DUBLIN–(BUSINESS WIRE)–The “Satellite Communication Global Market Report 2022” report has been added to ResearchAndMarkets.com’s offering.
This report provides strategists, marketers and senior management with the critical information they need to assess the global satellite communication market.
The global satellite communication market is expected to grow from $47.86 billion in 2021 to $54.34 billion in 2022 at a compound annual growth rate (CAGR) of 13.5%. The satellite communication market is expected to grow to $80.83 billion in 2026 at a CAGR of 10.4%.
Major players in the satellite communication market are Viasat Inc, SES S.A., L3Harris Technologies Inc., Telesat, EchoStar Corporation, Thuraya Telecommunications Company, Gilat Satellite Networks, The SKY Perfect JSAT Group, Cobham Limited, Intelsat, Iridium Communications Inc., General Dynamics Corporation, Honeywell International Inc., Indra Sistemas S.A., and Qualcomm Technologies Inc.
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The satellite communication market consists of sales of satellite communication technologies by entities (organizations, sole traders, and partnerships) that are used to provide communication services over widely dispersed locations. Satellite communications refer to a system that uses satellite technology to transport information from one place to another through a communication satellite placed in the Earth’s orbit. The signal is transmitted through a transponder between the transmitter and the receiver.
The main components of satellite communication are the transponder, transceiver, antenna, receiver, and other components. The transponder transmits the signal between the transmitter and the receiver. Satellite communication uses various technologies such as SATCOM automatic identification system, SATCOM VSAT, SATCOM on-the-move (SOTM), SATCOM on the pause (SOTP), and SATCOM telemetry that are used for asset tracking and monitoring, airtime, data backup and recovery, navigation and monitoring, broadcasting, and other applications. It is employed in government and military applications, civil satellite communications, commercial applications, and other verticals.
North America was the largest region in the satellite communication market in 2021. Asia Pacific is expected to be the fastest-growing region in the forecast period. The regions covered in the satellite communication market report are Asia-Pacific, Western Europe, Eastern Europe, North America, South America, Middle East and Africa.
The increasing deployment of small satellites is expected to propel the growth of the satellite communication market going forward. Small satellites are miniature satellites used in advanced space operations. Small satellites are more beneficial for satellite communication as they reduce the cost of space operations, expand access to space and gather scientific data.
For instance, in 2020, according to the National Aeronautics and Space Administration (NASA), a US-based government agency, around 1,282 spacecraft were launched. Approximately 94% of spacecraft were small satellites that had an overall mass of less than 600 kg, and 9% of total spacecraft were nanosatellites, which had an overall mass of less than 200 kg. Therefore, the increasing deployment of small satellites drove the satellite communication market.
Product innovations have emerged as the key trend gaining popularity in the satellite communication market. Major companies operating in the satellite communication sector are focused on developing innovative products to strengthen their position.
For instance, in June 2020, Honeywell International Inc., a US-based technology company, launched its smallest and lightest satellite communications technology known as the Honeywell small UAV SATCOM system, a miniature of a large satellite communication system for unmanned vehicles.
Honeywell’s small UAV SATCOM system can be installed anywhere in the vehicle for a wide range of coverage of the platform, to reduce unnecessary bulk and to provide safety. Moreover, it can connect unnamed vehicles even in remote areas or over water where other ground-based communications systems are not available.
In November 2021, Viasat Inc., a US-based communications company, acquired Inmarsat for an amount of $7.3 billion. Through this acquisition, Viasat Inc. aims to strengthen its product portfolio of fixed and mobile satellite communication services, which will also include broadband, narrowband services, and IoT services. Inmarsat is a UK-based satellite communications company.
The countries covered in the satellite communication market report are Australia, Brazil, China, France, Germany, India, Indonesia, Japan, Russia, South Korea, UK, USA.
For more information about this report visit https://www.researchandmarkets.com/r/2d7a9i


Ph.D, CTO & Co-Founder of Transphorm, a Global Semi-Conducter Company
Umesh is responsible for the strategic direction of Transphorm, as well as customer relationships and technology. Prior to co-founding Transphorm in 2007, Umesh co-founded Nitres Inc. in 1996 – the first company to develop GaN LEDs and transistors. Nitres was acquired by Cree in 2000. Umesh was elected to the National Academy of Engineering in 2009 and received the IEEE David Sarnoff Award for “The Development of Gallium Nitride Electronics”.
Dr.Mishra is among the top 1% of cited researchers in the world. He is a Professor Above-Scale (the highest academic rank in the University of California system) in the ECE Department at the University of California, Santa Barbara where he has been a director of several GaN research centers.


The application environment of medical terminal products is basically good. Except for some specific products. Mainly to meet some safety certification standards. However, at present, the requirements for touch screens in most medical terminals are mainly between consumer and industrial grades. The main applied sizes are 3.5 inches, 5 inches, 7 inches, 8 inches, 10.1 inches, 12.1 inches, 15 inches, 17 inches and so on. Installation method The development of new products is mainly based on exterior decoration. Older projects are still mainly embedded. So today’s let us talk about Dingtouch medical touch screen pcap.
Such as Handheld medical portable terminal, wearable medical equipment, monitor, electrocardiograph, video laryngoscope, medical examination equipment, etc.
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For your information, you can find on the market:
9 V battery Energy Paintball costs 4 eu.
Duracell 9V battery costs between 4.83 and 5.43 eu.
A DLX battery costs 20 eu.
9 V battery reload Duracell costs 11.95 eu more the adapter for a total of ten 20 – 25 eu.
A reminder of physics needed to be complete and accurate.
An electric current is a load shift. But what is a load? You’ve all probably seen that when we rub a PVC pipe or a glass tube to a tissue or fleece blanket, it could attract or repel your hair depending on the material (PVC or glass) that you rubbed . Behavior (attraction or repulsion) of any material allows me to remind you that there are 2 types of loads ie positive “+” and negative charges “-“.
By rubbing two bodies, you have created a load. This can be explained by the atomic model. The matter consists of atoms and each of them has electrons orbiting around it, at various “heights”. Electrons on the highest “altitude” layers are the easiest to remove, and are called “low energy”. Therefore when you rub two objects, the low energy electrons of the 2 objects drop and go to the other object. This is called “load by friction.” All this to say that you have 2 types of loads and they know how to move.
What is a battery?
A battery is a container. A container that contains two different metal plates which are immersed in an acid solution. It creates a redox reaction when these two plates are in contact via an electric circuit. A plaque will donate electrons and undergo an oxidation reaction while the other will receive these electrons and creates a reduction reaction. The movement of these electrons, loaded, will therefore create an electric current. This can only be done one-way.
Unlike alkaline, reloadable batteries can move electrons in 2 ways (dump and load). Charging is done by means of an electric source, generator.
Life of batteries:
An electric current is a move of electrical charges per unit time in a given area.
The unit of measurement of a load is the coulomb (C). So the more coulombs are loaded, the more important it is. But that is not the current intensity. The current, as stated in the definition, is a passage of charge per unit time so coulombs per second (C / s). The coulomb / second are also called ampere (A). So one amp is a coulomb that passes through a surface per second.
You should know that the charge of an electron is 1.16 10 exponent -19 coulomb thus one ampere is passing 6.25 10 exponent 18 electrons per second. On batteries, typically are noted mAh which means milliampere hour. 1 Ah = 3600 C
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It is necessary for an electronic product to have a certain amount of charge to function properly, or the amount in a stack load supplied decreases as the battery is used, avoiding the proper functioning of the equipment.
More 9V, what does it mean? This means 9 Volt. The volt is the difference of potential between 2 points so the energy difference between 2 points for yes, one volt is one joule per coulomb (remember, the joule is the unit of work). So it comes to the amount of work provided by the battery, by coulomb. For a 9V battery, this means that it will provide a 9 J / C to ensure the proper functioning of the device. Hence, it shows that the voltage does not determine the service life of a battery. This is the intensity which determines the life of a battery. The more you load, the more the battery will last longer.
In conclusion, choose batteries with high energy intensity type paintball and not Duracell. The energy paintball last almost twice as long.
Power is defined as the product of the potential difference (voltage) and current (ampere). It is therefore logical that the more intensity the battery has, the more powerful it will be and will operate optimally with your marker. If your solenoid, we always compare to an electric motor car, has not enough power, it cannot work. It takes a certain product between the voltage and thus the intensity of a certain minimum power to your solenoid works. Or is better to give too much than a little too little.
Question about cold weather?
Charges moving in batteries are electrons. As mentioned above, the intensity of a cell is the amount of charge passing through a surface per unit time. Electrons that move per unit time means that they do so at a certain speed. But when the temperature decreases, the moving speed of the electrons decreases and therefore decreases the number of loads by a surface passing through a unit time also. Therefore the intensity drops and the battery provided enough load for the proper functioning of the marker.
A classic situation comes again to mind. A day of competition, we put a new battery in the marker. It’s cold VERY close to zero. The game starts and after 3 hours of play where my marker remained in the cold, it does not work.
One trick to avoid putting a new battery again? Take his stack between hands and warm. If your battery is not discharged by consumption of its charges (electron), it just needs to be heated to accelerate the movement of electrons and thus provide the new required amount of charge (electron) to your solenoid.
Note that, by convention, a battery, “+” will always be the small plot and “-” will always be the big stud.
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In considering the environmental impact of textiles, there’s no way to avoid microfibers. Hohenstein has been at the forefront of this research since 2016.
- Measure the mass of shed material using filtration according to the University of Leeds/The Microfibre Consorium (UoL/TMC) Method
- Quantify fiber count, attributes and size distribution using Hohenstein’s method for Dynamic Image Analysis (DIA)
- Near future: Determine the microplastics’ chemical composition using Hohenstein’s method for laser-based infrared spectroscopy (LD-IR)
- Quantified status quo for informed development or claim verification
- Identification and analysis of fiber-based microparticles
- Independent verification of sustainability efforts


