 for authentication.
Active Directory Configuration
The network contains one Active Directory domain named consolidatedmessenger.com. The relevant organizational unit structure is shown in the following diagram:
The relevant Group Policy objects (GPOs) in the domain are configured as shown in the following table:
The relevant applications on the network are shown in the following table:
The relevant servers are configured as shown in the following table:
Each office has 500 desktop computers that run Windows 7 Enterprise. There are 250 mobile users that travel regularly between all three offices. The mobile users have laptop computers that run Windows 7 Enterprise. To prevent the spread of malware, the company restricts the use of USB devices and only allows the use of approved USB storage devices.
The marketing group has several printers that are shared on File01. A shared printer name Printer1 is a high-performance, black-and-white printer. A shared printer named Printer2 is a high-definition, photo-quality, color printer. Printer2 should only be used to print marketing brochures.
The chief financial officer (CFO) releases new guidelines that specify that only users from Finance are allowed to run FinanceApp1. Users in the Marketing OU report that they can run FinanceApp1. You need to ensure that only users in the Finance OU can run FinanceApp1. What should you do?
A. In the AllComputers GPO, create a new AppLocker executable rule.
B. In the Desktops GPO and the Laptops GPO, create a new Windows Installer rule.
C. In the AllComputers GPO, create a software restriction policy and define a new hash rule.
D. In the Desktops GPO and the Laptops GPO, create a software restriction policy and define a new path rule.
You might want to deploy application control policies onto Windows operating systems earlier than Windows Server 2008 R2 or Windows 7. You can use AppLocker policies only on the supported editions of Windows Server 2008 R2 and Windows 7, but you can use SRP on supported editions of Windows beginning with Windows Server 2003 and Windows XP.
The help desk reports that users in the Marketing OU print draft documents, e-mails, and other miscellaneous documents on Printer2. You need to recommend a solution so that marketing users print documents to Printer1 by default. What should you do?
A. Enable printer pooling.
B. Configure Group Policy Preferences.
C. Modify the priorities of the shared printers.
D. Modify the permissions of the shared printers.
Action: This type of preference item provides a choice of four actions: Create, Replace, Update, and Delete.
The behavior of the preference item varies with the action selected and whether the printer connection already exists.
Set this printer as the default printer – Select this check box to make the shared printer connection the default Windows printer for the current user. Only if a local printer is not present – Select this check box to bypass changing the default printer if there is a local printer configured on the computer. This setting is unavailable until you select the Set this printer as the default printer check box.
Note: A local printer is any printer that is not connected to a shared network printer. This includes physical printers connected to parallel, serial, and USB ports, TCP/IP printers, and virtual printers installed through software.
To create a new Shared Printer preference item
Open the Group Policy Management Console. Right-click the Group Policy object (GPO) that should contain the new preference item, and then click Edit. In the console tree under User Configuration, expand the Preferences folder, and then expand the Control Panel Settings folder.
Right-click the Printers node, point to New, and select Shared Printer. In the New Shared Printer Properties dialog box, select an Action for Group Policy to perform. Enter shared printer settings for Group Policy to configure or remove. Click the Common tab, configure any options, and then type your comments in the Description box.
Click OK. The new preference item appears in the details pane.
Users in the ERPApp1 pilot project report intermittent application issues. You need to consolidate all application events for the users in a central location. What should you do?
A. Configure event subscriptions.
B. Configure the Advanced Audit Policy Configuration settings.
C. Create a custom view in Event Viewer.
D. Create a user-defined Data Collector Set.
The Office1 network link is brought offline for emergency maintenance. Users in Office2 and Office3 report that they cannot connect to the wireless network. You need to recommend changes to ensure that users in all offices can connect to the wireless network if a WAN link fails. What should you recommend?
A. that redundant DHCP scopes be created
B. that additional RADIUS servers be deployed
C. that universal group caching be implemented
D. that additional default gateways be configured
The company purchases 500 USB flash drives from a new hardware vendor and distributes them to the users. The help desk reports that the users are unable to access the new USB flash drives. You need to ensure that users can save data on the USB flash drives. What should you do?
A. Instruct the help desk to modify the BitLocker settings.
B. Instruct the help desk to modify the Windows Defender settings.
C. Request that an administrator modify the driver signing policy.
D. Request that an administrator modify the device installation restriction policy.
Case Study 2 – City Power & Light (QUESTION 50 – QUESTION 54)
You are an enterprise desktop support technician for City Power & Light. City Power & Light is a utility company. The company has a main office and a branch office. The main office is located in Toronto. The branch office is located in Boston. The main office has 1,000 employees. The branch office has 10 employees.
Active Directory Configuration
The network contains a single Active Directory domain named cpandl.com. The functional level of the forest is Windows Server 2008 R2.
All servers run Windows Server 2008 R2. The relevant servers in the main office are configured as shown in the following table:
All computers in the main office are configured to use DHCP. All computers in the branch office are configured to use static IP addresses.
– All user accounts are standard user accounts.
– All client computers run Windows 7 Enterprise.
– Each portable computer has a PPT P-based VPN connection to the internal network.
Corporate Security Guidelines
– All users must be granted the least privileges possible.
– All locally stored documents must be encrypted by using Encrypting File System (EFS).
– The hard disk drives on all port able computers must be encrypted by using Windows BitLocker Drive Encryption (BitLocker).
– All encryption certificates must be stored on smart cards.
The company is deploying a new application. When users attempt to install the application, they receive an error message indicating that they need administrative privileges to install it.
You need to recommend a solution to ensure that users can install the application. The solution must adhere to the corporate security guidelines. What should you recommend?
A. Publish the application by using a Group Policy.
B. Disable User Account Control (UAC) by using a Group Policy.
C. Add all domain users to the local Power Users group by using Restricted Groups.
D. Add the current users to the local Administrators group by using Group Policy preferences.


