The culture we live in has been going through rapid transitions. The most drastic change that every demographic is experiencing is “smart” technology impacting every area of our lives. Most working adults and school kids are required to be on a computer for longer than ever before. There are some very crucial, basic truths and solutions to long-term tech use that all families need to have fair access to, information that the Telecommunications industry does not make widely available or clear.
Wireless technology emits a light wave that is commonly known as non-ionizing radiation or “EMF” (electromagnetic fields which have varying frequencies that interact with living beings in different ways). This radiation is divided into two categories based on their frequency across the electromagnetic spectrum: non-ionizing and ionizing. EMF's are RF (Radio Frequency) waves that carry data used in wi-fi, bluetooth, and cell phone signals. The dividing line between non-ionizing and ionizing radiation occurs in the ultraviolet part of the electromagnetic spectrum as lower energy moves into higher energy frequencies. Non-ionizing radiation is emitted from devices such as smart meters, cell phones, tablets, wi-fi routers, and those that use bluetooth. Non-ionizing radiation occurs on the lower end of the spectrum, where there is insufficient energy to cause ionization. This radiation does not have enough energy to remove electrons from atoms or molecules of materials such as air, water, or living tissue.
Radiation was once identified as the kind that heats, known as ionizing radiation. Ionizing, because it strips electrons from ions, makes them volatile and thus causes a thermal reaction. A microwave oven is an example of this. Even though the non-ionizing form of radiation is non-heating, it has proven to be extremely harmful. Cumulative impacts of non-ionizing radiation have been researched and results showing causation of negative health impacts are conclusive. Non-ionizing radiation was first identified as harmful after the nuclear meltdown in Chernobyl, Russia. Succeeding the nuclear reactor leak, there were subsequent impacts on surrounding life such as mutations of plants, animals, and humans. The scientific community concluded that non-thermal radiation is not only cumulative but harmful. At that time, the EPA was relieved of its duty to monitor radiation levels from cellular and wireless technology. Instead, the FCC was given full authority to monitor health impacts and set safety standards in the United States for non-ionizing radiation. Have they done a good job at protecting the people? What, if any, safety standards have been implemented about wi-fi use in classrooms, hospitals, and other places? The public at large is not informed about prevailing dangers and risks.
Our bodies accumulate non-ionizing radiation and slowly, but surely, symptoms arise. It confuses our bodies, making us think we are in bright daylight, throwing off our biological clock and the important functions it has. Thousands of independent peer-reviewed studies have shown EMF radiation to be hazardous to human health. EMF radiation can cause depression by disruption of circadian rhythm, cell bifurcation leading to tumors, and endocrine system disruption. The studies are plentiful.Children are more vulnerable to disruptions and behavioral and sleep disorders are the first signs of radiation overwhelm. Eventually, everyone becomes EMF sensitive after long-term exposure and many have developed cancer and other chronic diseases.
One of the most important things we can do to help our family transition into safe tech use is to use ethernet/wired internet at home and work. We can also keep cell phones on airplane mode when not in use. Turning off phones and all wi-fi at night can greatly help those with sleep issues. It's our responsibility to teach our children about phone safety and the appropriate time to introduce phones to them, which is ideally when they are mature enough to be able to drive and hold a job.
Even when wired, screens cause bodily disruptions from the blue light they emit. Blue light is so close to ultraviolet light on the spectrum that, like non-ionizing EMF, it confuses the body, making it feel like the sun is above and shining bright anytime our eyes look at a screen. This has caused a wide variety of conditions over time, including retina damage, melatonin suppression (causing insomnia), memory issues, and over-stimulation of the neurons of the brain (leading to neurotoxicity). Apps can be used to dim screens to more natural lighting, though can't block out the blue entirely.
So, with all this in mind, and seemingly no way around using smart tech for most people, how can we stay connected to nature and allow ourselves to grow and live in tune with our natural rhythms? One of the simplest ways is to take more time grounding/earthing and less time on screens.
Grounding/earthing involves walking barefoot on conductive surfaces of the Earth, such as grass, sand, and soil. Wood, asphalt, rubber (like on the soles of shoes) and vinyl are not conductive. Similarly, being barefoot near running water helps us breathe in and be exposed to negative ions, which also help ground and re-calibrate our electromagnetic selves. Grounding helps decrease inflammation dramatically in ways no pill can. The transfer of negatively-charged electrons from Earth's surface to the body neutralizes the positively-charged, destructive free-radicals that cause inflammation. Inflammation, by the way, is the root of all chronic diseases. Natural healing modalities like Chinese Medicine (acupuncture, massage, herbs, and cupping) also help balance our body's cycles and relieves inflammation significantly. Chinese medicine revolves around the electrical nature of the human body and has developed a system to defuse the electricity accumulation that leads to disease.
It's clear that the newest devices and smarter technologies come at a drastic price: our family's long-term health. With 5G (the smallest and fastest light/radiation wave technology) being introduced across the globe, the radiation is being turned up more than ever. This next generation of cell phone technology will be on a new bandwidth spectrum of radio waves. This will be the 5th generation, hence why it is referred to as 5G. 5G is the size of the radio waves being used for the transfer of information. Radio Frequency carrier waves, for instance, carry AM radio at nearly 1,000 feet in height and FM radio at about 10 feet in height. This unique and new radio frequency carrier wave is only a millimeter in size, which is much smaller than our current technology, and is the smallest radio wave size ever utilized (5G is less than the width of a penny, which is 1.5 millimeters). These high frequency, tiny wavelengths absorb into the body like microwave radiation, unlike 2G, 3G, and 4G technology, which passes through the body. The 5G network is designed to provide faster downloads, stream movies, wireless virtual reality, in addition to being the platform for the Internet of Things, where all household devices are connected to this system wirelessly for remote control. While there may be limited medical applications, 5G will mainly be used for more immersive entertainment and surveillance with much greater public exposure, especially in Smart Cities.
To propagate 5G's small waves, cell towers are erected with an infrastructure that requires a small cell tower every few hundred feet. The technology has been noted as potentially harmful, specifically, if you are located near a "small cell." Unfortunately, this can be erected anywhere - on your front yard, street lights, utility poles, traffic lights, or at your children's schools. Proximity to these new cell towers is a growing concern, and many independent and unbiased studies have raised alarms concerning this technology. The FCC has estimated over 800,000 new “small” cells to be installed throughout the USA. Along with this, many newer smart phones are 5G capable, and within the next year, there will be no escaping it. 5G, however, also depends on people being conscious enough to not use it, because our 5G enabled devices pick up on the signal of the closest devices to them that also have 5G (or whichever small cells are nearby). We must keep this in mind and boycott all 5G technologies so our lives and the creatures around us are not affected by radiation powerful enough to split and mutate DNA.
The bottom line is, the more that we are disconnected from Earth's natural frequency, called the Schumann resonance, the more sick people become. This explains several pandemics that occurred throughout the past few centuries as electromagnetic frequencies were shifted and non-ionizing radiation became more prevalent.
There are many great resources to help your family be informed and connected to natural balance and health. Simple dietary changes make a huge difference for our constantly adapting bodies, such as replacing toxic, overly processed and inflammatory foods (like cane sugar, pasteurized/homogenized dairy, and gluten) with local, farm fresh products. Stable saturated fats and choline from egg yolks and liver may be highly protective from the damages of EMF's. Cilantro and many types of seaweed also help detox heavy metals. Irish sea moss gel and capsules are wonderful superfood supplements that provide all the essential minerals we need while helping us detox from radiation and other toxins. Check out this video if you'd like to learn how to make sea moss "power gello" to make this supplement more fun for your kids: https://www.tiktok.com/@elatedfamily/video/7318179251369381162.
Nutrition from sources the Weston A. Price Foundation recommends strengthen the brain, heart, and cell membranes to provide considerable immunity. Together, we can be knights in shining armor for our humanity!
Environmental Health Trust
Physicians for Safer Technology
Weston A. Price Foundation
Nourishing Traditions Blog


When: October 23-25, 2019
Where: AAAS Headquarters, 1200 New York Ave NW
Washington, District of Columbia 20005
At the AAAS Science and Human Rights Conference, participants will learn from successes and challenges of collaborations between scientists, engineers, health professionals, and human rights defenders; identify emerging needs and opportunities; and help set the agenda for future collaborative action and impact. The conference is hosted by the AAAS Science and Human Rights Coalition, a network of scientific and engineering membership organizations that recognize a role for science and scientists in human rights.
Marking the Coalition’s tenth anniversary and looking forward to the next ten years, sessions will share innovative developments and applications in science and technology that can support the efforts of human rights practitioners, as well as those that tackle human rights challenges associated with the conduct of science and application of technology.


