Skip to content. In an era where the public want reassurance that wireless technologies are safe to humans, we provide a factual summary.
Compare with WiFi milliwatts and your cellphone to milliwatts. Only deployed outdoors, above head-height. The radios are deployed on roof top locations typically. Unlike your cellphone, which you press directly to your head, these units are never in direct proximity or contact with humans. Beam spreading: the beams spread out as they propagate, becoming weaker in signal strength for every metre travelled.
Also specific to 60GHz, the beam is further absorbed by Oxygen in the atmosphere, decreasing the power level even further. Thus the further from the wireless device a person is situated, the lower this power level becomes.
The frequencies used 60GHz are in the millimeter wave section of the electromagnetic spectrum. Long before 5G was even dreamed up, Point-to-Point radios all over the world have used 60GHz band now for decades. There have been NO reported health issues from 60GHz during ALL of this time, no protests, and no studies suggesting that they could, or would cause any harm.What is 5G? - CNBC Explains
These 60GHz frequencies have been used for decades already with no known adverse effects or health reports. Considerable safety research has been done. Why is our 60GHz Technology considered safe? Modern V-band 60GHz radios meet all global standards for health and safety of wireless devices. Furthermore, our radios are the lowest power of any outdoor wireless device used today, anywhere in the world.
These radios are located in areas away from direct proximity to humans and therefore represent the least exposure of any wireless device. Is this 5G technology? The radios described on this site do not use 5G standards or technology. They use an extension of WiFi technology, extended to the 60GHz band. This standard is called What forms of wireless are less safe? Cellphones: The highest RF exposure you will get in your life is from your OWN cellphone, because when you use it, you hold it to your head whilst making a call.
The transmitter in your cellphone emits at 1W 1 Watt and is just 5 millimeters from your brain. The radio signals typically in the range MHz up to 2.
Yet Billions of people have regularly used cellphones for decades, with no widespread health effects measured. Meanwhile, thousands of lives are saved every year by emergency calls made using these phones. Logic tells us that we should weigh up the clear BENEFIT of mobile phones — which regularly save lives of our loved ones — versus irrational fear of 5G conspiracists, who have no supporting evidence.
Interestingly, these signals are at similar frequencies to 3G, 4G and 5G. In the USA, 2.The millimeter wave mmWave bands between 30 and GHz offer massive amounts of raw bandwidth to enable multi-Gigabit-per-second Gbps wireless data rates. However, the potential health effects of transmissions in these new frequencies need to be carefully understood for use in consumer devices. Unlike much higher frequency ultraviolet, X-ray, and gamma radiation, mmWave radiation is non-ionizing. Thus, the main safety concern is heating of the eyes and skin caused by the absorption of mmWave energy in the human body.
Fortunately, our bodies are reflective and do not absorb much mmWave radiation 1 2. Our recent research shows that current methods based on estimating power density are not suitable to determine exposure compliance when millimeter wave devices are used very close to the body. We have developed the first temperature-based technique for the evaluation of safety compliance using magnetic resonance imaging MRI -based systems for mapping thermal changes.
In recent years, the cost of operation of MRI has been decreasing, and MRI-based systems for mapping thermal changes are becoming affordable to wireless manufacturers and regulatory bodies.
They provide wideband capabilities, high 3-dimensional resolution, and scan speeds that are unparalleled to the current SAR measurement systems.
MRI can accurately measure heating of the skin caused by mmWave radiations. With increasing interest in millimeter wave wireless communications, investigations on interactions between the human body and millimeter wave devices are becoming important. Our research provides examples of current regulatory requirements, and provides an example for a 60 GHz transceiver. Also, the propagation characteristics of millimeter-waves in the presence of the human body are studied, and four models representing different body parts are considered to evaluate thermal effects of millimeter-wave radiation on the body.
Srivastava, F. Fund, and S. Skrimponis, N. Makris, K. Cheng, J. Ostrometzky, Z. Kostic, G. Zussman, T. Korakis, and S. Shah et al. Xia, V. Semkin, M. Mezzavilla, G. Loianno, S.Our cell phones have become our mini-computer with too many wonderful features to list. The race continues as our cell phone providers challenge each other to reach the next milestone of service — 5G data processing speed. Scientists around the globe have grave concerns regarding the health risks of transmitting 5G waves across the planet.
A lot of studies have been focused on addressing this. Read below how scientists explain the health risks of 5G tech and how we can best protect ourselves. Digital Trends explains the difference between 5G and 4G LTE as the difference of using two vs three spectrum bands of radio waves.
Picture a tube with 3 separate bands surrounding it, spaced apart. Each band indicates a different level of speed and reception of radio waves traveling through it. The low band uses the 1Ghz spectrum of waves.
This band is the one used by the majority of LTE users and is quickly being drained. Its perks are that it can cover a wide area and penetrate most buildings, but its speed has a cap of Mbps. Mbps is the acronym for megabytes the amount of data per second or the quantity of data that can travel per second.
The middle band can transfer data at about 1Gbps. It can transfer and communicate data quickly, but large objects are a problem. According to PC Magthis band is not used in the U.
NYC ICU Doctor Unknowingly Describes the Effects of 5G’s 60GHz on Patients
S except for satellite use and the Navy, but it is used commonly in Europe. The wave used here is called the mmWave. In order to compensate for the decreased area, small cells or low-power base stations will need to be added around any city or region to ensure coverage. These small cells may also be combined with another technology called beamforming, to aid in massively speeding up the communication between devices.
Beamforming is one hyper-focused signal aimed at each cell user within the cell area. It is the next generation of broadband service, which will ultimately boost many technological advances which are currently waiting on the sidelines to become great.
Such technologies as driverless transportation, improved utility communications citywide, and remote control of machinery, will begin to become a reality over the coming years as 5G becomes more nationally and internationally implemented. In December ofan article was published in the European Journal of Oncology and was made available in Research Gate. Based on peer-reviewed, published research, we have serious concerns regarding the ubiquitous and increasing exposure to EMF generated by electric and wireless devices.
These include—but are not limited to—radiofrequency radiation RFR emitting devices, such as cellular and cordless phones and their base stations, Wi-Fi, broadcast antennas, smart meters, and baby monitors as well as electric devices and infrastructures used in the delivery of electricity that generates extremely-low-frequency electromagnetic field ELF-EMF.
They stated that they believe guidelines are lacking regarding the potential radioactive harm this could create toward people, animals, and the environment. The scientists requested that independent groups should analyze the information to prevent bias in the conclusion. They also feel that:.The firefighters claim the symptoms stopped when they relocated to stations without equipment nearby.
People suspect the 5G frequencies will cause problems having to do with oxygen. Researching his claims, they start to add up although it is difficult to confirm the thing about oxygen and hemoglobin.
mmWave Health Effects
However, the graph is talking about high altitudes and the atmosphere. One would assume 5G interacts with oxygen in a similar way at our altitude. Where would we even escape to get away from them, if they saturate all major cities with this? An Israeli study led by Dr. The study reports that human sweat ducts act as an array of very small, helix-shaped antennas when exposed to millimeter waves. That implies the human body could be even more conductive of it. In other words, higher spectrum 5G could probably cause heart arrhythmia in humans.
Another Russian study on frogs whose skin was exposed to these millimeter waves found that they cause heart arrhythmia. They found that low level millimeter wave radiation produced lens opacity in rats: associated with cataracts forming. So 5G could cause human beings to develop eye problems and cataracts, it would seem. Reactions of biological systems of various complexity to the action of low-level EHF radiation No Title.
Millim Waves Med Biol. In addition, a Japanese experiment was conducted to see whether or not the feared 60 GHz frequency band could cause ocular problems. The thermal effects induced by millimeter waves can apparently penetrate below the surface of the eye. Health Phys [Internet]. In other words, 42 GHz frequencies, close to the middle of the 5G spectrum, cause mice to suffer from immune system problems. A detailed, complex looking but not impossible to understand study was published inabout the very same frequencies Verizon is currently deploying: directly in the middle of the current Verizon 5G spectrum at 35 GHz.
Previous investigations also indicate that sustained MMW exposure can cause heating of internal tissues, presumably due to thermal conduction, and effects inperipheral blood cells and tissues distal to the initial siteof energy absorption. Based on these results, we hypothesized that 35 GHz MMWs can elicit the release of biologically active mediators into the systemic circulation leading todownstream responses in cells and tissues. So the exact frequencies Verizon just unleashed are known by even the US military, to cause an increase of proteins associated with inflammation, oxidative stress, and energy metabolism.
Oxygen is all around us. They bill it as being a revolution in technology, but those risks simply seem to outweigh the benefits. Now, all we can do is write articles like this, and hand them out to whoever cares on the street. Sacramento is saturated with 5G now, and for the first three months people can use it for free: but nothing good is ever free. Phys Rev Lett [Internet]. Suppression of nonspecific resistance of the body under the effect of extremely high frequency electromagnetic radiation of low intensity.
Biofizika [Internet]. The effect of low-intensity millimeter-range electromagnetic radiation on the cardiovascular system of the white rat]. Electromagnetic Fields and Cancer. Is Electrosmog Harming Your Health?
He used to work in Silicon Valley in the United States and become very ill when Smart Meters were introduced where he lived. He then became sensitive to other sources of EMFs.
Style Switcher Predefined Colors.They point to the potential danger of radio frequency RF radiation emitted from antennas installed in close proximity to people.
Protestors also cite the lack of scientific evidence showing that 5G signals, specifically those transmitting in the millimeter wave region of the electromagnetic spectrum, are safe.
Enough concern has been raised about 5G that some cities have canceled or delayed the installation of the base stations. Members of the IEEE Future Networks Initiativewhich is helping to pave the way for 5G development and deployment, took notice of these news reports.
His research interests include antennas, electromagnetics, and microwave photonics engineering. Those towers are kilometers apart and placed on tall, raised structures that are typically located away from populated areas. Because a 5G base station can be smaller than a backpack, it can be placed just about anywhere, such as on top of light poles, streetlights, and rooftops. That means the stations will be located near houses, apartment buildings, schools, stores, parks, and farms.
A 5G radio replacing a 4G radio at MHz will have the same coverage as the 4G radio, presuming no change to the antenna, according to Witkowski.
But, of course, it will provide higher data rates and quicker network response times. Waterhouse predicts that 5G will be rolled out in two stages.
In the next phase, which he calls 5G Plus, there will be huge improvement in bandwidth and data rates because there will be more base stations and they will be using millimeter-wave frequencies. Witkowski says U.
There also will be some swapping of 3G and 4G radios for newer 5G radios. Waterhouse points to two international documents that have established safe RF exposure limits. IEEE C The Future Networks report goes into detail about the various exposure limits for the body listed in those documents. Belgium, India, Russia, and other countries have established even more restrictive limits.
The only known biological impact of RF on humans is heating tissue. Local exposure can damage skin tissue or corneas. The general perception is that millimeter waves are safe but should still be monitored, he says.It seems like as our technology advances, we get so excited about the cool things it will help us do that we ignore the related health effects.
Such is the case with 5G. We will be able to download movies in a few seconds, but many experts are warning the health related effects could be our next crisis. And it does so at ultra high frequencies and with ultra high intensity, compared to earlier technologies.
Also because of the limits of the frequencies used, in order for users to have good reception it is estimated they will need to put a mini cell station every 2 to 8 houses. This will multiply significantly the amount of RF Radiation we will be exposed to. So often we throw around these technical terms and no one really stops to figure out what they really mean.
According to PC Magazine, each generation of wireless technology has been defined by its capabilities, such as speed, responsiveness, and how many devices can be connected to the network at any one given time. Basically, 5G will make everything you do online a whole lot faster.
Implementing the 5G infrastructure will be an incredible feat. There are hundreds of scientists and medical doctors from around the world that are calling for a halt to the role out of 5G. I list some of these on the Scientific Studies page of this website.
And as I find more and more studies and information I am always adding to that page. This 5th Generation of cell phone technology is being rolled out as I am writing this article. Most people are familiar with the earlier cellular generations called 1G, 2G, 3G and most recently 4G.
And if you think back over the years you will realize that as time has moved on, and as we have moved through the first four cellular generations, we have gotten more and more cell towers installed. Why is this? While this is technically true, what most people do not realize is that as we advanced from cellular generation to generation, the radio frequencies being used have increased.
The higher the radio frequency, the shorter the wavelength is, and the shorter distance they can travel. So we have needed more and more cell towers because our cell signals travel shorter and shorter distances.
Yes, especially early on, we needed more and more cell towers for the different carriers to be able to provide coverage around the country. But as the generations advanced, and our signal distance capabilities shortened, we needed even more cell towers than we would have needed with earlier generations. The reason that each generation needed to use higher and higher frequencies, is because the amount of data that needed to be carried by each generation increased significantly.
Wireless at 60 GHz Has Unique Oxygen Absorption Properties
These radio waves traveled very long distances and could go through buildings and trees. Since all we used was voice transmission this was sufficient. But higher frequencies can carry more data. So with 2G and 3G where we got the ability to text and access the internet we needed higher frequencies to carry the huge increase in data.
The same is true with 4G as we got full access to internet video streaming capabilities. Again we needed higher frequencies to be able to carry the huge increase in data.
From self driving cars to your baby monitor, and everything in between, will all be connected and sharing data. Even hologram telephone conversations are in the workings as this technology rolls out.We pride ourselves on being your source for the best, scientifically-accurate advice for healthy living.
This article contains references to scientific journals and peer-reviewed research. The numbers in brackets correspond with the list of references at the end of the article. Reviewed and Approved. Additionally, the Reviewed and Approved seal signifies that our scientific board of experts has double-checked this article for accuracy. You can feel confident in knowing that the information within this article is sound. Wi-Fi is convenient but many have raised doubts concerning the safety of unseen forces that permeate everything around us.
Since the introduction of Wi-Fi inresearchers have performed dozens of studies to explore the subject. The results are clear and shocking — Wifi can negatively affect overall health and brain health, especially in children. Perhaps most shocking is that this information is not new or even that controversial. Have you ever felt more awake after using Wi-Fi or even struggled to sleep through the night?
Reports of these phenomena have been frequent and even prompted a study in that evaluated low-frequency modulation from cell phones and its impact on sleep. Participants were exposed to the electromagnetic signals from real phones or no signal from fake phones. Those exposed to the electromagnetic radiation had a significantly more difficult time falling asleep and changes in brainwave patterns were observed.
For many, sleep deprivation is just the start for larger concerns. The development of depression and hypertension have also been linked to inadequate sleep. Exposure to non-thermal radio frequency radiation from Wi-Fi and cellular phones can disrupt normal cellular development, especially fetal development. A animal study linked exposure to delayed kidney development.
Consequently, these population groups would be more susceptible than average to the described effects. When a group of Danish ninth graders experienced difficulty concentrating after sleeping with their cell phones by their head, they performed an experiment to test the effect of wireless Wi-Fi routers on garden cress. One set of plants was grown in a room free of wireless radiation; the other group grew next to two routers that released the same amount of radiation as a cell phone.


