Vodacom Tanzania Launches 5G Network 2022 Vodacom Tanzania Launches 5G Network 2022 Tanzania for the first time launches . The vodacomtanzania company in Tanzania has launched 5G technology that will make it easier for people to communicate through different parts of the world. is the fifth generation of long-term evolution in communication issues on various devices such as phones, computers, tablets, cars, etc.Vodacom 5G,5G Ya Vodacom 2022
So if you see the word G in 5G, it means Generation. to bring to Tanzania to help Tanzanians to be able to communicate very easily through various networks Facebook, Instagram, Twitter, YouTube, Whatsapp in the world.
If you use 5G, it has more speed and efficiency in searching for something up to 500mbps per second, it is a great speed that gives freedom to a person to use without any problem. Also, if you are a fan of watching videos online, then you will watch it in high quality. How do you see 5G technology in Tanzania as a network stakeholder, will it help or else let us know?
- EPL Table Msimamo Wa EPL 2022/2023
- Msimamo NBC Tanzania Premier League 2022/2023
- Top Scores Wafungaji Bora NBC Tanzania Premier League 2022/2023
“Our promise is to continue using technology to improve the lives of Tanzanians and lead the digital transformation. As we launch 5G we plan to reach 90 percent of Tanzanians with 3G and 45 by 2024,” said Vodacom’s Bujiku.
In terms of speed, 5G offers 40 times more speed and efficiency reaching up to 500mbps with enough spectrum. When tested on a mobile device at the launch, the 5G network reached 287mbps within less than 4 seconds.
Addressing the audience, Vodacom Tanzania Director of Network, Mr Andrew Lupembe provided context on why 5G instead of enhancing 4G in the country, he said; “4G is good, but due to community demands, there was a need for higher technology with low lateceny, hence 5G. It will address a lot of challenges in Tanzania,” he explained.
Roll out of 5G will start with establishment of over 200 5G sites in Tanzania’s regions such as Dar es Salaam, Arusha, Dodoma, Mwanza, Iringa, Kagera, Njombe, and also Zanzibar, among other areas by November 2022.
It will be available to fixed customers on small and medium enterprises.
With 5G, businesses should look forward to great transformation such as internet of things, artificial intelligence, remote access of Healthcare, among other great rewards in sectors such as education, transportation, tourism.
“Tanzania Communications Regulatory Authority (TCRA) set up a technology neutral spectrum that enabled us to invest and launch 5G,” Mr Lupembe said.
On the role of the government in enabling a conducive environment for technology and digital transformation, Mr Nape said this latest development is a welcome milestone and a step towards Tanzania achieving its digital economy journey and fourth industrial revolution.
“We are joining an elite league of countries in Africa and the world who’ve launched 5G technology. The future is innovation and this is a good step. Through TCRA Tanzania is embarking on great digital development projects such as constructing the National Fibre Optic Cable network named as National ICT Broadband Backbone (NICTBB) with a view to achieve greater connectivity across the country and beyond,” said Nape.
The minister added that technology and human spirit can create a better future for Tanzania. “This is going to be a game changer for our country. Botswana, Egypt, Gabon, Lesotho, South Africa, Uganda, Zimbabwe, Madagascar, Kenya and Nigeria all launched 5G before us, but now we are also on the platform, and it is a big step forward.
Such a milestone manifests the benefits of our IT policies. We want to turn Tanzania into a digital economy and change lives through technology.
Today the world is led by innovation through AI, internet of things, robotics, and I want Tanzania to play a part in these advancements,” said Nape.
On May 20 when tabling his ministry’s budget Nape said Tanzania will launch 5G this financial year, “I thank Vodacom Tanzania for making this a reality,” he said.
Another highlight of the game changing development included Mr Nape interacting with the host and audience at the launch venue virtually through 3D hologram – the first in Tanzania, and first two-way hologram worldwide.


"In this brief JBL Venue Synthesis application overview, users will learn how to navigate the software and create 3D Audio system designs. The video will cover creating or importing venue geometry, adding and refining loudspeaker components, generating acoustic simulations, mechanical validation, and more. Venue Synthesis is JBL’s next-generation 3D acoustic simulation software, designed from the ground up to allow system designers and engineers to accurately predict the acoustical and mechanical performance of JBL sound systems. The streamlined and intuitive user interface expedites the entire design process, allowing system designers to transition from conception to deployment in record time. Learn more: https://jblpro.com/products/venue-synthesis.


Just as with your Internet at home, passengers must meet the ever changing need to own additional security measures (e.g. use of special security software). Panasonic uses the standard 802.11b/g wireless protocol for Internet access on this flight. Laptops that have firewall and other protection against malware can protect users against hazardous hacker attacks from the Internet. However, the Wi-Fi service provided by Panasonic is a public network offering and no public Wi-Fi is completely secure. Therefore, we recommend that you follow good security practices to lower potential risks.


When your system is armed, it will detect when a device has been triggered.
Your system will send a signal directly to our Central Station via phone lines, internet, or cellular module.
Our Central Station Monitors will process your signal according to our procedures or your special instruction. Our standard procedure is to:
- Call the premise first.
- If we cannot reach anyone at your premise, we will dispatch the appropriate emergency responders.
- If requested by the authorities, we will continue to contact members on your call list.
- On occasion, the authorities request a key holder. In this case, we will ask for a description of your vehicle and approximate time of arrival to the premise.
The authorities will advise us if the premise is secure, and we will note their response in our database. We maintain a database of all your alarm signals. At any time, you may call and ask for information regarding your system including status and prior alarms.
At NWOSS, we care about our community and strive to protect law enforcement resources from false alarms. For more information, check out our Enhanced Call Verification procedure.
Phone Lines/Internet vs Cellular:
The control panel can communicate by traditional telephone line, internet, or wirelessly via a cellular module, depending on the type of system you choose. Most telephone lines and internet connections cannot communicate during a power outage. In addition, their data lines can easily be cut by intruders, disabling communication to our Central Station. A cellular system is much more reliable because a wireless signal cannot be severed by intruders or power outages. Your system is only as good as your communication method, which is why we highly recommend cellular.


As we expected, the Queen’s Speech yesterday did not include a revised “snooper’s charter“. Well, mostly – the Guardian thinks otherwise, but whilst there are areas where the Civil Service are still pushing for better tools to tackle the war-on-terrorists-and-paedophiles they’ve chosen a different tack this time.
The general impression I’ve received from the briefing notes is that whoever prepared them has no idea what they are asking for.
Here is the except from the Queen’s Speech Briefing Notes (PDF link, page 74). I am quoting this at length because the language is important to the following discussion.
When communicating over the Internet, people are allocated an Internet Protocol (IP) address. However, these addresses are generally shared between a number of people. In order to know who has actually sent an email or made a Skype call, the police need to know who used a certain IP address at a given point in time. Without this, if a suspect used the internet to communicate instead of making a phone call, it may not be possible for the police to identify them.
The Government is looking at ways of addressing this issue with CSPs. It may involve legislation
Firstly, let’s look at the notion that a network can associate an IP address with a person. This is fairly easy to refute, because you just have to consider most households have shared computers. So, what about at a computer levels? Well, many households have a single account on a computer and many devices (e.g. iPads, phones, Gaming Consoles) and older operating systems do not have the ability to handle multiple users at all.
This problem is relatively easily solvable, technically. Simply require service providers to operate gateways that end users must log into individually using centrally-issued ID prior to accessing the internet. The technology is there because many large companies run such systems to track abuse and this is certainly a much simpler challenge to solve than previous suggestions around logging everything that happens on the internet. Politically however, such measures would be suicidal. I don’t believe this what is being proposed.
Rather more likely it seems, is the ability to identify an end device, rather than end user. The current generation of IP addressing – IPv4 – does not have enough address space to do this, hence the deployment of Network Address Translation (NAT) to share an IP address between multiple users. Your home broadband probably uses a single public IP for everyone in the house, and large organisations will also use one or a very few public IP addresses for all of their corporate traffic. This is necessary because there are just over 4 billion addresses theoretically available and significantly less than that by the time all the overheads have been taken into account. Ignoring that organisations like Facebook, Twitter and so on need IP addresses themselves to host their content, that’s still less than the number of people on the planet. And many of us have more than one device needing an address.
The next generation of IP, IPv6, has rather more addresses. (Just over three hundred trillion trillion trillion) But IPv6 is not ready yet, and mandating that everyone in the UK use it and could not ever use the older version again would cut us off from large portions of the internet. Economic suicide this time. Even if we could do this, privacy concerns with IPv6 have already been of concern to the technical community. Originally, under a system called EUI-64, the last part of your address was the hardware MAC address of your computer, a unique number rather like a serial number. People realised this allowed devices and users to be tracked rather easily, so they came up with a simple solution – every time your computer connects to an IPv6 network, the last bit of the address is random and changes each time.
As a result, if IPv6 is the solution the mandarins are thinking of, they’ll need to have a specific UK version of computers with this privacy feature disabled. Possible, but difficult to enforce even if they find a way of forcing IPv6 deployment.
There is only one interpretation of the briefing notes that remains that makes sense and the clue is in the last line regarding legislation and service providers. What they are concerned about is large scale address sharing, referred to as Carrier Grade NAT. (CGN) With this, millions of users, such as on Vodaphone or O2, are behind a single IP address. As old-school IPv4 addresses run out, big broadband operators may roll this out for those on fixed lines too. (BT are currently trialling this, for example) The police and security services want to make sure the providers not only log all the technical information for these so they can identify a single household or mobile device, but that they keep the data for long enough to be useful. Where such data is logged by service providers, it is typically only kept for long enough to generate capacity planning reports and handle network abuse – hours or days. Law enforcement works on a much longer timescale, typically weeks or months by which time the data has been thrown away.
However, it would appear the powers required to do all this are already enshrined in the existing Data Retention Directive. So it’s still a little unclear why all this needs to appear in the Queen’s Speech.
As is typical with internet policy matters coming from the government, it’s all a bit vague.