Drone technology is the latest innovation in surveying and mapping, enabling detailed and real-time data to be captured and visualised in an instant.
At Drain 247, we’ve invested in drones and we have deployed our new drone surveying and mapping services across a variety of applications and sectors. These drones can capture and record high-definition footage from an aerial view without the expensive costs of hiring specialist aircraft.
The great thing about drone technology is that it can be deployed almost anywhere and the use cases are limitless.
Wherever you may need a visual inspection, whether it’s assessing the extent of a flood, checking on the conditions of derelict holding tanks, or even inspecting the gutter pipes on high-level buildings, our drones can handle all of this and more.
Drain 247 are specialists in surveying and mapping and we stay at the forefront of our sector by continually investing in our teams of engineers and also the equipment that they use. Our drones enable our engineers to carry out drone surveying and inspections in real-time. Utilising drone technology is a much quicker and safer process for surveying land, infrastructure, riverbeds, culverts, and more.
All of our drones are equipped with high-definition cameras that have the ability to rotate and pan footage in real-time. This gives us more control over the camera and enables our engineers to carry out inspections in greater detail. These drones are also equipped with powerful motors and GPS technology, enabling them to cover long distance surveying.
As a result, we can capture more data and create better visualisations for our clients.
Our engineers will capture high-resolution images of the interior of the pipework and provide a detailed easy-to-understand comprehensive report.
Drones are highly versatile equipment as they can effectively replace manpower with technology. In situations where you wouldn’t be able to fit a person into a confined space or if there is a hazardous area, drones can fly in instead and the engineers will be able to carry out the inspection through the drone.
As our drones have a very small footprint, they are able to access all types of confined spaces, hazardous areas, and infrastructure that may have been too high or too risky to inspect.
Here are some of the applications where we can carry out drone surveying:
Culverts are often a source of potential health and safety risks, particularly culverts that haven’t been maintained or looked after. One of our most popular services is culvert inspection with drones.
We’ve found that many culverts may not have had in-depth surveys carried out because of the health and safety risks involved. As a result, there may be vital data that is missing from the drainage plans.
In situations where culverts are blocked, partially blocked, or a fault is present, drone technology can be deployed to safely navigate through the culvert in order to carry out visual inspections and identify sources of problems.
Drain 247 are market leaders in drone surveying and inspection services for an array of applications. We provide our clients with fast, detailed, accurate, and comprehensive data from the high-resolution images captured from the drone.
Our specialist engineers are fully trained and qualified in utilising drone technology to carry out comprehensive surveying and inspection services. Most drone surveys will only require one qualified and trained engineer with all of the relevant licenses on-site which saves time and money.
We pride ourselves on the quality of data that we can gather using drones. Using the latest drones to carry out inspections enables our engineers to thoroughly capture every inch of the infrastructures, buildings, land, culverts, holding tanks, and many more.
We always strive to provide our clients with the detailed and high-quality data they need to make informed decisions.
Here are some of the benefits of our drone surveying & mapping services:
If you require a drone survey or mapping, call us on 0800 612 8038. We are specialists in drone inspections and we have the technology to quickly and safely inspect your building, land, or infrastructure.
Contact our friendly team of engineers today and get a fixed price quote for your requirements.


Our TO.GO transmitters are small but mighty and are the most important element of an install for the end user, allowing them control of their system by a simple click of a button.
Over time, Benincà have improved the TO.GO transmitters and previous editions such as the TO.GOWV have been discontinued and made way for the new TO.GOVA transmitter, available in both 2 and 4 button options. The TO.GO2VA and TO.GO4VA are super secure with 128bit advanced rolling code technology.
ARC Technology: Delivering higher levels of security and reliability.
Thanks to the length of its transmitted code, our new 128bit Advanced Rolling Code (ARC) provides maximum security. Compared to the older 64bit rolling code, the new ARC technology offers a transmitter that is virtually impossible to clone.
The TO.GOVA transmitter is equipped with dual coding, which means it can be set to Advanced Rolling Code (128bit) and standard Rolling Code (64 bit).
As standard, the TO.GOVA comes with 128bit encryption, so is suitable and requires no adjustments for new installs. However, a common issue flagged by installers upon purchasing a new 128bit transmitter, is that the new transmitter is not compatible with existing and older equipment which is set to 64bit. The dual coding solves this problem, allowing the installer the option to switch the transmitter to the required 64bit code (HCS), with a simple two button sequence.
The video below gives instructions on how to change a TO.GOVA code type:
As you can see from the video there are some simple steps you can perform to switch the TO.GOVA code type, however, if you do have any further questions our technical team would be happy to assist.
You can also click to download the TO.GO Datasheet here!


Payment & Shipping Terms:
|Material:||Aluminium Alloy And Tempered Glass||Input Voltage:||AC100-277V / AC90-305|
|Led Chips Qty:||280 Pcs LUMILEDS SMD 3030||Beam Angle:||120 Degree|
|Driver:||UL DLC ETL Listed Original Meanwell||Logo Version:||Laser|
|Name:||200W 0-10V Dimmable UFO LED High Bay Lighting 480Volt 28000lm Waterproof Led Industrial Lights With 6500K||Wateproof Rate:||IP65|
round led high bay,
commercial high bay led lighting
200W 0-10V Dimmable UFO LED High Bay Lighting 480Volt 28000lm Waterproof Led industrial Lights with 6500K
|Item Name||200W 0-10V Dimmable UFO LED High Bay Lighting 480Volt 28000lm Waterproof Led industrial Lights with 6500K|
|Dirver||IP65 Meanwell HBG series|
|Led chips qty||280 pcs LUMILEDS brand led chips|
|Total Lumens||28000 LMS|
|Beam Angle||120 degree|
|Certications||CE ROHS SAA ISO|
1. 1060 pure aluminium fin type radiator,cooling effect more, fastening structure;
2. The radiator surface electrophoresis treatment anticorrosive performnce;
3. 5 years warranty,life-time maintainence at cost price;
4. High lumen imported LUMILEDS SMD 3030 led chips, Lumen efficacy>140LM/W, energy saving and better illumination effect;
5. Protection Grade: IP65 waterproof;
6. Beam Angle:120 Degree.
7. Light transmittance: >95%, PF>0.95, RA>80;
8. Different dimmer way, such as 0-10V, PWM and Controlled silicone;
9. Black color with round shapes, Internal dirver or external;
10. Application: Indoor high industrial factory building,gymnasium,workshop,equipment manufacturing factory,warehouse,workshop,ceiling lighting.ect.
A: Yes, we welcome sample order to test and check quality. Mixed samples are acceptable.
A:Sample needs 3-5 days, mass production time needs 1-2 weeks for order quantity more than
A: Low MOQ, 1pc for sample checking is available
A: We usually ship by DHL, UPS, FedEx or TNT. It usually takes 3-5 days to arrive. Airline and sea shipping also optional.
A: Firstly let us know your requirements or application.
Secondly We quote according to your requirements or our suggestions.
Thirdly customer confirms the samples and places deposit for formal order.
Fourthly We arrange the production.
A: Yes. Please inform us formally before our production and confirm the design firstly based on our sample.
A: Yes, we offer 5 years warranty to our products.
A: Firstly, Our products are produced in strict quality control system and the defective rate will be less
Secondly, during the guarantee period, we will send new lights with new order for small quantity. For
defective batch products, we will repair them and resend them to you or we can discuss the solution i
ncluding re-call according to real situation.
OEM and ODM is high wecome! Our factory also can customize with client's requirments.
Contact Person: Alice


Vpn enrutador raspberry pi 3
SCREENSHOTS Screenshot 1 – The Desktop when the Raspberry Pi official 7 inch touchscreen is used (RaspAnd Build 171220) Screenshot 2 – Running YouTube in the Jelly Browser when the touchscreen is Installing Headless Minimal Raspberry Pi OSRaspAP WiFi Configuration Web Portal Installation Raspberry Pi with ARM processor. Linux distribution like Raspbian or RaspBMC. Up to date software packages. Visit your CyberGhost VPN online account and login with your Premium Username and Password. Click on 'My Devices' then 'Other'.
Red de comunicación XBee entre minicomputadora .
Un cable Raspberry Pi. Para ello puedes seguir el punto 3 de este tutorial. Raspberry; Router. 1b. Configuración previa (VPS); 2.
Interconecta todos tus dispositivos usando tu propia VPN en .
Attach a ethernet cable for network. Raspberry pi 3. version: '3' services: homeassistant: container_name: homeassistant image: homeassistant/raspberrypi3-homeassistant My current Raspberry Pi is running Raspbian Wheezy. If you were to refer to the Softether’s Linux setup page, it shows that you will need a plethora of libs and utils to get Softether to install on a Linux machine. Raspbian comes with it all. Eyes are everywhere online.
Cómo hacer un servidor Open VPN en Raspberry PI .
Turn it into a VPN server and enjoy safe browsing anywhere you go. If you wanted, you could install OpenVPN's Linux server on your Pi and tweak the configuration files manually, but there's an easier solution. A virtual private network, or VPN, is a vital part of online privacy and security. In short, if you're not already running one alongside your But what if you're using a Raspberry Pi? Most operating systems for the Pi are based on Linux; unfortunately, VPN providers don't VPN stands for Virtual Private Network The goal is to link two remote networks to make them appear as only one. Raspberry Pi and Synology NAS are mentioned on the download page.
Raspberry Pi Vpn Mercado Libre México
Eyes are everywhere online. The websites you visit often track where you came from and watch where you head off to next.
Configurar OpenVPN en docker sobre nuestra Raspberry Pi .
By using a VPN Raspberry Pi, you will be able to do much more than you could have possibly done before. To create a Raspberry VPN, here is what you need to do: Make sure your Raspberry Pi is up-to-date. 26/04/2019 4G Router; Either Raspberry PI 3B 1GB or Raspberry PI 4B 8GB; TP Link Router; My plan is to connect the Raspberry PI to the 4G Router via Ethernet and then with USB to Ethernet Adapter to the TP Link Router, where all my devices will be connected and have access to the Internet through the VPN configured on the Raspberry PI. Una cosa más en el router: debo hacer que todo paquete que llegue al puerto 1194 UDP sea dirigido a mi Raspberry Pi. Hecho (tampoco lo explico, si tienes dudas, googlea tu modelo de router). Instalando OpenVPN. Instalo OpenVPN: sudo apt-get install openvpn easy-rsa Se me instala la versión 2.3.4. Voy a generar las claves RSA. Cisco IPsec is the gold standard in traditional enterprise VPN and provides higher throughput with less overhead than L2TP. Once I had the software ironed out, it was time to buy the hardware.
Instalar servidor VPN en Raspberry Pi nosololinux
6. 7. 8.