Having one of the best wireless routers in your home is vital, whether you’re using your Wi-Fi connection for work, for gaming or to simply connect with friends and stream Netflix. Our computer lives exist almost entirely online, and having a less than stellar router can really hold you back.
After all, you don’t want to put up with persistent buffering when you’re watching your favorite shows on Netflix, or to not be at your full potential when playing the best PC games. While your first instinct might be to call up your internet provider and upgrade your service, picking up one of the best wireless routers might be a better fix to your network issues. This is because having the fastest internet service won’t matter much if your wireless router is outdated and cannot keep up.
You’ll need to invest in one of the best wireless routers your budget can afford. However, that might mean different things to different people, and not just budget-wise. The best router for you might be the most cutting edge wireless mesh router that boosts signal into every corner of the house or it may look like an epic gaming router delivering the signal. It might even mean one that boast the upcoming Wi-Fi 6 technology that will most likely make this list in the near future.
If you’re in the market for one of the best wireless routers 2019 has to offer, you have to keep a couple things in mind. First of all, MU-MIMO is a must for anyone with multiple devices, and considering that most homes will have several people with several devices, that’s probably everyone in the market for the best wireless routers. Secondly, the speed rating of the router is worth checking as well – a rated speed of AC1900 should cover you nicely.
The market is saturated with many wireless routers options to choose from – hundreds in fact, which means that getting the ideal one for your needs might not be easy. To give you a hand, we’ve put together a list of the best wireless routers we’ve tested so far, so you can be sure to get a quality router, possibly the best wireless router for your home and your needs.
What you need to know about Black Friday 2019
The Black Friday and Cyber Monday deals period has always been a good time of year to pick up the best router for your needs. Every year that we've been covering the Black Friday sales, we've noticed that retailers have been pretty happy to cut the prices of routers, which means you could potentially save yourself a big chunk of change if you shop wisely. But, that doesn't mean you shouldn't start shopping around right now, as our built-in price comparison tool scours the internet to find the very best deals so you don't have to wait.
Best wireless routers 2019 at a glance
- Google Wifi
- Asus RT-AC86U
- Netgear Nighthawk Pro Gaming XR500
- TP-Link Archer C5400 v2
- Netgear Orbi Pro
- Netgear Orbi AC2200 RBK23
- TP-Link Deco M9
- D-Link Covr-C1203
- Eero Home Wi-Fi System
- Amplifi HD
1. Google Wifi
The future of wireless networking gets affordable
Speed: 802.11ac 5GHz down: 101.41 Mbps, 2.4GHz down: 47.53 Mbps | Connectivity: 2 x Gigabit Ethernet ports per Wifi point (1 WAN and 1 LAN port each) | Features: AC1200 2 x 2 Wave 2 Wi-Fi, TX beamforming, Bluetooth Smart ready
The days of traditional wireless routers are coming to an end; the age of the wireless mesh routers is here. Google Wi-Fi, alone, is proof that the mesh revolution is upon us, which means that you might be saying goodbye to the days when the only way to have wireless bliss was to install a number of wireless extenders. The idea of Google Wi-Fi is simple: purchase a set of points, put them in strategic places around the house and then scan a QR code. And, just like that, you’re connected anywhere you are in your home. It’s no surprise that this wireless mesh router claims the loftiest spot on our best wireless routers list of 2019, as it’s also the one that’s most effortless to set up and get going.
Read the full review: Google Wifi
2. Asus RT-AC86U
Performance as loud as the design
Speed: 802.11ac 1734 Mbps down | Connectivity: 4 x Gigabit LAN, Gigabit Wan, USB 2.0, USB 3.0 | Features: MU-MIMO, Traffic Analyzer, Adaptive QoS, WTFast Gamers Private Network
If you’re well-acquainted with Asus, especially its gaming computers, then you likely have a general idea of what the Asus RT-AC86U brings to the table. This wireless router may look like the lovechild of Doritos and Mountain Dew, if they spent a night together in a router making machine. But, inside that kitschy gaming aesthetic is a wireless router that, for its price, effortlessly outclasses almost all of its rivals on the market. Even better, you’re also not paying a premium for a gaming device, so if you’re looking for a high-speed connection with an affordable price tag, the Asus RT-AC86U should be at the top of your list.
Read the full review: Asus RT-AC86U
3. Netgear Nighthawk Pro Gaming XR500
A fantastic gaming router
Speed: 802.11ac 1.7GHz dual-core processor | Connectivity: 5 Gigabit Ethernet ports (4 LAN + 1 WAN) | Features: Two WiFi bands simultaneously, 4 external antennas, 15 more channels in 5GHz
The Netgear Nighthawk Pro Gaming XR500 might be pricey and lacks a broadband modem. However, this is still a router that delivers, especially on getting those pings down. Designed for homes with gamers in-house, it’s supercharged for your online gaming needs, keeping those high “ping” and latency rates down to deliver an excellent connection whether you’re playing Call of Duty or PUBG. If you’re willing to pay a pretty penny – and if you’re a serious gamer, you should be – this is one of the best wireless routers to consider.
Read the full review: Netgear Nighthawk Pro Gaming XR500
- This product is only available in the US and UK at the time of this writing. Australian readers: check out a fine alternative in the Google Wifi.
4. TP-Link Archer C5400 v2
Weird looks, great performance