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From display screens (glass/digitizer & LCD), control buttons, charge ports, audio jacks, cameras, microphones, speakers, and batteries we can handle most all hardware based cell phone repair and customization.
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Vectrue Technology® - WEG Variable Speed Drive Control Technology. Aimed at increasing customers productivity, the CFW11 offers the following innovations: Features. Find many great new & used options and get the best deals for WEG Remote Keypad Frame for Cfw700 Rhmif-02 at the best online prices at eBay! WEG Automation - Products and Solutions | 31 General Information TPH2 GPH2 SSW06 CFW11M EDP11 CFW11 CFW701 SSW07 SSW05 CFW500 CFW08 CFW100 CFW10 CFW700 Variable Frequency Drives CFW700 www. The WEG CFW09 Series of Variable Frequency Drives incorporate the world’s most advanced technology in drives for three-phase AC induction motors. Data is suect to change without notice.
WEG CFW700E142T4NBN1C3 CFW700 Series Variable Frequency Drive, 100 HP, 142 A, 460 V, 3 Phase Input, 3 Phase Output Currently unavailable. See more results. Supply voltage - rated output current: 220 Vac Single-phase: 6 to 10 A (1. Refer to the RS-232 / RS-485 Serial Communication Manual. Factory new with 18 month manufcturer&39;s waranty; Input Voltage: Three-PhaseVac without Dynamic Braking Transistor. 5 x I nom-HD V/f and VVW BASIC 9-7 P0136 Manual Torque Boost 0 to 9 1 V/f BASIC 9-2 P0137 Automatic Torque Boost 0. The Vectrue Technology™ represents a signiﬁcant advancement, allowing this new generation of WEG VFD’s to combine V / F, Sensor-. CFW700 Solar Pump Drive - Application Manual Date: Code:Language: English Size: 694 KB.
P0135 Maximum Output Current 0. CFW11 Variable Frequency Drives IP20 Enclosure. net 2 CFW701 HVAC - Frequency Inverter Technology CFW701 HVAC - Frequency Inverter The CFW701 HVAC is a variable-speed drive intended for use with asynchronous motors for heating, ventilation, air conditioning and refrigeration applications. The WEG CFW700 Series was designed to exceed industry expectations. WEG Frequency Converter VFD CFW700B31P0T4DBN1 Be the first to review this product WEG vfd Frequency Converter CFW700 Series INPUT:3PH 380-480V 50/60Hz POWER:15kW. One of the main focus for WEG Drives is have a robust product for general purpose applications. Use this app to identify faults and alarms associated with the full line of automation products manufactured by WEG and to identify possible causes for the alarms. The WEG Tutorial Code does not require an active data connection to run, however if the data connection.
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The CFW701 covers power levels from 1. J Two types of vector control: Sensorless and closed loop Vector contro (Encoder Interface required). 5 to 75 cvVac Three-phase: 3. Free shipping for many products! WEG now offers CFW700 drives for single phase supply! Leia todo o manual do usurio do CFW700 antes de instalar, energizar ou operar o inversor. P0006 VFD Status 0 = Ready 1 = Run 2 = Undervoltage 3 = Fault 4 = Self-Tuning 5 = Configuration 6 = DC-Braking 7 = STO - ROP0007 Motor Voltage 0 to V - ROP0009 Motor Torque -1000. The possibility for fitting in the CFW700 series with accessories discarding any need for additional configuration (Plug and Play Philosophy) saves time and allows quickness and easiness when attempting to install modules.
You need to select at least 1 product to add in your comparison list. 6 to 211 A (2 to 175 cv). WEG&39;s weg vfd cfw700 vectrue manual alarme CFW11 uses state-of-the-art technology to control motors up to 600HP.
This series uses single phase input power and converts it to three-phase power for induction motors and other eqiupment. The CFW700 is a hight performance product with torque and speed control. CFW700 features a special braking method in vector control mode named “Optimal Braking”. Sequncia para instalao, verificao, energizao e colocao em funcionamento: 1. 5 kW - ROP0011 Output Cos phi 0.
View and Download WEG CFW700 reference manual online. 5 to 3 cv) 220 Vac Three-phase: 6 to 211 A (1. That’s right, we’re talking cfw700 about a reality where VFDs can have single-phase supply input of 230/460VAC and are no longer limited to 3 HP! Weg Cfw500 Wiring Diagram - Weg Cfw500 Wiring Diagram, Inversor Weg Cfw 500 Gira Para E Via Potencia Metro Youtube Vfd 3 Wire Vfd Control Tutorial Weg Cfw300 Variable Frequency Mitsubishi A500 Series Vfd Manual Power Inverter Electrical Wiring. Katie Rydzewski presents Galco&39;s repair capabilities. We don&39;t know when weg vfd cfw700 vectrue manual alarme or if this item will be back in stock. For other technical data please refer to WEG product manual.
The graph given below shows a comparison of the braking torque offered by the different braking methods used. General purpose applications require everything in the same Drive. Incremental Encoder Interface Module Manual. It is a Weg CFW Inverter, CFW700 to be more specific.
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0 % - ROand 21-17 P0010 Output Power 0. WEG is now offering their popular CFW700 series in 7 models for 230VAC and 4 models in the 460VAC segment. A unique drive with unique characteristics: Highlights. · VFD Over Current Debug Part 2 - WEG CFW300 Variable Frequency Drive - Duration: 9:00. Select at least one product to add to your shopping list.
The HVAC-R market deserves a dedicated and complete Drive. 2 to 2 x I nom-HD 1. CFW700 - General Purpose Drive Optimal Braking®Braking Torque (%) WEG Frequency Inverters Braking Technology In applications where high inertia and short deceleration times are involved, a large amount of energy is returned from the motor to the VSD. Vectrue Technology® - WEG VARIABLE vectrue SPEED DRIVE CONTROL. Based on the robust CFW11 platform the CFW700 is designed and optimized for variable torque applications such as pumps and fans. Instale o inversor: de acordo com o captulo 3 - Instalao e Conexo, do manual do usurio CFW700, ligando todas as conexes de potncia e controle. I/O Expansion Module Manual.
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Rodolfo Neri Vela, first Mexican in Space
Rodolfo Neri Vela was born in Chilpancingo, Guerrero on February 19, 1952. He was part of the crew aboard the Space Shuttle Atlantis in 1985, being the first Mexican and second Latin-American astronaut in space.
Neri Vela obtained a bachelors degree on Mechanical and Electrical Engineering majoring in Communications from Mexicos National University (UNAM) in 1975. He obtained a masters degree in telecommunication systems from University of Essex, England; and in 1979 he became a doctor in electromagnetic radiation at University of Birmingham, England.
From November 26 to December 3 in 1985 he was a payload specialist on Mission STS-61-B on Space Shuttle Atlantis. This space shuttle took off from Kennedy Space Center in Florida and landed at the Air Force Edwards Base in California. This missions goal was to put three communication satellites into orbit, including Morelos B for Mexican communications. Upon concluding the mission, Neri Vela had traveled 2.4 million miles on 108 orbits to the Earth during 165 hours in space.
Dr. Neri Vela participated from 1989 to 1990 in the design of Alfa Space Station from the European Space Agency. During the last years he has been dedicated to teach mathematics, electromagnetic theory, electric circuits, signal analysis, antennas and satellite communication at the School of Engineering of UNAM.
In 1991 he was inducted to the International Space Hall of Fame.
Regarding his space mission, Dr. Neri Vela said: "From space I see myself as one more person among the millions and millions who loved, live, and will live on Earth. Inevitably, this makes one think about our existence and the way in which we should live to enjoy, to share, our short lives as fully as possible."
Artículo Producido por el Equipo Editorial Explorando México
Copyright Explorando México. Todos los derechos Reservados.
Fotografía tomada de Wikipedia.Org