The Time-Triggered Protocol TTP is a mature data communication
system that is low-cost and can handle safety-critical applications.
TTP has evolved from ongoing developments for more than 25 years.
During this period an open international discussion has taken place
to review the features and safety of the protocol.
Formal proofs, prototype implementation, and multi-million fault
injection experiments have been carried out to validate the protocol.
Based on those experiences, TTP is now used in commercial applications.
Based on stable specifications, TTP communication controllers have
been available since 1998. Qualified third generation silicon, supporting
communication speeds of up to 25 Mbit/s, is available today. This
high speed is coupled with efficiencies of up to 80%.
TTP enables innovation as it provides the consistent information
basis and safety mechanisms required for many new applications.
TTP provides hardware functions which guarantee safe communication.
This reduces the complexity and the verification and certification
costs of the application software. Certification typically accounts
for about 70% of a safety-critical system's cost. TTP has been adopted
by leading industry players due to its rigorous and cost-efficient
TTP provides the foundation for new levels of operational availability
and reduced life cycle costs. It enables flexible and modular design.
A library of proven, off-the-shelf modules can easily be customized
for new applications, reducing development cycle time, cost and
For example, the use of TTP may eliminate over half the wires in
an aircraft. This leads to lower costs for installations and upgrades,
reduces the weight, and increases the load-carrying capability.
The data bus communicates with all other components in real time,
giving pilots quick access to critical information.
Several chip models, a comprehensive tool chain for design, implementation
and validation as well as hardware boards and electronic control
units for prototyping are available for TTP. Please refer to Products.
A TTP Glossary
gives an alphabetically ordered overview of terminology related
to time-triggered technology. It explains definitions, acronyms,
and abbreviations found in technical documentation and product descriptions.
Filled with detailed information, it helps engineers to understand
the specific terms.
There also is available an Easy-to-Read


Where there are pipelines, there are valves, and where there are valves, there are actuators.
The function of the valve is to change the flow rate and direction of the fluid, and the electric actuator receive instructions from the upper computer and achieves these actions by controlling the valve. The electric actuator is a typical integrated product of machinery, electricity and communication. It is widely used in the fluid control field of the process industry, such as power plant, petrochemical, steel and other industries.
Actuators have been developed for many years and become relatively mature industrial products. There are many brands on the market. Today I will introduce HITORK® electric actuators produced by Hankun (Beijing) Fluid Control Technology Ltd.
There are three main advantages of HITORK® electric actuator summarized by a technicist in a power plant after using HITORK® electric actuators.
1. No leakage. The electric actuator he used before leaked lube after a while, especially the hand wheel part when the actuator was installed broadways causing worm gear fray. Because HITORK® electric actuators use special treatment for seals, after using it, the lube leakage problem was solved.
2. High accuracy. In some locations that require high precision, such as fans and desuperheated water, HITORK® electric actuators can basically correspond to commands and feedback, and make the system runs stably.
3. Meet various requirements. For high-temperature and high-vibration locations, Hankun provides split style electric actuators up to 150 meters away; for the easy-to-wet positions, we adopt an extended shaft to raise the actuator; some manual valves are directly converted to electric models through onsite processing.
Hankun (Beijing) Fluid Control Technology Company Ltd., a company with much experience of flow control, study others’ advantages and keep optimizing products aiming to manufacture the top three products in the world. Hankun is praised by its users after they have used HITORK® electric actuators. The company provides considerate service, such as selection, installation, debugging and solutions. If transformation is needed, it won’t be a problem for clients to worry about the size of electrical interface or mechanical interface. Hankun offers considerate service, adequate supply, short delivery time and quick replies.
Service establishes brand, reputation determines future. Welcome to visit our website: www.hankunfliud.com.


Quinhydrone electrode is a type of redox electrode which can be used to measure the hydrogen ion concentration (pH) of a solution in a chemical experiment.
Unless specified otherwise, MP Biomedical's products are for research or further manufacturing use only, not for direct human use. For more information, please contact our customer service department.
Used in pH determination (quinhydrone electrode)
|Alternate Names||Hydroquinone: benzoquinone 1:1 complex; p-Benzoquinone compounded with hydroquinone hydroquinone; Hydroquinone compounded with p-benzoquinone|
|Application Notes||Quinhydrone electrode is a type of redox electrode which can be used to measure the hydrogen ion concentration (pH) of a solution in a chemical experiment.|
|Base Catalog Number||156482|
|Beilstein Registry Number||3919222|
|Biochemical Physiological Actions||Quinhydrone/methanol treatment for the measurement of carrier lifetime in crystalline silicon substrates has been reported. Surface passivation of silicon substrates by quinhydrone/ethanol treatment has been investigated.|
|Molecular Weight||218.208 g/mol|
|Personal Protective Equipment||Dust mask, Eyeshields, Faceshields, Gloves|


Use code 50I9FU6E
Ever needed to light up your room and charge all your devices at the same time? Look no further, we’re presenting today our 50% off coupon code for a bedside lamp with USB ports. This is a deep, deep discount… especially considering this is in our tech category! You can pick one of these bedside lamps with USB charging ports up on Amazon for only $24.50. What a steal! Just use coupon code 50I9FU6E and you’re good to go.