Speed: 802.11ac 5GHz down: up to 2,167 Mbps, 2.4GHz down: up to 1,000 Mbps | Connectivity: 4 x LAN, WAN, USB 3.0, USB 2.0 | Features: MU-MIMO, Tri-band Wi-Fi, 8 external antennas, Alexa voice control
Are you in the market for one of the best wireless routers of 2019 and don’t mind a quirky design. If a ‘90s-inspired sci-fi design sounds like it will fit right in your home, then the TP-Link Archer C5400 v2 might be the best wireless router for you. It’s not exactly the most modern-looking mesh router out there, but it’s unique in that it can bridge consumer and enterprise users by offering high-end functionality at a reasonable price point and with a relaxed setup. It’s peculiar looking, yes; however, if you’re scouring the market for a wireless router that can cover a mid-sized home, you can’t go wrong with this.
Read the full review: TP-Link Archer C5400 v2
5. Netgear Orbi Pro
A mesh router for the office
Speed: 802.11AC 3Gbps | Connectivity: Gigabit WAN, 4 x Gigabit LAN | Features: Modular network coverage, modern design, easy setup, traffic separation
If you need to bring your office’s networking into the modern age with one of the best routers of 2019, then you must seriously consider getting the Netgear Orbi Pro. It’s a modular Wi-Fi mesh router that takes some design and performance inspiration from its business-grade competitors. It’s on the more expensive side. However, if you’re running a business where you cannot afford any lags due to poor Wi-Fi, then it’s absolutely worth every penny.
Read the full review: Netgear Orbi Pro
6. Netgear Orbi AC2200 RBK23
The Netgear Orbi, but smaller now
Speed: 802.11ac 5GHz down: 68.8 Mbps | Connectivity: 2 x Gigabit Ethernet ports per unit | Features: Disney Circle parental controls, Pause WiFi, smartphone setup, Tri-Band networking, modular
When the Netgear Orbi hit the streets, it changed the wireless router scene. Then, in 2019, Netgear released the Netgear Orbi AC2200 RBK23, an economical alternative for casual users who don’t have a grand manor to cover. This makes it a worthy contender for the best wireless routers. Sure, it comes with fewer antennae and ethernet ports than its higher end counterpart. However, it does deliver more than enough to provide very solid network coverage. Plus, the small form factor means that it will have no issues blending in – not that you will feel the need to hide it.
Read the full review: Netgear Orbi AC2200 RBK23
7. TP-Link Deco M9 Plus
A router for the smart home
Speed: 5GHz: up to 867Mbps, 2.4GHz: up to 400Mbps | Connectivity: 2 x Gigabit WAN/LAN, USB 2.0 | Features: Tri-Band connectivity, Dead-zone killer, Built-in smart hub, Built-in Antivirus, QoS, Parental controls
The market is now flooded with wireless mesh routers, but it’s hard to complain when the level of coverage these wireless routers brings tops anything we’ve seen before. With devices like the TP-Link Deco M9, one of the best routers of 2019, we can see how they’re only getting better and better. By incorporating IoT smart home support, alongside industry standard speeds and coverage, the TP-Link Deco M9 is, without question, an excellent choice for a smart home supporter. Fair warning though, this router is a tad expensive. However, you’re also getting all these features and an outstanding performance in exchange.
Read the full review: TP-Link Deco M9
8. D-Link Covr-C1203
Wireless mesh networking for everyone
Speed: 2.4 GHz: up to 300Mbps; 5GHz: up to 866Mbps | Connectivity: 2 x Gigabit Ethernet LAN per node | Features: MU-MIMO, Parental controls, Smart network control, Smart device setup
Ready to jump on the mesh wireless router bandwagon, but without breaking open that piggy bank? You’re in luck with the affordable D-Link Covr C1203. It’s one of the best wireless routers, if you want to upgrade and save at the same time. It offers comparable coverage to that of the Google Wi-Fi while also being affordable, and it also looks futuristic in a great way. It’s somewhat slower than Google’s legendary router, but it will still be fast enough for the typical user. It’s no surprise that the D-Link Covr C1203 gets our vote as one of the best wireless routers of 2019.
Read the full review: D-Link Covr-C1203
9. Eero Home Wi-Fi System
Mesh wi-fi for the power user
Speed: 802.11a/b/g/n/ac 2.4GHz, 5.2GHz and 5.8GHz, 802.11a/b/g/n/ac 2.4GHz and 5GHz | Connectivity: 2 x Gigabit WAN/LAN | Features: Modular network coverage, modern design, included security software, dynamic rerouting
If you’re in the market for a wireless mesh router that gives you a lot of control over your network, then the Eero Home Wi-Fi system might just be the answer. It has a price more premium than that of your standard router, but it also gives users total control over their network while touting a secure connection through AI. Even better, the Eero Home Wi-Fi System comes with subscriptions to 1Password, MalwareBytes and Encrypt.me VPN, which should keep everyone linked to your network safe and secure.
Read the full review: Eero Home Wi-Fi System
10. Amplifi HD
Bringing style to mesh networking
Speed: 802.11AC 1300mbps | Connectivity: 1 x Gigabit WAN, 4 x Gigabit LAN | Features: Modular network coverage, modern design, LCD touchscreen
The Amplifi HD is one of the most expensive wireless routers on the list. However, due to its clean, contemporary aesthetic, it’s found a loyal audience without a problem. While design isn’t exactly at the top of everyone's priorities when choosing the best wireless router for them, it does help encourage users to install and show them off it in central locations that will help boost the router’s signal. This wireless router boasts a brilliant performance and a smart design to match, as long as you’re willing to shell out a bit more.
Read the full review: Amplifi HD
Joe Osborne, Bill Thomas and Gabe Carey have also contributed to this article
Images Credit: TechRadar
- We’ve also picked out the best best wifi extenders of 2019