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Wireless card reader and wireless cloud
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A high resolution (up to 11. multiplex the data from 4 modules into one CameraLink channel. Once the data is acquired using either of the above mentioned techniques it is decoded in the graphics processing unit (GPU) to form one single frame of size 2176 × 2074 pixels each 16 bits. Each imaging module uses a fiber optic taper coupled to the EMCCD sensor. To correct for mechanical misalignment between the sensors and the fiber optic tapers and produce a single seamless image the images in each module may be rotated and translated slightly in the x-y plane with respect to each other. To evaluate the detector acquisition and correction techniques an aneurysm model was placed over an anthropomorphic head phantom and a coil was guided into the aneurysm under fluoroscopic guidance using the detector array. Image sequences before and after correction are presented which show near-seamless boundary matching and are well suited for fluoroscopic imaging. DESCRIPTION OF PURPOSE Minimally invasive treatments of neurovascular pathology such as aneurysms involve guiding a catheter to the region of treatment using x-ray fluoroscopic guidance. Once the catheter is deployed into the region near the aneurysm treatment devices such as coils balloons etc. are then deployed. These devices have small features which demand imaging detectors with very high spatial resolution. In order to address these concerns a new high resolution x-ray detector based on EMCCD technology was developed (Fig 1). The detector features an Gatifloxacin effective pixel size of 42.9 μm giving Gatifloxacin it a Nyquist frequency of 11.2 lp/mm which is significantly higher than the state of the art Flat Panel Detectors (FPD) detectors with Nyquist frequency of approximately 3.0 lp/mm. The field-of-view (FOV) for this new single-module detector is small around 3 cm × 3 cm and is dependent on the dimensions of the fiber optic taper used. Figure 1 Schematic Gatifloxacin diagram of a single module SSXII detector In order to achieve a bigger FOV but with the same high resolution a 2 × 2 array of these modular detectors was developed . The fiber optic tapers were fused Gatifloxacin (Fig 2) to achieve a field of view of about 8.5 cm × 8.5 cm with each detector having a Nyquist frequency of about 11.2 lp/mm. The sensors were mounted on individual headboards (Fig 3) and were aligned against the smaller end of the taper to form the array Gatifloxacin (Fig 4). The physical assembly of the camera is shown in Fig 5. Figure 2 Four detectors in a 2×2 arrangement Figure 3 Headboard for the sensor shown on theright. Figure 4 Rear view of a 2×2 assembly of the headboards with sensors mounted on the front. Figure 5 Side view of complete assembly of 2×2 array. a) 2×2 fused taper assembly. b) 2×2 array of sensors mounted on individual headboards. c) Circuit boards to drive the sensors. d) CameraLink output e)Cooling assembly This paper presents the methods used to acquire the images from the 4 individual modules of the array and assemble them into one single frame. We also discuss how geometric corrections are preformed Gatifloxacin on the acquired images to present the user with one single complete frame. Rabbit Polyclonal to CNTD2. Although the field of view for the detector is about 8.5 cm × 8.5 cm an x-ray FOV of 5 cm × 5 cm was demonstrated in this study since that was the size of the largest phosphor available to us at the time. METHODS Image Acquisition The image from the array is acquired in two ways as described below in detail. 1 CameraLink In base configuration mode each CameraLink can support a transfer of 24 bits of data. Since the output of each camera module is 12 bits 2 modules are connected to the 24 data bits of one camera link communication channel. Two such camera link channels are used to transfer the data from the camera to the computer. Fig 6 shows a data flow diagram of the communication channel. Figure 6 Acquisition through 2 camera link channels; 4 modules are indicated In this configuration the frame grabber is programmed to collect the 24 bit data (2 chips × 1088 × 1037) from the CameraLink channel and convert it to a 32 bit.


