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Blackview Rugged Smartphone Unlocked, BV8800 Cell Phone, 8GB+128GB Unlocked Phones with 20MP Night-Vision Camera+50MP…Smart Phone
Blackview Rugged Smartphone Unlocked, BV8800 Cell Phone, 8GB+128GB Unlocked Phones with 20MP Night-Vision Camera+50MP…
🔋【8380 mAh Big Battery & 33W Super Fast Charge】Blackview BV8800 rugged unlocked smartphone is equipped with a 8380 mAh battery and support 33W fast charging. It only takes 1.5 hours to brim the giant 8380mAh battery. It can provide 720 hours of standby time or call 32 hours or gaming for 10 hours. The OTG function can use BV8800 as a mobile power supply to meet the reverse charging needs and is more convenient for daily use.(package not include OTG cable)
🚀【8GB RAM+128G ROM & 4G Octa-core MediaTek Helio G96】Keep everything running smoothly with 8GB RAM and enjoy 128GB ROM storage for all your videos, photos, apps and more. BV8800 rugged android phone is embrace the ultra-fast speed with the top-end 4G octa-core chipset, MediaTek G96, which delivers superior performance in data processing, multi-tasking, response time, and vivid visuals. Never miss a beat in the intensity of a game with exclusive HyperEngine game technology.
📷【50MP AI Quad Camera+ 20MP Night Vision Camera】Blackview BV8800 rugged smartphone built-in 4 rear cameras, 50MP Super HD main camera, 20MP IR Night Vision Camera which backed by two IR LEDs, allows you to take photos and videos in complete darkness. 8MP 117° ultra-wide camera and a 2MP depth camera. Plus, a 16MP HD self camera can preserve your moving moments. This highly unified camera system always backs you up to shoot day or night, wide or ultra-wide, on land or under water.SKU: n/a
Moto G 5G | 2022 | 2-Day Battery | Unlocked | Made for US by Motorola | 6/256GB | 50 MP Camera | Moonlight GraySmart Phone
Moto G 5G | 2022 | 2-Day Battery | Unlocked | Made for US by Motorola | 6/256GB | 50 MP Camera | Moonlight Gray
Compatible with T-Mobile 5G and Verizon 5G. Ready for 5G on other select networks dependent on availability; contact your service provider for details. Compatible with all major 4G U.S. carriers, including Verizon, AT&T, and T-Mobile. It also works with prepaid carriers, including Cricket Wireless, Metro by T-Mobile, Simple Mobile, Total Wireless, Tracfone, Net10, Mint, TracFone, and H2O.
5G speeds for all. Stream your favorite shows, download music, and video chat instantly without any lag.
50 MP camera system with Dual Capture. Take stunning pictures, portraits, and close-ups—even capture video and photos with rear and front cameras at once.SKU: n/a
UMIDIGI F3 (8GB+128GB) Unlocked Cell Phone, NFC, Android11, 6.7inch HD Full Screen, 5150mAh Battery, Smartphone with…Smart Phone
UMIDIGI F3 (8GB+128GB) Unlocked Cell Phone, NFC, Android11, 6.7inch HD Full Screen, 5150mAh Battery, Smartphone with…
【Unlocked Smartphones & Multi-function NFC】 UMIDIGI F3 unlocked smartphones works with most major U.S. carriers. It is compatible with most GSM networks and CDMA networks. Both SIM slots are compatible with 4G, and support 4G VoLTE in both slots simultaneously. If there is any connection problem, we can help you anytime.
【MediaTek Helio P70 Qcta-Core Processor & 8GB + 128GB】 UMIDIGI F3 smartphone built on innovative processor technology, the MediaTek Helio P70 enables more powerful performance, longer battery life, fantastic photography, smooth gaming and a masterful multi-core AI. The 8GB + 128GB super memory combo, with LPDDR4X + UFS 2.1, is powerful enough to handle any heavy app and provides plenty of space for your videos and photos.
【Massive Battery & 18W Fast Charging】 Packing a shocking 5150mAh high-capacity battery, UMIDIGI F3 unlocked cellphone is ready to support you throughout the day and beyond. With an 18W fast charging, you can improve charging efficiency to shorten charging time while prolonging the usage time.SKU: n/a
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The Distinction Depends on How They Communicate
An IP Phones or IP telephones makes use of voice over web procedure modern technology for placing as well as transmitted phone calls over an IP network, consisting of the Net, as opposed to the traditional public changed telephone network. In the past, IP phones were challenging to discover because they were not often made use of and also often tended to run on expensive VoIP solution strategies. Nevertheless, costs have actually dropped considerably over the last few years, making them extra affordable for a lot of customers. Many consumers are likewise finding that it is easy to make use of IP Phones to conduct neighborhood and also far away telephone call, which are formerly only readily available to office customers. Most IP phones are designed with a basic os as well as an internet browser. The web browser makes use of the current web site to retrieve the required information for making a phone call, as well as the phone system connects details between the user and the location server through the internet connection. To phone, the customer logs into the IP phone system using their login details, and then makes the telephone call typically like a normal telephone. To make an outward bound telephone call, the individual attaches to the location IP phone system and also utilizes the regular telephone toolbox to dial the phone number. With the intro of IP phones, many organizations and also houses are now able to position and receive telephone calls from any kind of place with an internet connection, that includes both cellular and landline connections. This can be particularly practical for those that have an existing web connection in your home yet do not have a devoted line to utilize at the office. These phone calls can also be rather cost-effective, considering that IP phones do not consist of long-distance fees for local as well as cross country worldwide calls. This enables people to talk with relatives living in other countries. Many IP Phones includes totally free dialing numbers, and also some web sites provide free dialing numbers for inbound calls to these numbers. Many IP Phones gives the performance of a typical phone system, consisting of the capacity to make phone calls, as well as receiving calls. The major distinction in between these 2 systems is that an IP phone system does not have a main web server that keeps the discussions that have taken place, and there is no demand for a physical phone line. Rather, customers can link their IP phones to their desktop computers, and gain access to their communications with the internet. Due to the fact that IP phones operate using digital signals, instead of analog ones, the difference lies mostly in exactly how the details is sent as well as gotten. Digital signals are much faster, which allows IP phones to connect with each other much more quickly than they can with a traditional telephone. The analog signal networks made use of by telephone lines are much slower as well as utilizing them needs a significant amount of equipment and also facilities. Digital signals are far more cost effective than the previous. There are a number of benefits related to IP phones. The very first advantage lies in the fact that they do not use any facilities or devices in order to attach individuals. On top of that, it is likewise a lot easier for people to access the net via IP phones, contrasted to typical phone systems. Last but not least, with the current boom in VoIP solutions, IP phones are rapid coming to be the favored technique for interaction. The rapid growth of VoIP services has been implemented by the lower costs associated with these services.


Using wind up technology, Mitaki-Japan have produced this FM/Weather Radio which has a LED flashlight built into it. With this one item you can listen to the radio, weather warnings, and be able to light your way.
The FM/Weather Radio comes with an earphone jack, a recharge jack and cord for mobile phones, and a wrist strap. It does have a DC output socket though it does not come with a DC cord. To charge the radio you wind it up using the handle on the side. From 1 minute of winding the radio you get 30 minutes of it powering the LED torch, 10 minutes of it powering the radio or 3 minutes of it powering the weather warning alert.
As this radio works on wind up technology there is no need to go to great lengths of preparation to use it, such as making sure you have charged batteries handy, or have remembered to leave it out in direct sunlight to charge though solar panels. As soon as you need any part of it then its ready to go as soon as you crank the handle. Your arm provides the energy that is converted into electricity to power the device.
The Wind-Up FM/Weather Radio With A LED Flashlight is available for around $20 USD.


The EF500R is Bluebird's newest multi-purpose rugged handheld. The EF500R’s power-saving design takes full advantage of a low power consumption processor without sacrificing performance. Use the extended (6,400mAh) battery and avoid down time with the Hot Swap function.
Bluebird's Push-To-Talk (PTT) feature allows for an alternate, internet-based way for your employees to communicate with each other, whether it's one-to-one or one-to-many. Data collection includes an integrated barcode scanner and a 13MP camera.
Whether indoors or outdoors, the EF500R provides exceptional network connectivity with a wide range of radio frequencies and Bluetooth capabilities. With WWAN communication capabilities supporting LTE or WLAN 802.11 a/b/g/n/d/h/i as well as Bluetooth 4.0 LE, be assured in knowing that you are covered wherever you go.
Default accessories: standard battery, battery cover, micro USB Cable.
The power adapter is here.
Please call or email us to check lead time.