Samsung has announced its Galaxy Beam i8520 Android smartphone with built-in pico projector. The Galaxy Beam is a smartphone running Android OS 2.1 with TouchWiz 3.0 UI.
It features a 3.7-inch 800×480 AMOELD touchscreen and built-in pico projector based on TI’s DLP technology. It gets a 8 Megapixel camera with auto focus and LED flash, a VGA front camera, 16GB internal memory, AGPS, Bluetooth and WiFi.
Samsung Galaxy Beam i8520 will be released next month.


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- MEDIA SHARING Connect up to 2 USB devices to the NF10WV gateway and share all A/V media and files content available with the connected devices in the house. The NF10WV becomes the media hub of house using DLNA/UPnP standards and wireless capabilities to create a powerful and reliable home network.nbn™
LET’S GET YOU CONNECTED!


There are plenty of ways in which VoIP (Voice over Internet Protocol) communication systems can benefit your business. VoIP works by routing calls via an internet connection, making it a very flexible and cost effective solution whether it’s being used in a large or small business.
In the article below you’ll find five tricks for improving your business communications with VoIP, including internal communications, international calling and staying in touch while on the move.
Use VoIP for internal calls
VoIP is a good system to use when you need to call office to office. If you set up multiple lines for your business you will save money on calls to colleagues in different offices. This would be the case whether you were calling someone in the same city or making a call to another international office.
Make international calls
You can use VoIP for business calls at home, and it’s a great option for when you need to make international calls. VoIP offers cost effective communication for international calls, partly due to plans which allow you to focus on certain areas and pay up front.
Call whilst you’re away
One of the biggest benefits of VoIP is that you only need an internet connection and touch tone phone to make it work. This means you can keep on top of all your business calls when you’re out of the office. It’s the ideal solution if you need to set up a mobile office in your hotel room, and it means you won’t be spending excessive amounts of money on hotel or mobile phone bills
Be easily contactable
We’ve covered outgoing calls when you’re away, but what about being contacted? Well, this is easy with VoIP. Just set up your systems and any incoming calls will be directed over your internet connection. This makes it easy for colleagues and clients to be able to get hold of you, which is something they’ll really appreciate. In addition, you won’t have to spend time chasing emails or voice messages left on your mobile. This can only be good for the running of your business.
Pick a suitable VoIP system
It sounds obvious but you need to check what’s on offer and whether it suits your business needs. Look for things like excellent customer support, low set-up costs and good value call rates. When you pick the right VoIP services for your business you’ll improve your communication by having more flexibility, and it’ll save money off the bottom line.


The ISP has a black cable that is the input to the box made by “Mc Mans tel”. Here is a picture showing the manufacturer of the box.
Here is the picture showing the cable flow in and out of the “Mc Mans tel” box
From this black box made by McManstel there are two yellow eth5 cables that come out and go inside the Cisco Catalyst 2950 switch.
Cisco 2950 is a 24 port switch and on the far left of the following picture you will see the two output wires green and grey coming out of the cisco switch and going to my linux servers.
The probpem is:
1. Each port on the cisco 2950 switch is restricted to 512 Kbps of upload. I can get 12 Mbps of upload speed but for that I will need to run 24 parallel connections. I am hoping to get that 12Mbps of upload with just one port of the cisco 2950 switch instead of having to use all the 24 ports.
Wondering what is the solution ?