Expert of the Week: Mario Paroha – improving things and bringing them to real-life applications
Mario Paroha’s passion is exploring of new technologies, improving things and bringing them to real-life applications.
Mario is interested in renewable energy sources, smart grid, energy storage and e-mobility are components of new ecosystem in which he is engaged.
“With academic background in electrical engineering I were gaining expertise in different companies and institutions. I was engaged with design of ultrasound sensors in Austria and testing of optoelectronic elements in Belgium. Construction and operation of solar power-plants invited me to the sustainable energy world.”
At GreenWay, he speculates about electric vehicles, charging infrastructure and new business models.
He is also interested in fine-tuning of technology behind electric vehicles and business development of e-mobility operator.
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Sparx Neo 7 Plus
- 6.56-inch IPS LCD Display
- 64GB Storage
- 4GB RAM
- 8MP Front Camera
- 13×0.08MP Rear Camera
- 5000mAh Battery
Sparx Neo 7 Plus Price in Pakistan
Sparx Neo 7 Plus cost in Pakistan begins from PKR 21,999. The most minimal cost of Sparx Neo 7 Plus is PKR 21,499 at PriceOye.
Sparx Neo 7 Plus Specifications
|Sparx Neo 7 Plus
|Price in Pakistan
|5.04 x 2.33 x 0.28 inches
|Blue, Black, Mint Magic
|1600 x 720 with pixels per inch
|16 million colors, Capacitive Touchscreen
|Memory card slot
|FingerPrint (side mounted), G Sensor, Light Sensor, Proximity
|Dual Camera: 13 MP + AI lens, LED Flash
|Ge-tagging, Phase detection, Panorama, HDR, Video
|Type / Capacity
Launch Date of Sparx Neo 7 Plus in Pakistan
Sparx Neo 7 Plus was kickoff in Pakistan is August 8, 2023. Sparx Neo 7 Plus is worldwide delivered with 4GB Ram, 64GB capacity and a 5000 mAh battery. Sparx Neo 7 Plus is accessible at PriceOye, Shophive, HomeShopping as well as approved Sparx retailers.
Sparx Neo 7 Plus – A definitive Midranger
Sparx has introduced the latest addition to its Neo 7 series, unveiling the all-new Neo 7 Plus variant, a budget-friendly handset packed with the latest features and specifications. Positioned as an affordable mid-range device, the Sparx Neo 7 Plus offers impressive elements and specifications while remaining competitively priced, providing excellent value for money and making it an attractive option for budget-conscious consumers.
The Sparx Neo 7 Plus features a sleek body design that sets it apart from its competitors, offering a combination of style and functionality. Powered by a robust MediaTek Helio chipset and a 2.0 GHz Octa-Core processor, the Neo 7 Plus ensures smooth and efficient performance without any glitches or errors. Additionally, the device boasts 4GB of RAM and 64GB of internal storage, with a dedicated memory card slot allowing for expansion of up to 256GB, ensuring ample storage space for apps, media, and files.
One of the key highlights of the Neo 7 Plus is its impressive display, which delivers an exceptional viewing experience with its large size and high resolution. Sporting a 6.56-inch IPS LCD Capacitive Touchscreen display with a resolution of 720 x 1600 pixels, the Neo 7 Plus offers one of the most impressive displays available in the market today, ensuring vibrant colors and sharp details.
The Neo 7 Plus is equipped with a powerful 5000mAh battery, providing long-lasting battery life that ensures users can stay connected and productive throughout the day with just a single charge. With its reliable battery performance, users can enjoy uninterrupted usage without worrying about running out of power.
As respects cameras, the Sparx Neo 7 Plus accompanies:
- A solitary camera on the front side including 8MP.
- A double camera arrangement on the back side including 13MP and 0.08MP sensors.
With the introduction of the Neo 7 Plus, Sparx has raised the bar for budget-friendly smartphones, offering a compelling combination of features, performance, and affordability. As leading smartphone manufacturers, including Samsung, face increasing competition in the market, the Neo 7 Plus emerges as a strong contender, setting new standards for value and quality in the mid-range segment.


Ubuntu MATE Raspberry Pi 2 fast download, free download via HTTP available as well. Uploaded one days ago.
Setting up, Ubuntu MATE Raspberry Pi 2 Installing the Ubuntu MATE image on an Micro SD card is the same process for any Raspberry Pi operating system. Simply download the image, and then use an 2/20/2015 · Raspberry pi 2, model B running Ubuntu 14.10 (Linaro) or if you want to call it like this: Rasbuntu. It works perfect, installation is easy just like 3/19/2015 · This is an overview of the process to get Ubuntu 14, Ubuntu MATE Raspberry Pi 2 04 running on the Raspberry Pi 2 with the xubuntu desktop manager. I also go over over-clocking the Alternatively, you can add a new user with the command adduser. Due to the lack of a hardware clock on the RPI, that the Snappy Core image does not take account of "The intention is you can take a Windows 10 application that you can run on Surface, PC, a Windows phone and now Raspberry Pi as well." The Raspberry Pi version of With the release of the Raspberry Pi 2 came the announcement the board would run Ubuntu for the first time. The promised version was Snappy Ubuntu Core, a … 2/12/2015 · With the release of the Raspberry Pi 2 came the announcement the board would run Ubuntu for the first time. The promised version was Snappy Ubuntu Core, a The new $35 Raspberry Pi 2 mini-computer isn’t just faster than the original model that launched 3 years ago. It’s also more versatile: in addition to supporting UPDATE: I've created a proper Ubuntu 14.04 image for the Raspberry Pi 2. My Raspberry Pi 2 arrived yesterday, and I started playing with it today. Download the lastest Ubuntu 14.04 Raspberry Pi 2 image. If you downloaded an older image than the current one, you shouldn't need to reinstall, but be sure to review Canonical announces that Snappy Ubuntu Core is now available for the new Raspberry Pi 2 that was released earlier today. Canonical is already trying to stay ahead of Also those of your that prefer Ubuntu will also be pleased to learn that Snappy Ubuntu Core is available for the Raspberry Pi 2 General; Model: Raspberry Pi 2: Quantity: 1Piece: Color: Green + Bronze: Material: PVC + semiconductor: Specification; Chipset: Broadcom BCM2836: English Manual / Spec For those not familiar with the Raspberry Pi, this is a credit-card-sized computer which runs Linux (and Windows 10 starting with the new Raspberry Pi 2, see below XBMC skin affects the performance of your HTPC. This post presents a few XBMC skins for Raspberry Pi that may be better than the default Confluence skin. p2 The Raspberry Pi is a series of credit card -sized single-board computers developed in the UK by the Raspberry Pi Foundation with the intention of promoting the OpenELEC vs OSMC for Raspberry Pi 2 Media Center. This post is a comparison of OpenELEC vs OSMC on the newly released Raspberry Pi 2 Model B. Many of you … Raspberry Pi Stack Exchange is a question and answer site for users and developers of hardware and software for Raspberry Pi. It's 100% free, no registration required. Hi! So, I just got a raspberry pi, and the audio worked straight out of the box. However, in a noobish attempt to configure the audio settings to headphones only, I Ubuntu 安裝和設定 Apache2; Ubuntu 安裝 Apache 2 Web Server ( Http Server ) Ubuntu 移除 Apache HTTP Server 2.x; Ubuntu 的 httpd.conf 設定檔位置 Let’s turn Raspberry Pi into an analogic/digital measurment tool with BitScope Micro, the most recent product of the BitScope tools generation. The Raspberry PI is perfectly equipped to turn your USB based web cam into a fully functional IP web cam that you can have lots of fun with, from there you could use Como ya os he comentado, Santa Claus me regaló una Raspberry Pi estas Navidades. Así que tenía que ver que podía hacer con ella. Lo primero que se me ocurrió fue
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6100 Series Quadrupole
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For more than 40 years, Agilent’s single-quad technology has earned a reputation for robustness and dependability in pharmaceutical and chemical analysis laboratories around the world. The easy-to-use 6100B platform gives you the capability to:
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|6120B||Budget friendly and very easy to use—with Agilent’s 1220 Infinity LC, a perfect workhorse addition for labs just getting into LC/MS.|
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Contact name: Jessie Chen
Guangzhou Xuntian Electronic Technology Co., Ltd
Guangzhou Xuntian Electronic Technology Co., Ltd. is a specialized valve regulated lead acid battery and UPS manufacturer with fifty million RMB?s gross investment and forty thousand square meters? floor area. Xuntian always insists on satisfying diversified demand with all kinds of VRLV battey including AGM battery, GEL battery, solar battery, front terminal battery, deep cycle battery, UPS and etc.
Xuntian pays close attention to quality control. Xuntian conducts strict production ...