Huawei has been offering various wireless earbuds for a few years now. Alongside the high-end FreeBuds Pro 2 with in-ear tips and dual transducers, and the open-fit FreeBuds 4 with noise reduction and LHDC codec, there is an entry-level range, the “i” models. After successful iterations with the FreeBuds 3i and 4i, the Chinese manufacturer returns with a new generation boasting not only noise reduction and multipoint Bluetooth, but also Hi-Res Wireless compatibility: the Huawei FreeBuds 5i. Here’s our full review.
|Model||Huawei FreeBuds 5i|
|Active noise reduction||Yes|
|Battery life||28 hours|
Wireless earbuds with stems often resemble each other. While the Huawei FreeBuds Pro 2 had a distinctive square stem with a flat surface, the FreeBuds 5i have a more traditional design with a three-part molding: one for the stem’s exterior, one for the shell, and one for the central part. The stem smoothly merges into the shell with rounded, ergonomic lines.
The earbuds are relatively lightweight due to the glossy plastic material, weighing 4.9 grams each. The FreeBuds 5i come in three colors: black, white, and blue. Overall, they are comfortable to wear, and I could wear them for several hours without discomfort.
Huawei provides three silicone tip pairs for optimal fit and passive noise isolation. We strongly recommend trying all three sizes to ensure comfort and the best possible passive isolation, reinforcing not only noise reduction effectiveness but also preventing sound leakage.
Huawei FreeBuds 5i Case
While the FreeBuds 5i earbuds themselves are glossy, their case is matte with a speckled effect, reminiscent of a pebble’s rounded, oval shape.
The FreeBuds 5i case is not extravagant in terms of buttons and connectors. It features a single LED on the front, beneath the Huawei logo, indicating the earbuds’ charging or pairing status. Below that, there’s a USB-C port for charging. Finally, the pairing button is on the side of the case for connecting the earbuds to your smartphone or PC.
With dimensions of 48.2 x 61.8 x 26.9 mm, the FreeBuds 5i case is relatively compact and can easily fit into a purse, jacket pocket, or even jeans without causing damage.
Water Resistance and Sport Usage of the Huawei FreeBuds 5i
The IP54-certified Huawei FreeBuds 5i are resistant to dust and splashes. They can be worn without issues in the rain or during sweaty workouts. I wore them during two one-hour running sessions without any discomfort.
Usage and App
Connecting the FreeBuds 5i to your smartphone offers two options. For Huawei smartphone users, simply open the case near your device to display a pop-up, thanks to Huawei’s Pop-up Pair protocol. Validate the connection, and it’s done. For other smartphones, PCs, or devices, press and hold the pairing button until the LED flashes white, then search for the FreeBuds 5i in your device’s Bluetooth settings.
Unfortunately, the earbuds don’t support Google’s open Fast Pair protocol, though we understand why. However, they are compatible with Microsoft’s Swift Pair for quick pairing on Windows.
Touch Controls on Huawei FreeBuds 5i
Like most earbuds of this kind, Huawei has integrated sensitive touch surfaces on the stems of its FreeBuds 5i. This allows for several types of touch controls right away:
- Double tap: play/pause
- Long press: change noise reduction mode
- Swipe up or down: volume adjustment
These three controls are simple to grasp, but there’s no option to change tracks directly. However, you can use the options provided within Huawei’s AI Life app. This app allows you to separate the double-tap on the right or left, for example, to maintain play/pause on the left but assign the next track to the right gesture.
Unfortunately, without triple tap support, it’s impossible to configure play/pause, next track, and rewind simultaneously.
On the other hand, holding down the left or right will only allow you to choose the noise reduction level or identify the played track (only for Huawei smartphones) but not control playback.
These gestures are simple, but more customization options would have been nice, like single or triple taps to easily change tracks. Nonetheless, it’s nice to have native volume control.
The AI Life App
To have more control over the FreeBuds 5i, you’ll need to use Huawei’s AI Life app. Installed by default on the brand’s smartphones, it can also be downloaded by scanning the QR Code displayed on the box. Be cautious, however, and avoid the version available on the Google Play Store, as it hasn’t been updated for a few years due to the US embargo.
Like most apps of this kind, AI Life allows you to display the battery level of the earbuds (and the case), indicate when a firmware update is available, or adjust gestures, as mentioned earlier.
AI Life also offers a connection hub to manage Bluetooth connections to your various devices. This is a convenient feature since the FreeBuds 5i are compatible with Bluetooth multipoint, as we’ll see later. This is also where you can change noise reduction modes, do an ear tip fit test, or activate wear detection. A low-latency audio mode is available to reduce the audio/video synchronization effect inherent to the Bluetooth protocol.
It’s worth noting that, on a Huawei smartphone, you can use the FreeBuds 5i touch controls with a double-tap to take a remote photo. The “H-Protect” function will allow you to make your earbuds ring if you can’t find them but they’re connected to your smartphone via Bluetooth.
Bluetooth Connection on Huawei FreeBuds 5i
The Huawei FreeBuds 5i are compatible with Bluetooth 5.2 and support Bluetooth multipoint. In other words, you can use the earbuds connected simultaneously to your smartphone and a laptop. This increasingly common feature on wireless headphones is now available on more affordable earbuds, to our delight.
In the AI Life app, you can find all the devices your earbuds have been connected to. If you’re listening to music on your computer and receive a call on your smartphone, which is also connected to the earbuds, the smartphone will take over to let you answer the call.
However, I experienced significant connectivity issues, particularly when using the LDAC codec on my Vivo X80 Pro. The connection to the earbuds would frequently drop when the smartphone was in my pocket or an armband while running, before recovering a few seconds later. The experience was slightly better with the SBC codec but still far from perfect.
The Huawei FreeBuds 5i are, of course, not immune to the issue of Bluetooth latency. Without activating the low-latency mode offered in the AI Life app, I measured a latency of 201 ms in SBC and 209 ms in LDAC. This significant value will cause you to perceive some delay in mobile games between the audio and video. Thankfully, video playback apps can easily compensate for this latency.
Like previous models, the Huawei FreeBuds 5i feature active noise cancellation. The Chinese manufacturer claims that the earbuds can reduce sound up to 42 dB. However, as is often the case, no further information is provided, such as the frequency range of this reduction. Obviously, these 42 dB are not achieved across the entire audible spectrum, far from it.
In practice, the Huawei FreeBuds 5i effectively manage constant background noises. In a building near a busy road, they can significantly reduce the hum of vehicles. However, don’t expect too much. Huawei’s earbuds won’t be able to reduce more sporadic sounds, such as motorcycle noise, chatty colleagues, or keyboard sounds. For these less predictable noises, the earbuds’ noise reduction is just slightly better than passive isolation provided by the silicone tips.
The noise reduction is decent, but not much more. There is no significant improvement compared to what the FreeBuds 4i offered a year and a half ago. This is especially disappointing considering the significant ANC performance gains in high-end wireless earbuds in 2022, such as Apple’s AirPods Pro 2 and Bose QuietComfort Earbuds II. Moreover, the earbuds tend to transmit wind gusts into the ears due to insufficient microphone protection.
Huawei offers three noise reduction levels: cozy, general, and ultra. It’s up to you to manually manage the strength of this feature.
Awareness mode allows you to use the earbuds’ microphones to transmit external sounds to the earbuds’ transducers. The result is quite efficient and natural-sounding. However, there’s a slightly muffled sound, but nothing too severe. This feature enables you to quickly communicate with someone or listen to a voice announcement in a train station, which is all it needs to do.
The Huawei FreeBuds 5i each feature a 10mm diameter dynamic transducer combined with a polymer composite diaphragm. They do not use the dual transducer acoustic solution found in the FreeBuds Pro 2, but a more conventional architecture with wide-band transducers designed to handle bass, midrange, and treble.
The earbuds are also Hi-Res Audio Wireless certified, thanks to their LDAC codec compatibility. As a reminder, this codec allows the user to choose between prioritizing sound quality or connection stability. It can also adjust its bandwidth from 320 to 990 kbps depending on the situation and signal stability. In addition to LDAC, the earbuds are compatible with the two most common Bluetooth audio codecs, SBC and AAC.
To test the FreeBuds 5i’s sound quality, I connected them to a Vivo X80 Pro using LDAC with sound quality prioritized. I listened to tracks on Spotify (highest quality at 320 kbps Ogg Vorbis) and Tidal HiFi Plus (24-bit at 192 kHz).
The Huawei FreeBuds 5i generally offer a pleasing sound output with a good emphasis on bass and mid-range frequencies without distorting the sound too much. Listening to Billie Eilish’s “Bad Guy,” the Huawei earbuds manage to reproduce both the bassline and the singer’s voice accurately. The sound rendering is not overly bass-heavy or focused on low frequencies like some competitor models but is relatively natural.
The frequency response curve below highlights the earbuds’ qualities. Indeed, while the sub-bass is present to support the overall sound spectrum, the mid-range frequencies also come through to reinforce vocals or instruments. This results in earbuds with warm sound that still maintains detail. Beyond 3000 Hz, a volume decrease in the upper mid-range and treble frequencies is noticeable.
This design choice makes the FreeBuds 5i less tiring to listen to for extended periods, as these frequencies are naturally amplified by the ear canal. To ensure detail in the treble, Huawei has created a peak around 13,000 Hz. This compensates for the recessed treble, adding more clarity to the sound.
The result is particularly enjoyable, especially for earbuds priced under $100. Listening to Norah Jones’ “Come Away with Me,” which features piano, cymbals, and vocals, the acoustic rendering is highly effective. The same goes for Michael Jackson’s “Thriller,” where the singer’s voice stands out without overshadowing the bassline or guitar riff.
If the FreeBuds 5i’s sound output doesn’t suit your taste, you can modify the audio signature through Huawei’s AI Life app. Two modes are available: bass boost and treble boost. Unfortunately, Huawei does not provide more details on the impact of these two modes. Fine-tuning the equalizer with a key system, as is common with wireless earbuds, is also not possible.
The earbuds also offer adaptive equalization through the integrated microphones. If the FreeBuds 5i detects an imperfect fit in your ears, they will increase the bass to compensate for potential sound leaks.
For voice calls, the FreeBuds 5i use microphones to capture your voice and reduce background noise, allowing your conversation partner to focus on your voice. Huawei also integrates an “AI Noise Cancellation” feature to enhance your voice.
In practice, however, the Huawei earbuds struggle to reproduce voices well when there is too much background noise. On a busy Parisian street, my conversation partner only heard every other word, with some phrases cut off due to excessive noise reduction and a “muffled” transmission. The same was true in an echoing building lobby. The person on the other end had difficulty understanding me, although the voice capture was better than outdoors.
Thankfully, voice capture is somewhat better in a quiet, echo-free environment. Conversations become more fluid for your conversation partner, though not necessarily enjoyable. If they eventually hang up on you, you can blame the earbuds, not yourself.
Huawei has integrated 55 mAh batteries in each earbud and a 410 mAh battery in the charging case. According to the manufacturer, this allows for up to 6 hours of battery life with the earbuds alone using active noise cancellation (ANC) and up to 18.5 hours with the case. Without ANC, these durations increase to 7.5 hours for the earbuds and 28 hours in total with the case’s recharge assistance.
In my experience, the battery life was more limited. With ANC activated in “ultra” mode, volume at 50%, and LDAC codec transmission prioritizing sound quality, I was able to use the Huawei FreeBuds 5i for 4 hours and 7 minutes before the battery ran out. This battery life is 30% less than what Huawei claims. It’s disappointing, as few wireless earbuds now offer less than five hours of battery life with noise cancellation. However, it’s worth noting that the LDAC codec is particularly power-hungry, and battery life may be better when using more lossy codecs like AAC or SBC.
Regarding recharging the earbuds in their case, Huawei states that a full recharge takes one hour. My experience differed, but in favor of the Chinese manufacturer, as the FreeBuds 5i fully recharged in 30 minutes in their case.
Unfortunately, the FreeBuds 5i case is not compatible with wireless charging. You will have to rely on wired charging. The company provides a short USB-A to USB-C cable but no wall adapter. You will need to use a computer or repurpose a smartphone USB-A charger if you have one available.
Price and Release Date
The Huawei FreeBuds 5i will be available in France starting January 11, 2023, at a price of $99. The FreeBuds 5i come in black, blue, or white color options.
Pros & Cons
Huawei FreeBuds 5i Pros
- Comfortable fit and IPX4 water resistance
- Impressive sound quality
- Adaptive active noise cancellation (ANC)
- High-resolution audio support
Huawei FreeBuds 5i Cons
- Delicate charging case
- Room for improvement in ANC performance
- Lack of wireless charging support