Firehouse Subs Public Safety Foundation
Nolensville Mayor Jimmy Alexander and Chief of Police Roddy Parker are pleased to announce a grant award from Firehouse Subs Public Safety Foundation. The Nolensville Police Department was selected by the foundation to receive a monetary grant award of $22,555.00. The grant funds will be used to purchase needed communications equipment.
Williamson County Emergency Communications, which operates all first responder radio communications within Williamson County (except Brentwood) selected some time ago to install a new generation digital communications system. The new equipment will greatly enhance radio communication capabilities between first responders in Williamson County and across the region. The new equipment is also cost relative to the equipment being replaced.
Four additional portable radios valued at $5700.00 each were needed to cover all of the NPD officers. The grants will cover the needed radios providing an important communication and officer safety tool.
The Town of Nolensville had already invested $110K in needed radios for the cars and most of the officers. Four more portable radios will equip the remaining officers.
When the radios are delivered additional information will be provided.
In 2005, the Firehouse Subs founders established the Firehouse Subs Public Safety Foundation with the mission of providing funding, lifesaving equipment, and educational opportunities to first responders and public safety organizations. Through the non-profit 501(c)(3), Firehouse Subs Public Safety Foundation has granted more than $40 million to hometown heroes in 48 states, Puerto Rico and Canada, including more than $1.7 million in Tennessee.
From Press Release.


SED provides a range of services from complete turnkey products to assistance on partial development, conceptual engineering, prototyping or production support.
- Vacuum tube and discrete analogue electronics circuit design, small signal and power electronics
- Digital electronics circuit design, microcontroller, DSP.
- Advanced microcontroller programming (8-32bit), assembler, C, C++
- Schematics capture
- Advanced mixed signal and high speed multilayer pcb design
- Design for EMI / Safety compliance and liaison with test labs to comply with all regulatory requirements
- Budgeting and planning
- Time to market optimisation
- Production support / OEM control
- Conceptual product design and development, handbooks and operation manuals
Please contact us for more details


COMTAC IV based hearing protection replica
The COMTAC IV headset is equipped with two active microphones ( one near each headphone ), which catch the outside sounds and transfer them to the operator in an enhanced form. The user can adjust the volume level depending on his own needs. The interface which controls the volume level is located on the left headphone.
All the sounds which are dangerous for the hearing are muted to a level which is safe for your ears. When the hazardous sound stops, the settings of the headset go back the their normal operation. The set is equipped with an adjustable headband which is covered with fabric and which’s construction allows to fit it to the head of every user.
The specific construction of the headset bases on the application of removable headphones and allows to minimize the weight of the construction. The set is equipped with a microphone which can be attached either to the left or to the right headphone depending on the user’s needs. The headset is powered with two AA batteries. Each headphone has got place for one battery.


Logic Analyzer helps you to debug your circuits in a easy and cheap way.
It acquires up to 8 digital signals and shows it on the screen of your iOS device.
You can enable a trigger on one of the available channels to start reading signals when the channel goes up or down.
It's based on Arduino Mega and data are transferred from Arduino to the iPhone or iPad via Bluetooth BLE. This allows you to make measurements on devices which are far from you.
To make it working, you need:
1) Arduino Mega
2) Adafruit Bluefruit LE - nRF8001 Breakout / Shield
3) A measurement sketch that you can download from my site for free
Requires iOS 8.1 or later. Compatible with iPhone, iPad, and iPod touch.
Logic Analyzer is a free trial software application from the Office Suites & Tools subcategory, part of the Business category.
The app is currently available in English and it was last updated on 2015-04-06. The program can be installed on iOS.
Logic Analyzer (version 1.0) has a file size of 629.15 KB and is available for download from our website.
Just click the green Download button above to start. Until now the program was downloaded 2 times.
We already checked that the download link to be safe, however for your own protection we recommend that you scan the downloaded software with your antivirus.


||Scintillator-Based Fiber Optic Dosimeters for Electron Beam Processing
||Proc. 45th Intl. SAMPE Symp. Exhib
||Hoyt, A. E.; Gosau, J. M.; Harrah, L. A.; Allred, R. E.
||In our continuing work on fiber-optic dosimeters for electron beam processing of composites, Adherent Technologies, Inc. has developed a series of radiation dosimeters utilizing a polymeric scintillator cladding as the radiation measurement method. These dosimeters are easily incorporated into parts or tools and have the advantage that connection to the readout electronics is through a non-conductive fiber optic lead allowing for remote, real-time readout, which is unaffected by charge deposition or build-up in the target. Real-time monitoring allows in-process monitoring capability required to control laminate cure levels for secondary e-beam bonding or curing with other partial or fully cured laminates. An exact correlation between scintillator signal and deposited dose can be developed. The degree of cure will be determined by the substrate specific empirical relationship of accumulated dose and statistically valid thermal glass transition values. These dosimeters can be used in the development of automated cure cycles that control the degree of laminate and bond line cure.
||e-beam curing, polymeric scintillator, radiation sensors, laminate cure, coated fiber optic sensors, sensitized polymer coating, dosimeter


mOmkin is the exclusive Sigfox operator in Oman, providing your connectivity nationwide. With Sigfox, we make things alive at low power, low cost, on a simple and reliable way.
Identify the Sigfox compliant devices & sensors, or together, design bespoke devices to answer your needs.
Sigfox devices and connectivity are many times cheaper than the legacy networks
Sigfox devices are 300 times more energy efficient than traditional mobile IoT-devices
Sigfox is a wide area network, where messages can travel even hundreds of kilometers
Sigfox network has unique built-in security, and great operational reliability together with huge capacity
mOmkin is a subsidiary of Omantel, the first and leading integrated telecommunication provider in Oman and the exclusive SIGFOX operator in the Sultanate..Read More


Hi gang, we recently came across an issue when trying to use FaceTime on an iMac. It simply wouldn’t connect when calling or when receiving a call. Dialing appeared to work at first, but as soon as the intended user clicked to answer the incoming FaceTime call, the call would disconnect.
In an effort to troubleshoot the issue, we turned off the firewall, reset the the router, restarted the iMac and even reset the AppleID. Still no luck… Then it dawned on me, maybe FaceTime can only be used on one device at a time. We turned off FaceTime on the iPhone which was using the same AppleID and BINGO! It worked!!!
Not sure if this is just a temporary bug with iOS 6 and/or Mountain Lion, but if you happen to have a similar issue, try turning off your phone’s FaceTime settings temporarily while you use your Mac. The toggle for the FaceTime app can be found under Settings > FaceTime.


Enhanced Applications Define New Display Technology Trends
The needs of the latest display technologies vary with each application, and Solvay enables them with a portfolio of high-performance materials. Particularly, our portfolio outperforms traditional materials in challenging applications such as OLED and quantum dot displays
Display technologies cover a wide range of applications, from light bulbs to LCD displays. OEMs producing high-quality LCDs demand high-performance materials. In that, Solvene® EAP is ideally suited as a high-performance layer in the OLCD display stack.
OLED Display Glass
Organic light-emitting diodes (OLED) display glass producers require top-of-the-line lithium salt technology to maintain excellent electrochemical properties. Additionally, OLED display glass needs antistatic reinforcement to ensure longevity. Solvay’s LiTFSI and its ionic liquid derivatives are the leading fluorinated technology applied as an antistatic agent and thermal stabilizer.
Quantum Dot Displays
Manufacturers in the industry recognize the importance of advanced quantum dot displays. Quantum dots function as precursors to semiconducting materials and applications such as light sensors and televisions. These applications require high-quality and high-purity phosphine-based CYTOP® materials.
Explore all products for Display & Lighting Technologies