Repairing a watch without sound
In this article we will see how to repair a clock that has no sound, checking the functioning of the piezoelectric speaker and replacing it with a new one
Some time ago I bought a second-hand Casio DW-240 on ebay. This model is a classic of the brand, with almost 30 years behind it.
Among its most outstanding features, and unfortunately not found in current Casio models are:
- Module 690
- Multiple functions: stopwatch, countdown, alarm, time signal
- REM function. This function allows us to activate an indicator on the screen of the clock that will remind us to remember something. This feature is typical of the modules of the 80's or 90's, and is no longer seen in the current models.
- Resin box with internal steel reinforcement
- 5-year battery cr2016
It has the typical ailments of age and use, but after a button cleaning, a battery change and a "reset" of the module it came back to life again without problems.
The problem was in checking the alarms: they didn't go off.
The animation of the alarm symbol on the display was correct, and the behavior was normal in the module, but it did not sound.
So, I had to open the clock again to check the connections of the module with the back cover and the speaker.
The piezoelectric speaker
As we can see in most Casio watches, on the back of the watch, we can see a metallic circle of different color.
This circle is a piezoelectric speaker that allows the watch to "beep" on time signals and alarms. In addition, if we look at the module itself, it has a couple of tabs, to connect the power of the module with the speaker, so it can "beep".
Connecting the speaker to the module
Since the watch didn't "beep", I could only think of two possible causes:
- The piezoelectric is broken, so even if it made good contact with the module's eyelashes, it would be impossible for the clock to beep.
- The module does not make proper contact with the piezoelectric. If the tabs on the module that contact the back cover and the piezoelectric are crooked, they may not make contact in their correct position, and the speaker may not be powered.
As we can see in the photo above, the piezoelectric has a small mark at the bottom that indicates where the module's power supply tab makes contact. Obviously the other tab makes contact with the back cover itself, thus receiving the necessary power to operate.
The best way to know what the problem was is to check the speaker. We will use a pair of wires with crocodile teeth to, on one side, connect each one to each tab of the module and connect on the other end of the wire to the cover and the piezoelectric.
And here we see how we make the connections on the back cover. The negative pole of the module is connected to the back cover of the clock and the negative pole is connected to the top of the piezo.
Now, with the assembly done, we must press a button on the clock to check if the clock "beeps". In this case, unfortunately there was no way the piezo would "beep", so we can conclude that it is broken and we will have to make a speaker change to recover the sound in the clock.
Fortunately, I had another piezo from a watch that drowned at sea one unfortunate day. We can see the different parts that I explained before. The negative pole is the one that will be connected to the golden part, while the positive one will be connected to the grey part.
After checking that the new piezo does work (with the cables and as we did before), we need to perform a series of fundamental tests.
I mean to know in which position on the back cover we must place the piezo so that it makes correct contact with the tabs of the module and recover the sound of the clock.
If we are lucky that the piezo is similar in size to the previous one, we can be guided by the position of the original speaker on the cover, but if not, we will have to use the trial/error method. We will guide ourselves by the position of the module's tabs on the back cover to connect correctly to the piezo's poles.
In this case, as the piezo is not the same size, we can check in the following picture that we have to move it a little bit up and to the left so that the contact with the module is correct.
Once the correct position has been checked, we can attach the piezo to the rear cover. It is important that the piezo is in contact with the cover, otherwise even if it is in the correct position, it will not make contact and will not work.
In this case, the Casio DW-240 with the new piezo, already sounds its various alarms correctly.


Reddot is a biotech startup focused on next generation molecular diagnostics.
Its patented platform, MDx-Nano, provides a unique and powerful diagnostic platform to accurately identify genetic traces (DNA / RNA) faster, cheaper and with similar accuracy as current gold standard technologies, such as RT-PCR.
By combining nanotechnology, digitally designed molecules (oligonucleotides) and a proprietary image algorithm, Reddot Bio delivers a reliable technology to be used anywhere and at the right time. The proprietary fluidic chip provides an automated process and low human interaction, avoiding errors and increasing repeatability.
RedONE point-of-care system is designed to be used anywhere, with virtually no maintenance, intuitive human interface, self sterilizing mechanism and is able to connect to the cloud datacenter and the SMART monitoring system. With its extendable diagnostic racks, the client can process multiple diagnostic analysis at the same time.
RedONE System is the only point-of-care molecular diagnostic to provide accurate results within less than 5 min for a fraction of the costs when compared with current “gold standard” competitors. The device supports up to 4 cartridges at the same time, ideal for a point-of-care use.
Specially designed for remote use, it does not require amplification nor heating for most sample preparations, which reduces time and costs with specialized professionals and laboratory infrastructure. In combination with its fluidic cartridge technology and proprietary algorithm, Reddot platform assures maximum intuitive user experience, low maintenance and connectivity.
High sensitivity and specificity.
Accurate multiplex test for identification of multiple genetic traces in a single chip.
Flexible technology is able to detect genetic traces using DNA or RNA sampling.
Cloud software with convenient workflow using proprietary software and patient data.
Accurate quantitative and qualitative results within 5 min.
Automated data interpretation.


Moxy Testing at Beverly Athletic Club
What is MOXY Testing?
MOXY are muscle oxygen sensors that will track how the effected muscles are working during a set protocol for endurance athletes. The MOXY units track both muscle oxygen percentage as well as total hemoglobin at the muscles being monitored. Based off how these numbers change we are able to get an accurate representation of when an athlete moves from one training zone to the next. With this information we can get a 100% effective measure of what their exact training should look like in order to improve no matter what their current programming or ability is like.
What Are The Benefits of MOXY Testing?
Moxy is so small and light that you forget you’re wearing it.
Moxy interfaces with many existing devices and software programs that use ANT+
Internal data recording allows Moxy be used where radio transmission of data is difficult, such as under water
Provides real time physiologic feedback
The Moxy algorithm is insensitive to motion, so it can be used in even the most vigorous sports
- Moxy is physiologically accurate; it is designed to measure into muscle tissue through up to 12 mm (1/2”) of fat layer thickness


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Biometrics are physical or behavioral human characteristics that can be used to digitally identify a person to grant access to systems, devices or data.
Examples of these biometric identifiers are fingerprints, facial patterns, voice or typing cadence. Each of these identifiers is considered unique to the individual, and they may be used in combination to ensure greater accuracy of identification.
Because biometrics can provide a reasonable level of confidence in authenticating a person with less friction for the user, it has the potential to dramatically improve enterprise security. Computers and devices can unlock automatically when they detect the fingerprints of an approved user. Server room doors can swing open when they recognize the faces of trusted system administrators. Help desk systems might automatically pull up all relevant information when they recognize an employee's voice on the support line.