New Zealand's Buzz Audio released its first commercial pro audio product in 1993. Owner/designer Tim Farrant's unique Class-A preamp was originally inspired by an ultra low-noise moving coil pickup circuit Farrant had developed during his broadcast engineering years. Lynn Fuston of 3D Audio was one of the first stateside engineers to extol the virtues of the hard-to-find Buzz MA preamp, which was later featured on his 3D Pre CD. Buzz Audio's handcrafted products are no longer hard to find, thanks to their well-established high-end reputation and worldwide distribution.
In 2000, Buzz introduced its ARC 1.1 analog recording channel ($3500) featuring a discrete mic preamp similar to that found in the MA series, a top-notch parametric equalizer, an optical compressor section drafted from Buzz' popular SOC 1.1 stereo optical compressor and a FET peak limiter. Outfitted with an immense array of controls and routing options, the ARC 1.1 is truly one of the most comprehensive and flexible recording channels available.
The Buzz Audio ARC 1.1 is essentially comprised of four separate sections: a microphone preamp, an instrument/line-level preamp, parametric EQ, and compressor/limiter. With the wealth of I/O connections provided, the ARC 1.1 can in fact be simultaneously used as four separate analog audio amplifiers/processors. On the rear panel are Mic Pre In and Mic Pre Direct Out jacks (XLR), Line In and Line Loop Out jacks (XLR), and a line-level Main Out jack (XLR). A front-panel high-impedance instrument jack (TS 1/4-inch) is also provided. The Line Loop connection provides a hard-wired copy of the signal at the Line In jack for daisy-chain/parallel-path purposes. Also on the rear panel are EQ In and EQ Out jacks (XLR), and Comp In and Comp Out jacks (XLR), as well as a Sidechain Insert jack (TRS 1/4-inch) and a Compressor Link jack (TS 1/4-inch) for stereo operation of two ARC 1.1 units.
The front panel of the ARC 1.1 is logically divided into three main sections: input/output amplification, parametric equalizer, and optical compressor/FET limiter. The mic preamp section features a Mic Gain knob (+9 to +50 dB of gain), a +15 dB gain switch, a +48V phantom power switch (with soft-start circuit) and a continuously variable 220 ohm to 5.5 k-ohm Mic Load control. The line amp input section features a Line Gain knob (0 to +40 dB of gain), -10 dB line gain switch, and a Balanced/Unbalanced toggle switch that selects between the rear-panel XLR line input and the front panel 1/4-inch instrument input.
The last part of the front-panel I/O amplifier section provides the controls that pertain to the signal sent to the rear-panel Main Out XLR jack. These controls are comprised of a Mic/Line selector switch, Output Attenuation/Gain knob (providing an additional 10 dB of gain if desired), a combo normal phase/mute/reverse phase switch, and a main path/sidechain path monitor switch. Also included in this section is a Clean/Tranny switch for switching in a custom-made audio transformer into the main path for added harmonic distortion and color.
The EQ section consists of a sweepable high-pass filter, semi fixed-frequency high and low shelving filters, and two bands of fully parametric equalization. Each of the five bands features a three-position In (main path)/Ext (external rear connection)/SC (sidechain path) routing toggle switch - see In Use for more on the ARC 1.1 routing options. The high-pass filter attenuates at 12 dB/octave, and features a variable cut-off frequency range (3 dB down) of 25 to 450 Hz. The high shelf provides up to 17 dB of boost or cut in two modes: Broad or Tight. As its name implies, the Broad setting is a wide, gradual curve that starts at around 1 kHz and flattens out around 20 kHz. The Tight setting is a much steeper shelf that rises significantly starting around 4 kHz and flattens out around 20 kHz. The real inductor-based low shelf provides up to 17 dB of boost or cut in a fairly gentle curve at a 60 or 120 Hz turnover frequency. The two fully parametric bands provide for up to 16 dB of boost or cut at continuously variable center frequencies of 30 Hz to 7 kHz (Band 1) and 160 Hz to 34 kHz (Band 2) at bandwidths ranging from .25 to 1.7 octaves.
The final section on the front panel includes the ARC's compressor and limiter. The optical compressor features a Drive control (aka threshold), a four-position Ratio control (2:1, 5:1, 10:1, 20:1), a three-position Attack switch (slow, fast, auto), a six-position Release control (1, 2, 4, 8 and 16 x 100mS, auto) and a Comp Makeup gain control (0 to +15 dB). The compressor also features a dedicated 12-step LED gain-reduction meter, a Pre-EQ/Post-EQ/EXT path selector switch and a Mono/Stereo link switch.
The peak limiter includes a 0 to +20 dB threshold knob, a three-position Release switch (Fast-100mS, Medium-750mS, Slow-2000mS), a three-position routing switch (In, Out, Ext) and a Limit operational LED. Rounding out the front-panel controls are a 12-step LED level meter plus Over LED, and a mains power switch with LED. The level meter can be switched to monitor mic or line input level in the main path (as determined by the master mic/line selector switch), the main path output level, or switched off.
From both a design and use standpoint, this is an engineer's recording channel: it is designed by someone with an obvious passion for audio circuitry and all the possible options afforded at each stage in the audio path, and it is best employed by recording engineers who appreciate being trusted with such a full range of control. Despite its 18 knobs, 24 toggle switches and 12 I/O jacks, I can picture Buzz' Tim Farrant sweating over which features he would have to cut out to fit the single-channel ARC 1.1 into its 2-rack space chassis. The first thing I did when I received the ARC 1.1 for review was to wire all its rear-panel jacks to my patch bay to maximize its routing potential. But before I get into the ARC's routing flexibility, I want to talk about how it sounds. In a word, fantastic.
The preamp is extremely quiet and pure, and its 15 dB gain switch (plus additional 10 dB available at the output stage) provides plenty of gain for even the quietest sources. The continuously variable mic impedance knob always enabled an excellent match with my favorite ribbon, condenser and tube mics (as well as an odd-ball assortment of dynamics). The not-so-subtle "Tranny" transformer switch added yet another colorful dimension to the palette, and its placement before the output gain stage allowed me to drive the transformer with the input stage to varying degrees while compensating for level at the output.
The EQ and compressor sections are as thoughtful and musical as the preamp section. The EQ section's two parametric mid bands can craft subtle or surgical changes across the entire audio spectrum, and the more limited control of the shelving and high-pass filters proved to be the perfect tools to effect quick, overall changes.
The optical compressor section also yielded excellent results, most notably in its ability to intuitively track bass and vocal performances with nary a hint of pumping. In one of the most brilliant strokes of circuit-design creativity, the ARC 1.1 essentially features three discreet audio paths to which individual sections (and individual EQ bands) can be routed: main, external and sidechain. It is by virtue of this flexible scheme and the inclusion of dedicated I/O per section that this single unit can be used to independently amplify and process up to four separate sources. In the short space I have left, I will attempt a reasonable explanation here, but I highly recommend checking out the well-written manual found on the Buzz website (www.buzzaudio.com) for in-depth info.
The main path is for the most "normal" use of the ARC 1.1 - i.e. as an all-in-one recording strip. This path routes the mic or line source into the EQ then compressor (or compressor then EQ) sections and out through the output gain stage and meter to the main output jack. Choosing the external path sends the compressor and/or limiter output signal to the rear-panel compressor output jack, and likewise, the selected EQ bands to the rear-panel EQ output jack. Setting any or all of the EQ bands to SC puts that signal into the compressor sidechain circuit, allowing frequency-dependent operation of the compressor.
In an extreme example of the ARC's flexibility, one could separately use the Buzz mic preamp via its direct I/O, the line or instrument input (with, say, the "Tranny" option, the high-pass filter and a band of EQ plus the peak limiter) through the main path, patch another source in and out of (any or all of) the remaining bands of the EQ section, and a fourth source in and out of the optical compressor. If you really want to get crazy, you can also send one of the bands of EQ to the compressor sidechain to have one instrument affecting the compression characteristic of the other! Of course you could also do that without sacrificing an EQ band by making use of the external compressor sidechain insert jack.
For me, a more common simultaneous scenario was to use the mic preamp patched into the EQ input (with the HPF set to Ext.) then back out into the compressor input and out to tape, alongside a DI on the line input routed through via the main path into the EQ and peak limiter and through the main out (with "Tranny"!) to tape. The one ommission on the ARC 1.1 - believe it or not - is its lack of individual EQ band on/off switches. In most cases, this is not a problem since bands can be taken out of circuit by simply setting them to S/C or Ext (assuming you are not using the EQ I/O). The only possible time this would be a problem would be if you have an EQ setting you want to turn on and off for A/B purposes and both the sidechain and the external EQ I/O are in use.
The Buzz Audio ARC 1.1 is by no means designed for dumbed-down, streamlined set-and-leave use, but neither is it unintuitive or difficult to operate. At its most basic operational level, the user will be rewarded with an excellent-sounding preamp, musically intuitive EQ and a smooth optical compressor section - everything one could want in a top-notch recording channel. For those with a more in-depth engineering sense (or those wanting to learn), the ARC 1.1 has the uncanny ability to instill in the user some of the same passion for audio creativity that so obviously went into its design.
[PAR Studio Editor Stephen Murphy has over 25 years production and engineering experience. His website is www.smurphco.com]


The intelligent and integrated control board
INTELLIGENCE THROUGH SOFTWARE
At Fisher & Paykel Technologies, we are constantly developing market-leading features that can be integrated into our customers’ products. This provides them with competitive advantages and innovative products.
Our HVAC solutions are equipped with a patented motor-control solution using Sensorless Sinusoidal Control. This control commutation ensures the smoothest torque delivery and accurate speed control, reducing motor noise level.
The motor controller uses a smart micro-controller that allows smart features such as Blocked Filter Detection and Self-Cleaning Fan Mode. This programmability can iteratively update the control software and tune the motor performance.
This motor platform continuously lets us develop new functionality and smart features, delivering tailored and optimized drive solutions for every HVAC application.
We engineered a drive solution with customization in mind to deliver tailored performance for every application.
- We can optimize the winding configuration, winding material and rotor design to meet each specific application’s noise, efficiency and performance requirements.
- We offer a range of control options to meet our customer’s noise, price and efficiency needs. We can flexibly change motor controller without making any physical changes to the motor.
- To make our motors integrate in your applications we can adjust the mounting configuration, shaft geometry and water sealing.
This revolutionary interchangeability allows us to find the best fit for your needs. Our manufacturing line is constructed to rapidly switch between different configurations to provide our customers with fast service and delivery.
The stator allows design flexibility
Rotor with unique magnetic design
During our extensive market and consumer research we found that noise is one of the key buying factors when people buy HVAC products. Using our thirty years of experience in magnetic design we developed a motor that is quieter than its competitors.
We have pioneered a unique magnetization method in the HVAC motor market and have invested many hours designing and testing the magnetization method for optimized performance of our internal rotor motors. The patented magnetization method ensures smoother flux transition and less torque ripple to reduce vibration – resulting in an extremely quiet motor.