Since building our first tower in 1987 in Warsaw, Indiana, Charles S. Hayes Inc. dba Hayes Towers continues to build, own, and manage wireless communications towers nationwide.
Our customers include major cellular carriers (AT&T, Dish, T-Mobile and Verizon), regional wireless internet companies, fiber providers, first responder networks and school corporations. Our experienced team members are always ready to help our customers reach their network connection goals in an efficient and cost-effective manner.
Meet Our Leadership Team
Jody Haines: Accounting
With 30 years of accounting experience, Jody oversees projects related to finance and accounting for Hayes Towers and is the primary contact for accounts payable and receivable.
Anne Hayes: President
Anne joined Hayes Towers in 2014 and now serves as president of the company. Anne builds and maintains relationships with customers and is involved in all aspects of tower development from the initial site acquisition to the management and operation of completed towers.
Katrina Marquardt: Facilities Manager
Katrina has worked for Hayes Towers for over 20 years and lends her expertise to all areas of the company. As Facilities Manager, Katrina focuses much of her time on site due diligence and construction management. Katrina is also responsible for company compliance with local, state, and federal guidelines and oversees maintenance and construction crews at all of our locations.
Meet our Founder - Charles S. Hayes
As a sixth grader in the 1950s, Charlie Hayes began pursuing his interests in radio communications as a ham radio operator in the basement of his parent’s home. Purchasing World War II surplus parts and equipment, he would build radio transmitters and communicate with other ham radio operators throughout the world.
Since that time, his education and career have revolved around the intersection of business and engineering. Charlie graduated from the University of Notre Dame in 1965 with a BS in Mechanical Engineering. In the 1980’s, Charlie bought and operated a radio station in South Bend, IN. From there, he founded a beeper company, Alert Paging, and in 1987 he built his first radio communications tower. Charlie then went on to open Charles S. Hayes Inc, dba Hayes Towers.


Data Center Infrastructure Management
We are back to give an overview of the concept Data center infrastructure management or DCIM. There’s not a unique definition to this global concept, but we can describe it as any set of tools that help organize and manage the information stored in a data center. DCIM simplifies, automates and manages critical infrastructure in and around the data center in order to optimize efficiency and reduce the downtimes.
DCIM systems are becoming indispensable for data center operators to visualize, understand and take right decisions for their center, it makes it easier to check, test, plan or simulate. Through simulations, data center managers can be prepared or even anticipate possible problems.
There are several variables that can be monitored in real time to modulate a data center, some examples are the power consumption, temperature, humidity or air flow. All these parameters can affect the performance of the machines and are collected in a centralized checkpoint, this fact group all the devices and facilitates the control.
Now we are going to list some features and physical infrastructure that help to manage and optimize the performance of the data center.
- Power & energy Management systems: Monitor these features helps to maximize the date center uptime, power distribution and improve energy performance.
- Generators & fuel tanks: Having power backups is essential for high availability business.
- Access & security: Access control and cameras provides physical security to the building.
- Cable management: It’s important to know the network cable availability to ensure a better planning and optimization.
- Uninterruptible power supply health: It’s necessary to control the racks power to satisfy service level agreements.
- Switch gear: Incorporating these devices provides more general view of power consumption and its quality.
- Cooling units: Control the heat in a data center it’s essential to protect the assets and increase the efficiency.
- Asset management: Identifies the unneeded assets to reduce costs
- Compute utilization: It’s important to monitor the resources usage to maximize the performance.
- Available/Occupied rack space: Know the physical capability helps to plan and scale the data center.
In further posts, we will show a real solution and software that provide our manufacturers related to the management of the data centers.


Samsung wireless chargers are a convenient way to power your devices without having to plug them in. However, some users have reported that their samsung wireless charger blinking yellow. This can be frustrating, especially if you don’t know how to fix it. In this article, we will explain what causes the yellow light and how to fix it.
Samsung wireless charging technology is a convenient way to power your devices without the hassle of cables. The technology is based on magnetic resonance, which creates an electromagnetic field to charge your device. Recent models of the Samsung Galaxy S and Note series include wireless charging capabilities.
The charger has a few different blinking patterns to indicate its status. A solid blue light means the device is charging, while a blinking blue light means it’s not connected properly.
What is Samsung Wireless Charger
Samsung wireless charger is a device that wirelessly charges your Samsung Galaxy phone. The charger consists of a charging pad and a USB cable. To use the charger, plug the USB cable into the charging pad and then plug the charging pad into an outlet. Place your Samsung Galaxy phone on top of the charging pad and it will start to charge. Included in the Galaxy S6 and Galaxy S6 Edge, Samsung’s wireless charging pad is a welcome addition to the market. With this new technology, you can charge your device without ever having to plug it in. The charging pad is Qi-certified, meaning it will work with any Qi-enabled device. Simply place your phone on the pad and it will start charging. The pad can charge your phone wirelessly at 5W, 10W or for fast charging at 15W.
How to use a Samsung wireless charger
Samsung wireless chargers are a convenient way to power your device without having to plug it in. They come in two different types: the stand and the pad. The stand is designed to prop up your phone while it charges, while the pad lays flat on a surface and your phone rests on top of it.
To use a Samsung wireless charger, first make sure your device is compatible. Only certain phones can be charged wirelessly. Next, plug your device into the charger. The phone will begin to charge automatically. If you are using a stand, hold your phone upright to keep it from falling over. When charging completes, the light on the charger will turn off.
How to place your phone on a Samsung wireless charger
Samsung wireless chargers are a great way to keep your phone charged without having to worry about plugging it in. They come in a few different shapes and sizes, but all of them work the same way. Here’s how to place your phone on a Samsung wireless charger:
- Make sure your phone is turned off.
- Find the wireless charging pad and make sure it is plugged in.
- Place your phone on the charger, facing up and centered.
- Once charging begins, a charge indicator light will appear in the top right corner of your screen.
How to charge your phone with a Samsung wireless charger
- If you have a Samsung Galaxy phone, you may be wondering if it’s possible to charge your phone with a Samsung wireless charger.
- The answer is yes – it’s very easy to do. All you need is the wireless charger and a cord that plugs into the wall.
- Simply plug the cord into the wall and place your phone on the wireless charger. The phone will start charging automatically.
- The wireless charger not only charges your phone, but also works as a stand to hold your phone upright while you’re watching videos or playing games.
What are the benefits of using a Samsung wireless charger?
- Wireless chargers have become increasingly popular in recent years, and for good reason – they offer a number of benefits over traditional wired chargers.
- One of the biggest benefits of using a wireless charger is that it’s a lot more convenient than having to plug in a cable every time you want to charge your device.
- Wireless chargers are also a lot more efficient than wired chargers, since they don’t waste power on transmission cables.
- Finally, wireless charging is a lot safer than wired charging, and won’t cause any kind of damage to your device.
Are there any disadvantages to using a Samsung wireless charger?
There are several disadvantages to using a Samsung wireless charger. Firstly, the charger is not very efficient and can take a long time to charge your phone. Secondly, the phone needs to be in direct contact with the charger in order to charge, which can be difficult if you are trying to use the phone at the same time. Finally, the charger is quite expensive compared to other chargers on the market.
Samsung wireless charger instructions
Samsung wireless charger is an inductive charging pad that wirelessly charges devices that are compatible with the Qi standard. The charger uses electromagnetic fields to transfer energy between the two pads. To use the charger, you must first install the included Samsung Wireless Charging Pad Stand and then place your device on the stand.
Why Samsung Wireless Charger Blinking?
There are a few reasons why your Samsung wireless charger might be blinking. One reason could be that the phone is not properly aligned on the charger. Another reason could be that the phone is not charging because the battery is full. Finally, if there is a foreign object blocking the charging area, that could also be causing the blinking light.
Why Samsung Wireless Charger Blinking Yellow?
There are a few reasons why your Samsung wireless charger might be blinking yellow. One possibility is that the phone is not properly aligned on the charger. If the phone is not aligned correctly, it will not charge. Another possibility is that there is something blocking the charging pad from making contact with the phone, such as a case or a piece of paper. If this is the case, remove the obstruction and try charging the phone again.
Hopefully you have found a solution to why Samsung Wireless Charger Blinking Yellow. If you have any comments, please let us know. Write in the comment box below to share your opinion with us.