Introducing the laser rangefinder Forestry Pro II - for faster measurements over longer distances.
This new model now has a measuring range from 7.5 to 1600 m. Three-point measurements make it possible to determine heights with extreme precision, even if the bottom and / or top of your subject is / are not visible. HYPER READ provides fast and stable measurements: the results are shown on the internal display in about 0.3 seconds. The target priority switching system lets you choose between the closest or farthest subject. Up to 250 measurements can be stored in the log. A larger external display with illumination provides clear visibility in low light and the compact body is waterproof and comfortable to wear.


The German Aerospace Center (DLR), the research center of Germany, provides research and development work for aviation, aerospace, energy, transport, security and digitization. In addition to its own research activities, DLR, as a space agency on behalf of the Federal Government, is responsible for the planning and implementation of German space activities. The Earth Observation Center (EOC) is located in Oberpfaffenhofen, west of Munich. Here, research is conducted in the field of remote sensing and answers are sought to urgent questions in the areas of environment and climate, mobility and planning, prevention and management of natural disasters and civil security. Part of the EOC is the German Satellite Data Archive (D-SDA). The receiving stations for satellite data, which are distributed worldwide, forward their data to this location, where they are secured and archived on a long-term basis. The data of the rapidly growing archive, currently about 20 petabytes in size, is stored with an upstream hard disk cache via a hierarchical storage management system. The two copies of the data must be based on different technologies. Since one of the two tape technologies used so far was discontinued by the manufacturer, DLR decided to evaluate FAST LTA‘s Silent Brick System in a pilot project. In addition to the required media break, Silent Bricks also offer considerable speed advantages.
The German Satellite Data Archive (D-SDA) is the core component of numerous national and international space missions of earth observation. It has been operated in this form since the mid-1990s. Various satellites, which produce data using optical methods, X-ray technology, spectrography and radar, provide scientists with the basis for their research. For example, the changes in all the world‘s glaciers over the past 30 to 40 years can be precisely tracked. These data are also used for economic applications, urban planning, agriculture and forestry or for environmental impact assessment. Accordingly, the D-SDA has extensive experience in archiving large amounts of data. Stephan Schropp as IT manager and several colleagues are responsible for the conception, the optimal setup, and the adaptation of the archiving environment.
The satellites are designed for 7 years of use, during which time they orbit the earth. During this time – and often a few years longer – they collect their data and send it regularly to the D-SDA. The long-term archiving of the satellite data is intended to be for as long as possible to enable the evaluation of past data for future challenges. The data management is carried out with an in-house software. Initially, the data is stored in a hard disk cache; it is then archived redundantly on two different tape technologies and locations to minimize the risk of data loss. Up to now, in addition to tape systems based on LTO6/7, the Oracle StorageTek STK T10000 solution, which is also based on tape, has been used. However, the latter is no longer being developed further. „We have been observing a change in the market for some time now. In the tape sector, the range of products offered by various drive manufacturers has been greatly reduced in recent years, so that a dual-vendor strategy, which is common practice in long-term archiving, can no longer easily be sustained,“ explains Stephan Schropp. „For certain data from current missions, a lower latency must also be achieved when reading data,“ says Stephan Schropp. New types of virtual tape libraries can be the solution for the transition from the legacy archive media.
On the recommendation of the experts from the system integrator NAVUM GmbH in Wörthsee near Munich, who have been supporting DLR in the administration of the archive for many years, the decision was made to use the Silent Brick System from FAST LTA. „This allows us to maintain our ‚dual vendor strategy‘“, says IT Manager Schropp. The Silent Bricks can be operated as a virtual tape library (VTL). This allows integration into existing archive software without major adaptations. „Thanks to FAST LTA‘s hard disk-based technology, we can eliminate the need for another, faster copy on hard disks,“ says Stephan Schropp happily. This was previously necessary to ensure timely access to archive data, but could only be implemented for a small portion of the data due to the higher price and energy consumption. However, fast, random access to more and more data is becoming increasingly important for future applications. This requirement can now already be met with the FAST LTA solution. By switching off inactive Silent Bricks, access times typical for hard disks can be achieved with low energy consumption; the energy balance is thus comparable to that of a tape archive. „Compared to the previous solution, we were able to detect significantly lower latencies when reading data from the archive,“ explains Stephan Schropp, with a view to previous experience. The integration of the first Silent Brick systems took place without interruption of productive operations in January 2019 at the DLR sites in Oberpfaffenhofen and Neustrelitz. „The 3 systems have been running smoothly and reliably ever since. It is a well suited solution for us“, explains Stephan Schropp satisfied.
„We expect data growth of up to 10 petabytes per year from current and upcoming satellite missions,“ says Schropp. In the future, it is planned to integrate technologies such as Silent Bricks as an integral part of the archiving strategy, thus making DLR‘s satellite data available to research and industry in a future-proof manner. To this end, DLR and NAVUM are working with FAST LTA on the further development of the Silent Brick System and a new storage system designed especially for very large VTL archives.


Logger has 5 LEDs, each one represents 20% of design life. If all 5 are lit, there is between 80% and 100% of useful life remaining; if 4 are lit, remaining life is 60% to 80%, and so on. When only one LED is lit, it is time to plan replacement of the anode cell.
When the last red LED flashes, then less than 10% of life is left.
Useful life is pre-programmed into unit, based on the surface area of the ion-exchange membrane.
Small size fits easily on the electric cable lead, and uses a Hall Effect sensor to measure current.
Fits all wire sizes up to a #2 cable, 13 mm (0.51 in.) O.D. max.
Includes a self-contained standard CR2032 battery and microprocessor.
Has capacity to measure up to 100 amps.
Battery voltage is monitored by separate LEDs.
The Logger is compatible with Box Cells, C Cells and Tubular Anode Cells.
LEDs illuminate with the push of a button.
Even after all the LEDs have been exhausted, the E-coat operator can test for electric current passing through the anode cell by using a hand-held ammeter.
UFS recommends installing a TruAmp100 Logger on each brand new anode cell/membrane shell/ membrane change.
The TruAmp100 Logger is a suitable option when budget constraints do not allow the purchase of a New Generation Anode Monitor - (PLC Based System that provides real time current data plus tallies amp hours).
Forecast spare parts purchasing with enough lead time to avoid un- scheduled shutdown or emergency ordering.
No more guessing when the ion- exchange membrane needs to be changed.
Not every cell needs one.
Spacing out units on different cells on just one side of the tank will give accurate measurements and will allow you to reduce initial expense.
Cost effective and practical.


Solar Without Borders
1.6 billion people do not have access to electricity. Solar without Borders is a non-profit organisation setting up solar power projects in developing countries. In 2010, a first solar panel, lamp and charger production unit was started up in Togo. The lamps are hired out to the local population in the form of solar kiosks.
Solar kiosks are constructions equipped with solar panels which are centrally located in villages without electricity supply. Local residents can rent a rechargeable lamp and charge it using solar power. Other batteries, e.g. of mobile phones, can also be recharged there for a minor fee. Each solar kiosk is run by a self-employed local operator trained by Solar without Borders. The kiosk operator can make a decent living out of this. This is an incentive for local entrepreneurship.
Solora supports Solar withour Borders in the development of this project.