The Leibniz Institute for Psychology Information (ZPID) has joined the European Association for Data Science (EuADS)1. EuADS is a network of experts of data providers and users and aims to bring stakeholders of data science together.
»Since our work is about managing bibliographic information and research data, we have gladly become a member of EuADS«, said ZPID director Michael Bosnjak.
EuADS is co-organizer of the European Conference on Data Analysis, which has just taken place in Wroclaw, Poland. ZPID employee Tanja Burgard attended the event, made new contacts and came across several topics of interest to ZPID: »Text and data mining, automated indexing of bibliographic metadata and Big Data are just a few keywords.«
If you are interested in further information about the conference program, please see http://ecda2017.ue.wroc.pl/2


The Zimmermann Telegram
The Zimmerman Telegram, sent from Germany to Mexico during WWI, was intercepted and decoded by the British early 1917. It took them approximately a month to send the decoded message to the U.S.
British intelligence decoded the message in Room 40 of the Birtish Admirality. They found that the message had been coded using the German simple substitution code system 0075, consisting of 10,000 words and phrases correlating to numerals 0000 through 9999.
The British were able to decode the message using the older, similar German simple substitution code system 13040 as reference for the cryptanalysis technique.
Examples of the 13040 code system includes:
Ganz geheim 17214


Intro to RF
A brief introduction to RF concepts, terminology, and components.
What is RF?
The short answer to this question is:
- RF or radio frequency is electromagnetic radiation used for wireless communication.
A bit of history
December 8, 1864
Scottish physicist James Clerk Maxwell presents his paper, A Dynamical Theory of the Electromagnetic Field, to the Royal Society in London, treating light as an electromagnetic wave.
Between 1886 and 1889 German physicist Heinrich Hertz succeeded in demonstrating that light and these electromagnetic waves were both a form of electromagnetic radiation obeying the Maxwell equations.
An electromagnetic wave is the propagation of an oscillating electric and magnetic field
When the oscillation frequency is in the peta-hertz range we see this as light
Sound waves in a gas or liquid are longitudinal waves and not transverse waves.
Transverse waves oscillations are perpendicular to the direction of energy transfer and travel.
Fields and Waves
electromagnetic radiation involves both electric fields and magnetic fields and the changing of these
A changing electric field generates a magnetic field, and a changing magnetic field generates an electric field.
This is known as an electromagnetic wave.
Inverse Square law
The energy decreases (divided by 4) as the distance r is doubled
If measured in dB would decrease by 3.01 dB per doubling of distance.
dB and dBi
- Gain is expressed in logarithmic units called decibels (dB).
- When gain is calculated with respect to an isotropic antenna, these are called decibels isotropic (dBi)
An isotropic antenna is a hypothetical antenna radiating the same intensity of radio waves in all directions. It is said to have a directivity of 0 dBi (dB relative to isotropic) in all directions.
In reality, a coherent isotropic radiator of linear polarization can be shown to be impossible.
Path loss may be due to many effects
- free-space loss
Path loss is also influenced by
- terrain contours
- environment (urban or rural, vegetation and foliage)
- propagation medium (dry or moist air)
- the distance between the transmitter and the receiver
- the height and location of antennas
The reduction in power density (attenuation) of an electromagnetic wave as it propagates through space
The change in direction of a wave passing from one medium to another or from a gradual change in the medium.
Reflection is the change in direction of a wavefront at an interface between two different media so that the wavefront returns into the medium from which it originated.
Frequency and Bandwidths
what these mean
- Frequency is the oscillation rate of the electric or magnetic field measured in Hertz and denoted as Hz
- Bandwidth is the difference between the upper and lower frequencies in a continuous band of frequencies. (usually measured in Hz)
Frequency modulation changes frequency along the bandwidth to encode information
Omni Directional are the most common
omni directional antennas might be broadcasting or receiving where you don’t want them due to placement
Directional (Yagi) Purposes
Yagi is for highly directional usage
Directional (Yagi) Caveats
directional antennas have side lobes and can broadcast or receive where you don’t want it


Flash Data Recovery
VenSys delivers solutions for the recovery of data from failed Flash Memory devices.
There are many different brands and manufacturers involved in these devices, too many to list here, however the different types of media that we are familiar with are below:
The similarities with these devices are in the use of NOR/NAND FLASH memory chips alongside a controller. This enables us to recover data regardless of who assembled and labelled the device.
We are one of the leading labs in the UK for the recovery of these devices and have unrivalled recovery rates which ensure that no matter what type of failure your Flash Device has suffered from there is over a 90% chance you will receive your data back.
Sony 4GB Micro Vault Tiny USB 2.0 USM4GH K9W8G08 091024 Corsair Flash Survivor GT 8GB Transcend JetFlash 168 8GB VD101M3MC03 SDTNIGHSM-4096 512 OCZ Mega-Kart 8GB AU6980 Imation Nano 1GB PQI i261 2GB USB 2.0 PQI U339 16GB USB 2.0 Sim Cards Sandisk Cruzer Micro 2GB PQI U339 2GB USB 2.0 TH58NVG3 1024 Apacer Handy Steno AH320 16GB Verbatim 95183 Store'n'go 2GB Memorex TravelDrive 2GB K9F2808 16 Sony 512MB Elite Micro Vault (USB 2.0) USM512E Lexar JumpDrive Secure II 2GB TC58NVG2 512 HY27UA081G1 128 HY27UT088G 1024 RamBo Ultra Disk Pro 8GB Kingston DataTraveler 100 4GB Shintaro Slide Pocket Disk 2GB K9W4G08 09512 Transcend JetFlash 2A 16GB Apacer Handy Steno AH421 1GB Sony USM4GJ Micro Vault 4GB OTI 006828 Corsair Flash Survivor 16GB OTI 002168T


How to provide resilient vehicle positioning ?
Reliable real time positioning is critical for any degree of autonomous driving.
Today, advanced driver assistance systems (ADAS) already make use of relative positioning to lane markings or to nearby vehicles to correct any inadvertent steering wheel impulse.
But the underlying technology is not always available: if for some reason the lane markings are not distinguishable, or if weather conditions hinder accurate detection of nearby vehicles, the driver is left to his own devices.
The same goes for absolute positioning: the vehicle's exact position is provided by GNSS receivers. But what about tunnels or narrow city streets ? GNSS becomes erratic or even blind. The driver can temporarily pursue his journey without exact positioning on his screen.
What is true for ADAS systems is a fortiori relevant for upcoming self-driving cars.
We at SYSNAV develop resilient positioning technology so that under all circumstances, vehicles may be able to pursue the journey with maximum safety.
Download our leaflet to learn more.


She Is Foundation has added the Dominican Republic to the She is an Astronaut program that takes girls to the NASA Space Center. The objective is to impact the lives of Dominican girls between the ages of 9 and 16 who live in vulnerable situations and promote careers in science, technology, engineering and mathematics.
The program is already implemented in Peru, Colombia, Costa Rica and Ecuador.
She’s an Astronaut is an initiative developed by the She Is Foundation and the NASA Space Center with the support of the Government of Sweden and UN Women, among other organizations, is that girls can learn about all the opportunities they could find in STEM (Science, Technology, Engineering and Mathematics) careers.
In this program, the girls learned about leadership, motivational dynamics, teamwork through problem-solving and communication management related to real situations in...


Tow Ready Wiring Adapter for Electric Brake Controllers Chevy and Cadillac
- Draw-Tite Accessories and Parts - 20264
- Ease installation of your electric brake controller by using this custom wiring adapter. Simply connect the 4 wires of the harness to your brake controller and then plug the other end into the junction box beneath your vehicle's dashboard.
- Pigtail wiring adapter eases installation of your electric brake controller
- Connector end plugs into the electric junction box beneath the dash of your vehicle
- Wire end connects to the wires on your brake controller with the included butt connectors
- Limited 1-year warranty


is a transparent booster with an On/Off-switchable equalizer having Bass, Middle ans Treble controls.
You can use this pedal before an overdrive for more gain to increase the distortion and sustain, or after overdrive
to boost the volume.
Volume: Output level control
EQ On/Off: A switch to bypass the equalizer
Bass: Low frequency control
Treble: High frequency control
This pedal is powered by an external 9VDC adapter, minus on center pole.
Current consumption 5 mA.
Dimensions (HxWxD): 121x66x40 mm.


A revolutionary smart home device that listen to your voice commands and perform actions accordingly. It comes with bundle of other features; compatible with Amazon Alexa, Google assistant and Siri.
(to experience VOISH live, open with chrome browser)
tap and wait for a beep sound to say
"turn on light"
"turn on tv"
Voish is a Wi-Fi enabled replacement to conventional switches giving you convenience to control your lightings and home appliances anytime from any part of the world as long as you have internet on your mobile (2G/3G/4G/Wi-Fi). It gives you the benefit of multiple smart plugs combined in to one without multiplying the cost
A very convinent setup procedure allows to change Wi-Fi settings anytime.Get Quote
Smart App Control
Easy to operate
VOISH comes with a smart energy monitoring system that restricts your energy consumption by
switching on and off the connected appliances according to the need.
According to a survey it is no suprise that smart home can sometimes save upto 30-40% of energy.