Al least, we have the iPhone, and there was several sites in the Internet opening the phone and showing photos of the boards. At the same time, other sites are already working on the firmware code.
The best hardware work was done by the guys of Semiconductor Insights. They even decap the chips to see the die markings. iFixit show more photographs of the iphone progresive teardown.
There is additional PCB and chip dies scans in Microblog, the best quality ones.
Here, as an electronics engineer, I will try to pick all this information, and make a guess of the complete iphone hardware specification. This specification will evolve with uncoming informations and hints from other people. If you have additional information or have an opinion I would like to read you in the comments of by a private e-mail to mailto:InsideTronics@gmail.com.
iPhone Hardware Specs:
The main electronics are splitted into two boards.
- The main processor board:
The main processor it is a stacked die package with a processor marked as S5L8900 and two 512Mb DRAM dice (128MBytes of DRAM). This configuration is normal in a mobile. Normally the main processor has pads in the upper part of the sustrate to solder a PoP (package on package) multidie chip. The layout of the pads is a Jedec standard (JC63 and JC11) and this allows to save space but at the same time use the preferred memory supplier.The DRAM MCP (multichip package) is the K4X1G153PC-XGC3 from Samsung that, according to the Mobile DDRAM part number decoding from Samsung has the following characteristics:
DDR-SDRAM, 1Gbit, 8K blocks, 64ms, 1.8V core, 1.8V I/O, x16 bits bus, 4 banks, C generation, FBGA, Extended low temperature, speed 7.5ns@CL3.
Now the processor. This is the most difficult part. Semiconductor Insights says that the die number is S5L8900. You could even see the number 8900 in the chip marking. In the past, several Samsung chips has this kind of numbering. Last iPod processor is the S5L8701 (8701 in the marking), and in the Samsung web site you could see a ARM9 MP3 player processor named as S5L8700. I think it is clear that the processor is a Samsung part.
In Microblog, Nick Chernyy has decap the CPU chip and he has a clear photo of the die marks.
People has already found in the firmware strings, that the processor is a ARM1176. With this ARM core, Samsung has only one processor in the web site: the brand new S3C6400. I have found the S3C6400 datasheet in the Internet (it is not an easy task) and I have read it. This is the block diagram of this processor:
But I'm afraid this is not the real processor in the iphone. I think it is a propietary design for Apple. One of the reason is that the firmware interrupts (from some info found in the Internet) doesn't match with the datasheet, and the blocks declared in the firmware are similar but not identical to the S3C6400. In the firmware there is also declarations that shows that there is a PowerVR MBX 3D processor from Imagination Technologies inside the S5L8900.
I think that is a similar design, with a multiformat hardware video accelerator(MPEG4, H.264, etc.), PowerVR 2D and 3D accelerator, NAND Flash booting feature, USB OTG 2.0, and ARM1176J2F core, and no more DSP capabilities (with ARM11 cores nobody use a DSP anymore, except for video).
The third chip in this board is the NAND flash. It is a part also from Samsung: K9MCG08U5M
It is a 8GByte chip, with four 2GByte dies stacked. In the 4Gbyte iphone version, the chip is the K9MCG08U1M, that is a 4GByte, dual die part.
In the other side of the digital board there is a small integrated circuit from SST, marked as SST39WF800A. It is a 2MByte (8Mbit x 16) 1.8V NOR Flash. The processor boots from this flash memory.
The Intel NOR flash in the other board is for the baseband Infineon controller. It is not feasible to use the NOR flash through the connector between the two boards.
The fourth chip is the I2S voice codec from Wolfson: WM8758. A very good sound quality part, indeed, the same than in last iPod.
The USB battery charger, from Linear Technology LTC4066, is also a good part.
Other chip is a LVDS 24 bit driver from National (LM2512SM) to carry the signals to the display with less wires and without interference.
The remaining chip, from NXP (Philips before), I guess it is the power manager with the switching power supplies (see the coils near the chip, with capacitors and schottky diodes). In the firmware there is references to the PCF50635 power manager. Must be this part or similar.
- The radio board:
The radio board has the following circuits:
The baseband processor is an Infineon PMB8876 S-Gold multimedia engine with EDGE functionality. Comes with an Intel NOR Flash + SDRAM PF38F1030W0YTQ2 (4Mbytes NOR + 2Mbytes PSRAM) to run the baseband code (the capacities in the Semiconductor Insights article are wrong, see the datasheet link).
The RF GSM transceiver is an Infineon part, probably the M1817A11.
The bluetooth chip cames from CSR (Cambridge Silicon Radio): the Bluecore4.
The Wifi is a Marvell part: the 88W8686.
- Other parts:
The touchscreen is from German manufacturer Balda.
In the touchscreen there is a SPI multitouch controller from Broadcom, the BCM5973A.
The camera has a Micron 2Mpixel sensor, probably MT9D112D00STC.
The display is 320x480, can be a Samsung or AUO module.
The battery is a Li-IonPolymer 3.7V.
More will follow...
PD. Changes 6/7/2007: PowerVR 3D reference included, changed capacity values in Intel Flash/PSRAM.
Changes 19/7/07: Die photo of processor included.
Changes 21/7/07: Microblog scans reference added.
Changes 6/8/07: SST NOR Flash memory reference added.