Live streaming involves the use of:
- normal television equipment, whether it be a simple webcam or a full multi-camera rig
- a bit of software to encode the picture and sound into a format which can be distributed via the internet
- a link to a computer running a distribution server which has an extremely high bandwidth connection
- a transcoder which takes the incoming programme and outputs it in a format suitable for the device and network it will be seen on
- the final viewer’s computer, set-top box, tablet or smart phone
At Collie Productions we have all of the components necessary to deliver the programme right down to the end-user’s viewing platform in a wide range of bandwidths and resolutions. We use software on our dedicated streaming distribution server to ensure that the programme is matched exactly to user’s available bandwidth automatically and seamlessly. Not only do we have a computer with immense power necessary to handle the video, but it “lives” on the European backbone, so we can handle many thousands of simultaneous viewers.
By using our satellite uplink, we are pleased to be able to provide an affordable live streaming service which does not rely on the decidedly variable broadband uploading. One of the main difficulties with live streaming has been the nature of broadband. High speed down… (enough for anyone viewing), but frequently less than 500k up the way. Streaming, even in standard definition, needs at least at least 2 Mb/s headroom. So we no longer rely on any one else’s network. We bring along our own with 6 Mb/s, enough for full high definition.
Add two, three or even four cameras, plus Telestream Wirecast and the Wowza distribution server and we have your event covered: conference, meeting, sports, music, theatre… . We can handle it all.
In addition we can automatically record all live programmes on the server so they are available for replay the moment the live broadcast finishes, and in all the available resolutions.


In case you are looking for the Swipe connect star flash file, this article will be helpful for you. We have provided you with an original Swipe connect star flash file and explained to install the same. Read the article till the end to know more about it.
In this section of the article, we have explained a list of certain things that you will have to do before you can start installing the Swipe connect star flash file. These things will help install the flash file easily.
- Initially, you will have to be aware of the technicalities of the process. In case you are not aware of the technicalities, you need to seek help from an expert. Always remember to use the tutorial for the specified device only.
- Next, you would know that you will lose all the data after the completion of the process. So, you need to create a backup of all the data.
- You will also have to use the device till the end of the process. So, you need to charge the device completely or at least up to 70 percent.
- It is a must to download the firmware file and driver file for the device from an authenticated source and according to the device that you are using. Also, look for the latest version of the tool file.
Steps to Install Swipe Connect Star Flash File
In this section of the article, we have explained how you can complete the flashing process. Below we have mentioned all the steps that you need to follow to install the Swipe connect star flash file on the device. Read all the steps properly and follow them in the same way as mentioned.
- First, you need to download the MediaTek driver on the system. Now, click on the downloaded file and open the installation window. Follow all the instructions appearing on the screen to complete the installation process. In case the driver is already available on the system, skip the step.
- After this, you will have to download the stock firmware file for the device and then extract the contents of the firmware file.
- Next, you will have to download the SP flash tool on the system. You will now have to extract the contents of the tool file.
- Once done, you need to open the extracted tool folder and then click on the flash tool on the system. The tool window will then open on the screen.
- In the tool window, you will have to click on the scatter-loading option and download agent option. The scatter file will be present in the stock ROM that you have extracted.
- You will then have to untick the checkbox for preloader.bin. You must do this because if you won’t, you can brick the device.
- Next, you will have to click on the download option to begin the flashing process.
- Now, you will have to turn off the device and then connect it to the system with the help of a USB cable. Also, you need to press the volume up button of the device so that the tool can detect the device.
- When the tool will detect the device, the process of flashing will begin.
- Wait for the process to complete. On completion, a green ring will appear on the screen.
- Finally, detach the cable and terminate the tool window.
So, this is it. You have successfully installed the Swipe connect star flash file on the device. We have tried to provide you with all the important information that you need to know about installing the Swipe connect star flash file. We hope that the article has helped you.


On this site you find the following content:
The scope of delivery of the smaXtec Base Station SX.1 includes the following components:
Inform your smaXtec consultant upfront if you want to use the Internet connection via GSM (using the built-in SIM card) or via a local router.
If no mobile reception is available at your barn, the Internet connection will be established via Ethernet cable. In this case, the smaXtec Base Station will be connected to a local router.
Activation in the smaXtec Messenger: Navigate to „Boluses & Devices“ and activate the device using the serial number on the side label. Activating the device is necessary so the Base Station will be assigned you organisation and can be used properly.
1. Prepare the Internet connection. The Internet connection can be established via a local router (1a) or via the integrated SIM card (1b). If the built-in SIM card is used, the GSM antenna is necessary.
2. Prepare the power supply. Consider avoiding loop cables as they might lead to transmission problems. If possible, lead the cable from above to the Base Station. If no wall socket within 3 metres is available, we recommend installing the new power outlet on the left side of the smaXtec Base Station.
3. Status LEDs: The LEDs on the top left of the device will inform you about the proper functionality of the Base Station. The Power LED (on top) indicates, if the smaXtec Base Station is switched on. The Link LED (in the middle) shows the status of the Internet connection. The Data LED (bottom) indicates if data from smaXtec sensors is being read out.
To mount the Base Station, follow these steps:
Next, establish the power supply via the mains adapter. If you don’t use the GSM option, establish the Internet connection via Ethernet cable. For a dust- and waterproof use of the smaXtec Base Station, use an according smaXtec network cable (availbale in 5/10/20m length). The cable is not included but can be purchased at smaXtec or your local smaXtec dealer.
Verify the proper functionality by looking at the status LEDs. The connection can take up to 10 minutes. After successful installation, the Power LED and the Link LED should glow continuously in green. If this is not the case, please take a look at the user manual for more details.


A design that has been designed to be the perfect companion for the Apple HomePod is being unveiled by the company’s new design team.
The new design is based on a 3D model of the HomePod that was created by Weichers design studio and then converted into a digital model.
It also includes elements from Apple’s other design studios including the company-designed HomePod design.
The company is also giving us a look at some of the more interesting features in the new design:A lot of the material has been removed, including the plastic case that’s used to hold the Homepod.
The glass-encased speakers have been moved from the front of the device to the side, as well as some of its ports.
The device has also been re-designed to look more like an iPhone or iPad.
There are also new buttons on the back of the home hub that are designed to help users find apps and more information when the device is in use.
Weiches design team said in a blog post that this “re-imagined” HomePod will also be more responsive and easy to use.
The Apple Homepod comes with a 6.1-inch display that supports 1080p resolution.
It has a 5MP camera, 5MP front-facing camera, and 1,920 x 1,080 resolution display.


Buckinghamshire Council is committed to tackling climate change. As part of its commitment to acting as an enabler of sustainable innovation, the Council is one of the first Local Authorities to support the trial of a pioneering car club in Summers Road, Burnham.
The electric car club will demonstrate the latest wireless charging technologies for Electric Vehicles. Instead of plugging a car into a standard charging pillar, there is an electrical induction charging pad set into the ground, avoiding trip hazard wiring and charge-points cluttering the car park and/or the street. With this new exciting innovative trial, the pad can only be activated when an electric car (installed with the specialised induction pad) parks over it.
Because existing electric cars do not have wireless charging, an adapted electric car will be made available for hire, so that residents can try it out and become familiar with how to charge it using the wireless induction pad.
The OSRIC car club is managed by hiyacar – Once you have signed up via the hiyacar app, you will be able to use your mobile phone to unlock the Renault Zoe in the Summers Road car park.