Keynote Talk #1
Natural Language Processing and Artificial Intelligence as enablers for PHM Applications
Dr. Robert Plana, CTO, ASSYSTEM E&I, France
Robert Plana has been Professor at Paul Sabatier University in Toulouse and at the Institut Universitaire de France in the field of Internet of Things Technologies. He has occupied numerous top management positions at CNRS, National Research Agency and Ministry of higher education and research. In the private sector, he has been working with a startup (SiGe Microsystems) as Senior Technology Leader, with Alstom as Open Innovation Director and with GE as the CTO and Ecosystem Director of the GE Digital Services for Europe. He is now the Chief Technology Officer of ASSYSTEM Group in charge of the Innovation portfolio and leading the digital transformation program.
Keynote Talk Abstract
The Maintenance of critical infrastructures is a rather complex operation as we need to make sure that the maintenance will not translate into some downtime or will respect the very strict requirements mostly in term of safety and security. To accommodate with these issues, the maintenance operations are done through periodic inspections involving a lot of manpower and tasks that could not be necessary. Additionally, it has to be outlined that the introduction of new technologies (sensors, wireless connectivity) is not easy due to the qualification of these technologies.
In this presentation, we will firstly report on the main requirements that are mandatory to maintain two categories of mission critical infrastructure represented by nuclear power plant and railway infrastructure. It will be shown the difficulty to introduce the Internet Of Things technology and to implement a PHM strategy to optimize the maintenance of these infrastructures.
In a second part, it will be pointed out that during the design, construction and commissioning of the infrastructure, the data that are collected are very rich in term of knowledge of the health of the infrastructure. The expert’s knowledge that can be encapsulated through models and/or algorithms is also very important as it gives some indication concerning the fragility and the sensitivity of the infrastructure or certain sub-systems of it.
During the maintenance operations, a lot of documentation is provided concerning the processes that have been carried out but also concerning the incidents that have occurred.
We will show that NLP techniques coupled to Artificial Intelligence will translate to a better understanding of the potential failure modes and that it will be possible to predict the future failure. Doing that will prevent to the introduction of more sensors and connectivity and will allow to deploy a PHM strategy with a minimum of “time series” data, Most of the information will be included inside the reports and documents created during the operations of the infrastructure.
The Digital Twin approach that is going to be largely used for predictive maintenance applications will be also applicable but will involve the expert’s knowledge, Machine learning and deep learning techniques, models originating from the design phase of the infrastructure.
As a conclusion, the presentation will show that for critical infrastructure, the PHM applications will be built through a Model Based System Engineering that will create the data continuity and that will define the boundary conditions for calculating the health index of the infrastructure. NLP and Artificial Intelligence techniques will be essential to create digital twin as a system level but also at sub systems that will allow the calculation of the Remaining useful time of the assets and that will translate to define a completely disruptive approach for the maintenance. Some operations could be done during the operations of the infrastructure, others could be postponed due to a better understanding of the health of the different assets that will change the organization and the scheduling of the maintenance. This will turn into a more efficient maintenance strategy respecting the schedule and optimizing the cost of the operations.
Keynote Talk #2
Application of Oil Debris Monitoring and Analysis for PHM in Aviation and Energy
Ms. Pooja Suresh, Director of Research & Innovation, Gastops, Canada
Pooja Suresh is the Director of Research & Innovation at Gastops in Ottawa, Canada. She leads the R&D group on several programs that range from studying how rotating machinery fails, to development of technologies to detect the failure symptoms, to prognostic and diagnostic algorithms to assess the level of failure. She is currently leading a program to integrate several condition monitoring data sources for predictive maintenance through artificial intelligence techniques and hybrid algorithms that combine data-based and expert-based models. With 10 years of experience in the aviation industry, she also has a Master’s degree in Aeronautics & Astronautics from MIT.
Keynote Talk Abstract
Owners, operators, and maintainers of critical equipment need reliable and timely information on the condition of their equipment to avoid unplanned events and maximize the productivity of their assets. For industries such as aviation and energy, wear and failure of critical components in the engine and gearbox such as bearings, gears and seals are major reliability, safety and cost drivers. As these mechanical components wear, debris from these components is shed into the lubrication system. For example, the major damage modes of wind turbine gearboxes are bearing spall and gear teeth pitting, both of which release metallic debris particles in the oil lubrication system. Monitoring and analyzing this wear debris as part of condition-based maintenance programs can be effective for providing early indication and quantification of component damage, thus converting costly reactive or scheduled maintenance programs into proactive, planned and cost-efficient programs. Particle characteristics such as size, shape and composition can be used to determine the modes, sources and stages of wear in the equipment. Identification of the alloy composition of the individual particles and correlation to size and number of particles obtained of the specific alloy can directly pinpoint the damaged component and thereby, the criticality of the debris release event. Advanced oil debris sensors and analyzers combined with an expert system and predictive analytics are well suited for prognostics and health management (PHM), and provide the ability to detect damage initiation and progression, assess the damage severity, predict remaining useful life and improve maintenance actions.
This presentation reviews the application of oil debris monitoring and analysis as an effective PHM solution in the aviation and energy industries. This presentation will first describe the technologies and concepts of operation for oil debris monitoring and analysis, and then explain the typical bearing/gear failure modes and their characterization based on the generated wear debris. This is shown through accelerated failure test data and field application data. The presentation outlines physical damage severity models as well as the potential for data-based machine learning approaches for prognostics. Finally, the application of oil debris monitoring and analysis as an effective PHM solution is illustrated by presenting case studies of field events.


We understand that connectivity is key and work with integrated providers and ISPs to deliver network solutions that combine ownership economics with full control, performance and security. Using our best-in-class neutral network and custom solutions as a delivery platform for your customers, you’re guaranteed to optimize end-user experience.
Offer your customers fiber connectivity and diversity through our reliable and purpose-built fiber network. Our network will enable your data centers to have greater connectivity options – making it possible for your customers to reach any network provider, from a single customer deployment, regardless of the originating facility in the NYC market.
…Fiber connectivity enables multiple data center to appear as one to your customer — sites are one, long fiber cross-connect away…
We provide simple and swift connection options with flexible business terms and a strong focus on superior customer experience.
With the emergence of E-Health applications and telemedicine technologies, healthcare providers’ are seeing major demand for bandwidth. Axiom Fiber’s dark fiber custom network solutions provide healthcare organizations with the security and scalability needed in today’s data-centric world. Custom solutions enable the transmission of data from one site to another while simultaneously helping healthcare institutions reduce operational costs.
Today’s healthcare networks will collect data from millions of individuals. Axiom Fiber’s dark fiber and custom network solutions enable healthcare ecosystems to store, secure, and transmit within a scalable network architecture with complete control.Read CEO Felipe Alvarez’s open letter to Healthcare IT departments here.
Axiom Fiber Networks offers advanced networking and communication services to the government sector. Custom solutions are available to meet the complex municipality system requirements in a digital age focused on Big Data, security and the cloud. Our telecommunications services also offer the fiscal and operational efficiencies government agencies require.
Among New York City financial firms, speed translates into profit and high performance networks are key for fast moving trades. Firms require secure network solutions that are scalable and flexible for growing bandwidth needs. Axiom Fiber’s dark fiber network provides a solution that is independent of carrier equipment – maximizing the firm’s security and flexibility by wholly managing its internal network.
With a resilient, fiber-rich core network within striking distance of every building in Midtown and Lower Manhattan, Axiom Fiber is the best choice for your financial firm’s dark fiber needs in NYC. Read how Axiom Fiber Networks serves the financial sector here.
Wireless carriers are increasingly dependent on small cells to enhance local network capacity and coverage areas where there is exponential data traffic growth. Axiom Fiber’s dark fiber network is the perfect enabler for increasing cell site density via traditional small cell or small cell C-RAN architectures.
Wireless carriers require Wi-Fi capacity for offloading cellular networks in major metropolitan areas, such as New York City. Point-to-point configurations for enhanced Wi-Fi connectivity require optimal, dense dark fiber network design. Axiom Fiber’s state-of-the-art dark fiber solutions enable carriers to be in business for their customers.
Customize your wireless fronthaul and backhaul solutions with Axiom Fiber’s network. Our customized dark and lit infrastructure solutions are based on the unique needs of each carrier we serve. With a network built to support high quality fiber connectivity with any density, Axiom Fiber is the obvious choice to take your network to the next level. Read how dark fiber is changing the game for wireless carriers here.
Education is the backbone to society and educational institutions are finding connectivity to be the key to students’ success. Technology-rich education is gaining popularity year after year and Axiom Fiber’s dark fiber network is contributing to that effort by providing scalable solutions that enable a connected classroom.
Schools and Universities require reliable and secure networks that meet a variety of capacity needs. Axiom Fiber’s dedicated team works with educational institutions to deploy swiftly and with flexible business terms, to ensure budget constraints are met with ease.
New York City is the home to some of the most highly regarded media organizations in the world. Whether you are a major television network, production company, Pulitzer-Prize winning newspaper, or an up-and-coming video blogger, a high-performance and scalable network is needed to keep up with ever-increasing data demands.
Axiom Fiber’s dark fiber network provides the flexibility needed to scale swiftly and seamlessly, while securely transporting large quantities of data.