5G, everyone is talking about it. We are promised something extraordinary, an incredible technological future. But at a time when 4G is not yet deployed everywhere, it is hard to imagine what could be a world connected in 5G. To see more clearly, we tell you everything you need to know about the network of tomorrow.
What is 5G?
The 5th generation of standards for mobile telephony is a key technology that should eventually allow mobile internet speeds of several gigabits per second, light years away from current networks. All with minimal latency, and a host of technologies to improve the signal, including in environments where networks are overused. 4G and 3G were designed to respond as quickly as possible to a need for speed on the mobile internet.
5G is part of a larger project. Everything can be connected: smartphones, tablets, PC, but also your objects, connected cars, VR headsets or residential internet access. This type of network should promote cloud computing, integration, and interoperability of smart devices and smart grids and other smart grids, in a domotisé environment and a “smart city”. In other words, the 5G is also the technical modality that will accompany the development of a future even more connected than today.
How 5G technology work?
The 5G should rest partly on millimeter waves. These waves are currently used by the army in France, but the frequencies should be re-attributed to the operators in auctions. Most operators should integrate their 4G and 5G networks for the most continuous experience possible. The goal of the 5G is, in addition to increase the speed, to reduce the latency as much as possible, the infrastructure will have to rely on a fiber network and cache servers closer to users.
The radio part of the network will rely on a variety of devices similar to those used for 4G networks. With one difference: it becomes possible to install a multitude of small mmWave cells in dense areas. These small cells will rely on millimeter waves to provide a highly localized network – at short range. These small cells will obviously be installed as soon as saturation is detected in a part of the network. To ensure the continuity of the connection, larger antennas based on MIMO technology will be installed on high points. Their size and form factor is hardly discernible from that of current cellular antennas.
5G: minimized latency
The central issue around the 5G is the latency: achieving to reduce it to less than a milli-second can revolutionize wireless use. For example, it becomes possible to use a future wireless virtual reality headset, which sends a 4K image to each eye, with a fluid and pleasant experience. The latency time makes the navigation more reactive and contributes to the increase in flows.
Minimal energy consumption
The other challenge around the 5G is that it will have to connect everything. Including a large number of low-power connected devices, smartphones and PCs always connected – which need particularly economical modules to avoid too much impact on the battery. The first 5G modems, the Qualcomm X50 and the Balong 5000 have not quite achieved this goal yet. These are components that heat up, and so waste a little too much energy to imagine, for example, in a battery weather station. But that’s the direction that research and development is taking.
A reliable and secure network
If today a loss of network does not cause much of dramatic, in the future a failure of the 5G can cause accidents of very serious cars for example. And in large cities, with these millions of connected objects concentrated in a very small area, failures can quickly occur. Several solutions are therefore envisaged to respond to this constraint. The first, the Small Cells we talked about above. The operation is simple: a large 5G antenna far from urban centers distributes a signal to several smaller antennas located in the city center as explained above.
The protocol behind 5G is also very important
Finally, and this is probably the most important thing, the 5G will end the neutral network. Today, whether you’re connecting to a smartphone, tablet, or smartwatch, apps are managed in the same way by the network. Tomorrow, with 5G, there will be a system of priorities depending on the applications. There will not be one but several 5Gs. Each application should use the most suitable frequencies and radio protocols. No need to connect to the fastest frequencies for an application giving the weather for example.
What are the uses of 5G?
It is in use that we will realize the power of the 5G. For Qualcomm, the 5G will be as important as the internal combustion engine or the electricity . In the future we will be over-equipped but also perfectly connected. Industrialists have not really approached 4G as they should have: too late, too slowly. No way to miss a second time.
Thus, for the user, the 5G will have to represent a real revolution . The theoretical rates may be mind-blowing, we will be entitled to an average of 1 Gbit / s for download and 500 Mbit / s for upload. On the other hand, the difference with 4G is that at the bottom, the 5G will propose a flow of 50 Mbit / s at a speed between 0 and 120 km / h. During a trip by plane, your smartphone can theoretically connect in 5G with a flow of about 10 Mbit / s. And all this in 95% of the time and 95% of the places.
For the user, this opens doors barely imaginable today. Of course the uses that we know today will still improve. For example we can continue to watch our videos in streaming but in more places, with better quality. VR games in the cloud will be a reality. The cars will communicate with each other and will be totally autonomous. Augmented reality will be inviting in our lives. GPS will be more accurate thanks to the triangulation of the 5G which allows to give a position with a margin of error of less than one meter.
What are 5G compatible smartphones?
As seen previously, the usefulness of the 5G mobile network goes far beyond smartphones. But these will of course be among the main beneficiaries of this technology. Currently, there are two possibilities for making a smartphone 5G compatible. The first is to use a Snapdragon 855 SoC coupled to a Qualcomm X50 modem, the most popular solution. The second is a solution developed by Huawei on its devices with SoC Kirin 980 and modem Balong 5000. The latter would be more efficient than its competitor, but it is still early to test this in real conditions. Find below the list of compatible 5G smartphones announced:
- Huawei Mate X
- Galaxy Fold
- Galaxy S10 5G
- LG V50 ThinQ
- Xiaomi Mi Mix 3 5G
- Oppo Rhine 5G
- OnePlus 5G
All compatible smartphones will not be marketed in France at the moment. We only know that the Galaxy S10 5G will be available in the medium term in France at Orange. The Oppo Reno 5G will be booked initially at the Swiss market. As for the OnePlus 5G, it will be available shortly via the British operator EE.
When will we be able to benefit 5G?
According to Arcep, the first 5G packages arrive in France in 2020. But it will be progressive, and the full potential of the real 5G will be available from 2025 only, with a promise of exceptional speeds and extremely low latency.
But to get there, the operators and industrialists of the sector still have a lot of work to do. France is already one year behind the Orange Alert 5G. Of course, the big cities will be covered in the first place and not everyone will use a 5G subscription this year.
The first operators to offer it will likely be Orange, Bouygues, and SFR. More discreet, Free Mobile is also preparing the arrival of the 5G. “More than 90% of sites in dense areas are fiber-connected, which is critical for launching our 5G offerings, ” Iliad said.
Does 5G pose a health risk?
In France, we have been ironing for some time on the horizon at which the technology will eventually be available. But in Switzerland or Belgium, for example, the arrival of 5G worries. Conferences, petitions, votes and other actions are multiplying, locally, to prevent the installation of antennas. The fear is that the 5G waves are superimposed on those emitted by 3G, 4G, EDGE / GPRS, and GSM antennas. Although there is no 100% effect on the health of these frequencies, studies, often contradictory, evoke a certain number of years a risk.
Even if there is no way in the state to draw a clear conclusion on the subject, the legislator ended up imposing on manufacturers that they measure the waves emitted by their devices and indicate, for consumer devices, the number of waves absorbed by the body as measured at the head and/or waist. A precautionary principle. However, so far, with each new network, different studies over the years show that the increase in volts per meter has increased only marginally. And nothing indicates that the arrival of the 5G augurs anything else.
More surprising – the 5G technology could even lead to the opposite, as it is adopted: some of the antennas, especially those of the 3.5 GHz band, can indeed direct the signal to the devices that need it, a bit like a flashlight – it’s called beamforming. What to avoid that the energy emitted by this equipment is absorbed by people, walls, and other unnecessary obstacles. And this is precisely the key to its supposed effectiveness in areas where networks tend to be overused such as railway stations, stadiums, and other high-traffic venues.
Finally, it should be emphasized that the fact that the WHO classifies the electromagnetic fields emitted by the antennas of the telecommunications networks as “possible carcinogens” does not mean that these waves cause cancers. The category in which these waves are classified implies that the risk, if it exists, is low, that it is not scientifically proven by any study, without being totally excluded. For the record, gherkins, for example, are classified in the same category. The coffee was until recently.
As a result, there seems to be no reason for concern at the moment, which does not mean that studies should not be conducted during the deployment to verify, in the long run, that this remains the case. Especially since the antennas are subject as a precaution to power limits that operators are not allowed to exceed. Finally, last important point: we see here and there alarmist news around the subject, but we should not forget too quickly that we live in the era of internet and fake news, where unverified information and amalgam on sensitive topics like this one can spread.
As a result, while it is healthy to question the health safety of 5G networks, it is equally healthy to question the relevance of the most alarmist discourses on the subject.