D80DSP is a combination of signal processing and amplifier channels with aux DSP outputs.
Easy access control via front panel is combined with PC and iPad remote controls and wall panel for installation use.
High fidelity, high efficiency class-D power amplifier stages are powered by a switch-mode power supply.
The build-in speaker preset library for all Aura Audio speaker models with highest definition XTA DSP processing.
Number of amplifier channels: 4
Output Power: (per channel)
8 ohms 1000W
4 ohms 2000W
2.7 ohms 2200W
2 ohms 2000W
Output Power: (bridged)
8 ohms 4000W
4 ohms 4000W
Processing: 24bit (ADC and DAC)
Internal sample rate: 96kHz
System THD: <0.08% (2kW, 1k)
Freq. resp.: 3Hz-30kHz -3dB
Gain; Delay; Polarity; IIR EQ (PEQ, shelving, variQ, all pass, phase, notch, band pass) for each input and output (4 per output, 8 per input)
Input connectors: 4 x XLR (two for AES)
Output connectors: 4 x Speakon
AUX DSP outputs: 4 XLR
Mains connector: PowerCon
Remote Control: USB (front panel)
Rear Panel: RS485 bus, Direct Ethernet, GPIO Port Dante Audio Network (optional) Up to 32 units can be connected into a closed control network
Amplifier 2U/88(h) x 482(w) x 428(d)
Shipping weight 12kg
Shipping box: 250 x 610 x 600
D2w Class-D High Efficiency Power Amplifier with Loudspeaker Management. D-series represents the latest technology in amplifier design. Extremely high fidelity sound with frequency-independent harmonic distortion performance, high efficiency class-D design and very low total weight. D-series amplifiers are also fitted with fixed system controllers for specific loudspeaker including high-pass and low-pass filters, parametric eq and state-of-the-art optical limiter circuit.
D2w features 2 in 4 out fixed bi-amp routing, switch-mode power supply with over current and over voltage protection system and optimized low noise cooling system.
High-end analog signal path with optical dynamics processing
Extremely high fidelity class-D power amplifier
Switch-mode power supply
Very low, frequency-independent THD performance
Preconfigured loudspeaker management
90% total efficiency
Very low total weight
Output Power (4) 500W(cont)/8ohms
THD+N at -3dB <0.3% (1kHz)
THD+N at +10dB limit <1% (1kHz)
483mm(19") x 88mm(2u) x 349mm
D2 amplifiers are Class-D High Efficiency Power Amplifiers with Loudspeaker Management. D-series represents the latest technology in amplifier design featuring extremely high fidelity sound with frequency-independent harmonic distortion performance, high efficiency class-D design and very low total weight.
D2i is dedicated i-series amplifier featuring 2 in 4 out fixed bi-amp routing for top + sub configuration; i3 and i5 filtering and limiting preset and complimentary subwoofer filtering for Aura Audio XD8, XD10 and XD12 subwoofers.
D2x is 2 in 2 out, extension amplifier to be used fed by D80DSP aux DSP outputs or as an independent system amplifier driving anything from i3, i5 or C12 tops to small subwoofers, delay lines or even F-series studio monitors.
Both D2x and D2i amplifiers are fitted with fixed system controllers for specific loudspeaker including high-pass and low-pass filters, parametric EQ and state-of-the-art optical limiter circuit. Both models are powered by switch-mode power supply with over current and over voltage protection system and optimized low noise cooling system.
High-end analog signal path with optical dynamics processing High fidelity class-D amplifier Switch-mode power supply Extremely low, frequency-independent THD performance Preconfigured loudspeaker management 90% total efficiency
D2i Output Power LF (2) 250W/8ohms D2i
Output Power HF (2) 125W/4ohms D2x
Output Power (2) 250W/8ohms D2x
Output Power (2) (2) 125W/4ohms (parallel)
Frequency response: 15Hz-30kHz -1dB
THD+N at -3dB <0.05% (50Hz - 20kHz)
THD+N at +10dB limit <0.5% (1kHz)
Input onnectors: 2 x XLR, 2 x XLR link
Output connectors: 2 x Speakon NL4
(pins 1&2: bi-amp and parallel options)
Mains connector: Powercon
483mm(19") x 44mm(2u) x 400mm
Shipping box: 540 x 85 x 510 (mm)
Shipping weight: 5,5kg
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Aura Audio is a registered trademark of Aura Audio Oy, Finland. All rights reserved. Personal Data Rights Notice: In compliance with Organic Law 15/1999, of 13th of December, regarding the Protection of Data of a Personal Nature (LOPD), the user is herewith informed that the data provided will be included in a file dedicated to the administration of the relationship with clients, suppliers, collaborators and partners, to promote the activities of the Company, as well as of the possibility of exercising their access rights, cancellation, rectification and opposition by means of written application and signed, directed to the
following address: Aura Audio Oy, Pääskykalliontie 3, 21420 Lieto, Finland.


Despite the growing popularity of broadband internet, a significant number of rural residents are still without dependable access to high-speed Internet. While the infrastructure in many rural areas has improved, current services are not able to support consistently dependable broadband connections. This lack of high-speed Internet access has become a hot topic after the recent coronavirus pandemic. Here are some ways, like WOI satellite internet, to remedy this problem.
Dial-up is the Only Option
In areas where DSL or satellite internet isn’t available, dial-up is the only option. Dial-up is similar to a landline phone but does not require any special infrastructure. Anyone with a working landline phone can connect to the Internet via dial-up. However, every connection is counted as a telephone call, and the speed is slower than most other internet services.
Dial-up has been slowly phasing out in favor of faster connections, but it remains available in many rural areas. However, dial-up may soon disappear entirely. This may happen because of the increasing demands for newer computer programs. These programs can consume a significant portion of bandwidth when they first connect. Furthermore, these background downloads can take several minutes, limiting the amount of bandwidth available to other applications.
In rural areas, many people are still relying on dial-up as their only option. Rural internet access is still underserved compared to urban areas, although major telecom companies are now lifting data caps and offering extra data to urban home internet users. This trend will only continue until more rural areas have broadband access. So what can rural users do? What can they do to improve their current connection speed?
Though dial-up service is a slow and expensive option, the cost of dial-up is a fraction of what it costs to get broadband internet service. There are even some providers that offer free dial-up Internet to rural areas. The disadvantages of dial-up service are that it isn’t practical for modern internet usage. Dial-up connections are limited to 56 kbps, which is about 20 times slower than the slowest DSL connection. On the other hand, audio CDs can take up to two days to download on a gigabit fiber connection.
A Cable is a Popular Option
There are several reasons why a cable is a popular option for internet connectivity in rural areas. First, cable providers do not want to dig trenches to provide their service. They primarily provide service in urban and suburban areas. In rural areas, cable providers would have to invest in more expensive wires and special signal-boosting equipment to cover the entire area. Second, there are fewer potential customers. This means that cable service providers in rural areas are less likely to expand their business.
While many people prefer cable for its speed and price, it is not available everywhere. There are satellite and DSL providers available to rural residents. While satellite internet may be cheaper and more widely available, the cable offers symmetrical download/upload speeds and a competitive price. In addition, cable providers offer phone and TV bundling options. This means that rural areas can take advantage of the benefits of cable while remaining connected.
Although cable and DSL are both popular options for rural areas, each has its own unique advantages. If you’re only using your Internet for basic needs, satellite Internet will work just fine. But if you’re looking to stream music or videos, the cable is probably the best option for you. And if you’re uploading large files regularly, you should consider cable. This will save you money in the long run.
Another option for rural residents is long-range Wi-Fi. These services rely on the same infrastructure as cable television. You’ll need a cable modem to connect to the cable. A cable modem can be rented from your cable provider or purchased separately. The speed of the cable is much faster than that of DSL or satellite. Additionally, the cable is reliable. There are no major outages during severe weather events or other natural disasters.
DSL is a Popular Option
DSL is one of the most common forms of internet connectivity for rural areas, but it can vary in speed. Different providers offer different speeds. CenturyLink and Kinetic have the fastest rural DSL plans, with speeds that exceed the broadband threshold in 60% of service areas. If speed is a primary concern, cable internet is another popular choice. However, cable internet providers are not as prevalent in rural areas as DSL providers. The main reason for this is the cost of installation.
DSL is another popular choice for rural areas, as it uses pre-existing cable lines to deliver internet service. If your home already has a phone line, you probably have DSL service available. Many rural homeowners prefer DSL to satellite or fixed wireless Internet, especially in remote locations, because DSL offers faster speeds. CenturyLink and AT&T both offer DSL plans with speeds up to 100 Mbps.
However, rural DSL service is less prevalent than urban DSL, and it also isn’t as advanced as urban cable. A single cable in an urban area passes several homes and businesses, while a single fiber in a rural area only serves a few people. The lack of competition among rural DSL providers means that rural DSL is more expensive, but the speed is faster. Rural DSL customers typically complain about DSL connectivity, but this is often because they live too close to phone company networking equipment.
While satellite and fixed wireless internet are both more expensive options for rural residents, DSL is often the most affordable option for those who cannot afford cable or satellite internet. Fixed wireless is a great choice for people who don’t need very high download speeds. However, fixed wireless internet coverage is limited in rural areas. For this reason, it’s recommended that you use DSL when you can’t use satellite or fixed wireless.
Satellite is an Option
While cable and DSL may offer a connection to the city, there are many problems with rural internet. The signal can be blocked by buildings or other objects, leading to service interruptions. The speed of traditional internet can also be impacted by latency and ping, as radio waves travel through space over 22K miles. Fortunately, new technology allows satellite internet to deliver up to 100 Mbps in some regions.
Two of the leading providers of satellite internet in the country are Viasat and HughesNet. Their Gen5 service plans provide the same speeds and data caps, but different plans allow for different usage levels. Viasat’s new satellite/DSL hybrid service, called Viasat Flex, promises better signal reliability and lower latency than traditional cable or DSL. This service is currently available at no extra cost to rural areas connected to the AT&T DSL network.
While the cost of satellite internet is often affordable, it does not always provide the speed and data users need. Satellite internet is not a cheap solution, especially for rural households that may have no other landline option. You should check out all your options before signing up for one of these plans. If you can’t get internet access in your area, satellite internet might be the best option. While it’s not for everyone, it can be an excellent solution for many rural areas.
Because satellite internet uses orbiting satellites, there are no wires inside the home. This makes it a good option for rural areas. However, you will need a satellite dish and modem in order to use this service. Once the dish is in position, the user must enter the satellite network’s signal and wait for the geostationary communications satellite to beam the request to a ground station. This connection is sent back to the website.
Long-range Wi-Fi is an Option
Having an internet connection throughout a house or other building is a top priority. Unfortunately, this can be more difficult than you might think, especially if you live in a large rural property where there is not a well-developed Internet infrastructure. Fortunately, there are solutions to this problem, such as long-range WiFi networks. These low-cost systems allow you to extend your WiFi signal outside and increase your connectivity throughout your property.
A recent study from North Carolina A&T State University showed that rural Wi-Fi was a feasible option. It also discussed the PlaceLab project, which provides easy access to secure Wi-Fi networks. This project will help raise awareness about the need for these networks and will encourage the creation of more wireless networks in rural areas. Ultimately, long-range Wi-Fi will provide better internet service in rural areas.
While Wi-Fi was a promising new technology when it first came out, it still lacked the range and power to be useful in rural areas. WiMAX was the next step in this process, promising an extended range in sparsely populated areas. But the cost of building wireless towers in rural areas discouraged many companies from embracing WiMAX. In addition, tower construction is more profitable in densely populated areas.
Although these methods are still in their early stages, they offer a viable solution to the problem of poor Internet connectivity in rural areas. One company currently developing such a service is Space Data, a company from the US that is gaining attention from other countries. The company originally developed balloons to provide wireless service to truckers and oil companies, but now it is expanding to rural areas as well.