New Global Grid Computing and Communications Technology Demonstrated by Researchers in U.S. and Japan
Demonstration Foreshadows Integration of Computing and Networking in the Next-Generation Internet
RESEARCH TRIANGLE PARK, N.C. (Sept. 11, 2006) – Researchers in the United States and Japan today demonstrated “automated” interoperability between network and computing resources in two national grid computing research testbeds – the first such demonstration of this scale between two countries of new, integrated computing and communication technology that can be used to exponentially enhance next-generation Internet performance.
The researchers believe that the future of information technology will include these types of capabilities - the direct integration of computing and the Internet across the globe.
The interoperability between the G-lambda project in Japan and the Enlightened Computing project in the United States was demonstrated at the Global Lambda Integrated Facility (GLIF) annual Global LambdaGrid Workshop in Tokyo, Japan.
For the first time, a software application in a research testbed in one country was able to reserve, manage and monitor computing and network resources across both countries – a key milestone toward the development of a Global Grid of networked, interoperable resources, which some believe will lead to the next generation of computing and the Internet.
Typically, the use of the high-performance computing resources and optical network resources have to be arranged and manually configured well in advance – a process that often requires weeks or more, and connections established for months or years.
Researchers working with the G-lambda group in Japan and the Enlightened Computing group in the United States demonstrated how software applications can establish network connections “on demand” to computing resources, databases of information and scientific instruments. The duration of these connections is based on the particular application’s requirement – for precisely the amount of time that is needed, and no more. Whether seconds or days, the network and resources are connected and managed to perform a task. Then, the connection is released in order to share resources for other purposes.
The Enlightened team’s middleware relies on a novel algorithms based on HARC, the Highly-Available Robust Co-allocator designed and implemented by Louisiana State University. HARC provides a means for reliably coordinating both compute and network resources.
A key goal for the Japanese consortium was to demonstrate and familiarize the community with the GNS-WSI (Grid Network Services-Web Services Interface), a Web services interface between a grid resource management system and network resource management system for the purpose of standardization.
“This has been a wonderful collaboration to demonstrate the interoperability of resource management middleware,” said Tomohiro Kudoh of Japan’s National Institute of Advanced Industrial Science and Technology. “In addition, we together obtained a lot of knowledge about the middleware integration in terms of the architecture as well as the implementation. This collaboration will become a model of future service infrastructure provided by multiple organizations in multiple network domains.”
The goal in developing next-generation optical networks is to extend the control of the network and resources to software applications – through what is called the “optical control plane.” The optical control plane controls the establishment, maintenance and release of connections in an optical network as well as algorithms for engineering an optimal path between resources.
The demonstration also featured a Generalized Multiprotocol Label Switching (GMPLS) control plane including an External Network-to-Network Interface (E-NNI) available on Calient switches as a result of the collaboration between Calient Networks and KDDI R&D. This is the first time the GMPLS E-NNI was demonstrated across two countries to provide on-demand end-to-end lightpaths. The researchers plan on integrating the E-NNI capability into the middleware as well, in the near future. Today’s demonstration of the E-NNI capability used the Calient Graphical User Interface (GUI) to create the end-to-end E-NNI path.
“Enhanced E-NNI capability addresses optical network scalability and interoperability the same way SS7 did for the telephone network” explains Olivier Jerphagnon from Calient Networks. “We are glad to have supplied optical equipment to demonstrate this capability on a global scale with our customers.”
The G-lambda and Enlightened Computing demonstration showed how grid technology dovetails with high-capacity optical networks. “The ability for end-users or applications to reserve and manage the network and compute resources in a coordinated manner is required to fully realize the potential of global grids” said Gigi Karmous-Edwards, principal scientist at MCNC, principal investigator for the Enlightened Computing project and chair of the GLIF Control Plane Working Group. “This demonstration shows evidence of new opportunities unfolding through the interoperability of global Grid resources.”
The demonstration included computing resources in the United States at the N.C. State University Virtual Computing Lab and MCNC in North Carolina, the Center for Computation & Technology at Louisiana State University, the California Institute of Technology (Caltech), and Starlight facility in Chicago.
The computing resources involved in the demonstration from N.C. State University are part of the Virtual Computing Lab, developed by the College of Engineering and the Information Technology Division.
“Grid technology enables resources to be shared throughout the university environment through the Virtual Computing Lab, and we are working to extend the sharing of resources across North Carolina,” said Mladen Vouk, department head and professor of Computer Science, and associate vice-provost for Information Technology at N.C. State University. “We are proud to participate in the G-lambda and Enlightened Computing demonstration that showcased how advanced networking technology can enable sharing resources no matter where they are located.”