A cybersecurity firm has confirmed that 950 million Android phones can be hacked simply by receiving a text message.
In what is being called, “the biggest smartphone flaw ever discovered,” affecting about 95% of the Androids in use today, user’s phone can be infected by receiving an image via text.
The problem stems from the way Android phones analyze incoming text messages. Even before you open a message, the phone automatically processes incoming media files — including pictures, audio or video. That means a malware-laden file can start infecting the phone as soon as it’s received, according Zimperium, a cybersecurity company that specializes in mobile devices. h/t cnn
The massive Android flaw joins the reveal of a recent Apple text hack, that allowed anyone sending a particular text to power off phones.


Do you know the requirements of using robot cable?
The first point, of course, is about the requirement of signal transmission. As we all know, robots work according to the instructions given by the computer, and these instructions are transmitted by the robot cable. Therefore, high-quality robots not only transmit fast signals, but also very * *.On the contrary, cables that fail to meet this requirement will completely affect the work of the robot. The signal transmission is not stable and the robot cannot execute instructions.Secondly, the wear resistance of the robot cable is also crucial. The robot cable will float with the movement of the robot when it is working, so if the cable is not wear-resistant, it will be damaged over time. In this way, not only the robot cannot be used, but also there will be some potential safety hazards.Then the flexible robot cables also has certain requirements, a variety of sizes and types of robot and its usage is different, some robot working range is bigger, more frequent operation, if the flexible cable is not enough, can't follow the robot motion resistance to reverse, so will cause serious damage to the cable.Therefore, the choice of robot cable flexibility is also a necessary condition.The last is the service life of the robot cable. Unlike other industrial parts, the robot cable is not always repairable or replaced, so the service life of the cable is very important. The durable cable can not only improve the working efficiency of the robot, but also save maintenance cost.


ProxyRack VPN offers adequate security features that protect your network as well as attractive server speeds which can sustain steady viewing. It is 100% free, secure and fast which means streaming is made possible and efficient to give you an interactive viewing experience.
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ProxyRack VPN allows individuals to watch TV, movies and videos from any location. A notable upside is the fast internet that is enabled with the VPN. The fast nature of the internet facilitates enhanced streaming that allows the viewing of new and exciting content.
The security platform that ProxyRack VPN is incorporated with has enhanced safety features that offer protection against any unwarranted access. The secure system has been set with quality encryption that is able to mask the connection which protects the network. This safety setup is very important for you as it covers unauthorized access and also shields the network from being targeted by malicious pages and sites that transfer malware and spam Ads.
With an outstanding performance and lots of features, We can say that ProxyRack is one of the best FREE VPN. A must try VPN if you want to bypass website restrictions.


Today’s receivers are the center of the home theatre experience. They take in audio/video signals from all the equipment (blu-ray player, cable tv box, video game system) and strip the video signal to send directly to the tv, then they split the audio signal into 8 parts and send each signal to the appropriate speaker to create a “surround” experience. This can simplify the use of the home theatre equipment as switching between sources is done without ever having to touch your tv remote. We carry best in class brands sure to provide you with hours of entertainment, along with the knowledge to help you make the right choice.
Backed by over 20 years of home-grown, hands-on design and innovative audio engineering experience, Anthem products provide an unprecedented level of reliability and functionality; they deliver one of the industry’s highest performance-to-value equations. This is just one reason why Anthem electronics are the choice of knowledgeable audiophiles, professional musicians and engineers the world over.
At Technics they "understand that the listening experience is not purely about technology but the magical and emotional relationship between people and music" ... wanting people to experience music as it was originally intended and enable them to feel the emotional impact that enthuses and delights them."
For over 60 years, Yamaha has been applying its "accumulated technology base and experience to the task of producing ever improving audio equipment."
"To Marantz, perfect specifications and technical accomplishment count for nothing unless a product can unlock the power, the excitement and the emotion of music."
The absolute rock-bottom principle from which NAD design philosophy operates is that good design is never at the listener's expense. The pride themselves on throwing "ingenuity rather than money at design challenges."
For over 30 years Integra's passion has been to be the "best in audio and video performance" in addition to a quest to design the most user and integration friendly products available on the market.


In today’s digital age, businesses count heavily on effective interaction systems to get in touch with customers, partners, and employees. One of the traditional interaction techniques that has actually been commonly made use of appears Old Telephone Solution (POTS). Click for more on this site.Nevertheless, with the rapid improvements in modern technology, businesses are progressively transitioning from POTS to a lot more modern and effective choices. This post will certainly explore just how POTS replacement can benefit your service and improve total interaction performance.
Firstly, POTS substitute provides improved scalability and adaptability. Click here for more info. Standard phone systems restricted businesses to a fixed number of lines, making it challenging to take care of a raising quantity of telephone calls. View here for info. On the other hand, modern-day communication innovations like Voice over Internet Protocol (VoIP) permit organizations to conveniently change their phone systems according to their demands. Whether you require to broaden or downsize your communication infrastructure, POTS substitute provides the flexibility and scalability to simplify your operations.
One more substantial benefit of changing POTS is cost savings. Traditional phone company can be pricey, specifically for organizations that make a lot of long-distance and international calls. Read more now about this service. With POTS substitute, companies can take advantage of internet-based communication remedies that provide cost-efficient calling strategies. VoIP, as an example, allows businesses to make residential and international telephone calls at significantly lowered rates contrasted to conventional telephone systems services. By switching over from POTS to a lot more affordable options, services can allot much more sources to other essential locations of their operations.
POTS replacement likewise approves companies accessibility to a wide range of contemporary features and capabilities that can improve their interaction abilities. Traditional phone systems typically lack sophisticated features like call forwarding, voicemail-to-email, and auto-attendant. By transitioning to more advanced interaction solutions, organizations can leverage these attributes to simplify their communication procedures. As an example, voicemail-to-email allows staff members to obtain voicemail messages in their inbox, making it more convenient to manage and prioritize communication. These extra features can considerably enhance productivity and improve customer service.
Last but not least, POTS replacement ensures business continuity and catastrophe recuperation. Standard phone systems are susceptible to blackouts and can be badly affected throughout natural disasters or power failings. On the various other hand, modern communication modern technologies supply integrated redundancy and failover systems that can instantly reroute hire case of a blackout. Cloud-based remedies, for example, can keep communications information and promote remote working to make sure that companies stay attached also in the face of unanticipated disruptions. Click here to read more about this company. By adopting durable interaction remedies, companies can decrease downtime, maintain client satisfaction, and continue their procedures seamlessly.
To conclude, changing POTS with more advanced interaction remedies supplies countless benefits to organizations of all dimensions. From boosted versatility and scalability to set you back savings and progressed features, POTS substitute can considerably boost interaction effectiveness. Furthermore, it offers business connection and calamity recovery abilities crucial for keeping procedures in times of situations. If you wish to encourage your business with modern-day interaction devices, it may be time to take into consideration replacing your outdated POTS system.


The WiFi Booster Range Extender is designed to easily extend WiFi coverage and improve signal strength. In addition, its Ethernet port allows WiFi Booster to act as a wireless adapter, thus converting wired devices (such as set-top boxes, game consoles, Internet TVs) into wireless devices.
Miniature size and wall-mounted plug design makes movement a breeze. Most importantly, the WiFi booster will remember the previously paired network, and there is no need to reset it when you unplug and plug it in anywhere.
The accompanying manuals and installation guides make the installation process very simple and fast.
- Model: LV-WR03
- Transmission Speed: 300Mbps.
- Scope of Application: Broadband Router
- Wireless Network Support Frequency: 2.4G and 5G
- Wireless Standard: IEEE 802.11n
- Protocol: 802.11n.
- Transmission Frequency: 2.4GHz ~ 2.4835 GHz.
- Compatible with WPA2, WPA and WEP9 (128/64).
0.0 Average Rating Rated (0 Reviews)


100% global connectivity all of the time can be provided to your aircraft or fleet. Using Iridium’s secure world-wide network, unique mission applications can now be met with the OpenPort Aero Terminal.
AirCom Pacific’s In-Flight Entertainment (IFE) systems are a value added asset for commercial carriers that separates them from the rest of the pack. Our satellite based connectivity solutions provide a premier broadband experience for passengers and crew, with the added benefit of enabling a real time data link back to your operations team. Whether it’s IFE or connectivity, AirCom Pacific has a full suite of solutions to meet your fleet’s needs.
Just because you’re out of the office doesn’t mean that you want to be out of touch. AirCom Pacific has solutions for both voice and data traffic to keep your general aviation aircraft connected, no matter where your business takes you (100% Global Guaranteed).


The Bimetal Electrical Contact is connected on free end of bimetal, which moves with the expansion and bending of bimetal. At normal temperature, this moving contact makes the contact with fixed contact. The electrical contact is an electrical circuit component found in electrical switches, relays, connectors and circuit breakers. The contact that allows current to pass from one conductor to another. It consist of soft, high-conductivity, oxidation-resistant materials used as the makeup of electrical components. Bimetal Electrical Contact is very effective.


We found that the organization for IP address 184.108.40.206 is Safaricom Limited in Kenya.
A more detailed IP address report for 220.127.116.11 is below. At the time you pulled this report, the time zone of 18.104.22.168 is Africa/Nairobi, and the current local time of 22.214.171.124 is 23.09.2017 08:35:17. More IP details of 126.96.36.199 are shown below along with a location of the address on a map.
|User Rating:||Rated / 5|
|Local Time:||09/23/2017 08:35 AM|
A time proven, tried and tested IP address solution is not only the most popular solution but also the simplest one for finding a IP location. Read more...
Complete instructions on how to change your IP address faster on a computer or Internet router using Cable, DSL, or Broadband connections. Read more...
An IP address database is a file that you can download and install on your website or software which stores a huge amount of information. Read more...