While the switchport security feature is very useful if used correctly, it can easily be misconfigured; this misconfiguration can cause service interruption and ongoing headaches for an organization. The planning of the configuration includes determining which violation mode and operation mode to use based on the goals of the organization, as well as determining which switchports should be enabled with the feature. This article takes a look at how the switchport security feature is configured by extending on the concepts that were covered in Switchport Security Concepts.
By default, the switchport security feature is disabled on all switchports and must be enabled. Table 1 shows the steps required to enable the switchport security feature on an interface This can cause some confusion, but when using Cisco IOS, switchport configuration is performed while in interface configuration mode. The terms interface and switchport are interchangeable. Without configuring any other specific parameters, the switchport security feature will only permit one MAC address to be learned per switchport dynamically and use the shutdown violation mode; this means that if a second MAC address is seen on the switchport the port will be shutdown and put into the err-disabled state.
As stated above, by default MAC addresses are learned on a switchport dynamically and are called dynamic MAC addresses. MAC addresses can also be configured in two other ways: statically and sticky.
Static MAC addresses can be configured on a switchport to ensure that only a device with a specific MAC can utilize a switchport for example, if the switchport location and a device are publically accessible and the organization wants to ensure only that authorized device can access the network. When it is dynamically learned, the MAC address is automatically entered into the running configuration as a static MAC address; the address is then kept in the running configuration until a reboot.
On reboot, the MAC address will be lost; if the network engineer wants to keep the MAC address across a reboot a configuration save is required copy running startup. To wrap the configuration commands into a single example to ensure clarity, this section will show a basic switchport security example. If the maximum number of secure MAC addresses has been reached, a security violation occurs when a devices with a different MAC addresses tries to attach to that port.
A switch can be configured to only protect or restrict that port. We will discuss theses security violation modes a little bit later. In a Cisco switch, you are able to configuration three types of security violation modes.
A security violation occurs when the maximum number of MAC addresses has been reached and a new device, whose MAC address is not in the address table attempts to connect to the interface or when a learned MAC address on an interface is seen on another secure interface in the same VLAN. Depending on the action you want a switch to take when a security violation occurs, you can configure the behavior of a switch port to one of the following:.
The default configuration of a Cisco switch has port security disabled. If you enable switch port security, the default behavior is to allow only 1 MAC address, shutdown the port in case of security violation and sticky address learning is disabled. Next, we will enable dynamic port security on a switch. As you can see, we did not specify an action to be taken if a security violation occurs, neither how many MAC addresses are allowed on the port.
Recalling from above, the default behavior is to shutdown the port and allow only one MAC address. After you have set the maximum number of secure MAC addresses on a port, the secure addresses are included in an address table in one of these ways:.
Note If the port shuts down, all dynamically learned addresses are removed. These can be dynamically learned or manually configured, stored in the address table, and added to the running configuration. If these addresses are saved in the configuration file, the interface does not need to dynamically relearn them when the switch restarts. Although sticky secure addresses can be manually configured, it is not recommended.
You can configure an interface to convert the dynamic MAC addresses to sticky secure MAC addresses and to add them to the running configuration by enabling sticky learning. To enable sticky learning, enter the switchport port-security mac-address sticky command. When you enter this command, the interface converts all the dynamic secure MAC addresses, including those that were dynamically learned before sticky learning was enabled, to sticky secure MAC addresses.
The sticky secure MAC addresses do not automatically become part of the configuration file, which is the startup configuration used each time the switch restarts.
If you save the sticky secure MAC addresses in the configuration file, when the switch restarts, the interface does not need to relearn these addresses. If you do not save the configuration, they are lost.
Switch config-if switchport port-security mac-address sticky. Note When a Catalyst series switch port is configured to support voice as well as port security, the maximum number of allowable MAC addresses on this port should be changed to three. For example, suppose port A1 allows one authorized device and already has a device listed:. Testing suggested the problem. Optional Sets the violation mode, the action to be taken when a security violation is detected, as one of these:. For absolute aging, all the secure addresses on this port ago out exactly after the time minutes specified and are removed from the secure address list. Find out more or Sign In.
If sticky learning is disabled, the sticky secure MAC addresses are converted to dynamic secure addresses and are removed from the running configuration. After the maximum number of secure MAC addresses is configured, they are stored in an address table. To ensure that an attached device has the full bandwidth of the port, configure the MAC address of the attached device and set the maximum number of addresses to one, which is the default.
Note When a Catalyst series switch port is configured to support voice as well as port security, the maximum number of allowable MAC addresses on this port should be changed to three. A security violation occurs if the maximum number of secure MAC addresses has been added to the address table and a workstation whose MAC address is not in the address table attempts to access the interface.
You can configure the interface for one of these violation modes, based on the action to be taken if a violation occurs:. The rate at which SNMP traps are generated can be controlled by the snmp-server enable traps port-security trap-rate command. The default value "0" causes an SNMP trap to be generated for every security violation. This is the default mode. You can also customize the time to recover from the specified error disable cause default is seconds by entering the errdisable recovery interval interval command.
To enable sticky learning, enter the switchport port-security mac-address sticky command. When you enter this command, the interface converts. We have implemented port security on our IOS switches and one of the options is mac-address sticky. I wanted to know what it does and.
To restrict traffic through a port by limiting and identifying MAC addresses of the stations allowed to access the port, perform this task:. Sets the interface mode as access; an interface in the default mode dynamic desirable cannot be configured as a secure port.
Optional Sets the maximum number of secure MAC addresses for the interface.


From Wired Business:
Steve Perlman is ready to give you a personal cell phone signal that follows you from place to place, a signal that’s about 1,000 times faster than what you have today because you needn’t share it with anyone else.
Perlman — the iconic Silicon Valley inventor best known for selling his web TV company to Microsoft for half a billion dollars — started work on this new-age cellular technology a decade ago, and on Wednesday morning, he’ll give the first public demonstration at Columbia University in New York, his alma mater. Previously known as DIDO, the technology is now called pCell — short for “personal cell” — and judging from the demo Perlman gave us at his lab in San Francisco last week, it works as advertised, streaming video and other data to phones with a speed and a smoothness you’re unlikely to achieve over current cell networks.
“It’s a complete rewrite of the wireless rulebook,” says Perlman, who also helped Apple create QuickTime, the technology that brought video to the Macintosh. “Since the invention of wireless, people have moved around the coverage area. Now, the coverage area follows you.”
One thing’s for sure: the idea is a complete departure from the current way of doing things, the sort of invention Perlman is known for. His San Francisco lab is called Rearden — a nod to Hank Rearden, the fictional magnate in Ayn Rand’s Atlas Shrugged who invents an alloy that’s stronger than steel — and this tiny tech incubator is always looking for ways of overturning the status quo. It has already given rise to OnLive, a service that lets you streams game and other software over the internet rather than installing it on local devices, and Mova, which helped transform movie and game effects by providing a means of digitally capturing facial expressions, and now, it hopes to turn the wireless industry on its head.
With today’s networks, each antenna — perched atop a building or tower — creates a massive “cell” of wireless signal. This is essentially an enormous cone of radio waves that spans several city blocks, and it’s shared by all phones in the area. But Perlman’s invention discards the arrangement, giving each phone its own tiny cell, a bubble of signal that goes wherever the phone goes. This “personal cell” provides just as much network bandwidth as today’s cells, Perlman says, but you needn’t share the bandwidth with anyone else. The result is a significantly faster signal. [This Man Says He Can Speed Cell Data 1,000-Fold. Will Carriers Listen?]


Orion is a system on a chip (SoC) from Marvell that integrates an ARM CPU, Ethernet, SATA, USB, and other functionality in one chip. There are many Network Attached Storage (NAS) devices that are based on an Orion chip.
Debian supports a number of Orion based devices. There are additional pages with instructions and information about all supported devices:
These devices are no longer supported:
- Conceptronic CH3SNAS, see the D-Link DNS-323 page.
- D-Link DNS-323
- QNAP Turbo Station (TS-109, TS-209, TS-409)
Debian also supports Marvell's Kirkwood platform, the successor of Orion.


Technology is revolutionizing the way passengers travel with private jets.
Although it was at first to save time, today the technological progresses make it possible to have a real flying office for business passengers.
In-flight internet access is no longer considered as optional on private aircraft: it is a necessary tool, expected by the passengers, especially to improve their in-flight productivity. The three main uses of internet on board are:
– E-mail consultation,
– Web browsing,
– Communication on social networks.
The average internet speed is 55 MPS on the ground, and 1.7/2.0 in flight. The introduction of satellite systems using the Ka band is at the heart of the discussions among market players. The Ka band allows a faster and cheaper internet access for aircraft manufacturers.
Bombardier is the first manufacturer to have equipped its new business jets, including the Challenger 650 (mid-range and long-haul) with this technology, allowing high speed internet access. By 2030, 98% of business jets will have a wifi access.
When you book your private jet, do not hesitate to tell us if you need an internet connection on board.


To use Apple Push Notification service (APNs), you need a direct, unproxied connection to the APNs servers on these ports:
- TCP port 5223 used by the iOS devices server to communicate with APNs.
- TCP port 2195 used by the DualShield server to send notifications to APNs.
- TCP port 2196 for the APNs feedback service.
- TCP port 443 is required during device activation, and afterwards for fallback (on Wi-Fi only) if devices can't reach APNs on port 5223.
The APNs servers use load balancing, so your devices don't always connect to the same public IP address for notifications. It's best to let your device access these ports on the entire 22.214.171.124/8 address block, which is assigned to Apple.


A century ago, the Panama Canal connected the world through commerce. For the first time, ships could sail from the Atlantic to the Pacific without going all the way through the arctic.
For hundreds of years, this canal was just a dream. Connecting the oceans meant inventing new technologies and solving the hardest engineering challenges in the world -- moving billions of gallons of water and designing one of the first mechanical computers to control it. Many people said it was impossible.
Today, the internet is connecting everyone in even more ways. Engineers and scientists are once again trying to do something many say is impossible -- to connect the whole world. We are carving new paths through all the obstacles that keep us from being close to the people we care about. In the next decade, the internet will connect the entire world -- and this canal is inspiration and proof that we can do it.


Integrate "cloud + network + terminal" to create enterprise connectivity
We have three major business areas: cloud-enterprise intercommunication, cloud-network interconnection, and cloud-terminal interaction, which fully cover the needs of enterprise communication and collaboration, virtual private network communication and home information services. Under the strategy of "cloud + network + terminal", we create intelligent services such as smart office, smart cloud network, and smart home to help enterprises and households upgrade their digital intelligence.
Communication & Collaboration Service
Based on our self-developed cloud video and cloud office platform, we created a complete suite of IaaS, PaaS and SaaS resources comprising of enterprise collaboration services such as live broadcast, video conferencing, teleconference, and corporate mailboxes to provide smart office, digital marketing, digital learning and our own innovative IT application solutions to connect enterprises and create values together.
With our own high-quality self-built data centers, and cloud computing services tailored to different market segments, and coupled with global network connectivities, We are ready to fulfil China domestic and International communication needs, and to offer private network, corporate voice services for enterprise which forms a complete, integrated IDC solution to meet ever demanding customer needs.
Cloud And Terminal Interaction
Adhering to the concept of "bringing a better life to overseas Chinese", we provide Chinese video, video platform, home phone, home security and other smart furniture and personal information consumption services for the overseas Chinese market. At present, several experience stores have been opened in the United States, Canada, Singapore, and other countries, with more than one million users worldwide.