4-Wire Interface Circuit Boards
These wire-lead circuit boards have gold-plated pads for probing in a single position regardless of part size or lead length. Individual contacts for each position provide redundant contact to each wire for production-line proven reliability. Each contact is manufactured from beryllium copper and is plated with heavy silver over nickel for reliable connection to the part under test.
The large circuit board traces maintain full 4-wire (Kelvin) connections to the leadwire. Circuit boards and contacts are designed to test 20 parts, but may be modified for your requirements.
Use these interface boards to measure 4-wire resistance, Thermal Transient, impedance and insulation resistance – or any test requiring full Kelvin connections to the part.
A close-fitting cover placed over the contacts protects against damage and debris, and acts as a guide for inserting the wires into the proper positions.


The company is a renowned Personal Tracking System Installation Service Provider of from Karnataka, India. These devices are widely used for personal security. We have on board a team of experts, who have developed these tracking systems. The devices can keep track of the users and can send SMS to three different cell numbers at the same time. One can obtain the Personal Tracking System Installation services at affordable rates from us.
There are certain devices which can be very useful for young students, ladies and old citizens of our country. These devices can be either fixed with a belt on their body or they can be worn on their wrists like a watch. These devices keep track of the users and can send SMS to three different cell numbers at the same time. They can send immediate location of the device as soon as the button is pressed on the device.
Personal Security devices are small devices which can send its location instantly through sms . They have built-in GSM/GPRS module, support 4-frequency GSM 900/1800 MHz (850/1900 Optional), working all over the world. They have high sensitivity, new technology and latest GPS chipset. They have excellent for fixing the position even at a weak signal status. They work well even in areas with limited sky view like urban canyons. Very Low power consumption.
Top Edge Consulting
R K- 201, Purva Rivera Apartment, Airport, Varthur Road, Karnataka - 560037, India


Energy Effective Radio Network Planning Including Multi RAT Perspective
The optimal base station placement and effective radio resource management are of paramount importance tasks in cellular wireless networks. This paper presents a radio network planning method focused on multi RAT (Radio Access Technology) structure and takes into account the energy efficiency as an optimization criterion. A city scenario with different demands is examined and the advantages/disadvantages of this method are discussed. Besides network planning the cooperation of different standards is the primary goal of the presented procedure. The performance of proposed method is discussed by showing numerical results, as well as the advantages and shortcomings of this approach are presented.
Törős István, doktorandusz, BME Híradástechnikai Tanszék
A teljes beszámoló itt érhető el (PDF)


Elements to Look at When Searching for SIP Trunk Provider
SIP trunking is the process where the voice calls of your company are transmitted over the internet instead of through telephone lines. When you use SIP trunking in your business, you will end up saving money, and you will enhance the ability of communication. Since many business people are demanding SIP trunking it has led to an increase in providers. You must know that not all SIP trunks are created the same. If you want to have an easy time when choosing a SIP trunk provider you need to look at some factors so that they can guide you. Here are some factors that can help you to choose the right SIP trunk provider.
You need to look at the reliability of the SIP trunk provider. If you want the SIP trunking to retain its value you need to make sure that the is the consistency of calls. For a SIP service provider with many carrier connection in the region, it is an indication that the provider is reliable. If you want to have excellent communication in your business using SIP trunking, make sure that the provider you will select is one that I reliable.
You need to find out the amount of money that you need to pay for the services. The main reason why many businesses are turning into SIP trunking is that it is cost saving. There must be some research involved if you want to save money when hiring SIP trunk provider. Since there are many SIP trunk service providers nowadays, you should know that the charges of one provider are not similar to that of another SIP trunk provider. You need to make sure that you research so that you can compare the fees of different SIP providers so that you may select one whose charges are favorable. Ensure that the SIP service provider that you will choose will give your company services that are cost-saving so that they can meet the goals of your business.
You must find out if the SIP trunk provider that you are about to choose is flexible or not. SIP trunk provider should be in a position to provide you with different levels of flexibility that can be of help to your company. It is also vital that the SIP trunk service provider to be one that can offer you services twenty-four seven. At time your SIP trunk may stop working, and you may need some assistance, the best provider is one that will act quickly to your needs without hesitating.
At last you need to look at the features above so that you can get the right SIP trunk provider that will meet the needs of the business and you will end up seeing why you need this technology in your industry.


M:A:C Vendors Search
Find MAC ADDRESS Vendors
Type a MAC Address.
It has 45554 IEEE MAC manufacturer information.
MA-L: 34727, MA-M: 5078, MA-S: 5749
MAC - Media Access Control
The MAC address is generally assigned by the manufacturer of the NIC (Network Interface Controller, LAN card) and stored in the hardware.
MAC addresses are also called Ethernet hardware addresses (EHA), hardware addresses, and physical addresses.A MAC address is managed by IEEE and consists of 48 bits. The first 24 bits of the OUI (Organizational Unique consists of 48 bits. The first 24 bits of the OUI (Organizational Unique Identifier) are the manufacturer's identification code, which identifies the NIC manufacturer.


Businesses are increasingly using IoT devices to improve efficiency and productivity. As a result, IoT devices are proliferating in the workplace, yet many companies are unaware of the risks these devices pose. IoT devices can potentially expose a business to security risks, privacy risks, or both.
Computer screens can go blank and give the “no signal” message for various reasons. If your computer screen is completely dark or says “no signal,” there are a few things that you can do to troubleshoot the issue.
Do you have a dual monitor setup at home or work and need to use Remote Desktop to access your computer from another location? In this article, we will show you how to set up Remote Desktop to work with multiple monitors!


BladeRF quick guide
BladeRF is SDR device capable to transmit in range 47-6000Mhz and receive in range 70-6000Mhz. With samplerate 0.52-61Mhz and max bandwidth 0.2-56MHz. As it capable to RX/TX on quite wide range there is infinite possibilities what can be done with it.
Output will show if any BladeRF device is connected
Lunch any of command below to start graphical SDR
gqrx gqrx-alsa //if first one fails with some pulse audio error
Choose device selection dialog and add to Device string
This will set to first bladerf and load FPGA bitstream, find path to bitstream on your PC from distro package. Now GQRX will ready to go
If there are attached LNA or LNB to BladeRF SMA ports you can enable biastee by adding to GQRX Device string with comma separation between parameters
Running from command line
To start interactive commandline point to fpga bitstream, can be found in distro package.
bladeRF-cli -i -l /usr/share/bladerf/fpga/hostedxA4.rbf
Set frequency to AA Megaherz with sample rate BB bandwidth CC and write to file DD in signed complex 16 bit, with 20M entries
set frequency rx AAM set samplerate rx BBM set bandwidth rx CCM rx config file=DD.sc16q11 format=bin n=20M rx start rx wait rx
Set frequency to AA Megaherz with sample rate BB bandwidth CC and read from file DD in signed complex 16 bit
set frequency tx AAM set samplerate tx BBM set bandwidth tx CCM tx config file=DDsc16q11 format=bin tx start tx wait tx
To enable/disable biastee set channel RX1/RX2/TX1/TX2 to 0/false to disable and 1/true to enable biastee on particular channel
set biastee RX1 true
Gnuradio is opensource tool that allows you to utilize DSP blocks and create processing pipeline. It works like a block diagrams drawing tool, except the block are DSP processing steps and as output you get processed signal. Here is example how to create FM radio listening design and as result you can hear to your local radio stations.