If your web host blocks modern RESTful HTTP methods you will need to enable legacy server support.
HTTP (and HTTPS) are the protocols used by every browser to talk to web applications. A key part of the protocol is the HTTP method. Traditionally, web applications used a very limited set of HTTP methods such as GET (retrieve a web page) and POST (submit a web form).
Modern web applications, such as WooCommerce POS, use a REST/HTTP approach with following HTTP Methods:
In some rare cases a web host may choose to block some of these HTTP methods. If your web host blocks modern RESTful HTTP methods you will need to enable legacy server support.
WP Admin > POS > Settings > Tools > Enable legacy server support


The internet may slow down if you've subscribed to television and internet from verizon over fios and watch multiple video-on-demand titles at the same time consider upgrading to a faster speed package. The demand for high-speed wireless communication is expected to positively impact the global lte modem market an lte (long-term evolution) modem is an electronic device meant for high-speed wireless communication, based on technologies such as gsm/edge and umts/hspa. Increase speed, here and now yes, you will go super fast with tons of seeds, so quit whining torrents with ten to twenty people are another story tons of people complain that their torrent downloads go slow because they're scared of prosecution, which means they limit the upload rate for fear of the ria.
How to increase internet speed this wikihow teaches you how to increase your internet's speed and consistency cached information allows websites to load faster after accessing them once, but it will also result in errors and connection issues if the website's cache doesn't match the browser's records if we place our internet modem at. Internet speeds of 15-20mbps (megabits per second) are sufficient enough for gaming, as latency has a much greater effect on your lag than speed however, in the modern home you could have several devices connected to the internet at one time. Level up push the limits of gaming with high-speed internet from xfinity so you can go faster play faster and conquer like a pro. Comcast today announced it is significantly increasing the speeds of two of its most popular internet speed tiers – blast and performance pro – for both new and existing customers in the northeast division, which includes 14 northeastern states from maine through virginia and the district of columbia.
The internet transformation beginning this month includes speed increases on twc residential internet plans at no additional cost, with customers experiencing increases up to six times faster, depending on their current level of internet service. How do i increase internet speed in modem update cancel answer wiki 4 answers zainab mahmood, ms computer science education i recently write an article on best hack to increase your internet speed check that also you surely like that 176 views if you want a faster connection, you might want to talk to your isp 594 views. Increase modem downloads and internet connections threefold in twelve easy steps get a 30% - 300% improvement in just a few minutes with these 11 simple and easy modem, browser, and internet speed tweaks you can implement these important tweaks with a minimum of effort faster access to disk files always helps a little. How to tweak a cable modem due to its' popularity, high speed cable internet is becoming congested in many neighborhoods of course, the cable isp's are constantly upgrading their networks trying to improve performance.
There's also no rush to upgrade if you have a basic low-speed internet plan you won't get anywhere near your modem's capacity the exception is if you have a really old docsis 11 modem. For most people, the default comcast internet settings will get them onto the internet at the highest-available speeds, but depending on your computer setup, it may be necessary to make some adjustments to increase the speed and latency of your connection. Ways to increase your internet speed with your current router things like walls and doorways can impact your router performance, along with whether your live in a house or an apartment building with lots of other routers and devices that can cause interference. The most common cause of slow speed on the internet is the host server this server may be configured incorrectly or underpowered for the number of people using it at the same time a slow server can affect anything you do on the internet.
Once you do, you can easily add it to your router’s dns settings to take advantage of it every time you want to use the internet on any of your devices google ‘s public dns server is a tried and true, fast and reliable server, so if you want one that’s going to provide speed and reliability, it’s a good way to go. If you see a more open channel, then switch channels to increase internet speed you'll need to consult your router's documentation or look up the support site for your individual router to find out how to do access the router and change the wireless channel. Keep in mind, however, that any internet connection over wifi is essentially bottlenecked by your dsl internet speed so, in that sense, going to 80211n or even 80211ac will do very little for you. With the growing demand for faster internet speeds and the availability of gigabit speeds through competitive technologies like fiber networks, cablelabs needed a new generation of technology to meet and exceed gigabit speeds for consumers. Resetting the modem and the wireless router will allow you to get a fresh start with the network and will help to erase any issues that are causing your satellite internet connection to slow down to reset the modem and router, simply power off the modem and press the reset button on the back of your router.
Wi-fi speed can be increased by upgrading to an internet plan in a higher speed tier, but that isn’t the only way to make your internet work faster why is my wi-fi slow the first step to increasing wi-fi speed is knowing why it’s slow in the first place. Comcast today announced it has increased the speeds of two of its xfinity internet tiers in the northeast, at no additional cost to customers the increase marks the 13 th time in the past 12 years that comcast has increased its speeds there is a barrage of devices coming online every day and we are staying ahead of demand through faster speeds and best-in-class wireless gateways, said. Upgrade your wireless router to get faster speeds and more reliable wi-fi chris hoffman @chrisbhoffman february 2nd, but most people probably want more speed, coverage, and reliability it’s the device through which all your devices get their internet connection,. The antenna (or antennas) on most consumer grade routers is flat out awful an amplified aftermarket antenna is a great fix and a simple way to improve signal quality without the need for a new router powered and amplified aftermarket options start at around $10 to $15 and range all the way up into the low $100s.
A new generation of mesh wi-fi routers can help you get faster-than-ever home internet speeds without paying a bigger monthly bill these new routers can give you faster speeds without a bigger. Connect your internet and office network to the wan port of the first router leave the wan port of the second router empty if using a multi-port switch, connect it through the first router 5. For the last few years, the speed of my home internet access via timewarner cable was an acceptable if unremarkable 10 to 15 megabits per second (mbps) it was fast enough to watch hd video from.
Looking for a way to increase your internet speed without upgrading your isp internet plan well, internet speed can depend on a several factors, both internal to the network and external starting from the operating system, you have the network card, network cable, wireless router, broadband modem, and possibly other devices before you even. If the router does not support high-speed connections, the speed of your modem or isp does not matter because it is being bottlenecked by the router wireless-n, for instance, offers much faster wi-fi transfer rates than wireless-g. Hacking modem for faster speeds - posted in networking: i would like to know if there is a way to hack my modem to force faster internet speeds we currently have a 6mbps connection and it takes.


The new Sharp Advanced Series Workgroup Document Systems deliver high productivity and strong versatility.
The MX-M565N monochrome document systems offer powerful multitasking workflow features and exceptional image quality at speeds up to 56 pages-per-minute. Designed for busy workgroup environments, these models combine a versatile modular design with tablet-style menu navigation and powerful output capabilities that can help virtually any office accomplish more in less time.
- 500 + 2,000-sheet tandem paper drawer option expands maximum online paper capacity to 6,600 sheets
- Flexible paper handling system feeds up to 80 lb. cover through the paper trays and up to 110 lb. cover through the bypass tray
- Scan both sides of a document in a single pass at up to 170 images per minute (IPM) with the standard 150-sheet duplexing document feeder
- Large 10.1″ (diagonally measured) tablet-style touch-screen display offers image preview feature with flick, tap and slide navigation, and pinch-and-zoom capability
- Fully customizable home screen enables users to add custom backgrounds and icons, change the display language and more
- Available Compact PDF feature dramatically reduces the file size of scanned color documents, resulting in decreased network traffic and more efficient use of disk and cloud storage
- Full-size, retractable keyboard allows quick and easy data entry
- 1200 x 1200 dpi printing provides clear, crisp images even on jobs with fine detail
- Network ready PCL®6 and Adobe PostScript3 printing systems with direct print function
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Digital Signal Processing: Pearson New International Edition
Författare: John G. Proakis; Dimitris K Manolakis E-bok ISBN: 9781292038162 ISBN: 9781292025735 Språk: English Upplaga: 4
A significant revision of a best-selling text for the introductory digital signal processing course.
This book presents the fundamentals of discrete-time signals, systems, and modern digital processing and applications for students in electrical engineering, computer engineering, and computer science.The book is suitable for either a one-semester or a two-semester undergraduate level course in discrete systems and digital signal processing. It is also intended for use in a one-semester first-year graduate-level course in digital signal processing.


I wanted to be able to SSH into my Raspberry PI without configuring my SSH config with the IP address. Although I have statically assigned it, I think it would be nice to not worry about this detail. All that I really want to be able to do is SSH into the device by its hostname, but we’ll go further and broadcast the SSH service itself.
We may have remembered we had a Raspberry PI after a few months in which case we need to discover where it is in the network:
- Search the local network for devices:
- List the hosts and their IP addresses:
With the IP address we can manually SSH in using some credentials (that we surely stored within a password manager).
Services can be broadcast and discovered on the local network using Avahi which implements a number of different protocols around local networks.
- A link-local IP address for a “direct” connection to the device. This would simply be an address that does not rely on the DHCP service (and is not strictly necessary).
- Hostname resolution via mDNS so that we can SSH into the hostname.
- Descriptive service discovery via DNS-SD (DNS service discovery) as a bonus.
Broadcast SSH on your local network
- Install the service broadcaster
nss-mdnswhich provides host name resolution.
avahi-daemon.service- you may need to restart
/etc/nsswitch.confwhich usually controls the sources from which to obtain name-service information. From Arch: “Insert
- Broadcast the SSH service (you can construct these service files yourself):
cp /usr/share/doc/avahi/ssh.service /etc/avahi/services.
- Observe service works with
avahi-browse -alrtfrom another local machine.
And we are done - we can simply SSH into the displayed domain name/port!
Arch has fantastic documentation around Avahi with further information and examples.