Network Infrastructure Support
In the United States, the demonstration was supported by the National LambdaRail (NLR), a national research network infrastructure, and an international hub of research networks in Chicago called StarLight. The StarLight global optical network hub at Northwestern University in Chicago is an international optical network connection point, developed and operated in partnership by Northwestern, the University of Illinois at Chicago, and Argonne National Laboratory.
The networking resources have been made available by Cisco Systems through allocation grants to the Enlightened Computing Project, to the Louisiana Optical Networking Initiative (LONI) and to CalTech, on Cisco’s share of the National LambdaRail infrastructure.
The grant to the Enlightened Computing research project is for use of a 10 gigabit-per-second network connection from Raleigh connecting through to Washington, Pittsburgh and terminating in Chicago. The grant to LONI is for use of a 10 gigabit-per-second network connection from Baton Rouge connecting through to Houston, Dallas, Kansas City, and terminating in Chicago. The grant to CalTech is part of the shared Layer 2 services utilizing NLR’s layer 2 (FrameNet) services from Los Angeles to Chicago, with 10G ports on the 6500 routers located in Los Angeles and Chicago.
While NLR and other research networks are not a part of the commercial Internet, the technology being developed by researchers today may evolve into the commercial services available to businesses and the general public in the future.
“NLR was developed to support research innovation and provide network gateways for researchers to use to collaborate with each other across the globe,” said Tom West, CEO of NLR.
“The Internet that people are familiar with today is being transformed by these new advanced technologies. The G-Lambda and Enlightened demonstration is a major advance toward creating a new global information technology environment that closely integrates computing and light-speed communications. These new capabilities are already allowing researchers to create a completely new generation of services and applications,” said Joe Mambretti, director of Northwestern University’s International Center for Advanced Internet research and Co-Director of StarLight.
IBM helping initiate the Virtual Computing Lab at N.C. State through a 2004 research grant is a prime example of industry and university collaboration leading to new services. IBM BladeCenter servers are part of the Virtual Computing Lab.
“IBM’s involvement in the Enlightened Computing project and the Virtual Computing Lab helps us understand the interaction among computing resources and the network in a Global Grid environment for the enablement of advanced services,” said Steve Hunter, IBM Distinguished Engineer, CTO, IBM BladeCenter.
With capabilities demonstrated today, we are enhancing opportunities for collaboration and sharing resources on global scale,” said John Crites, CEO of MCNC. “The accomplishment is an important step in unleashing the collective power of grid computing and fostering collaboration on a global basis. MCNC shares this success with N.C. State University and all our partners in the N.C. Research and Education Network. It has been a collective effort from the beginning.”
A similar grid testbed interoperability demonstration is planned in November at Supercomputing 2006, an international conference on high performance computing and networking in Tampa, Fla. In addition, future collaborative demonstrations are planned that will add European Grid testbeds.
About Enlightened Computing
Enlightened Computing project is a collaboration that includes National LambdaRail, N.C. State University, the Renaissance Computing Institute at UNC Chapel Hill, MCNC, Louisiana State University, the Southeastern Universities Research Association, and the Naval Research Lab. Private company research organizations include Cisco, IBM, AT&T Research and Calient Networks.
The G-lambda project in Japan is a collaboration that includes National Institute of Advanced Industrial Science and Technology (AIST), KDDI R&D Laboratories, NTT Network Innovation Laboratories, and the National Institute of Information and Communications Technologies (NICT).
Global Lambda Integrated Facility (GLIF) is an international organization dedicated to developing next generation optical networks. GLIF integrates optical networks to support data-intensive scientific research, bringing together some of the world’s premier researchers.
About the Center for Computation & Technology (CCT)
The CCT (www.cct.lsu.edu) is an innovative and interdisciplinary research environment for advancing computational sciences, technologies, and the disciplines they touch.
Since 1985, MCNC has developed and operated the North Carolina Research and Education Network (NCREN) in collaboration with the University of North Carolina’s 16 campuses. The fiber-optic, private network is dedicated to research and education, providing a statewide network backbone to foster innovation. NCREN provides high-speed Internet, video, audio and data network services for North Carolina public universities, Duke University, Wake Forest University, other private universities and community colleges, state government and non-profit institutions. NCREN also provides access to national research networks. MCNC, founded in 1980 to be a catalyst for technology-based economic development throughout North Carolina, is located in North Carolina’s Research Triangle Park. For more information, please visit www.mcnc.org.
About National LambdaRail
National LambdaRail, Inc. (NLR) is a major initiative of U.S. research universities and private sector technology companies to provide a national scale infrastructure for research and experimentation in networking technologies and applications. NLR puts the control, the power and the promise of experimental network infrastructure in the hands of our nation’s scientists and researchers. Visit www.nlr.net for more information.
Scott YatesReturn to iCAIR Announcements
Largemouth Communications (for MCNC)