SunviENG GIS mapping service enables telecom providers to enhance network planning, deployment, maintenance, operations, and even sales and marketing. We combine aerial and underground imagery, then add geo-located asset data in order to quickly create layered, data-rich maps. This kind of clear documentation decreases errors and streamlines communication throughout the organization. When data is displayed visually in GIS environment it becomes much easier to understand, analyze, and even combine with other data sets.
Fiber optic network planning and deployment is a great example of how GIS can benefit telecommunications providers. As technology has advanced, old copper wire and long-distance landline networks are being replaced by fiber-optic cable. 5G networks are also dependent on fiber optic cable, as they require more speed and bandwidth than their network predecessors. GIS can be used to prioritize which areas most need improvements, determine a plan for network layout, and inform strategies on how best to meet capacity requirements.
GIS can also be used for market analysis. Telecom companies can compare consumer preferences, lifestyles, and demographics to create well-informed market strategies. Using GIS for telecom market analysis allows organizations to Identify new opportunities, Analyze past and current sales, Monitor customer sentiment and, Enhance understanding of market demand.
We specialize in designing site specific and typical TCP/MOT plans for use on state and local roads across America and Canada at an affordable price with a quick turnaround time to help save your company valuable time and money. Our design services are available almost every state in the USA for both short-term and long-term projects.
We design site-specific custom traffic control plans using modern computer design software (RapidPlan, AutoCAD) with satellite, aerial, and ground-level images of roadways. This allows us to produce highly detailed plans for almost any road in America. Our industry leading MUTCD compliance plans have a clean and professional single-page layouts, which is more intuitive to understand compared to expensive multi-page engineered plans that are generally required for major roadway improvements. This allows us to produce highly detailed traffic control plans without the need for expensive on-site visits. We can accompany any of TCP/MOT plan designs with our in-house traffic control specialist, in accordance with the latest manual on uniform traffic control devices (MUTCD) and local agencies standards.
We can help you from start to finish in figuring out what type of traffic control you’re going to need and required equipment. How to set the traffic control pattern yourself with our step-by-step numbered plan option. Determining where to begin in planning for your next traffic control operation is as easy as contacting SunviENG.
With fiber changing the way the world interacts, communicates, and experiences information, we at SunviE. realize this revolutionary change in the fiber optical telecommunication and provide our clients the best-in-class services in the field of fiber network planning and designing. Our engineering team of OSP and Fiber Network Designers integrates your internal and external network needs to provide a complete process driven solution. We understand the importance of each part that forms the whole telecom system; therefore, we provide customized service at each step of telecom of FTTH, ISP, OSP and Network Planning.
Our OSP, ISP Design Services include FTTx Network Design of GPON, FTTx Networks. Network Planning Scope includes Backbone, Distribution Design & Planning, and Detailed Documentation with Splicing Details, BOM, BOQ, SLDs, Aerial & UG Permit Plans, A&E/Small Cell Designs, Utility & Base map Drawings, 5G Construction & Zoning Drawings, Pole Loading Analysis & Make Ready Designs leading to As-built Updates in GIS.
We have a streamlined Global Project Delivery Model that has been instrumental in our success. Through our world class Network Planning & Design team, we deliver optimized Designs that lead to faster rollouts. An efficient OSP design that provides accurate and up-to-date access to critical network information is fundamental to staying ahead.
Electrical drafting services are necessary for almost all building projects, whether commercial, industrial, residential, or municipal. Many architects, engineers, and contractors rely on accurate drawings to take their projects to successful completion. Besides layouts for lighting and fixtures, our talented team of drafters can provide security system layout, fire alarm system drafting’s, electrical system design and drafting’s, power layout plans, terminations diagrams, control circuits, LV/HV electrical devices, electrical panel layout, material list, preliminary single line diagram designs, circuits diagrams, and more. We have a highly skilled team who look out the engineering part.
We have the best reliable workforces of skilled professional electrical drafters and engineers who deliver engineering services as per international standards. When the electrical drawing has been finalized, all the necessary documents like Wiring/Control Drawings and Control Panel Layouts are produced from which the manufacturing process is commenced. SunviENG. provides you best electrical drafting and electrical designing services compared to any other outsourcing company in the USA and Canada.
SunviENG LLC provides cost-effective mechanical engineering services to our clients from various mechanical industries. Outsourcing your mechanical services to Sunvi helps you to develop a new and pioneering product, and increase the profit by offering mechanical CAD drafting services, mechanical engineering drawings, steel fabrication drawings, mechanical designs, 3D mechanical designs, MEP drawings, paper to cad conversion, raster to vector conversion, reverse engineering service, solid works cad services, Pro e modeling services, solid modeling services, 3D mechanical modeling services.
We also provide accurate mechanical 3D modeling services. Our mechanical 3D service includes Pro e modeling services, Inventor modeling services, surface modeling services, SolidWorks modeling services, mechanical modeling services, mechanical parts modeling, 3D mechanical services, 3D mechanical modeling services. We can also create a 3D model from 2D drawings and design concepts.
We also provide HVAC services which are more essential in house, office, and industrial building to maintain the temperature, humidity, and airflow system. In HVAC, heating is important in maintaining room temperature were ventilation is connected to the airflow system. The air-conditioning system regulates the heat as well as ventilation. Our experts can provide you a unique HVAC service. Our HVAC (Heat Ventilation Air Condition) services include HVAC drafting services, AutoCAD HVAC drafting, HVAC 2d drawings, HVAC cad services, HVAC Drawings, outsource HVAC, HVAC design services.


WRT Routers; Linksys WRT1900ACS Dual-Band WiFi Router with Ultra-Fast 1.6 Router sitting in TV cabinet on top of Linksys SE4008 WRT 8-Port Gigabit For instructions on how to update the firmware of your Linksys Smart Wi-Fi Router , click here. Was this support article useful? YES NO Get support for Linksys Linksys WRT1900ACS Dual-Band WiFi Router with Ultra- Fast 1.6 GHz CPU. RESOURCE CENTER · Support · For Home · Wireless Routers · WRT Routers; Linksys WRT1900ACS Dual-Band Wi-Fi Router with Ultra-Fast 1.6 GHz CPU A broadband Internet connection; At least one (1) computer with a wired or wireless network adapter; RJ45 Ethernet cable/s; Internet browser (Internet Explorer® I shrugged off the wireless lock-ups or weird issues as something that I was configuring incorrectly. I even tried the tried-and-true DD-WRT firmware (which is now The WRT AC series of routers uses a dual firmware flash layout. This means that two separate firmware partitions are included on the device and are flashed in
Linksys WRT1900ACS-EU Routeur Wi-Fi AC1900 Open source Double bande: Amazon.fr: High-tech Pero cuando quiero volver de DD-WRT al Firmware original, reinicio el router desde la otra partición “et voilá”, tengo el router original con la última co
Configuring DD-WRT on the Linksys WRT1900ACS for Multiple WiFi SSID and VPN Setup. Posted on 14 Jan 2017 by Ray Heffer. For as long as I can remember 1 Apr 2018 I supported the promise of an open hardware platform and may soon be able to start using dd-wrt again. 29 Apr 2014 There are wireless routers, and then there are wireless routers with a 1.2GHz dual-core Marvel Armada SoC processor and 256MB RAM that address to the device. Most Linksys routers come with a default setting of 50 user devices, but you can increase this to a maximum of 253 user devices in the .. .
Will put on dd-wrt and I hope I will solve my problems. CNet review gives gis router better performances than the linksys wrt. (not on ddwrt! But I expect will be also better performing on dd-wrt). I still hope for a FW that will solve all those wrt1900ac v1 issues (that I read many others also have). Till than I will switch to Netgear rt7800
Linksys WRT1900ACS Dual-Band Smart Wi-Fi Gigabit Router: Amazon.ca: Computers Linksys WRT54GL Wireless-G Broadband Router (WRT54GL-CA).


The Next Era Of Business Connectivity
A Promise of Seamless Global Connectivity
Running and managing a global business means high operation costs, significant delays in provisioning, management complexities, network security concerns, and inefficient bandwidth utilization across multiple locations. However, with Linux Technologies’s expertise in SD-WAN solutions, seamlessly connect your businesses across all geographical locations.
More Opportunities with SD-WAN Enablement
Working across a variety of different enterprise networks, Linux Technologies has gained immense experiences of multiple environments and vendors and has been instrumental in providing the best of WAN consolidation capabilities to the customer.
Improved transport options
Better security across remote locations
Intelligent pathway control
Handling of traffic “Brown Outs”
Application visibility and control
Automatic and zero touch provisioning
Reduced capex and opex
Efficient link utilization
Better manageability and reliability
SD-WAN – Know how it Helps
A Software-Defined Wide-Area Network (SD-WAN) is a specific application that uses the WAN network to connect businesses over large geographic distances. At Linux Technologies, we help customers design their own SD-WAN so that they get better connectivity between remote locations. A successful SD-WAN network enhances the business in a number of ways.
Custom SD-WAN Support for Business to Business
SD-WAN brings a secure and simple cloud-enabled connection. You can select the type of connection (MPLS/Broadband/LTE) and control it. It helps you centralize management through a single interface, and offers better control over offices in remote locations. Here,Linux Technologies has guided the SD-WAN adoption for multiple customers, leveraging a variety of available solutions.
Linux Technologies helps to –
Overcome your transport, geographical and device challenges with a solution both physical and virtual, making your product versatile.
This allows flexibility in vendor agnostic approach proposing, designing, implementing and/or recommending the best SD-WAN solution as per customers requirement.


Strong communication technology is critical to any business. NP are committed to providing best in class solutions to fit the needs of any business. We can supply total Unified Communications solutions for any size business. We supply mobile and fixed line communications products. Please Contact Us for more information.
We are proud to partner with 3CX for our telephony solutions, and can provide systems to fit most market needs. 3CX Phone System is a software based PBX for Windows, Linus and the Cloud. It works with SIP standard based IP Phones, SIP trunks and VoIP Gateways to provide a full PBX solution. This avoids the inflated cost and management headaches of an ‘old style’ PBX. Used by more than 30,000 companies globally, 3CX has been recognised for its innovation and cutting-edge technology.
Easy Installation and Management
3CX runs on Windows and Linux. It is easily installed and managed by Windows IT administrators without the need for special telecom or Linux skills. It’s pre-configured to work with popular IP Phones, VoIP Gateways and SIP trunks. Thus saving you the hassle of having to configure and manage these devices.
- No need for extensive telecom knowledge or training
- Open Standards – Vendor independent
- Central Control from the 3CX Management Console
- Choose from popular IP Phones, VoIP Gateways, SIP Trunks
Halve your Telephone Bill and Increase Sales
With 3CX, companies can reduce their telephone costs by up to 80%. SIP trunks, WebRTC, free calling to remote extensions and remote offices reduce the number of fixed telephony lines required. With the CRM integration, agents get a customer name rather than a number.
- Save on call costs by lowering mobile & customer service number bills
- Easily add and remove extensions – no per user license
- Know who’s calling with CRM integration -increase customer satisfaction
- Leverage existing hardware, wiring and low cost open standard hardware
Some Advantages of 3CX Phone System
- Software based: Easy to install & manage
- Inexpensive to buy and expand
- Work from anywhere with iOS & Android clients
- Leverage existing IT infrastructure & Server hardware
- Save on your phone bill with SIP Trunks & Mobile / Remote clients
- Integrated video conferencing using WebRTC
- Better customer service with advanced call queues
- Integrate with CRM & Accounting software
- Standards based – use popular IP Phones, SIP Trunks
Look at the WebMeeting datasheet and find out how your business can cut costs and increase productivity by leveraging WebRTC.