(as of Feb 21, 2024 07:49:30 UTC – Details)
System: Android 13.0
Supported Language: Multi Language Support
CPU: Qualcomm 888
Display: 6.8 Inches
Touch Screen (Resolution): LCD Resolution 3040*1440 FHD High Definition Water-Drop Screen
I/O: Type C*1Charging / Headphones
Speaker: Surround Sound
Vibration Motor: Support
WIFI: External High Performance, Low Power Dual Band 5G WiFi+B/T/N,Support 802.11a/b/g/n
Dual Slim Card
Card Slot: Three Card Slots (2 nano SIM card and a TF card can be installed meanwhile)
Camera: Front Camera 13MP, F/2.0 Aperture, Rear Camera 48MP(Color, F/1.8 Aperture)
Battery Specification: 6000mAh Battery (Included)
DOES NOT COMPATIBLE WITH AT&T SIM CARD OR CRICKET WIRELESS SIM CARD OR CDMA Network Carriers such as Verizon, Sprint, Boost Mobile, Straight Talk or U.S.Cellular!
Supported Frequency Bands:
2G Network: B2/B3/B5/B8
3G Network: B1/B2/B4/B5/B8
Support Carriers: T-Mobile/BTC/MetroPCS/Mint Mobile/Movistar/Telcel/Tigo/Claro/Koodo Mobile/Bell Wireless/Rogers Wireless/Luck Mobile/Virgin Mobile/Telus/Fido/SaskTel etc. Please Confirm Your SIM Card’s Compatibility Before Purchasing!
What’s in the box:
1 x Smartphone
1 x Manual
1 x Mobile Phone Film
1 x Mobile Phone Case
1 x USB C Charger
1 x Charging Cable
1 x Earphone
📱【6.8-inch FHD Screen Android Phone】On a 6.8-inch FHD+ display boasting a resolution of 3040×1440 pixels, BLACKCYBER 5G smartphones offer vibrant colors and sharp contrasts, faithfully reproducing the world’s true colors. This provides an immersive cinematic experience, enveloping users in stunning visuals whether they’re gaming or watching videos, creating a visual feast for the senses.
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🔋【6000mAH & 18W Fast Charging】The BLACKCYBER i14Ultra Max 5G is equipped with a substantial 6000mAh battery, ensuring extended entertainment time and alleviating any concerns about battery life. Additionally, it supports 18W fast charging, allowing for quick replenishment when needed, ensuring you can get back to using your device promptly during urgent situations.
📷【48MP+13MP】The BLACKCYBER i14Ultra Max 5G features a 48MP main camera, bolstered by advanced image processing algorithms. This combination ensures that every photo is not only exceptionally sharp and detailed but also retains a striking and lifelike quality. With 2K video recording capabilities, Night mode, professional mode, portrait mode, and an array of rich shooting modes, the camera’s functionality is elevated to a higher level, empowering you to capture more creative and visually appealing photos and videos.
🚀【Enjoy 5G Ultimate Speed】Embark on a journey to the world of 5G networks and experience rocket-like speed with the BLACKCYBER i14Ultra Max 5G. Thanks to the high-efficiency 5G network and advanced 5G Dual SIM technology, boasting strong signal coverage, you can indulge in smooth real-time gaming and seamless video calls, all without the frustrating delays. Welcome to the era of lightning-fast connectivity.
💧【Other Features】: splash waterproof; fingerprint sensor and face unlock; BLuetooth 5.3, 5G LTE & dual-band Wi-Fi (2.4GHz & 5GHz); built-in GPS, TPU phone case was include in the package.


Join Transform 2021 this July 12-16. Register for the AI event of the year.
Facebook has expanded the reach of broadband in the state of Indiana by completing the building of 77 miles of fiber optic cable for its datacenters in the state. That work has the spinoff benefit of improving the speeds for broadband service for consumers in the state. In turn, that improved network infrastructure will lead to better remote learning, telehealth, online games, and internet surfing for Hoosiers.
In a blog post, Facebook’s Boh DuPree and Michele Kohler said that the company has to build redundant, long-haul fiber networks to connect its datacenters. To keep service stable, Facebook needs more than one route to connect its datacenters and keep them up during storms, blackouts, or other outages. It so happens that this redundancy helps with the company’s stated mission of bringing people closer together.
The 77 miles of fiber runs from Interstate Highway 70 at the Indiana/Ohio border through Marion, Hancock, Henry, and Wayne Counties to downtown Indianapolis. This build will connect datacenters in Iowa and Nebraska to the East Coast cluster in Ohio, Virginia, and North Carolina. A second phase of this build — with Zayo, a communications infrastructure provider — will provide an 85-mile fiber route to head west from Indianapolis through Vigo, Clay, Putnam, Hendricks, and Marion Counties.
Image Credit: Facebook
By the end of 2021, when both phases are complete, Indiana will have a fiber route that spans the state from east to west. This new route will provide important infrastructure for the state and surrounding region, aiming to boost economic growth, opportunity, and job creation.
“Building infrastructure that brings everyone closer together and connects us to what matters most — that’s what we do at Facebook,” wrote Kohler, business development manager for network investment at Facebook. “From education and remote learning, to health care, agriculture, e-commerce, and small businesses — it is clear that infrastructure investments create more than just a connection to the internet; they create opportunities for people to connect to the rest of the world.”
Facebook will allow third parties, including local and regional providers, to purchase excess capacity on the fiber. This capacity could provide additional network infrastructure to existing and emerging broadband providers, helping them extend middle-mile networks to many parts of the country, particularly in underserved rural areas near fiber backbones.
In its most recent Statewide Strategic Broadband Plan, Indiana officials cited a Purdue University study that forecast $12 billion in net benefits to Indiana over the next 20 years from quality broadband expansion in rural areas.
“Internet connectivity is extremely important, especially in rural Indiana because it affects education, our agriculture community, our business community and manufacturing,” said Jon Ford, Indiana state senator for District 38, in a video.
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Linksys has recently launched the Velop MX5300 WiFi 6 Mesh Router System in India. The MX5300 WiFi 6 Mesh Router is the newest addition to the Velop product family. It does feature the next-generation orthogonal frequency-division multiple access (OFDMA) technology which decreases latency in high-density environments to deliver high-speed WiFi to multiple devices simultaneously. The MX5300 router covers 3,000 square feet per node, and it is designed to handle more than 50 devices all sharing the same bandwidth. The router’s MU-MIMO technology allows downloads and uploads simultaneously, making it the ideal system for instant 4K/8K streaming, online gaming, social media, and use of heavy internet apps. Moreover, the Velop MX5300 WiFi 6 Mesh system gets BSS technology which eliminates interference from nearby networks to render the strongest, clearest signal on the devices.
“In the present scenario, where the situation is both difficult and unprecedented, a large number of professionals are adapting to working remotely. Since work from home is now becoming the new normal, it is more crucial for Linksys to continue to innovate to offer solutions for supporting the digitally connected world of the present and the future. We are glad to introduce our first WiFi 6 Velop Mesh system in India, the Linksys MX5300 router which offers 4x faster speed, a wider range and 4x increased WiFi capacity facilitating uninterrupted streaming, faster connectivity and improved battery life for connected devices. Whether it is being connected seamlessly for those endless virtual meetings or enjoying streaming content, playing online games or attending webinars, the Linksys MX5300, ensures that there is no compromise on connectivity with multiple devices working together flawlessly” said Kartik Bakshi, Country Manager, Linksys India.
- Interoperability – The Velop MX5300 WiFi 6 Mesh system is interoperable with the other Linksys Mesh Family (that is, Velop Tri-Band, Velop Dual-Band, MR9000X and MR8300) as both the master and child node, making it simpler to expand their WiFi network when the demand arises.
- Performance and reliability – The Velop MX5300 WiFi 6 Mesh system contain three WiFi radios (one 2.4 GHz and two 5 GHz) to balance the wireless workload. It offers 4X faster speeds with WiFi 6 technology that delivers true gigabit speeds all over the entire home, up to 5.3 Gbps with 12-stream connectivity.
- Hassle-free setup – The Velop MX5300 WiFi 6 Mesh system can be set up from any Android or iOS device using the Linksys App. The Velop MX5300 WiFi 6 Mesh system can be connected to form a mesh network that covers the home in secure and reliable WiFi. After setup is complete, the Linksys App serves as a WiFi management tool with useful features such as guest access, parental controls, device prioritisation, and insights.
The Velop MX5300 WiFi 6 Mesh system is now available in India at an MRP of ₹49,999/-. Currently, the product is available at a Linksys special introductory price of ₹34,999/- at Amazon.in.


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Flexibile, fully-featured body temperature monitoring camera, checks both temperature and mask, and can also integrate with access control, DVR and facial recognition systems.
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Professional security monitoring becomes even more effective with our Smart Signal: a direct emergency connection between your phone and your home's monitoring station. Smart Signal is the Consumer Technology Association's 2019 Security Product of the Year.
PowerSeries Neo control panels are the heartbeat to this revolutionary hybrid system. DSC offers four control panels in the PowerSeries Neo portfolio, ranging in capacity from 16 to 128 zones and two to eight partitions, providing solutions for the spectrum of installations. Each control panel starts with six or eight hardwired inputs, two- four hardwired outputs and PSTN communication onboard. The system can be tailored for specific installations with added expansion capabilities, features and services. The modular and scalable structure of PowerSeries Neo provides a cost effective, tailored solution for even the most demanding installations. It includes a complete line of expansion modules to fit the requirements of today’s installations while protecting the investment and ensuring growth in the future.
PowerSeries Neo by DSC redefines intrusion security by combining the flexibility of a modular, hardwired system with the simplicity of a wide range of wireless devices and peripherals, resulting in the most comprehensive hybrid system available in the market today.
iotega is the next generation, all-in-one smart security and home automation platform for residential and small commercial properties. It provides customers with the security they already know and trust, along with the freedom to add smart home devices, according to their preferences. With iotega, you can generate revenue by providing your customers with the flexibility to start with a security-only package, and the scalability to upgrade to a full security and home automation solution.