Linksys Broadband routers work with the IP address 192.168.1.1 and there are also some network routers or network gateway equipment that work with this IP address. The part belongs to the list of all private IP addresses starting from 192.168.0.0 and continuing till 192.168.255.255 which are used all over. The address is used by business computer networks and also for putting up routers that connect to the devices. There are also devices that can be set up using this address, but there may be technical issues regarding the network.
Way to connect to a Router using IP address 192.168.1.1 Login
The IP address is important for connecting a mobile or some other device with the router directly by using IP address on the browser. There may be a failure in different procedures while connecting. There are also unresponsive conditions due to failure in connection, the address with which router is enlisted may be different from IP address 192.168.1.l IP Admin login and there may be a problem with the device in joining the network.
Ways for Troubleshooting after problem in connecting
There are some steps to follow to troubleshoot the problems related to the network. The issue may be with the device to the connector with the router that may possess wireless interference issues. The network setup of computer should also be checked so that things function properly.
Choosing a wireless router
It is important to choose a wireless router that has the perfect place to connect with Ethernet Cables. The configurations should be done manually so that problems with technical issues do not arise. The best routers are those products with an inbuilt firewall so that people from outside are not able to join the network inside.
Resetting a wireless router
A person needs the resetting feature when they forget the password or wireless security of the network or the troubleshooting of the connectivity issues. These help in setting up a new condition where new features of the network can be introduced.
- The user should try pressing the reset button when the power of the router is left on. This facilitates the problem of hard reset.
- The user needs to hold the reset key for long 30 seconds with something pointy or the paperclips. The reset button should be kept just in that way and then released.
- Then the router takes 30 seconds to reset and get things back to the previous position.
There are some particular ways for different companies but this is the commonest way of force resetting the device. Force resetting just takes 90 seconds and thus it is best to get the problems of router secured.
Power Cycling mode
Shutting the power of the router and getting it back on is utilized in many electronic devices, mainly those with a network associated There may be various axillary causes of getting a power cycling done in the device. It includes overheating and also bugs in the internal memory of the device.
It is as helpful as harder resets as when machines have these issues, machine switching on and off is made easier by the devices. There may also be network problems in the devices to be connected. Thus there are certain devices were just connecting and disconnecting with the network works wonders and the device ultimately regains its ability to get the connection relieving software issues.
The routers that have issues with IP address and connecting can be test and input of data needs to be done manually so that enough issues are cleared in this way. There are also certain processes of troubleshooting and to resolve an issue there are several ways that a router goes through. Thus it is important to check both the hardware and software as there are sometimes when issues are bigger.


Senior Hardware Engineer
Engineering | San Mateo, CA
- Contribute to the development of our next generation product lines.
- Having deep knowledge of product development life cycle; including front end design, and backend product delivery into manufacturing
- Ability to work with other groups, including software, mechanical and quality.
- B.S. degree in Electrical Engineering or equivalent work experience
- 7+ years experience in hardware design
- Must have hands on board design experience familiar with design tools including PADS, Allegro and/or Orcad
- Strong knowledge with high speed design signal integrity issues, power distribution techniques and modern processors, memories (DDR2, DDR3)
- Familiar with multicore processors, and architecture
- Knowledge of multi Gigabit serial busses like PCI-E, DDR2, DDR3, PCIe Gen1 and Gen2 protocol and physical layer
- Familiar with USB, SAS, SATA
- Comfortable with board bring up and design validation on prototypes
- Excellent verbal and written communications skills


Shenzhen Huazhuo Intelligent Technology Co., Ltd. was founded in September, 2018, and the team was established in 2014, and is located in 501-504, Feiyang science and Technology Innovation Park, No.8 Longchang Road, Bao'an. The company is dedicated to the customized design of intelligent hardware products in mobile communication terminal, IOT, blockchain and other industries. More than 90% of the core team has Bachelor degree or above, a large number of technical backbones have rich industry R & D and working experience, and have worked in well-known communication enterprises and chip enterprises at home and abroad; the company has four software copyright and 10 invention patents, and has been rated as a high-tech enterprise by the state. MTK, linces of exhibition and one of Google's global Mada partners.
MIUI 12.5 is officially launch...
At 19:30 p.m. on December 28, the launch of Xiaomi 11 will be held. At the same time, the new MIUI 12.5 will also be officially unveiled at the launch. Although the new system will not be officially r
No abnormal signal drop for do...
Phone signals make complaints about many users. Previously, some media reported that some users reported that the iPhone 12 / Pro LTE and 5g network signals were accidentally disconnected, which is mo
5g mobile phone starts all rou...
This week, 5g has once again become a hot spot in the industry. On Tuesday, glory released its first 5g mobile phone, glory V30, in Beijing, while MediaTek announced its new 5g chip platform in Shenzh
It's said that Microsoft surfa...
On December 28, windows latest reported that Microsoft is studying the possibility of using broadband chips in surface book and surface pro to compete with apple MacBook, the latest patent submitte
Headquarters: 501-504, Feiyang science and Technology Innovation Park, 8 Longchang Road, Bao'an District, Shenzhen | Tel：086-755-23283548 | ©2021 Shenzhen Huazhuo Intelligent Technology Co., Ltd. All Rights Reserved.


File Size: 50 MB
mikroC PRO for PIC32 is a full-featured ANSI C compiler for PIC32 devices from Microchip®. It features intuitive IDE, powerful compiler with advanced SSA optimizations, lots of hardware and software libraries, and additional tools, which that will help you in your work. Compiler comes with comprehensive Help file and lots of ready-to-use examples designed to get you started in no time.
Why choose mikroC PRO for PIC32?
New chips supported
This update adds support for 24 devices from the super fast PIC32MZ family of 32-bit MCUs with MIPS M14K core.
New libraries was added for PIC32MX series x30/x50/x70 MCUs and support for new VisualTFT features.
Beginners are experts
Compiler is designed to be smart and efficient.It features can reduce your code size up to 40%.
Debugger for MZ & MX MCUs
Debugging with mikroProg for new PIC32MZ as well as for some PIC32MX microcontrollers is now supported.
Added: Timeout feature implemented in all I2C libraries (forum enhancement poll request)
Improved: Flash erase and write latch moved from FLASH library to definition file, to cover each MCU specifically.
Improved: Libraries upgraded so now there is no issue when building FreeRTOS projects with case sensitivity enabled (FreeRTOS
Added: Bootloader example for PIC32MZxxxEF
Added: PIC32 related examples sets imported from VisualTFT (standalone)


For many companies, today’s data collaboration landscape offers exciting opportunities to harness valuable insights that drive market advantage. Powered by rapid data clean room adoption, enterprises across industries are moving quickly to launch and expand their data collaboration initiatives. (Almost half of all companies in our survey reported using data clean rooms in the past 12 months, while 7 in 10 planned to increase data collaboration over the next 12 months.)
However, for certain heavily regulated industries that commonly deal with highly sensitive data and personally identifiable information (PII), this same data collaboration landscape can look like a minefield of potential data breaches and liability. To confidently pursue the data collaboration opportunities before them, enterprises in these industries — financial services, healthcare, telecoms, and more — require the highest levels of data security in their collaboration infrastructure.
And now, with the advent of confidential computing — they have it. Let’s take the financial services industry as an example.
Locking down data in a TEE
Modern data clean rooms already utilize strong encryption for data at rest and in transit, but that doesn’t cover encryption for data in use — e.g., during data collaboration. Financial services companies can leverage data clean rooms to deliver a secure environment and powerful data governance that enables multiple platforms and parties to share decentralized, encrypted data and extract insights while not learning anything about each other’s data. But at this point a company pursuing data collaboration must place its trust in the clean room vendor’s data security technology, and for financial services companies, this may not be enough.
The next step is to secure the hardware and software platform on which the data collaboration environment runs — and this is where confidential computing comes into play. Companies in the financial services sector want the additional security of a hardware-based, trusted execution environment (TEE) to ensure data is protected during processing to prevent unauthorized access to data or code. Confidential computing provides such a capability, using attestation to verify the integrity of the computing environment (including hardware and software) before allowing access to data.
Habu + Azure + AMD
Habu recently announced support for confidential computing via a partnership with Microsoft Azure and AMD. With the combined privacy capabilities of a Habu data clean room, Microsoft Azure confidential computing environment, and AMD EPYC™ processors with Infinity Guard featuring Secure Encrypted Virtualization-Secure Nested Paging (SEV-SNP) technology, financial institutions can be sure they’re collaborating with their partners without compromising sensitive data.
Confidential computing in a Microsoft Azure TEE shields data from being read or modified by any code outside the environment. Even admins with physical access to hardware cannot see unencrypted data. Confidential computing provides a key element in building a Zero Trust environment for sensitive data. Paired with Habu, this enables financial services firms to:
- Unlock more value from data at scale
- Collaborate on decentralized data from any platform
- Cut time-to-value with flexible, secure data democratization
- Protect sensitive data while at rest, in transit, and in use
We’ve put together a guide illustrating the unprecedented opportunity for financial services firms to greatly improve the accuracy of data analytics, reduce risk in credit markets, prevent money laundering, and much more — all via data collaboration powered by Habu data clean room software and Microsoft Azure confidential computing with AMD technology.
To learn more, read our guide Data Clean Rooms for Financial Services.
Habu is the industry leader in clean room technology
Habu data clean room software enables organizations to derive valuable insights from a much broader universe of data, fueling better business decisions via data collaboration that’s smart, safe, scalable, and simple. With flexible, multi-cloud deployment, high levels of automation, and an intuitive interface, Habu data clean room empowers companies across industries to accelerate transformation and seize market advantage.