Advanced Sensor Technologies
ISL’s team consists of creative scientists and engineers with both theoretical and experimental expertise in the areas of physics, geophysics, oceanography, signal processing theory and application, nonlinear modeling, electro optics, and optical communications. Current work includes research and development of electric field detection sensor systems, electromagnetic performance prediction modeling, deep underwater gravity technology, modeling of factional network dynamics, modeling and hardware implementation of neurobiologically inspired networks, and long wave infrared chemical sensing technology. Salt Water Test Tank, EMI Screen Room, Prototyping Facilities.
- ELECTRIC FIELD DETECTION SENSOR SYSTEM
- DEEP UNDERWATER GRAVITY TECHNOLOGY
- MARINE ELECTRIC FIELD SENSOR SYSTEM
- Submarine Intercept and Analysis (IntAna) System
- LONG WAVE INFRARED CHEMICAL SENSING TECHNOLOGY
- ELECTRO OPTICS DESIGN AND TESTING
- ULTRA NARROWBAND OPTICAL FILTERS
- PASSIVE RF SENSING
- PERSISTENT SURVEILLANCE EXPLOITATION
- PRECISION GEOLOCATION & GEOREGISTRATION
Electric Field Detection Sensor System
ISL is developing a tactical electric field (E-Field) buoy and fixed bottom mounted E field sensors, both of which detect electromagnetic radiation from potential underwater threat targets. The sensors can be used in both shallow and deep water and are not affected by acoustic noise sources such as reverberation and clutter. Potential applications for the sensor include small area search and localization, as well as harbor security and protection.
Deep Underwater Gravity Technology
The AUV-based Deep Water Gravity program (ADWG), seeks to put a specially modified gravimeter inside an autonomous underwater vehicle (AUV) and run it near the bottom of the ocean, in order to measure gravity as close to the source mass as possible, and obtain higher resolution than equivalent shipboard geophysical measurements.
ISL has teamed with Scripps Institution of Oceanography (SIO) to implement this technology, and test it in a deep-water Bluefin AUV, for a consortium of interested oil exploration companies. The initial sea-test occurred in May of 2008 and demonstrated operational feasibility of the concept. Subsequent laboratory and pool tests have concentrated on identifying and eliminating the various external and internal forces that contaminate the geologic gravitational signal with noise. We are zeroing in on our goal of creating a system with 0.1-mGal rms measurement noise. Once that is achieved, the ADWG system will be a useful and marketable oil exploration technique, particularly in hard-to-access and deep water global frontier regions.
ISL has developed a detailed model to simulate the gravity and tensor gradient components for an arbitrary spatial distribution of density anomalies. In addition, a series of filters has been implemented that allow all other components (including the tensor gradient) to be derived from the vertical gravity component.
Marine Electric Field Sensor System
ISL’s innovative electric field sensor system provides an effective means for short range underwater surveillance in shallow water. The system combines proven underwater electrode technology, low-noise amplifiers, and a data acquisition system. The system is not affected by acoustic noise sources. Uses include:
- Underwater marine surveillance
- Harbor defense
- False alarm reduction
- Signature monitoring
- Sensor calibration
- Environmental noise monitoring
|Marine Electric Field Sensor Specification Sheet (205KB)|
Submarine Intercept and Analysis (IntAna) System
The IntAna system is a compact, low cost, open architecture, COTS-based intercept and analysis Sonar designed for installation on submarines operating in high density acoustic target/threat environments. IntAna provides submarine crews with real time capability to detect, track, and classify the full range of active sonar signals from surface ships, submarines, and underwater weapons for rapid and accurate tactical decision making. The 500 KHz acoustic bandwidth is the widest available in today’s market. Covering the frequencies of all ASW sonars, weapons, side scanning sonars, underwater communications devices, diver sonars, and fish-finding sonars, the IntAna system supports detailed passive acoustic analysis and recording of signals from numerous and varied passive sonar arrays and sensor configurations.
IntAna systems feature a flexible and intuitive graphical-user interface with extensive analysis and display tools that run under an advanced, commonly used operating system. The system processing and display software can easily be integrated into current or future combat and weapons control systems. Originally developed for the Royal Swedish Navy and currently deployed on several of their submarines around the world, IntAna systems are now being evaluated by several other countries for integration into their submarine combat systems.
Long Wave Infrared Chemical Sensing Technology
A hyperspectral imaging system consisting of a rapidly tunable, room temperature quantum cascade laser coupled with a mid-IR camera constitutes an avenue not previously explored. The presence of chemical residues can be determined from the measured reflection spectra and overlaid on a mid-IR image. The system allows for standoff detection and contains signal extraction algorithms that aid in the detection of chemical residues. The system is based on a tunable mid-IR source that can be rapidly tuned to precise wavelengths. Using these sources at wavelengths corresponding to chemical absorption features and synchronized with thermal imaging cameras, chemicals can be detected on various types of surfaces. Using advanced detection algorithms and image processing, the location and type of chemical can be superimposed upon a thermal image enabling efficient detection and identification to occur.
Electro Optics Design and Testing
ISL has extensive experience in systems analysis, optical design, optical prototyping and optical test and evaluation. Previous projects have included non-coherent LIDAR prototype, free space laser communications design and build, x-ray plasma laser driver design and build, x-ray microscope design and prototype, high power diffraction limited DPSS laser design and build, diffraction limited telescope design and build, atomic line filter design and build, LWIR system design and prototype, as well as many custom optical lens designs and builds. The latest design tools such as MATLAB, MathCAD, SolidWorks, and ZEMAX are all used in the performance of these projects.
Ultra Narrowband Optical Filters
Atomic line filters operating at various wavelengths from the near IR to the near UV have been extensively studied, since they are at present the narrowest bandwidth optical filters available. Their narrow bandwidth and relatively high sensitivity make them extremely useful for detecting weak, narrowband radiation embedded in a large continuous background. There are several types ranging from active to passive, wavelength converters, imaging filters, and ionization filters. They have been used extensively in LIDAR systems and other laser applications. ISL personnel have extensive experience designing and implementing atomic line filters in a variety of applications and can perform system analysis, design, prototyping, and test of these novel devices.
Passive RF Sensing
ISL maintains a Passive Coherent Location System (PCLS) test facility at our San Diego laboratory location. The facility is comprised of a rooftop antenna array, analog signal conditioning, and digital processing. The system is modular, configurable and programmable to satisfy customer target tracking objectives and the local radio frequency broadcast environment. Instead of using its own transmitter, this passive detection and tracking system processes common broadcast transmissions such as FM radio and television. The system is designed to track missile launches and has the capability to track aircraft and, in some cases, ground or sea-based moving targets. Our high fidelity simulation forecasts system performance, assists system configuration, supports development of novel radar modes, and assists in the data interpretation. The system has military, homeland defense, and commercial applications.
Persistent Surveillance Exploitation
Detection, tracking, and identification of targets in a complex environment with a high density of background traffic is very difficult. The number of detections and tracks generated by the background traffic can easily overwhelm an operator. Persistent surveillance sensors that can cover a wide area over a period of time can enable a unique capability to separate unusual or suspicious activity from the normal background activity. ISL has developed innovative processing techniques to quantify the normal activity in a given area and exploit this knowledge to identify suspicious activity, cue an operator with a high confidence detection of targets of interest, and to efficiently manage sensor resources.
Precision Geolocation and Georegistration
A wide variety of small, low cost, unmanned air vehicles (UAVs) carrying video sensors are increasingly deployed on today’s battlefield for intelligence, surveillance and reconnaissance (ISR) and combat missions. These video sensors provide a considerable amount of data for exploitation, suitable for various types of assisted and autonomous processing, including target recognition, tracking, contextual scene analysis, aimpoint generation as well as forensic analysis, behavioral characteristics and inference. In general, sensor model-based methods provide the most accurate approach to georegistration. However, smaller UAVs may not have well calibrated sensors or their existing sensor models and sensor pointing directions may not be available. These limitations make associating accurate positioning information with the video frames problematic using sensor model-based techniques.
ISL is developing a capability to automatically produce accurate geopositioning information from UAV collected video in real time using advanced image registration techniques. Since this approach does not require a sensor model, it is particularly well suited for applications in which UAV video data has poor or unknown sensor metadata. A high-accuracy location estimate for each pixel in the image can be generated quickly by registration with a geo-spatial reference database. ISL has developed the modified log-polar transformation (LPT) registration technique to perform this registration with high-precision and modest computational cost. This advanced image registration technique can also be applied to detection of moving targets in video data and non-GPS navigation.


Is a device that calculates the hilbert transform of an such a device would enable processing signals di- h t , is approximately proportional to the grating. The hilbert transform (ht) and the analytic signal (as) are widely used in their one-dimensional version for various applications however, in. Use the hilbert function to create the hilbert transform of a real signal such that the discrete fourier transform of the analytic signal has magnitude zero at. For a given signal u(t), with the hilbert transform, its amplitude a(t) and phase signal f in l p t , its circular hilbert transform is defined as llows, ( ëœ h t f )(x). In a first step, hilbert transform signal processing techniques allow for a detectability of damage at early stages: the ht signal processing technique will be.
Then spectral analysis is obtained by ht hilbert transform gives out instantaneous amplitude and frequencies that describe signal more locally. Transform (ht) pairs of wavelet bases based on a fundamental ap- portantly, note that the fourier transform of the analytic signal evaluates to , so that. Hilbert transform (ht) is a classical tool used to obtain complex analytical signal representation, which is useful for instantaneous frequency and envelop. Xt ht = in terms of four real convolutions and two additions complex signals and radios - analytic signals and hilbert transforms.
Abstract: - a high performance pipelined discrete hilbert transform (ht) (dit) decomposition are both utilized to construct an efficiently discrete ht signal flow. The instantaneous frequency (if) of a signal is a parame- ter which is often of s (t) is the real signal and h is the hilbert transform (ht) (see appendix a for. The hilbert transform (ht) and the analytic signal (as) are widely used in their one-dimensional version for various applications however, in the bi-dimensional . In this paper, detection of qrs complex in electrocardiogram (ecg) signal based on autocorrelation and hilbert transform (ht) is proposed the autocorrelation.
Contrary to the fourier transform, which converts a signal from time domain the hilbert transform of a signal y(t) can be written as y(t) ht. Hilbert transform can be made fashionable for seismic signal processing of the real-valued trace with its imaginary hilbert transform ht limitation is that it. Processing and hilbert transform (ht) this last is employed as an wavelet transform is a useful tool in signal analysis wavelets provides a. In both hilbert transform (ht) in principle, the end effects of either ht or emd are ill-posed: to make implementation of hilbert transform : analytic signal. Abstract the hilbert transform is a widely used transform in signal hilbert transform, to this day, lack mathematical theory ht (u(t)) = lim.
1552 iteration • iteration of the ht two times yields the original signal with reverse sign • iteration of the ht four times restores the original signal • in fourier. Abstract hilbert transform (ht) is an important tool in constructing analytic signals for various purposes, such as envelope and instantaneous frequency. An analyzed signal and blue lines are the fourier transforms of the scaling function hilbert transform (ht) to each am-fm mode extracted by.
This book helps strengthen your knowledge of the basic theory and practical applications of hilbert transformations (ht) it presents a first-ever detailed analysis. Which by the convolution theorem of fourier transforms, may be evaluated as the y(t) is the analytic signal constructed from y(t) and its hilbert transform y(t) is. Hilbert transform applications in mechanical vibration addresses recent advances in the author integrates important pioneering developments in signal.
Figure 1: application of the ht to the hilbert transform (barlow,. Performance than the hilbert transform method, cross-correlation method, data extension-based correlation sampled signals lead to the bias of the ht method. We propose a novel method for constructing hilbert transform (ht) pairs of wavelet wavelet transform (dwt) that has gained increasing popularity as a signal.