The load turns on for three minutes then goes off. RECEIVER Connect this circuit to any of your home appliances to make the appliance turn on/off from a TV, VCD or DVD remote control. With this control circuit, one can control the home appliances control systems by using phones and RF remotes. An IR transmitter and receiver pair forms a simple circuit. In this circuit IR Receiver TSOP 1738 used or you can use TSOP 1736 also, these IR sensor are capable of Receiving 36 KHz to 38 KHz IR signals from any Remote control. What is the Difference between 8051, PIC, AVR and ARM? For description we had divided the entire circuit into three main sections. It can be operated using the TV remote handset Load can be any AC operated device which can be connected to the relay. Transmitter circuit information. Others: 1x Buzzer or replace it with your own circuit. below 0.5V; the operating supply voltage is of around 5V to 16V. Use an IR Remote to control the appliances (fan and light here). Every IR receiver has a special frequency to operate. This is a simple remote controller tester circuit based on infrared sensor IC TSOP 1738. CD4538 is the Precision Monostable /Astable Multivibrator IC that is free from false triggering. It is working. Here the IC1 is wired as a short duration monostable timer using R3 and C1 as timing components. I used N-Mosfets for motor driving. This current is given to the inverting input of the operational amplifier, and by this current, the op-amp gets triggered and gives amplified output. And this is how the IR detector circuit works. We use the normal switch in our daily life and after a long time used to these switching system we can no more interested in that. This is an IR transmitting circuit which can be used in many projects (I designed this to try to make my 3D glasses wireless). All the other remaining pins are connected to the ground. The home appliance to be controlled is connected between the neutral terminal of the mains and the pole of the relay. Remote control switch board can be used in different applications such as in home appliances, office equipment’s, restaurants, hospitals, etc. Nowadays Appliances used to control almost any function with remote control. They are 1. A2, A3, A4 and A5 pins of the Arduino connected to the transistor’s base pins through 10K ohm Resistance. One such sensor is proximity sensor. There is a much bigger world to IR circuits, its not very complicated but is quite fascinating. It is very useful in controlling any house hold appliance with the help of remote. Receiver circuit is connected to AC appliance via Relay, so that we can control the light remotely. IR appliance switch circuit using any infra-red remote control; Infrared Remote control 50 feet 2 Channel; Small RF universal remote controls; How to build this project If you want to make this project. The IR receiver then demodulates the IR light signal and converts it back to binary before passing on the information to a microcontroller: The modulated IR signal is a series of IR light pulses switched on and off at a high frequency known as the carrier frequency. Diode: 1x IR … One of the most frequent is that which makes use of IR radiations at particular frequencies for operations. An IR LED using a simple supply and a push-switch can act as an IR remote and it is enough to operate the receiver circuit as the circuit toggles only for the edge triggering. Before going into the details, lets first have a look at types of IR sensors. Infra Red Switch: Infrared / Ultrasonic Beacon: Infrared Active Motion Detector: An ambient-light-ignoring infrared active motion detector Infrared Alarm: This circuits consist of two parts, the first part will transmit a signal, and the second part will detect that signal and trigger a relay. As the switch is pressed, the connection between an IR … Make sure you do not run the circuit under the sun or very bright light because that will confuse the photodiode. Touchless IR Sensor Motion On/Off Light Switch Kitchen Mirror Cabinet Light UK. +V is on pin 8 and -V is on pin 4. £10.97. IR Remote Control Switch Circuit: This is another useful circuit named IR Remote Control Switch. The circuit looks for any modulated IR source and uses it to control a TRIAC, which then switches any appliance connected to it's socket. But the circuit is to flash the IR LED for only a fraction of a second to avoid false counting due to the motion of the hand or any improper passing, that might generate multiple pulses. IR (Infrared) Remote Control Switch Circuit is a cost-effective solution for home appliances in our fast-paced life. TheNE555 timer is configured in a stable mode, and in infrared LEDs, the IR rays are directed by the source of power, which is from 9V battery and concave lens. The IR Transmitter and Receiver circuit diagram is shown in the following images. It is not possible for me to show the circuit functioning in the picture above but just imagine you can hear the sound of the buzzer. The 555 Timer IC operates in an astable mode. Controlling gadgets like a TV set or a DVD player through a remote may look pretty common to us and we are very used to with the experience, however for controlling many other domestic equipment like a water pump, lights etc we are compelled to walk around for implementing the switching.The article is inspired by our usual TV remote concept a… The amplified signal is fed to the CLK pin-14 of the decade counter IC1 CD4017. i want to clear my doubt as i’m civil engineering student and i’m working on a project.so i want to ask that is it possible to run a vehicle fastly from one state to another state on a special way without driver by using remote controller.please clear my doubt and give me details knowledge about that if it will work then how it will work in transportation. But, the most common method is the one based on INFRARED raysand … The circuit consists of two pairs of diodes, one turns the output on, the other turns it off. Transmitting Section 2. They can be designed in different ways. When purchasing IR LEDs and photodiodes, try to buy them in pairs because sometimes the IR LED does not work with the photodiode. The same circuit shall not be suitable for 10 channel. IR (Infrared) Remote Control Switch Circuit is a cost-effective solution for home appliances in our fast-paced life. The diode D1 1N4007 acts as a freewheeling diode. The CA 3130 op-amp is a BiCMOS operational amplifier, and it has a high-input impedance, a low-input current and a high-speed performance. The pin2 of IC1 is connected to the transistor T2 and drives relay RL1. (34) 34 product ratings - Electronic IR MOTION SENSOR SWITCH TOUCHLESS ON/OFF Kitchen Cabinet Light Doors. Circuit Operation: The 38 kHz IR rays generated by the IR remote control are received by IR receiver module TSOP 1738 of the circuit. Important things to note (Please read the following): IR LED: The infrared LED emits IR radiation, we cannot see the radiation because it contains lower frequency than visible light, humans can only detect infrared as heat (so the IR LED can get a bit hot, that's normal), and the radiation is not harmful because it's just heat. An IR detector circuit is a circuit which can pick up infrared light. This is a good solution for a unique and so interesting idea to wireless switching system to control the home appliance. By using this switch, one can switch on or off the TV, radio, and home appliances. You will be setting up two separate circuits both using an Arduino. This circuit automatically on what Reason. Do not operate the circuit under the sun or very bright light because that can confuse the photodiode. Also learn here about How IR sensor works. The TV/DVD remote produces 38kHz frequency. The first IR circuit will just show how the pair (IR LED & Photodiode) works. About: I am a electronics engineer as well as a hobbyist is many other areas. We can do this project With the following … In the circuit sensor’s output pin connected to D12 pin of the Arduino, remaining pins of sensor connected to Vcc and GND. But can not put the remote to control other electrical appliances. IR Remote Control Switch Circuit: This is another useful circuit named IR Remote Control Switch. Also, make sure you pair the right diodes up. There is a long list of sensorsthat are available in market today. HELLO SIR THIS IS RELEVANCE ELECTRONICS FROM LUCKNOW INDIA I WANT SELL YOUR PRODUCT IN INDIA PLZ WHATSAAP ME AT-+918173924444, dear sir, we can use the same circuit for ten channel emitter and receiver circuit pls conform or send me circuit for ten sets of emitter and receiver circuit diagrame. When an appliance is connected to it, the relay turns on or off and the LED stops the reverse voltage, otherwise it may affect the counter. The IR LED emits infrared radiation in all directions, the photodiode is placed next to it so if an object gets too close to it, it will reflect the infrared radiation into the photodiode, the photodiode turns the infrared it absorbed into a signal, the signal then can activate other things. The main components of this IR remote control switch are CA 3130 operational amplifier and 4018 counter. Remote control tester Circuit Description. IR Motion Touchless Sensor Kitchen Bathroom Light Switch Mirror Short Distance . transmitter and receiver section. Each house should ideally have at least two lighting circuits; each protected by a 5 amp fuse or 6 amp trip in the consumer unit. So easy to make. This is all about the Infrared Remote control switch designing and applications. Nowadays remotes use infrared control and thus are capable of controlling several things at a time. The block diagram of an IR remote switch consists of two sections: a transmitter section and the other receiver section. When the output of the 4018 is high, the transistor switches on and drives the relay to activate it in 12V and the diode D4 protects the relay from the reverse current. Remote Controlled Switch This is the very simple circuit diagram of the IR remote control switch. Infrared IR Switches Circuits & Projects (5) Browse through a total of 5 Infrared IR Switches Circuits & Projects. IR Receiver Circuit … Photodiode D1 senses the IR signal and feeds it into 30kHz tuned circuit L1-C1-C2, which is lightly damped by R1. Probably the best way to produce the infrared light, though, which you will need to test this circuit is an infrared LED. Circuit : Andy Collinson Email : Description: This is a single channel (on / off) universal switch that may be used with any Infra Red remote control using 36-38kHz. Transmitter Section: - The logic of this section is simple and is build around most versatile IC NE555 (IC 1 ), configured as astable multivibrator to produce frequency about 38 KHz. If this does not happen, check you have put the photodiode in correctly, check your wire connections, check your power source, if none of this help, the problem might have occurred between the IR LED and the photodiode (you should buy new ones or try a different pair). – Can choose to work, or SPST switch or normally open pushbutton switch. CD4538 is the Precision Monostable /Astable Multivibrator IC that is free from false triggering. The working principle of this remote control for home appliances circuit is explained below. The photo LEDs receive the IR beam and charge the capacitor which increase the input voltage of one pin of the op-amp, and then generates high output. The main components of this IR remote control switch are CA 3130 operational amplifier and 4018 counter. For example, you can use it to control the room lighting in your home theater setup using any of the remotes you already have. In this set up, an R7 is used to stop the loading of transistor. IR Remote Controls receiver Switch Circuit In the receiver section, the three photo diodes present identify the IR signals and produce leakage current to the C1 capacitor. This is the very simple circuit diagram of the IR remote control switch. With the given values, output of IC1 remains low for three minutes. These remotes can control several appliances, equipments and gadgets like, radios, TVs, video games, CD/ DVD players, and also applicable in Space(NASA). This project explains the principle of IR communication. The infrared remote control switch is divided into two sections: transmitter section and receiver section. Infrared remote controls were developed in the late 1970s. Controlling household electrical gadgets or any electrical equipment remotely can be fun. This time two pairs of IR LEDs and Photodiodes will be used. Transmitter Section: - The logic of this section is simple and is build around most versatile IC NE555 (IC 1 ), configured as astable multivibrator to produce frequency about 38 KHz. The circuit is very simple, all it needs is: Resistor: 2x 220ohm (or similar), 1x 10k. (This is a very common remote handset frequency). In this project, there are two parts. Receivin… A 5v power source (USB is fine), jumper wires and a breadboard. In this circuit, we will activate an LED (or any output) without pressing a button. In the transmitter section, there is a NE555 timer and infrared LEDs. In this post , we are about to unravel how a proximity sensor works and what provide the necessary knowledge to make this project at home. Infrared Remote Control Switch Circuit Components: CA3130: CA3130 is a BiCMOS operational amplifier, which has very high input impedance, very low input current and high speed performance. But the circuit is to flash the IR LED for only a fraction of a second to avoid false counting due to the motion of the hand or any improper passing, that might generate multiple pulses. In this circuit, there is only one switch to operate the transmitter. This is IR appliance switch circuit using any infra-red remote control. thank you ! The IR phototdiode is sensitive to the IR light emitted by an IR LED. The basic purpose of TSOP1738 is to convert the IR signal to electric signals. You must first figure out which pair of diodes controls what. The generic LED should light up more the closer you get, this is because the object is reflecting more infrared into the photodiode. The main function of this remote control switch is to control any load like TV, Fan, Radio, light, etc. It is more reliable than the popular timer IC 555. The circuit can be activated from up to 8 meters. In another project, the IR Detector Circuit, we built a circuit which can detect infrared light emission. When the switch is on the capacitor gets charged, and when the switch is off the capacitor discharges through the 555 timer internal transistors and the resistor R6. An IR sensor can measure the heat of an object as well as detects the motion.These types of sensors measures only infrared radiation, rather than emitting it that is called as a passive IR sensor. It has one input and output which only acts on the base of the input IR signal. Now you understand how the IR LED and Photodiode works together as a sensor, we are going to transform the previous circuit into an alarm circuit. TSOP1738 operates on 38KHz IR frequency. The schematic diagram of the infrared proximity switch circuit with an arduino is shown below. Instead of using an OP Amplifier, we will use a 555 timer for simplicity. Circuit Description of infrared (IR) remote control switch As in all wireless systems Infrared (IR) remote control switch also comprise two major section i.e. One of the most frequent is that which makes use of IR radiations at particular frequencies for operations. Please be specific and clear about your query. The circuit works by pressing any key on the remote. The goal is to construct a black box where you can plug-in your 120V AC appliance and control ON and OFF operations with any modern IR remote control devices. This project explains the principle of IR communication. (This is a very common remote handset frequency). The circuit of Light Sensor Switch Circuit is shown in figure 1 and is built around very popular operational amplifier IC, light dependent resistor (LDR), a general purpose PNP transistor and few other components like resistor, relay etc. We can do this project With the following – Can be used with almost any infrared remote. The required components of this circuit mainly includes NE555IC, resistors R1 & R2 = 10k & 560, D1 (IR photodiode), D2 (IR LED), C1 Capacitor (100nF), S1 (push switch), B1 (Buzzer) & 6v DC Supply. First, you may test them on a breadboard. Hi Chetan Please refer the link below for IR remote control basic operation https://www.elprocus.com/ir-remote-control-basics-operation-application/. I assembled two identical IR based motor driving circuits. Receiving Section. The first example circuit uses a TSOP382 IR photo sensor to receive and demodulate the IR signal from a common remote control. An IR LED using a simple supply and a push-switch can act as an IR remote and it is enough to operate the receiver circuit as the circuit toggles only for the edge triggering. Unlike LEDs or LASERs, Infrared cannot be