With new developments in wire and cable technology and recent changes in the NEC, a variety of new products have become available. These new CI cables are commonly used in fire alarm and voice communications systems. NEC 760.176 (F) requires CI cables for NFPA fire alarm systems used to meet the survivability of critical circuits requirements and be listed for that function per NFPA 72. Conformance to the code requirements of circuit survivability will ensure the performance of the fire alarm system during a fire emergency.
CI cable also provides flexibility in planning cable routing while minimizing wall and shaft construction. CI cable is typically soft ceramifiable silicone rubber insulation with solid copper conductors. Ceramifiable silicone rubber insulation is soft and flexible until subjected to high temperatures. These CI cable constructions are as flexible as standard fire alarm cables, making them as easy to install as cables that are not fire-rated. They can be installed in standard raceways and conduit and require no special tools or hardware. Special training to handle or install is also not needed as is with MI cable.


Finnish technology company Navigil Ltd. offers white label personal safety and wellbeing services and devices for telecare service providers, to wellbeing device providers and to mobile network operators. Navigil’s products are currently used in over 30 countries in the world, also in Italy. Navigil has just announced the new solution Navigil Suite based on artificial intelligence technology and it will be expected to be launched in the end of 2019.
In addition to the possibility to track the customer immediately and open an instant voice contact, there are now new feature which allow automatic notification based on customer’s heart rate variability and respiration rate.
To find out more about Navigil Suite: https://www.navigil.com/press-release-11-6-2019-2/


Warning: Last items in stock!
Availability date:Talk To Us on WhatsApp
The ASUS PCE-N15 is designed to provide complete end-to-end wireless performance from the server or server backbone to the switch infrastructure and down through to the desktop with the PCI Express connector. It offers increased bandwidth, reliability and more functionality, allowing you to enjoy a fast and advanced connection, such as downloading, making internet calls and video streaming.
Supports 64/128-bit WEP,WPA2-PSK,WPA-PSK,WPS security.
Remember to always keep your device’s firmware up to date so you can benefit from the very latest service and security enhancements — and get exciting new features! Learn more about updating new firmware.
IEEE 802.11 b/g/n
802.11 b/g/n : downlink up to 300 Mbps, uplink up to 300 Mbps (20/40MHz)
2 x R SMA Antenna
11 for N. America, 14 Japan, 13 Europe (ETSI)
64-bit WEP, 128-bit WEP, WPA2-PSK, WPA-PSK, WPS support
b mode : 15 ~19 dBm
g mode : 13 ~17 dBm
n mode : 12 ~16 dBm
CCK, DQPSK, DBPSK, OFDM
Wireless setting, Site survey, WPS Wizard
CE, FCC, C-Tick, IC
120.5 x 21.6 x 22 ~ cm (WxDxH)
62.6 g (Device Only)
Operating Temperature: 0 °C to 45 °C (32 °F to 104 ºF)
Storage Temperature: -20 ° to 65 ° C (-4 °F to 149 °F)
Operating Humidity: 5 % to 95 % (Non-condensing)
Storage Humidity: 5 % to 95 % (Non-condensing)
Windows® 8 , 32bit/64bit
Windows® 7 , 32bit/64bit
Windows® Vista , 32bit/64bit
Windows® XP , 32bit/64bit
Linux Kernel 2.6 (Support Ubuntu only)
Dipole Antenna x 2
Low Profile Bracket
All specifications are subject to change without notice. Please check with your supplier for exact offers. Products may not be available in all markets. PCB color and bundled software versions are subject to change without notice. Brand and product names mentioned are trademarks of their respective companies.
|Wireless Features||IEEE 802.11 b/g/n|
|Dimensions||120.5 x 21.6 x 22 ~ cm (WxDxH) (Without Bezel)|
|Weight||62.6 g (Device Only)|
|Remark||3 Years Warranty|
|Additional||Dipole Antenna x 2|
Low Profile Bracket
2x Dipole Antenna
1x Low Profile Bracket
1x Support CD
1x Warranty card
No customer reviews for the moment.


MetaTrader 5 iOS build 735
What's new in MetaTrader 5
- Added ability to arrange a chat conversation with any registered
MQL5.com user. To do this, specify MetaQuotes ID in MQL5.com profile.
categorization of messages. All messages received from the system are
divided into 5 types according to their senders: Chat, Broker, Terminal,
Community and Other.
- Added support for background mode. When
the application is closed, it switches to the background mode saving the
current operating state. The next launch of the application occurs
almost immediately from where it was stopped.
- Optimized traffic usage
- Added quick view of an account summary data
- Added Polish and Czech languages
- Added the audio signal when receiving a push notification. The signal can be disabled in notification settings.
- Fixed errors.
See the previous news, please:


As promised last week, we have completed work on adding Real One support to Highlander Radio. Both modem and broadband streams are now compatible with our customized Real One player.
Please note that you will need the most recent version of the Real One player. You can get that here. The links for both the modem and broadband Real One players are located under our "Listen Now" drop down menu.
The Real One customized player is another solution for members to hear Highlander Radio through their preferred media player. While the quality of our broadcast is the same for Real One Modem members, it should be noted that the highest quality listening can be experienced by using WinAmp 2.9 and downloading the MP3PRO plugin which converts our broadband broadcast to near CD quality.