Yahoo!公布了Beta3版本的Yahoo Messenger for Mac,这是一款专门为Mac设计的聊天软件,它可与WLM互通,并包含最新的语音聊天功能.
* Free voice conversations with other Messenger users on both Mac and Windows.
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EASTERN SIERRA CONNECT BROADBAND REGIONAL CONSORTIUM
UPDATE on local Broadband Access
KV Sun 6-6-2012: http://goo.gl/zwbV4
ALL VALLEY SATELLITES OFFERS LATEST IN TECHNOLOGY
“It’s faster than anything the Valley has had to this date,” Wilson said. “I believe it’ll be a long time before we see anything faster,” she said excited about the product. According to Wilson, customers who have come in to see a demonstration of the speed and accuracy of Excede have equally as excited about it. The system offers a 12 mbps (megabytes per second) download with up to 3mbps upload capacity. The plans available vary according to the customers’ needs. To find out more about Exede and the other services at All Valley Satellites, call (760) 379-3474 and ask for Diane. MORE: http://www.exede.com/
Kern Valley Wireless Inc. is a Wireless High Speed Internet provider serving the Kern River Valley. Our service provides very fast, high capacity low latency Internet. What that means is with our service you can stream movies, play online games, browse at lightning fast speeds, send and receive large files...the list goes on. We are NOT satellite, we connect to the fiber pipe in Bakersfield, We ARE local...No contracts and no monthly monitoring of how much you use...we took everything you hate about the other companies and just plain didn't do it.
From the Wednesday, May 2 KRVR Monthly Community Meeting
The second Regional Broadband Workshop, hosted by the Eastern Sierra Connect Regional Broadband Consortium, took place in Palmdale April 26. Attendees from Mammoth Lakes to San Francisco to Los Angeles represented various concerns in the effort to bring the digital age to the Eastern Sierra region. Agencies represented included the California Public Utilities Commission, Inyo, Mono and Kern counties, Kern River Valley Revitalization, United States Department of Agriculture, and various utilities, tribal organizations and Internet service providers.
A previous workshop had been hosted last August in Mammoth Lakes. Highlights of the April 26 conference include:
Robert Osborn of the CPUC demonstrated a new interactive map the PUC has come out with, showing broadband coverage in tiers, or different levels, by color. Of particular note are three tiers, identified as “served”, “unserved”, and “underserved” parts of California. Any broadband service that is measured at 6 mbps or less is considered to be unserved or underserved.
Mr. Osborn demonstrated how the map works. By way of example, he typed in an Onyx address, and the map revealed Onyx to be an “unserved” area. (The map cannot be accessed via dial-up modems and is not active once downloaded or saved to a computer hard drive.)
The URL for this map, which should be active by the first week in May:
Larry Ortega, representing One Million NIU (New Internet Users), spoke on the need for expanded broadband capabilities. He cited as example a video of a cyber bully incident that took place in Whittier and which had been recorded on a cell phone and posted on the Internet. As a result, it was turned over to the school’s principal and the bully was able to be apprehended.
Christine Nutting, Project Director for the San Joaquin Valley Regional Broadband Consortium, spoke on the specific need for Telehealth and Telemedicine technologies in the digital age. At present, the San Joaquin Valley will receive $150,000 per year for the next three years to provide broadband capabilities to unserved and underserved SJV communities. (Eastern Kern County is not part of this campaign.)
Mediacom: Richard Rowe distributed copies of an email from Mediacom’s Tomas Larsen indicating Caltrans wants Mediacom to provide a “detailed constraints map” for the fiber cable needed to complete broadband connections along SLR 178 between Onyx and Inyokern. Mediacom’s position is that until they can produce such a map, which would cost Mediacom over $200K, there’s nothing they can do.
Digital 395: In contrast to Mediacom's meager efforts, engineering from Barstow to Reno is now complete. Equipment bids are completed, vendors secured and contracts awarded. Construction in Nevada is scheduled to begin mid-May of 2012. California will follow, as final needed permitting is acquired. Staff is working to speed up the few remaining issues with the USFS, CDFG and NTIA so construction can commence.
Inland Empire: Communities in San Bernardino and Riverside Counties have formed the Inland Empire Regional Broadband Consortium, effective, April, 2012.
This was the second such progressive workshop in the past twelve months. It was well-attended and well hosted, including breakfast followed by a wonderful hot lunch.
Kern Valley Wireless http://goo.gl/JYwUA
Local businessmen Tony Bohn &
presented Kern Valley Wireless’ broadband capability and its timetable for providing service in the Kern River Valley. The microwave link into Bakersfield is up and running, routers switches and access points are in place and transmitting, billing server up and we are ready to take orders. Currently we have deployed service to customers in Weldon, Southlake, Mt.Mesa, Lake Isabella, Wofford Heights and Kernville. Our main Bakersfield router is seeing about 17Mbps at peak usage out of 50Mbps we currently have provisioned in our system. We are working on adding a Canopy system (access Point) in the Kernville area to reach customers that can't see our Rocky Point unit. This we hope will be done toward the end of April. More information: www.kvwireless.com (760) 376-2246 MORE INFO: http://goo.gl/JYwUA
Much of the region between Carson City, Nev. and Barstow, Calif. has limited, insufficient broadband middle-mile capabilities. The telecommunications system is dependent on decades-old telephone infrastructure, leaving wide swaths of the Eastern Sierra region of California and Nevada underserved.
The Digital 395 Middle Mile project is building a new 583-mile fiber network that will mainly follow the U.S. Highway 395, a major transportation corridor between Southern and Northern California, which passes through Nevada.
The project’s service area encompasses 36 communities, six Indian reservations, two military bases, 26,000 households and 2,500 businesses. In addition, 35 public safety entities, 47 K-12 schools, 13 libraries, two community colleges, two universities, 15 healthcare facilities and 104 government offices will also be served, as well as the Sierra Nevada Aquatic Research Lab, the White Mountain Research Station and the California Institute of Technology Owens Valley Radio Observatory.
Unused, high-capacity fiber will be available to the region’s last mile providers to expand or enhance service to households and businesses, as well as to government agencies or carriers seeking local or long haul transport.
Entrepreneurs across rural America know how essential access to high speed Internet is to business success. Washington policymakers have taken a step toward addressing broadband access through the Connect America Fund. To learn more, go to http://goo.gl/ZQJhL
Mediacom Update on the Project to connect the KRV to Inyokern:
On 4/24/2012 2:19 PM, Mediacom VP Thomas Larsen wrote:
We actually had a call with the project team yesterday, so I am up to speed on where things stand. The basic issue is that Mediacom and BLM think the fiber should run in the “disturbed” area adjacent to the roadway (approximately 3’ to 10’ from edge of the pavement). There is no natural habitat in this area (boulders, trees, etc.) and the ground is level.
Caltrans wants us to locate 5’ inside the right of way. This would mean our fiber would need to be placed anywhere from 30’ to 200’ off of the center of the roadway along the fiber route. It would make construction significantly more difficult from a practical perspective (boulders, trees, uneven ground) and a biological perspective (disturbing to natural habitat).
Because our application showed the fiber route going 3’ to 10’ off the roadway, Caltrans has rejected it. Caltrans has indicated they will reconsider our fiber route proposal if Mediacom completes a “detailed constraints map” that shows precisely where the fiber will be installed along the fiber route. This is going to delay our project and add over $200k more to the total project cost. What started out as a $750k project is now going to cost an estimated $1.75M to complete.
All that being said, Mediacom is continuing to work on trying to satisfy Caltrans’ request for additional data. Once we complete the detailed constraints map, it will be back in Caltrans’ hands.
Broadband access to the Internet is a hot-button issue for the Kern River Valley – both for businesses and individuals. Broadband is better than dial-up modems because they transmit information dramatically faster and are more responsive. Both the Kern River Valley and Kernville Chambers of Commerce, KRVR and County agencies have been working to improve the valley’s broadband access as has the State of California.
As part of Executive Order S-23-06 (November 2006), Governor Arnold Schwarzenegger created a 21-member California Broadband Task Force composed of public and private stakeholders with the expertise to advise policymakers on a framework for making California a global leader in the telecommunications revolution.
The Task Force started by mapping the state.
Portion of the map of California broadband access, with arrow pointing to the Kern River Valley
MCC is a subsidiary of Mediacom Communications Corporation (Mediacom). MCC plans to construct 32.3 miles of underground fiber optic cable, a middle-mile backbone connection, along State Highway 178 between its Ridgecrest and Lake Isabella systems. Ridgecrest has sufficient circuit capacity and, via this new middle-mile construction, will allow MCC to deliver high-speed Internet to unserved homes in the Lake Isabella system. In addition, replacing the two existing analog node networks with the new fiber-optic line will end the need for MCC to lease circuits (currently at capacity) from local exchange carriers. This project will be able to deliver service to 9,179 households covering an area of about 44 square miles in 16 CBGs at average speeds starting at 3 Mbps download and 256 Kbps upload to as much as 20 Mbps/2 Mbps, depending on a customer’s choice of rate plan. MCC commits to a one-year introductory offer of its Mediacom Online stand alone product at 8 Mbps/768 Kbps for $29.95. The 40% CASF subsidy for this middle-mile project is $285,992 of the total project cost of $714,979.
California Interactive Broadband Map
A tool for California citizens to find and investigate broadband services in their area. The Map displays all of the broadband providers offering service within the area around a particular address. The data currently displayed represents the situation as of 6-31-2011. The map will be updated approximately every 6 months.
FCC Consumer Broadband Test