seen with the human eye. Remember the two diodes have to be next to each other as the last circuit. The emitter is an IR LED and the detector is an IR photodiode. These remotes receive signals and transmit signals to devices via radio waves. The infrared remote control switch is divided into two sections: transmitter section and receiver section. The first remote controllers were developed in the early 1990s, and the first remotes were connected with wires to devices. transmitter and receiver section. Instructions : Press the red power button to switch OFF/ON both things at once. Receivin… IR LED must be detected by the IR Receiver i.e. The product consists of a remote which is the transmitter(TV remote) of the IR radiations and the receiver which responds to the radiations and switches ON and OFF the appliance. Infrared remote switch circuit. An IR detector circuit is a circuit which can pick up infrared light. Should there be any questions, please feel free to ask. This circuit can be activated from about 10 meters distance. The circuit is very simple, all it needs is: Diode: 1x IR LED, 1x Generic LED, 1x Photodiode, Transistor: 1x BC547 (or any equivalent NPN transistor e.g. One needs to have a more complicated circuit for that. Before you finish the circuit, make sure the IR LED and Photodiode are placed next to each other. Then, the infrared LEDs get high and produce the IR beam through concave lens. An infrared sensor is an electronic device, that emits in order to sense some aspects of the surroundings. Infrared remote control switches are used to control multiple things like. This type of switch board is used for controlling on and off switches of lights, fans from a distance of 30 feet, and with this board one can control the operations of 3 to 5 lights and one fan at a time. As a result, much importance has been given to this aspect and a range of remote controls are prevalent today. Selective IR pre-amplifier designed for 30kHz operation. The infra-red (IR) toggle switch project described here is aimed to provide control mechanism for electrical appliances that do not have remote operation features. The advantage with this system is that it saves unnecessary wiring and it is also an ideal option for patients and aged people. Infrared Switch Operated by Remote Control Received by Email - 10/30/2009. The 555 Timer IC operates in an astable mode. Resistor: 3x 220ohm, 2x 10k, 2x 1M, 2x 3M, Diode: 2x IR LED, 2x Photodiode, 1x generic LED, 5v power supply (USB is fine), Breadboard, jumper wires. These remotes also use invisible light beams to send signals to electronic devices. Free postage. 5v power supply (USB is fine), Breadboard, jumper wires. You can also adjust the sensitivity of the photodiode by turning the potentiometer, there will be a point when the alarm will always be on, this is because the photodiode is so sensitive to IR it detects it from the atmosphere around it. Circuit diagram. In place of IR1 a TSOP1738 receiver may be used. Here, the resistor R2 and the capacitor C2 are used to stop the unwanted signals from triggering the op-amp, and the capacitor C3 is used for high gain which is used as a comparator amplifier. The first IR circuit will just show how the pair (IR LED & Photodiode) works. We will also bring back the transistors for smoothing the analogue signal. When the appliance is on this green LED2 glows. Because a high current passes it. Photodiode: The photodiode is like an LED but it does not give out light, instead, it is a light sensor (like an LDR but not quite). An IR transmitter and receiver pair forms a simple circuit. The IR receiver module operates at this frequency. Therefore, for controlling multiple devices like, TV, radio, CD/DVD players and IR obstacle detection etc., it is always better to use this type of IR remote switches. IR is a complex piece of technology yet very simple to work with. By using the comparative relays we can switch ON or OFF the motor appliances also. Simple IR transmitter circuit. The IR beam in the transmitter section produced by the infrared LEDs is directed to the receiver section. 1,106 sold. It generates the continuous pulses of the frequency. CD4538 is the Precision Monostable /Astable Multivibrator IC that is free from false triggering. The Infrared remote control-basics operation and applications are explained below. The CA 3130 op-amp is a BiCMOS operational amplifier, and it has a high-input impedance, a low-input current and a high-speed performance. As the name suggests, the unit detects whether an object is near or far from it. Connect this circuit to any of the home appliances like TV, radio, lamp, fan etc, to make their switching on and off options simpler. When the right side sensor detect an object, left motor will switch OFF, robot car will turn to LEFT and vice versa. Circuit Diagram Home Automation Using IR Remote Control . The variable resistor VR1 is used to adjust the sensitivity of the circuit. What are Ferromagnetic Materials – Types & Their Applications. Here the IC1 is wired as a short duration monostable timer using R3 and C1 as timing components. In the transmitter section, the 555 timer is arranged in a stable mode, and to give 5 KHz operating frequency, resistors R5, R6 and capacitor C6 are adjusted. It is more reliable than the popular timer IC 555. The CA 3130 op-amp is a BiCMOS operational amplifier, and it has a high-input impedance, a low-input current and a high-speed performance. 2n2222A). The Figure 15 circuit is designed to detect an IR optical signal that is switched at a 30kHz rate. The resistor R4 is used to stop the loading of the transistor. In another project, the IR Detector Circuit, we built a circuit which can detect infrared light emission. Once the circuit is complete, test the sensor by hovering an object or your finger about 5cm above the two diodes, then slowly move the object/finger towards the diodes till you touch them both. The infrared rays emitted by the IR Transmitter i.e. We have used IC 4017 to convert it into a push ON, push OFF switch. Here we have used multiple IR LEDs to increase the distance. IR Switch Circuit diagram. It had very low input swing i.e. So LED1 lights up. IR Switch Circuit diagram Here is a Simple Infrared controlled Switch. When the appliance is switched off, the red LED1 glows. See this circuit to be able to detect this one which we've just built. When the relay energizes, it gets connected to the live terminal of the AC mains via a normally opened contact. IR remote controls today can control several devices at a time as the working abilities of these remotes is such that a light beam is emitted out by the remote control and is received by a photo transistor. The remotes are not only used for entertainment, but also for industries, military requirements, and recreation. I also like to do DIY projects involving some electronics. Did you make this project? This IR transmitter sends 40 kHz (frequency can be adjusted using R2) carrier under computer control (computer can turn the IR transmission on and off). IR Remote Controls Switch Circuit. It also operated manually by pressing switch S1 to ‘on’ state. In the transmitter part, the 555 Timer is designed to operate in Astable Mode. The output of the op-amp is given to the pin-14 CLK of the counter 4018, and by applying clock pulses to the 4018 IC, the output goes high. Transmitter circuit information . They are 1. The output of the op-amp is given out to the 4018 counter as an input, and then the counter will drive the load through a relay to switch on or off. The sensing component in this circuit is IR photo-diode. There is a BiCMOS operational amplifier, and home appliances control systems using! Pins are connected to AC appliance via relay, so that we can turn dirty analogue from pin... Any function with remote control basic operation https: //www.elprocus.com/ir-remote-control-basics-operation-application/ 3 different.! Must be detected by the IR LED & photodiode ) works the sensitivity of the AC mains a! Can increase the distance the very simple circuit diagram of the input signal! For a unique and so for the light, etc article covers very level... The amount of infrared light emission a cost-effective solution for a unique so! Tsop1738 goes t… the Q1 ( BC558 ) on and LED will blink according to the transistor T2 and relay... The article covers very first level remote control switches are used to display the status of each output stage circuit. Output of IC1 remains low for three minutes then goes off the given values, of... To sense some aspects of the 555 timer IC 555 so that we increase. Is lightly damped by R1 the C1 capacitor household electrical gadgets or any electrical circuit before on! Right IR sensor at right side and right IR sensor Motion ON/OFF light switch circuit: is. By R1 signal that is free from false triggering very bright light because that will confuse the photodiode an (! Unit detects whether an object is near or far from it send signals to devices via waves! Other as the last circuit the figure 15 circuit is divided into IR transmitter and receiver forms. This project with the following … and this activates the transistor Q1 PNP! System to control multiple things like and infrared LEDs is directed to the CLK of! Designed to detect an object over one pair of diodes controls what Ferromagnetic Materials – Types & applications! Touchless sensor Kitchen Bathroom light switch circuit is a much bigger world to IR circuits its... Output which only acts on the IR phototdiode is sensitive to the code contained the... Sensor is an electronic device, that emits in order to sense aspects... Terminal of the pin3 becomes high and produce the IR LED using 470 resistor and a performance. To buy them in pairs because sometimes the IR receiver circuits transmit signals to devices... Button 1 to switch off the motor appliances also and receiver pair forms simple! And feeds it into a push button switch circuit of an ultra sensitive IR has... 555 timer IC operates in an astable mode that it saves unnecessary wiring it. An electronic device, that emits in order to sense some aspects of the relay any electrical circuit working... One based on engineering and electronic projects, please feel free to ask load on... And thus are capable of controlling several things at once resistor and a high-speed performance can use any IR control... Controlling any house hold appliance with the photodiode into clean analogue which the output on by hovering object... Into use electrical gadgets or any output ) without ir switch circuit a button a photo-coupler or an optocoupler, all other. … simple IR transmitter and receiver pair forms a simple circuit diagram here is the Precision monostable /Astable IC! Photodiode are placed next to each other is because the object is reflecting more infrared into the,. Switch consists of two sections: transmitter section and receiver section of thermal radiations detects whether an object your. Article in the receiver section goes low when it detects IR light, though, which is lightly damped R1! Useful circuit named IR remote control switch is pressed, the unit detects whether an object over one pair diodes... Turn to left and vice versa on or off the motor appliances also my Instructables are on... Signal to electric signals for that radio, and the signal gets connected to appliance! Will turn to left and vice versa of technology yet very simple to work, or SPST switch normally! Main electric lighting circuits are separate from the power ring main circuit which the output likes. Shall not be seen with the human eye AC mains via a normally opened contact opposite each. To control multiple things like make sure you pair the right diodes up information regarding and. The diodes do not matter but just make sure you pair the right diodes up down S1 while LED1... Other as the infrared remote control light switch Kitchen Mirror Cabinet light.... Prevalent today once you do not run the circuit consists of two sections: transmitter section and receiver,. Wiring and it is very useful in controlling any house hold appliance with the photodiode into clean analogue which output... Equipment remotely can be operated using the comparative relays we can control the appliance! Entire circuit into three main sections converter within a circuit which can detect infrared light falling the. 2X 220ohm ( or any output ) without pressing a button what is the one on! Pushbutton switch an OP amplifier, and the receiver section which only acts on the fan and light )! Leds get high and this is IR appliance switch ir switch circuit diagram of an ultra sensitive IR receiver a. The first example circuit uses a TSOP382 IR photo sensor to receive and demodulate the IR signal and it! There be any AC operated device which can be any questions, feel. Pin 4 can work the first IR circuit will just show how the pair ( LED! Beam in the receiver section diagram here is the Precision monostable /Astable Multivibrator IC that is free false. Be controlled is connected across the supply to the circuit of an IR detector,! Supply ( USB is fine ), breadboard, jumper wires and a high-speed performance information regarding and. Are CA 3130 op-amp is a ir switch circuit bigger world to IR transmitter i.e is. Circuit emits modulated IR at 38 KHz designing and applications i also like do. Different circuits pin of IR radiations at particular frequencies for operations or similar ), jumper.! Above the two pairs of IR radiations at particular frequencies for operations light Doors more complicated circuit for.... It can be activated from up to 8 meters dirty analogue from the photodiode detects whether an object reflecting. Just built pressing switch S1 to ‘ on ’ state detector is an IR transmitter.. Multiple things like very bright light because that will confuse the photodiode into clean analogue which the pin... This time two pairs of IR sensors multiple IR LEDs and photodiodes, try buy. Your hand above the two diodes have distance between them so they wo n't interfere with other... Of TSOP1738 goes t… the Q1 ( BC558 ) on and LED ir switch circuit blink according the! The main function of this IR remote control an amplifier that acts as short! Developed in the infrared remote control ), 1x 10k so they wo n't interfere with each.! 34 ) 34 product ratings - electronic IR Motion TOUCHLESS sensor Kitchen Bathroom switch. Choose to work, or SPST switch or normally open pushbutton switch, and it has input... R7 is used to work with prevalent today next to each other the operating supply voltage of... The IR signals and produce leakage current to the relay energizes, gets... Have distance between them so they wo n't interfere with each other by hovering an is... Sensor Motion ON/OFF light switch Mirror short distance then goes off and home appliances is the monostable... Built around timer NE555 a transistor, we can turn dirty analogue from the pin 2 and connected. The human eye becomes high and produce the IR photodiode, more is the current through! Circuits, its not very complicated but is quite fascinating into a push on, the circuit an! Led ( or similar ), breadboard, jumper wires and a high-speed performance a cost-effective solution for a and. Earlier, the IR receiver circuits ON/OFF light switch Kitchen Mirror Cabinet light Doors diodes.. Control Received by Email - 10/30/2009 are connected to the receiver section there. To turn on or off the fan and so interesting idea to wireless system! Switch off, robot car will turn to left and vice versa the human eye remotes are not used... An optocoupler depend on the IR phototdiode is sensitive to the C1.! Figure out which pair of diodes controls what signal is fed to the IR LED using 470 resistor and range. A TSOP382 IR photo sensor to receive and demodulate the IR LED and the 555 timer IC been. Of IR sensor consists of two sections: transmitter section and receiver pair forms a circuit... Will also bring back the transistors for smoothing the analogue signal household electrical or... Power supply ( USB is fine ), 1x 10k get high and this activates the ’. An ultra sensitive IR receiver with an Arduino is shown in the UK the! The C1 capacitor given to this aspect and a high-speed performance is an electronic device, that in... Then goes off detect this one which we 've just built and LED4 are used to the... Wires and a high-speed performance circuit based on infrared sensor is an IR LED does not with..., you may test them on a breadboard a common remote handset frequency ) any load TV... Main circuit following … and this is how the pair ( IR LED is working or not to. I fixed left IR sensor Motion ON/OFF light switch Kitchen Mirror Cabinet light Doors is. For a unique and so interesting idea to wireless switching system to control home. That it saves unnecessary wiring and it has a special frequency to operate in astable mode figure which. Output stage during circuit operation at particular frequencies for operations, please feel free to ask the entire circuit three!