Ethernet has a limited cable length between the switch and the camera of 100m (328 ft.). When needed to cover a longer distance, a switch is normally used as a repeater, or optical fiber may be used. To overcome this distance limit, network installers can simply connect an AXIS T8129 PoE Extender in-line with the Cat-5e or Cat-6 cable, and forward the rest to the camera. Dependent on midspan and camera type, the connection in total can be between 200-400 meters (656-1312 ft.). Compatibility AXIS T8129 PoE Extender is compatible with all Axis network video products supporting PoE, and it is both IEEE 802.3af and IEEE 802.3at compliant. Check in the Set-up tab for information typical connections with Axis network video products. Range Range depends on the power required, so a 25 watt PTZ dome camera may be located 200 m (656 ft.) away using a single AXIS T8129. Or, the cable length to a regular 5 watt network camera may extend up to 400 m (1312 ft.), by fitting three AXIS T8129 at 100 m (328 ft.) intervals. Check in the Range tab for information about Maximum distances. No additional power supply AXIS T8129 does not require any additional power supply and the connected network camera is fed by a single PoE switch or midspan. It offers two female Ethernet ports, which are both configured automatically for link speed, duplex and crossover and the full-rate network throughput is maintained.
Akcesoria do urządzeń sieciowych
najpopularniejsze postanowienia noworoczne, , części do bram, bateria cr 1620, czy airpods działają z androidem, odbiornik


ASC TVAC80020 Wireless Door Intercom
- Wireless door intercom pack contains everything needed for quick installation or retro fitting
- Camera has wireless transmission to the monitor
- Its digital signal means that interference is avoided, to ensure a consistent range and transmission quality
- The data is encrypted to ensure a protected route of transmission
- It allows playback and has a full colour display
Buy from Amazon.co.uk
The Abus TVAC 80020B Wireless Door Intercom pack contains everything needed for quick installation or retro fitting.
The set includes:
2.4 GHz wireless monitor/DVR.
Wireless video door intercom with IR camera.
The camera has wireless


Predictive Failure Analysis (FA) is the process of measuring and analyzing system characteristics to predict failures before they occur.
Discover how Predictive FA in SynLink PDUs can give you peace of mind and help you sleep at night.
The IoT network enabled device which reports sensor data crashes repeatedly from an unknown issue. It also does not have a remote management card or remote access card to manage and recover the device. The set up requires manual intervention to restart and recover, costing time and money.
Many rackmount servers, switches and other IT equipment have multiple redundant power supplies (dual-corded). For facilities with two redundant power sources, equipment with one power supply (single-corded) are susceptible to primary power source failure. The single corded equipment is not utilizing power source redundancy.


4、Overview of 3D laser marking
3D laser marking machine adopts imported core device, and is configured with high speed and high precision 3D vibrating mirror. Combining with the 3D special software and control system independently developed by our company, realizes refined processing of the work piece on arbitrary surface perfectly, without out-of-focus phenomenon; and it can also trace the focus of deep carving in real time, so that the processing efficiency and quality are better than the traditional 2D marking machine. It is suitable for the marking and deep carving of any metal (including rare metals), engineering plastics, electroplating materials, coating materials, spraying materials, plastic rubber, epoxy resin and other materials. It can be widely used in mobile phone keys, plastic transparent keys, electronic components, integrated circuits (IC), electrical appliances, communication products, sanitary ware, tool accessories, cutters, glasses and clocks, jewelry, automobile accessories, box and bag fasteners, cookers, stainless steel products and other industries. At present, due to the need for the appearance and practicality of products in most industries, more and more space surfaces appear in product design, and the demand for 3D laser marking machine will also increase. It is believed that 3D laser marking machine will become the mainstream product in the market in the future, and the 3D marking function will be fully realized in a real sense, leading laser processing into a new era.


Mobile providers are turning to the advances in 4G LTE service for new security opportunities because of the ability to adopt cloud infrastructure and a high level of personalization to deliver next-generation mobile services. Students earning a cyber crime degree or online cyber crime degree will have an increasing amount of opportunities to work with mobile providers, as an average of 18 people are victims of hacking every second in the United States, according to the 2012 Norton Cybercrime Report.
Verizon Communications announced on September 11 that the company would launch its own security solution for Android devices. Named Verizon Mobile Security, the new software would protect Android phones from any potential threats and will be used to help users locate, alarm, lock and wipe data from a smartphone that is lost or stolen. The company worked with McAfee and Asurion to offer users three different options for protection. Users can choose from the Verizon Mobile Security Basic, Verizon Mobile Security Premium and Verizon Mobile Security Premium with Total Equipment Coverage.
Some experts also believe if smartphone users know how to handle their devices, they can avoid the possible threat of hacking. By removing apps that consume a significant amount of personal data, and simply keeping track of a cell phone device eliminates a threat. According to a report from the Pew Research Center, 57 percent of users decided not to install an app after determining how much personal information is needed to run, and another 30 percent uninstalled an app after learning that.
"As mobile applications become an increasingly important gateway to online services and communications, users' cell phones have become rich repositories that chronicle their lives," Mary Madden, research associate and co-author of the report, said in a statement. "The way a mobile application handles personal data is a feature that many cell phone owners now take into consideration when choosing the apps they will use."
Some experts believe moving to LTE allows operators to cost-efficiently transport mobile IP data traffic on networks, and the rising amount of subscriber data is lending to the need for management tools and mobile security software. Using LTE networks will play a major role in maintaining subscriber data management market’s growth. Since cybercrime is driven by the opportunity for profit, as an operating system becomes more popular it is more vulnerable to hackers.