The purpose of the Consumer Broadband Test is to give consumers additional information about the quality of their broadband connections and to create awareness about the importance of broadband quality in accessing content and services over the internet. Additionally, the FCC may use data collected from the Consumer Broadband Test, along with submitted street address, to analyze broadband quality and availability on a geographic basis across the United States.
The California Broadband Task Force found that:
- 96% of California residences have access to broadband (better than nearly anywhere else in the US).
- 1.4 million mostly rural Californians lack broadband access at any speed.
- Barely more than half of Californians have adopted broadband at home.
- Only half of Californians have access to broadband at speeds greater than 10 Mbps
- (including both upstream and downstream speeds).
- Broadband infrastructure is deployed unevenly throughout the state, from state-of–the-art to nonexistent.
In the Final Report of the California Broadband Task Force (January 2008), the California Broadband Task Force concluded that broadband has become a piece of "critical infrastructure" for the state and that government should get involved in funding its further deployment.
The California Broadband Task Force believes that increasing both access to and use of broadband will build economic capital, strengthen public safety resources, improve living standards, expand educational and healthcare opportunities, and raise the levels of civic engagement and governmental transparency. In addition to growing consumer needs, business, research, government, education, library, healthcare, and community institutions require high-speed connectivity to:
- Share information;
- Promote environmentally friendly technologies such as telecommuting, video conferencing, and high-quality video collaboration;
- Provide distance-learning opportunities;
- Enable remote analysis of medical information; and
- Foster a greater civic discourse.
In its final report, the California Broadband Task Force concluded that broadband has become a piece of "critical infrastructure" for the state and that government should get involved in funding its further deployment.
The Sierra Business Council (SBC) is the only business organization serving the entire Sierra Nevada region. SBC is a nonprofit association of 700+ businesses, agencies, and individual members committed to promoting a new perspective on regional wealth while emphasizing collaboration in planning and policy making. SBC's mission is to pioneer innovative approaches to solutions to foster community vitality, environmental quality, economic prosperity, and social fairness in the Sierra Nevada.
In its workshops, conferences and studies, SBC sees the importance of Broadband to Sierra communities, such as the Kern River Valley. The SBC document Investing for Prosperity: Building Successful Communities and Economies in the Sierra Nevada points out that in just a few years the Internet has become the knowledge worker’s supreme tool, providing numberless benefits only touched on below. It will inevitably become more essential with time.
Although rural areas now approach the national average in Internet use, in broadband connections they are falling further behind. Recent growth in Internet use among rural households has been strong enough to bring their rate of Internet use almost up to the national average (Figure 1 below).
However, in broadband connections, rural households fall short of urban households, and the gap is increasing (Figure 2 above). The digital divide in rural California is striking when compared to nearby metropolitan areas, such as the Bay Area which has the highest penetration of Internet usage in the nation.
The Internet virtually eliminates two critical barriers to rural development: distance from major metropolitan centers and low information flow. The Federal Reserve Bank of Kansas City states that telecommunications is crucial for rural areas to attract and retain residents and businesses, and to sustain themselves in an ever changing economic environment. Using the Internet, a Weldon rancher can market cattle directly to buyers; a graphic artist in Wofford Heights can design publications for a customer in another state; and a fly fishing or rafting adventure outfitter in Kernville can attract clients from all around the world.
Economists say that the real benefit of the Internet is that it increases productivity, which translates into lower transaction costs and improved economic efficiency. These benefits are seen not just in “new economy” sectors, but in “old economy” sectors such as manufacturing, sales, education, financial services, government, health care, and transportation. This means that broadband can benefit any community, whether its economy is dependent on tourism or timber, manufacturing or government.
But beyond existing sectors, broadband Internet service provides the opportunity to diversify local economies and increase local incomes. Using the Internet, people can improve their skills and qualify for better-paying jobs. Business owners can get ideas for new products and research whether a new business concept is viable. Access to broadband Internet protects jobs in small businesses – over 90 percent of all firms in the Sierra – by helping them compete more effectively in today’s economy.
Cleaner air results as people who once drove to work, to shop, or to take a class can now do all these things online from home. The Internet also enables a community to move its economic base toward sustainable industry, industry that generates little pollution, industry that trades in knowledge, information and innovation.
All that is why Broadband Internet access is so important to the economic future of the Kern River Valley.
Currently, the availability and quality of Broadband in the valley is limited at best and unavailable to many would-be customers. In many areas, people have to rely on old copper wire phone lines that make even slow dial-up even worse as an Internet Connection. Satellite options, like Hughes.net and WildBlue, are expensive and slower than DSL or cable modems.
Broadband speed test from Wofford Heights, showing the relative speeds.
Mediacom cable modem being fastest currently available in the KRV.
Verizon Phone company (Verizon Wireless is a separate company) offers DSL phone line connects, but in only a very limited area in Lake Isabella and South Lake. Verizon’s 20th Century Microwave-based system is nearly maxed out, both for Broadband and regular phone connections. Mediacom provides some customers with much faster cable modem connections, but since they are using Verizon T-1 lines to provide that, their service can’t be expanded or improved. Mediacom has a waiting list for new cable modem Internet customers.
KRVR has a Broadband subcommittee, chaired by KRVR Board Members Mike Ludiker and Debbie Hess to facilitate improvement in the valley’s broadband future. Together with representatives of both KRV Chambers of Commerce, their frustrating meeting with representatives of Verizon phone company was reported in the Kern Valley Sun (6-11-08): Verizon gives little hope for more Broadband service in the Valley.
But, if Mediacom has its way, that is soon to change.
At the August 6th KRVR Community Meeting, Mediacom representatives explained a plan that may soon greatly increase the KRV’s broadband access. Prodded by the coming 2009 shift to digital TV for its cable TV customers and evidently operating with a different corporate attitude and economic bottom line, Mediacom is planning to put in a 31.6 miles underground fiber optic cable from Onyx to Inyokern, connecting its existing fiber optic cable system in the KRV to its existing facilities out of Ridgecrest.
Once it has a fiber optic cable to Inyokern in place, Mediacom would no longer need the 28 T-1 lines it leases from Verizon in the KRV, freeing those up for nearly maxed-out Verizon’s own use as explained by Mitchell Grubbs, Mediacom’s Director of Technical Operations for the Mid-Atlantic/West Region here from Dagsboro, Delaware. Anthony Sobieski,Mediacom Technical Operations Supervisor for Ridgecrest/Kernville reported on the particulars of the proposed fiber optic line.
Those in attendance at August 6th KRVR Community Meeting were pleased that the proposed fiber optic line will be underground (not on poles with over-head lines). It will run within California Dept. of Transportation (Caltrans) HWY 178 right-of-way and on Bureau of Land Management (BLM) land. Caltrans has a right-of-way considerably wider than the existing roadway, which won’t be affected. Mediacom representatives Grubbs, Sobieski and Mediacom general manager Maury Lee declined to say just how much the Mediacom fiber optic cable project would cost; only that it would be considerably less than the $8 to 9 million figures Verizon was throwing about at the June meeting in the KRV. Part of that is because the line is shorter, since Mediacom has fiber optic lines around the KRV and out to Onyx as well as close as Inyokern from Ridgecrest – less than what Verizon would be required to put in.
In answer to inquiry by Wofford Heights resident Win Lievsay (an Information Technology expert from Orange County), Mitchell Grubbs said that Mediacom is exploring the State grants available as incentives to improve broadband access. But he reaffirmed that Mediacom is committed to the project with or with independent financial assistance. ‘It just makes good business sense for Mediacom’ he said.
Anthony Sobieski explained that Mediacom had commissioned both Archeological and Biologic studies for the route, as requested by Caltrans. They expect those studies be submitted any day now. Once completed, Mediacom will submit its application(s) to BLM and Caltrans. . The proposed line goes through 2 BLM field offices (Bakersfield & Ridgecrest). Once approved (and there is a queue for the backlog of projects being reviewed), Mediacom’s proposed fiber optic line could be completed in 4 months.
According to Mitchell Grubbs, once completed the current waiting list would be fully accommodated and Mediacom will be able to serve every customer that has access to their cable TV lines who wants a cable modem Broadband connection. And the speed and ‘quality of service’ will be greatly improved, so that ‘Voice over Internet Protocol’ (VoIP) phone services (like Vonage) could be used by valley residents as well.
So, 2009 should be a good year for Kern River Valley Broadband access.
KRVR voiced enthusiastic support for Mediacom’s fiber optic cable plans and voted to submit letters of support when needed to whatever agency, should Mediacom wish to show the approving agencies that it has broad community support in this project.
Watch here for NEWS and if needed, where to write to facilitate review of Mediacom’s application.
Because of spammers, we’ve had to make it hard to post things to our Community Forums. To post, you have to ‘register’ as a user, then post a message & wait till the moderator (usually the KRVR.org website administrator) to approve the message. We had to do this when spam attacks went over 700 per day!