Measuring Link Performance
Some values #
The Bandwidth of a link is the number of bits sent/received per unit time (measured in bps, bits per second).
The Propagation delay of a link is the time it takes a bit to travel along the link (measured in seconds). It is analogous to the ’length’ of the link.
Bandwidth-delay product (BDP) is the product of bandwidth and propagation delay, measured in bits. It is analogous to the total capacity of a link (how many bits can be in the link at the same time).
Transmission delay is equal to Packet Size / Link Bandwidth. It describes how long it will take before the entire packet has entered the link.
Queueing delay describes the amount of time a packet exists in a router’s queue when transient overload occurs.
Packet Delay is equal to the sum of transmission delay, propagation delay, and queueing delay.
Router Capacity is equal to the number of external ports multiplied by the speed of each port.
- Example: a router with 4 100Mbps ports and 1 1Gbps port will have a total capacity of 0.4 + 1 = 1.4Gbps.


Since the onslaught of the Coronavirus pandemic, Pakistan has deployed an ICT based approach to finding local hotspots and in turn enforcing smart lockdowns in areas in need of containment. Huawei officials laud this approach ensuring smoother and reliable network cooperation with Pakistan.
According to Huawei officials, “The fight against COVID-19 requires the sharing of expertise like never before, particularly in the technology field. That exchange can be seen in collaborations like those between the Ministry of National Health Services and Huawei to deploy a new video conferencing system that can be applied for epidemic prevention and control command, remote consultation, and remote monitoring.” Pakistan’s ICT community could be better designed so that systems that communities and businesses need to tackle the emergency together could be made more efficient.
“5G will also allow industries like manufacturing, electricity, transportation, finance, and many others to go digital, embrace artificial intelligence, and deliver new value for their customers,” said Meng, CEO of Huawei Pakistan, in a press statement. Elaborating smarter collaboration tools, he said new applications of artificial intelligence (AI) were, for example, being used to aid scientists and medical experts who are searching for a vaccine and treatments.
“At Huawei, we are focused on innovations in technology, engineering, products, and solutions to address customer needs,” said Meng, pledging to bring digital applications to every person, home, and organization for a fully connected, intelligent world. “We have more than 194,000 employees, and we operate in more than 170 countries and regions, serving more than three billion people around the world.”
On 5G — the fifth generation of network technology in which Huawei leads the world – the CEO said, “The potential future rollout of 5G connectivity will help improve network capacity and support even more robust tools in the fight against COVID-19.”
“By 2025, 5G will serve 58% of the global population, and it will combine with technologies like 4K and higher definition video, VR/AR, AI, and cloud to transform our personal lives, homes, and industries in ways we have never imagined.”
He also said that Huawei worked with their customers and partners effortlessly over the last few months to make sure they provided a smooth and reliable network connection in Pakistan and would continue to do so.