SES provides reliable and secure satellite and ground communications solutions. We push for breakthroughs in connectivity and their impact for people worldwide.
SES and Fashion One Television LLC launched the world's first global Ultra HD channel, Fashion One 4K (in Europe as Fashion 4K). SES is delivering the free-to-air channel across North America, South America and Europe via its satellites. SES, through its subsidiary SES Platform Services is providing a fully-managed 4k playout along with ground segment and distribution services for the Ultra HD channel.
SES in collaboration with Samsung broadcasted a live Linkin Park concert in Ultra HD (3840 x 2160 pixel) in HEVC standard, at 50 fps and a colour depth of 10 bit at the orbital position of Astra 19.2 degrees East. The Band had their concert on November 19 at the O₂ Arena in Berlin. Broadcast at Astra 19.2 degrees East, the rock concert was transmitted exclusively on the Astra Ultra HD demo channel, displaying magnificent picture quality and extravagant light shows with plenty of action.
In 2013, SES celebrated its 25th year in space. Our satellite fleet grew to 55 spacecraft at 37 orbital positions. SES-6 and ASTRA 2 were launched on ILS Proton on June 4 respectively September 30. SES-8 was successfully orbited from Cape Canaveral by SpaceX on December 3. The SES reach topped 276 million TV households worldwide. The company demonstrated Ultra HD transmissions and pursued the deployment of Sat>IP, including the new IP-LNB, to ensure that satellite reception will remain relevant in today’s multi-screen environment.
2012 was a year of innovation writ large. In April, SES unveiled SAT>IP, a technology standard that enables the reception of satellite-delivered signals on mobile devices such as tablet computers and smartphones in the home. In November, SES announced a cooperation agreement with the European Space Agency and the establishment of a public-private partnership aimed at developing a full-electric propulsion small/medium sized satellite platform manufactured in Europe.
SES extends and renews its fleet through the successful launch of five satellites and payloads: the YahLive payload on Yahsat 1A, QuetzSat-1, SES-3, ASTRA 1N and SES-2. SES consolidates its operations under a new streamlined management structure and one brand – SES.
Founded in 1985, SES launched its first satellite in 1988. Since then, we've expanded to become a global operator with a fleet of 40 satellites...
SES continues to expand despite the global economic downturn. Demand for transmission capacity is particularly strong in the world's emerging markets. In Asia, SES now broadcasts five direct-to-home platforms, totaling several hundred TV channels, to 27 million subscribers. SES emerges as the successful bidder in the auction of the ProtoStar 2 satellite. SES also announces a strategic investment in O3b Networks, a start-up that proposes to provide high-speed broadband connectivity to the 'other 3 billion' people in the developing regions of the world that are currently not connected.
To leverage the inherent strengths of the organisation, SES combines its AMERICOM and NEW SKIES segments into a single new division, called SES WORLD SKIES. In Europe, SES ASTRA opens a new orbital position at 31.5° East to serve the markets in Eastern Europe and in the Middle East, thus creating new growth opportunities. An SES subsidiary, ASTRA TechCom, is selected by Vietnam Telecom International, the operator of Vietnam's VINASAT satellite, to provide a network operations centre in support of the operations of VINASAT. SES increases its participation in SES SIRIUS, from 75 to 90%.
SES finalises a complex split-off transaction with GE, buying out GE's 19.5% stake in the company in exchange for cash and assets. As a result, SES optimises its portfolio of assets: the company retains only fully-owned regional participations that are aligned with the extended coverage that SES gained a year earlier from the acquisition of New Skies Satellites. SES also announces a ground-breaking agreement with launch services providers Arianespace (signature ceremony pictured above) and International Launch Services (ILS).
SES further refines its strategy of geographic expansion by acquiring New Skies Satellites. The New Skies fleet nicely complements SES' existing satellites in the emerging markets and strengthens SES' global footprint and growth prospects. With SES NEW SKIES integrated into the group, SES now has coverage of 99% of the world's population. The company's geographical expansion goes in parallel with the continuous diversification of its commercial offering. That same year, SES introduces a 'triple play' service, ASTRA2Connect, combining TV reception, internet access and telephony.
The year opens with SES' entry into major indices at the Euronext Paris stock exchange, where the company had listed in mid-2004. Parallel to its globalising strategy, SES is steadily expanding its service offering beyond basic satellite capacity leasing. The company becomes increasingly active in the provision of satellite solutions and services to governments, in particular the U.S. government and military, who are served by a dedicated division in SES.
SES AMERICOM is the first satellite company to carry HDTV signals, and in 2004 launches HD-PRIME, the U.S.' premier HD neighbourhood reaching 80 million U.S. cable households. Europe lags behind the U.S., but having led the DTH and then digital revolutions of the '90s, ASTRA claims another first as it begins transmission of high definition television (HDTV) signals via the demo channel 'Euro1080'. ASTRA is quick to support the development of HDTV standards in Europe and allow TV and satellite equipment manufacturers to develop compatible hardware so households could receive HD signals.
SES reaches two major milestones that are hugely significant for the long-term growth and success of SES. SES AMERICOM signs a multi-year agreement, leasing long-term satellite capacity to EchoStar's DISH network, creating a strategic partnership that links North America's largest satellite operator with the U.S.' largest DTH network. EchoStar would eventually lease up to three entire satellites in the AMERICOM fleet. In Europe, SES ASTRA announces the launch of its first ever HD channel at the beginning of the following year.
President and CEO, Romain Bausch is named Satellite Executive of the Year in recognition of his successful implementation of SES' global strategy over the past four years. ASTRA 3A is launched successfully and takes up its position at ASTRA's new orbital position of 23.5° East. But in November SES suffers its first ever launch failure when the Proton rocket carrying ASTRA 1K fails to reach orbit. The satellite is later safely de-orbited and destroyed upon reentry into the atmosphere.
SES now has footholds in every major regional market bar one: North America. In the course of 2001, SES completes a complex transaction acquiring 100% of GE AMERICOM, including 13 satellites serving the North American market as well as other satellites covering Asia, Latin America and the Oceanic markets. SES AMERICOM, as the company is now called, makes SES the world's largest satellite operator overnight with over 40 satellites. But this rapid global expansion does not herald a shift from Europe, which remains SES' core market and where it continues to operate as SES ASTRA.
With the advent of the millennium, SES continues its transformation to a global operator. Participations in NSAB (Nordic Satellite company) of Sweden - that extends SES' coverage into Northern and Eastern European - and the Brazillian operator, Star One, extend SES' reach to 79% of the world's population. Elsewhere, SES ASTRA continues to build up its new orbital slot at 28.2° East with the launch and co-location of ASTRA 2B, replicating the strategy that had proven so successful at 19.2° East during the 1990s.
As the countdown to the millennium begins, SES takes the first step in its development from a single-market, single-product business, to a global operator, offering multiple services in multiple markets. Following the successful IPO in 1998, SES now has the necessary financial muscle to begin its acquisition strategy, taking a 34.10% participation in the Asian satellite operator AsiaSat. In Europe, with the launch of ASTRA 1H, SES becomes one of the first satellite operators to offer commercial Ka-band capacity.
The growing demand for capacity made it obvious that a second orbital position was needed. In August 1998, ASTRA 2A was launched from Baikonour and took up its position as the first satellite at 28.2° East. SES shifted all of its U.K. services from 19.2° to 28.2° East, which now became ASTRA's dedicated orbital slot for digital broadcasting to the U.K. Like 19.2°, 28.2° East was continuously developed to keep pace with demand for new channel capacity from its U.K. customers, such as Sky.
Three more ASTRA satellites followed in succession on the ILS Proton after ASTRA 1F. The option of an additional launch provider besides Ariane would allow SES to accelerate its fleet expansion to meet the ever increasing demand for satellite services. One advantage of the Proton rockets at the time was their greater size and power, that meant they could carry larger payloads, which for SES meant larger satellites with more transponders that could deliver a greater range of services. In 1997, SES pioneered two-way broadband services via satellite.
With the rapid expansion of its satellite fleet, its services and ground facilities, SES was always on the lookout for opportunities and partners to facilitate the progress of its fast-growing business. One opportunity came in the shape of a new U.S.-Russian launch provider, exploiting Russia's impressive legacy in rocket and space technology. International Launch Services (ILS) began marketing Russian launch vehicles and facilities to commercial Western satellite operators.
Digitalisation was important for at least two reasons. Not only was it a huge leap in improving signal and picture quality, digital technology also allowed signals to be compressed so that many more channels could be transmitted via one transponder. Digitalisation was therefore the essential starting point for the channel explosion that followed. Technologically, it became the enabler for future quality enhancements, most importantly high definition, or HDTV.
One big attraction for channel providers like Canal+ was SES' pioneering of digital broadcasting technology. In the early 1990s, SES championed Digital Video Broadcasting (DVB) as the European standard and waged a successful lobbying campaign against rival technologies. At SES' Betzdorf headquarters, in the presence of His Royal Highnesses the Grand-Duke Jean and Grand-Duchess Josephine Charlotte, the new DTF (Digital Technical Facilities) was inaugurated on 15 September 1996.
The dramatic changes in Germany in 1989-90 were followed in 1991 by a less spectacular, but significant step when the German government liberalised the sale and installation of satellites dishes. Hardly surprising that the growing audience figures for ASTRA attracted the attention of more broadcasters. It wasn't long before ASTRA 1A reached the limits of its capacity, and a new satellite was needed. In March 1991, SES launched ASTRA 1B, almost identical to its predecessor, with only a slightly smaller payload of 13 transponders.
By the end of 1990, ASTRA was reaching 16.6 million cable and direct-to-home (DTH) households in Europe. It was the beginning of the DTH revolution. Throughout the 1990s ASTRA would go from strength to strength adding new satellites to its primary orbital position at 19.2° East to keep up with the growing demand from broadcasters and viewers for more channel content.
|Телефони||+38044 531 90 98|
|Адреса компанії||04071, м. Київ, вул. Олегівська, 34-б|
|ПІБ директора||Карнаков Ярослав, технічний директор|