Cвидетельство о регистрации СМИ Эл № ФС77-65282 от 12 апреля 2016 г. / ISSN 2500-4026
Журнал включен в Перечень рецензируемых научных изданий ВАК по научным специальностям: 05.26.02, 05.26.03
D.S. Korolev1, Ph.D. of Engineering Sciences; A.N. Baturo2, Ph.D. of Engineering Sciences
1Voronezh state technical university (high school)
2Siberian Fire and Rescue Academy of Firefighting Service of EMERCOM of Russia
Artificial intelligence technologies are actively introduced in various industries of the country, including in the field of fire safety of oil and gas complexes. Today, there are more than 110 million synthesized substances, and their fire hazard properties have been partially studied and only for a few thousand compounds. This creates difficulties in calculating the intensity of the thermal radiation of the flow for fire strait limit ketones. To solve the problem, we applied a method for predicting the fire hazard properties of oil products based on molecular descriptors and artificial neural networks. The specific mass burnup rate and the average surface density of the thermal radiation of the flame for a sample of substances were predicted, a comparative analysis was carried out. The relative error is determined, not exceeding 5%. Thus, using a digital approach to solving the problem of the lack of information on the properties of substances, we have expanded the existing database, which can be used to develop a fire safety system.


I am a 3rd year PhD student in the Processing Systems Lab at the University of Washington Department of Electrical Engineering. My work is on VLSI and computer architecture for hardware accelerators. In particular, I am interested in algorithms and accelerator architectures to support machine learning, and next-generation wireless communications systems.
I received a B.S. in Electrical Engineering from the University of Washington in 2015 with a minor in Mathematics, during which I worked on a potpourri of topics including optical tweezers, simulation of nanoscale transport physics, and algorithms for traffic surveillance from drone video. I have also interned on various software and hardware projects at Intel Labs and Altera/PSG, NVIDIA, a hydrogen fuel-cell startup, and a laser company.
Here is my CV.


Wind blowing over the ocean’s surface creates waves. As anyone who has witnessed a storm over the ocean can attest, waves generate tremendous power. The challenge of wave energy is how to harness that power and convert it to usable electricity.Wave energy is only possible in those areas of the world where the wind is consistent enough to produce steady waves. Prime sites for wave energy include the northwestern coast of the United States, northern Canada, western Scotland, southern Africa, and Australia. Wave energy technologies use the surface motion of waves or underwater pressure fluctuations to generate electricity. Nearly all are designed for use at or near the surface, and may be installed near shore, offshore, or far offshore, depending on the type of technology. The various types of wave energy devices use different methods for trapping waves and using their energy to drive turbines, electromechanical, or hydraulic energy converters. Developers of wave energy technology must keep in mind potential hazards to the environment, including impact on the surrounding marine environment, harmful leaks or spills, noise pollution, and conflict with shipping lanes or recreational boaters. About the Author:
David Leb founded Eco Wave Power (www.ecowavepower.com), whose unique products, the Wave Clapper and the Power Wing, offer cutting-edge innovations in wave energy. David Leb also owns Rancho Estero, a surf camp in Panama.


Responsible for the ear, additionally referred to as BTE, listening to help are actually by far the best generally used kind of hearing help. These electronic hearing aid are also just what most individuals picture when hearing help are actually stated. The electronics that make a BTE hearing help functionality are actually housed in a plastic scenario which suits behind the ear and has a tube that attaches that to an ear mold and mildew which suits the ear channel.
They are actually even more visible after that hearing help that match entirely in the ear canal, they possess a variety of perks that appeal to a broad range of hearing reduced people. In addition, BTE hearing assistances come in a number from colours, sizes and also designs.
Due to the fact that responsible for the ear electronic hearing aid are actually much larger then their fully in the channel, or even CIC, equivalents, they could more conveniently house a greater amp and a lot more powerful electric battery and for that reason may be actually specifically beneficial to individuals along with an even more severe hearing loss. BTE listening devices are likewise rather extremely versatile during that they are available in the absolute most typical analog type along with in the lately promoted electronically powered type from electronic hearing aid.
When financial restraints are actually a concern, behind the ear gadgets certainly triumph over electronic hearing aid which suit entirely in the ear canal. As a result of their bigger size, other groups of people to which BTE electronic hearing aid have additional appeal then CIC designs feature the aged, joint inflammation victims and others with fine electric motor command impairments and associated issues.
Considering that CIC models necessitate the wearing of a bigger gadget in the canal after that just the light-weight ear mold fastened to BTE hearing assistances, there usually tends to be actually less ear channel discomfort along with the previous.
In the overdue 1800s the 1st commercial manufactured hearing aids were actually trademarked and also appeared to everyone. The first behind the ear listening device emerged over fifty years ago.
Prior to this, listening to assistances were basically amps put on someplace on the physical body and also these were actually hefty and pricey, due partly to rapid battery intake. With the advent from the smaller sized joint transistor in 1952, prevalent BTE hearing help make use of ended up being more of a truth.
As a result of renovations in the modern technology from integrated circuits,1964 saw another upsurge in operation from BTE gadgets and also using physical body put on hearing assistances went down to much less then twenty per-cent. By 1972 models for hearing assistances which may be set to a variety of listening conditions, were being developed. The complying with twenty years presented continued improvements and breakthroughs in listening device innovation.
Volume managements were actually contributed to many responsible for the ear devices in the 1990s and also digital hearing help started appearing in the mid nineties. There has actually been actually carried on new kid on the blocks in the hearing aid world ever since such as remanufactured listening devices, non-reusable electronic hearing aid and also over the counter listening device. That recognizes exactly what the future from behind the ear hearing assistance innovation holds, the probabilities are countless
Responsible for the ear, likewise recognized as BTE, hearing help are actually far as well as out the most often used kind from hearing aid. These hearing help are actually also what a lot of folks picture when hearing assistances are actually discussed. The electronic devices which help make a BTE hearing aid feature are actually housed in a plastic check this site scenario which fits behind the ear as well as possesses a pipe that attaches it to an ear mold which suits in the ear channel.
There has actually been actually carried on brand new arrivals in the hearing aid world given that at that point such as remanufactured hearing assistances, throw away hearing aids and over the counter hearing aids.


ELECTRIC CAR CHARGERS
EV Charging Station
Electric vehicles are growing in popularity and Abtech has installed numerous chargers in the Louisville, Kentucky area. Whether it’s a Tesla Level 2 charger or an alternate electric vehicle give us a call to get your electric vehicle charged right.
Abtech Electric Services is one of the few recommended electricians that has been trained to install Tesla charging equipment.
As of this date we have installed almost 100 electric car chargers around the Louisville and Southern Indiana area.


Hardwired Alarms. If your home or business premises is pre-wired (Hardwired) for an intruder alarm as most new homes are now, then a hardwired system would be the best suited for this installation.
Hardwired Alarms would include the following equipment
1 x alarm panel
1 x external bell
1 x decoy external bell
1 x fused spur (3 amp)
1 x internal bell
1 x EQA compliance certificate
1 x back up battery (7 amp/hour)
Magnetic contacts these are door and window sensors that activate when the door/window is opened
Shock Sensors: these can be fitted to doors or windows but activate when a door or window is attacked or forced open
M.C. shock sensors are a device that combines both magnetic and shock sensors as described above.
For more information visit


Why Does My Air Conditioner Have Capacitors?
July 20, 2015
When electricity flows, it isn't in an even manner. It surges and ebbs, and as such, needs help being streamlined. Your air conditioner runs on alternating current, which is electricity that runs on alternating polarity. This means the electricity changes between positive and negative, which is necessary for electro-mechanical systems like your air conditioner. However, this kind of electricity needs help being streamlined, and this is where your capacitors come in.
Two Kinds of Capacitors
Your air conditioner has three different components with their own motors: two fan motors (the indoor blower and condenser fan) and the compressor motor. Because your air conditioner uses alternating current for power, these motors need some help in both starting up and managing the flow of electricity that powers them; this help comes from capacitors. These capacitors are:
Start capacitors store energy for when the component needs a boost of energy, such as at start-up. For instance, when the compressor motor starts, it needs a great deal more energy than it does to run; the start capacitor provides this boost of energy. Once the motor is running, it needs a steady flow of electricity at a specific rate; because electricity doesn't naturally flow like this, help is needed, and this is where the run capacitor comes in. The run capacitor smooths out the voltage surges in the alternating current, providing electricity to flow to the motor steadily at 1.5 times higher the nominal voltage.
Capacitors have a lifespan of about 6 years. Signs of capacitor breakdown can include hard starting, overheating, electrical overload or the non-working of a motor. Because of the electrical complexity of your air conditioning system, it's imperative to allow only a trained expert to perform any work.
The cooling pros at Bronco Plumbing Heating and Air are here to help with all of your air conditioning repair needs in Fair Oaks, CA, so if you suspect you may have an electrical problem with yours, call us today!


2256 x 1133 x 35mm
- Power rating
3480 W (without base)
- Solar panel
3 x 2 (6pcs)
- Wind load resistance
- Power range
- Cell size
- SMBB Technology
Better light trapping and current collection to improve module power and...
- 48V low voltage battery, transformer isolation design.
- 6 time periods for battery charge/discharge.
- Maximum charge/discharge current of 250A.
The VXL3000 is a high quality portable solar generator designed to provide you with power wherever you are. It is the most powerful and largest model of...