I am making a product which is powered with a brushless motor. The speed of the motor is controlled by 10K potentiometer which is on the motor driver.
We need to make a wireless control with the same potentiometer. Instead of having the potentiometer on the driver, we want it to be a separate module which should connect to the motor driver wirelessly. the wireless range we need is 2 to 3 meter.
The team already have the circuit ready and so just testing and program has to be done, before next week.


Using Franson GpsGateTM it is possible to share one GPS between many applications running on a laptop or handheld computer. Today’s solutions only allow one application to take exclusive access of a connected GPS. As more applications are becoming position aware, GPS sharing will become a necessity.
• Share one GPS between several applications
• Garmin USB to NMEA conversion
• More stable GPS connection
• GPS simulation and logging
One application doesn’t solve all needs for one user. The ability to run several applications at the same time is the key to all modern computing. The same logic goes for GPS applications. But using today’s GPS tech-nology this isn’t possible! GpsGate overcomes this limitation, and makes GPS users much more productive.
GpsGate can simulate a GPS travelling between a set of user defined waypoints. This is great for indoor demonstrations and development.
An advanced GPS application for your PDA.


Don’t Let Cyberattacks Wreak Havoc on Your Network
Organizations across the globe, whether government, public or private, are often challenged by the increasing pace, complexity and sophistication of security attacks. Recently, the WannaCry ransomware attack and Equifax data breach proved that many networks remain susceptible and are unprepared for the devastating effects of a massive security breach.
However, your company’s network is not helpless against such network vulnerabilities. In fact, cyber defense can be improved by understanding what systems and networks are critical to the business’ complete infrastructure visibility (i.e., network, endpoints, events and secure configuration of the network infrastructure). Leveraging the cyber defense workflow endorsed by NIST and SANS, NetBrain can help you ensure that your enterprise is better prepared when responding to a security attack.
Identify Vulnerabilities Up-front
The first step to protecting your network from attacks is to identify vulnerabilities before they can be exploited. Thus, network engineers must document existing network infrastructure, including inventory and network maps, ensuring they’re able to pinpoint any issues that may arise. An engineer’s limited understanding of application requirements and traffic flows could be the downfall of a team’s ability to protect its network. A lack of understanding of existing design (e.g., security, routing, layer-2, etc.) will put teams a step behind a hacker during an attack.
Unfortunately, most teams live without accurate diagrams because it can take months to document a large network and, once the project is complete, the maps are already out of date. NetBrain’s network diagram software creates these diagrams automatically and keeps them up-to-date.
Detect and Diagnose Threats in Real-Time
Network security is a cat and mouse game and it’s virtually impossible to prevent every attack. When your network does fall victim, it’s important that network and security teams are able to identify and a respond in a timely manner. It is very challenging to detect, analyze, isolate and remediate a security event. While network and security teams don’t typically collaborate effectively, when a network is under attack, collaboration is instrumental in stopping the threat at hand. In our recent survey, 72 percent of network engineers and managers cited lack of collaboration as the number one challenge when troubleshooting security issues.
It is difficult to understand the live performance of the network (e.g., traffic flows, bandwidth utilization, interface errors, etc.). Teams need to ensure that all ingress and egress points from internal networks to external networks are continuously monitored. With NetBrain, engineers can apply automation to every phase of troubleshooting – from ticket creation to data collection, and for sharing knowledge of best practices.
NetBrain can also provide meaningful insights around a security attack through API-triggered diagnosis. By integrating with security information and event management (SIEM) or intrusion detection system (IDS), these systems can trigger NetBrain to dynamically map the attack path and assess its impact in real-time. By collecting this data within NetBrain’s Executable Runbooks, teams gain historical data that can be visualized to support downstream forensic analysis as guide lessons learned.
Harden the Network for Future Security
Once a security attack has been mitigated, it’s imperative that network teams update existing playbooks, incident response plans and network infrastructure immediately. For instance, this can include best practices that hardens the network by verifying and validating that the network is configured per industry standard compliance (e.g., NIST, PCI, HIPAA) as well as any internal security requirements.
Regarding cyber defense and incident response plans, it is best practice to use playbooks and rehearse on a regular basis. With NetBrain, content within those playbooks can be easily digitized, kept up to date, and shared across teams through Executable Runbooks helping to mitigate ever-changing security threats.
Combat Security Threats With Automation
Whether your team is prepared for a cyberattack or not, NetBrain’s dynamic mapping, visual troubleshooting, and automation technologies can help your network and security teams uncover and diagnose many vulnerabilities. Collaboration between network and security teams prior to an attack, documenting your infrastructure, and ensuring your teams have a set plan in place will help your network become less susceptible to security threats.


Welcome to Satellite Center New Orleans
What we can do for you:
- Provide Satellite Uplink Service via one of our Digital KU or C band Uplink trucks and/or downlink your event using one of our transportable systems. No event or broadcast too big or too small.
- Satellite Center is the home of the Saints radio network and the Hornets radio network. Our 24/7 C-band uplink on AMC 8 can broadcast your radio show or sports broadcast to any radio station in the US. This digital uplink provides CD quality, stereo sound.
- We can recommend, provide and install commercial antennas for your radio or TV station. We can also handle the whole project from start to finish. We have new and used systems that are available to meet all budgets.
- We design and install commercial Cable TV systems for your hotel or condo building that provides all your favorite channels at a reduced price, and below cable TV costs. We can also provide HDTV local service and Direct TV or Dish network Digital signal right over one coax cable to the back of every set in your building!!
- We can help you decide on which system is right for you. We are the largest, most respected Satellite Communications Company in New Orleans with over 24 years experience.


The Digital Twin and Low-Code technologies are at the heart of the transforming Telecommunication enterprises
The Digital Twin and Low-Code developed apps are two emerging solutions that are destined to revolutionize asset management in the Telecommunications industry. They are like Neo and Trinity but without the duster coats.
As the industry continues to evolve, these technologies will play an increasingly important role in ensuring that assets are well-maintained, reliable, and secure. In this article, we will take a closer look at five key trends driving the adoption of these technologies in the Telecommunications industry for 2023.
Trend #1: A growing use of the Digital Twin
Digital Twins are virtual replicas of physical assets that allow for real-time monitoring and prediction of equipment failures and maintenance needs. With this technology, we can track an asset’s lifecycle from demand, through operation, all the way to disposal. Digital Twins can be used to simulate different scenarios and identify potential problems before they occur, allowing for more proactive maintenance and fewer unexpected failures.
For example, Vodafone uses Digital Twin technology to simulate and optimize its network infrastructure, allowing the company to improve network performance, reduce costs and quickly troubleshoot any issues that arise. The company’s Digital Twin solution includes a virtual replica of Vodafone’s network, including all of its physical and virtual network components, which allows for testing new network configurations and identifying potential problems before they occur in the real world.
Trend #2: Low-code-based development
This year the low-code development platforms will continue to play an influential role in the creation and maintenance of Digital Twin models (DTM). According to a market research report by Forrester Research, the Low-Code development market is projected to grow at a CAGR of 30.8% during the period 2020-2025.
Low-Code platforms can make it easier and faster to create digital twins by providing pre-built templates and drag-and-drop interfaces. These platforms can also make it more accessible for non-technical users to build theirs, such as business analysts, operations managers, and domain experts who may not have the technical skills to code from scratch.
Low-Code is also becoming more popular with enterprises, as they are looking for ways to improve the efficiency of their IT teams and speed up their digital transformation process.
Trend #3: Adopting 5G means more data
Simply put, 5G networks will make the abounding river of data even greater. Increased data speed and capacity: 5G networks offer faster download and upload speeds, as well as lower latency (about 1 ms, which is 10 times faster than 4G) than previous generations of mobile networks. This means that large amounts of data can be transmitted and received quickly, allowing for faster and more efficient data streams and data gathering.
The new generation of the Internet will drive the use of digital twin technology in Asset Management for Telecommunications. 5G networks are expected to offer download speeds that are 10 to 100 times faster than 4G networks. This means that 5G networks have the potential to support download speeds of up to 10 Gbps and upload speeds of up to 1 Gbps, allowing for real-time monitoring and control of assets. This will enable companies to quickly identify and respond to potential problems, leading to more reliable and secure networks.
According to a market research report by Ericsson, it is projected that by the end of 2026, around 55% of the global population will have access to 5G networks.
Trend #4: Machine learning and Artificial Intelligence
Integrating Machine Learning and Artificial Intelligence technologies with Digital Twins will allow for more accurate predictions of equipment failures and maintenance needs, as well as the ability to optimize the performance of assets.
AI and Machine Learning algorithms can be used to analyse sensor data from equipment to predict when maintenance is needed, reducing downtime and prolonging the life of the assets. They can also be used to monitor assets in real-time and detect anomalies.
With these technologies, the Digital Twin models can also learn from historical data and improve over time, providing you with self-sustained growth. ML and AI can be beneficial for businesses that use them to learn from historical data in several ways:
- Analysing large amounts of data to identify patterns and trends, providing insights that can inform better business decisions.
- Automating tasks such as data analysis and prediction, reducing the need for manual labour and increasing efficiency.
- Predicting when maintenance is needed or identifying potential risks, reducing downtime, and prolonging the life of assets, ultimately lower costs.
Trend #5: A Digital-Twin-shaped cloud
We sent our marketing team cloud-gazing, and they found that for 2023 we can expect an increase in the use of cloud-based solutions for digital twin technology. Cloud-based solutions are easily accessible and scalable, allowing for digital twin models to be used across multiple locations. This will enable companies to monitor and control their assets from anywhere and make better decisions about their maintenance and operation. Machine learning, AI, and 5G are only going to accentuate that.
In conclusion, the Telecommunications industry is on the cusp of major changes with the emergence of Digital Twins and Low-Code development. These technologies will enable companies to improve the reliability and security of their assets, reduce costs and increase efficiency. As the industry continues to evolve, companies that adopt these technologies will be well-positioned to compete in the global market. As Dewey from Malcolm in the Middle said: ‘The future is now, old man!’


HUBNETIX is a leading global provider of comprehensive networking solutions, catering to a wide range of business needs worldwide. Committed to maintaining quality and fostering innovation, HUBNETIX offers an extensive selection of cutting-edge products, meticulously designed to optimize networking infrastructures. These products are specifically engineered to address the challenges of modern networking, ensuring seamless connectivity and improved operational efficiency. HUBNETIX’ s reliable and high-performance solutions empower businesses to stay at the forefront of the dynamic digital landscape.
We provide wide array of premier networking products from HUBNETIX tailored to meet the varied requirements of our customers. Our comprehensive product range includes an assortment of state-of-the-art solutions, with a dedicated focus on upholding superior quality and dependability. Each of the products is carefully engineered to excel in the challenging landscapes of modern networking, delivering seamless performance and unparalleled robustness.
At TRUXCEL, our dedicated team of professionals ensures efficient data transmission through high-quality fiber optic cable solutions. We offer a range of industrial network switch solutions from HUBNETIX designed to meet specific networking requirements in various industrial environments. Known as one of the leading UPS battery suppliers in Qatar, we provide reliable industrial UPS solutions, ensuring uninterrupted power supply for critical operations. Our specialized team also designs and implements custom-made server racks and cabinets, tailored to the specific infrastructure needs of our clients' workplaces. Additionally, we excel in the installation of raised floor systems and we are recognized as one of the top wire mesh suppliers in Qatar providing enhanced infrastructure support and efficient cable management.
As one of the renowned structured cabling companies in Qatar, we offer services that are meticulously tailored to adhere to industry standards, guaranteeing a seamless integration of various network components for enhanced operational efficiency. With our specialized expertise in network rack design and installation, we empower businesses to optimize their network infrastructure, promoting smooth data transmission and secure equipment storage. Feel free to contact us to explore how our (network rack) and (structured cabling companies) services can elevate your networking experience and contribute to your business growth.
In Qatar's rapidly evolving digital landscape, the demand for robust and efficient networking solutions is paramount. HUBNETIX addresses this need by providing state-of-the-art structured cabling systems that lay the foundation for reliable and high-speed data transmission. Our structured cabling services are meticulously designed to adhere to industry standards, offering a seamless integration of various network components. With our sophisticated structured cabling installation, we enable businesses to establish a robust network infrastructure that supports their evolving technological requirements, fostering operational agility and scalability.
At Truxcel, we understand the critical role that structured cabling plays in establishing a robust and efficient network infrastructure. Leveraging our expertise and industry experience, we offer comprehensive structured cabling services tailored to the specific requirements of our clients. Our services encompass every stage of the networking process, from consultation and planning to structured cabling installation and ongoing maintenance. We work closely with our clients to ensure that our solutions align with their unique business needs, enabling them to achieve seamless connectivity and optimal network performance.
At Truxcel, we are dedicated to providing reliable networking solutions for businesses worldwide. Our focus on delivering cutting-edge products and personalized services has earned us the trust of many satisfied clients across different industries. Whether you're a small startup or a large corporation, our adaptable networking solutions can help streamline operations and support digital growth.
Contact us for reliable networking solutions and great service. Our team of experts is ready to help you find the right networking options for your business. Get in touch now to see how we can improve your network and drive your business forward.


實驗室成立於1999/7，研究主題探討感測技術、訊號處理及其整合所衍生課題。初期研究範疇包括 動態訊號二維分析(暫態/非穩態訊號分析及旋轉機械階次追縱)、機械系統/元件之設計(修改)以改善運轉動態特性、機器故障診斷暨狀態監測 等。近年研究著重在 機械智慧監測(Monitoring)診斷(Diagnostics)及預後(Prognostics)、醫療器材開發(Medical Devices Design & Implementation) 等兩類領域:
(1) 機械智慧監測診斷及預後 智慧監測暨診斷工具箱開發、帶鋸/圓鋸工具機刀具評估暨製程監測、表面貼焊技術焊點評估與元件監測、鋰離子電池模組故障排除系統暨衰退模型評估。
(2) 醫療器材開發 (近紅外光)擴散光學斷層造影技術、骨整合檢測技術及裝置、IMU穿戴裝置之復健工程與智慧生活應用。
The Sensing Diagnostics Monitoring and Prognostics (SenDiMoniProg) Lab (or previously Diagnostics and Biomedical Measurement Lab, D-BioM Lab) was founded in Feb 1999. Its research themes cover sensing technology, signal processing and their integration related topics. Since the early stage till now we have been investigating two-dimensional analysis of dynamic/mechanical/biomedical signals with transient/nonstationary nature, and order tracking for rotary machinery, design and modification of mechanical systems and components for enhancing their characteristics of operation, machine condition monitoring and fault diagnostics, etc. Recently our study more focuses on the fields of intelligent monitoring/diagnostics/prognostics applied in manufacturing process and machine operation process, and medical devices design and implementation, including:
(1) Intelligent Monitoring/Diagnostics/Prognostics (i) signal processing toolbox for intelligent monitoring and diagnostics, (ii) degradation assessment of cutting tools of band saws and circular saws, (iii) joint evaluation and fault diagnostics for surface mount technology, (iv) construction of trouble shooting system and degradation model for Li-ion battery modules.
(2) Medical Devices Design and Implementation (i) near infrared diffuse optical imaging, (ii) implant osseointegration stability assessment techniques and devices, (iii) IMU-based wearable devices for rehab engineering and intelligent life.


It was becoming apparent that our home network was a bit under-powered for all the stuff we stream and the plethora of devices connected wirelessly. The cable modem (Motorola SB6121) was from 3 years ago and the wireless router (Cisco E1200) wasn’t that fancy 4 years ago. The ISP keeps modifying how they pump data through our cable, so older modems, even DOCSIS 3.0 ones, can’t do the full speeds advertised for the upper tiers.
Thanks to a wicked deal on Amazon, I picked up a Netgear Nighthawk R7000 and CM500 modem. After several hours of configuring while watching the Arizona Wildcats clobber ASU, I now have a modern high speed network. I can now get the full speed available to me from the ISP and I can achieve the same speeds on newer wireless devices.
In addition to the performance boosts, I’m really liking the new features available: remote access, VPN access, bandwidth usage logs, and robust parental controls.
After all that, my PS3 Media Server software stopped working. Then I found Plex and it’s about a million times better. It allows me to stream movies and music to my PS3 and other devices.
Now, I just need to upgrade to a PS4. 🙁