Artificial intelligence (AI) is revolutionizing the healthcare industry in unimaginable ways. With AI, doctors can now diagnose and treat medical conditions better and faster, while reducing the risk of human error. Many healthcare organizations are already integrating AI into their systems to enhance patient care and optimize operations. This blog post discusses the impact of AI on healthcare innovation and how this technology is changing the industry for the better.
AI for Diagnosis: The traditional way of diagnosing medical conditions involves a doctor examining symptoms and analyzing test results. With AI, doctors can now use predictive analytics to identify health risks before symptoms appear. AI algorithms can analyze vast amounts of data, including genetic information, medical records, and health trends to predict potential health concerns and recommend proactive steps to prevent them. This helps to prevent diseases and potentially save lives.
AI for Treatment: AI is transforming the way doctors treat patients by providing personalized treatment plans. With AI, doctors can identify the molecular structure of a patient’s condition and personalize treatment by creating a plan that targets the specific molecules. This leads to more successful treatment outcomes and less dependence on trial and error, improving the quality of patient care.
AI for Clinical Trials: Developing new treatments and drugs is notoriously expensive and time-consuming. AI can help speed up the process by automating the identification of drug targets and predicting drug efficacy through simulations and modeling. AI can predict the success of clinical trials and speed up the drug discovery process. This can lead to a more efficient and effective drug development process, bringing new medicines to patients sooner.
AI for Patient Monitoring: AI technology is also being used to monitor patient health. Wearable devices, such as smartwatches and fitness trackers, are equipped with sensors that can track vital signs of patients. Patients can transmit this data in real-time to healthcare providers, allowing doctors to identify potential issues and provide early intervention. This can reduce hospital readmissions and improve patient outcomes.
AI for Healthcare Operations: Healthcare organizations are using AI to optimize operations and reduce costs. For example, AI tools can schedule appointments for patients, reducing waiting times and improving patient satisfaction. AI can also help with supply chain management by facilitating the procurement of medical supplies and equipment. Additionally, AI can assist with staffing requirements, predicting patient volumes, and scheduling nurses and doctors accordingly.
There is no doubt that AI is revolutionizing patient care and transforming the healthcare industry. From diagnosis and treatment to clinical trials and patient monitoring, AI is providing doctors and healthcare organizations with the tools and resources needed to provide better care while reducing costs, and improving outcomes. With the rapid development of AI technology, it is clear that it will continue to play a significant role in healthcare, improving the quality of patient care, and saving lives. As the healthcare industry evolves and adapts to new technology, it is becoming increasingly clear that AI is the future of healthcare.


|History of PAGASA Time Service
The Time Service Division was established as one of the major units in the then Weather Bureau sometime in 1949. Its master clock was a U. Nardin Marine Chronometer, with pendulum regulator, which was utilized as a dispatch clock. A short synchrome ensemble replaced the marine chronometer in 1951 and a quartz crystal clock improved the system in 1965.
Since then, there was no major improvement that had been done with the system, except for the acquisition of a Digitizing Oscilloscope. In 1988, the Time Service Division was downgraded to the Time Service Unit (TSU), together with the reorganization of the PAGASA. In 1996, the TSU acquired a Luminous Digital Clock and a Global Positioning System (GPS), which were installed in 1997, as its primary reference timing system.
In 2003, TSU was transferred to the newly renovated Transit Building of the PAGASA Astronomical Observatory, equipped with the new timing equipment, known as the Rubidium/Global Positioning System Common View (Rb/GPSCV) Time Transfer System. The said time equipment was decommissioned by the unit after it was hit by a lightning on June 09, 2013. An alternative time source had been obtained by PAGASA through the ICT group, ETSD by acquiring two secondary frequency standards that were installed at the WFFC building and at the Planetarium Building. The first is used to disseminate the PhST via NTP and the other one is utilized as a back-up. Another back-up support is a 5225B Time Node made by Oscilloquartz that was installed at the PAGASA Astronomical Observatory, in case the two S350’s bogged down.
In 2015, PAGASA acquired a new time equipment known as the PAGASA’s Precise Time-Scale System. This timing equipment is an independent timing chain (real-time clock) consisting of three high-performance cesium clocks, real-time clock steered to UTC using GNSS timing information, distribution for 5 MHz, 10MHz, AM/DC IRIG-B, 1 PPS and NTP. It is a world class timing system comparable to the best national time laboratories with commercial and hardware support. The new timing equipment was purchased by PAGASA to establish a national timing reference and to satisfy the requirement of the existing laws on time and frequency services in the country.
The time equipment was about the size of a large refrigerator, composed of three high performance of atomic cesium clocks for holdover redundancy and is plugged into the network time protocol (NTP) of the Philippine Standard Time. The atomic clock tells the time by measuring the oscillation of energized atoms in an electromagnetic field.
The time equipment is also capable of serving as a stratum 0 Network Time Protocol (NTP) server, providing Internet time dissemination. NTP is a means of synchronizing computer clock over the Internet. With this system, the Philippine Standard Time (PhST) kept by the time scale system, will be available on-line in the PAGASA website, and the NTP program will allow transfer of this time to clients accessing the site. Government and private TV stations shall be encouraged to avail of this service and pass on to the general public, through their regular time checks and their clocks shown on the TV screen, derived and synchronized time with PAGASA’s Precise Time-Scale System. Radio stations shall then be requested through the Kapisanan ng mga Brodkaster ng Pilipinas (KBP) to copy the time being broadcasted by these TV stations to provide an accurate and timely nationwide coverage of the PhST.
STRATUM 0 (PAGASA TIME SCALE SYSTEM)
PAGASA’s Time Scale System with three-high performance cesium clocks. This is also known as the reference clock of the Philippine Standard Time (PhST)
STRATUM 1 (SYMMETRICOM S350s and OSA 5225B TIME NODE)
Symmetricom S350s and OSA 5225B Time Node, whose system clocks are synchronized to within a few microseconds to PAGASA’s Time Scale System. These are servers that are peered to each other for sanity checking and backup.
STRATUM 2 (PAGASA’s NETWORK TIME PROTOCOL SERVER SYSTEM)
These are computers that are synchronized over a network to stratum 1 servers. PhST can be accessed via ntp.pagasa.dost.gov.ph or by accessing the IP address 126.96.36.199
STRATUM 3 (SERVER/COMPUTER CLIENTS THAT ARE CONNECTED TO PAGASA’s NTP)
These are computers that are synchronized to stratum 2 servers. They employ exactly the same algorithms for peering and data sampling as stratum 2, and can themselves act as servers for stratum 4 computers, and so on.
The Philippine Standard Time (PhST)
Functions of the Time Service Unit
For Philippine Standard Time (PhST): Call Tel. No. (632) 929-1237


Get to know
Along with a great community of industry experts and researchers, SmartNanotubes Technologies shares the vision of digital smell recognition. Our goal is to enable digital smell recognition in a fast and easy way and help our customers to develop product solutions for their own smell and gas detection applications.
Our products are the results of the combined efforts of a multidisciplinary team of developers and industry experts with expertise in physics, chemistry, electrical engineering, bioengineering, software development, industrial engineering, marketing and business development. Over the years we have worked together sharing the same vision for smell recognition.
Dr. Viktor Bezugly
Dr. Birte Sönnichsen
Head of Production
Marketing & Sales
2010 – 2013
basic research on nanomaterials
2013 – 2020
nanomaterial development and gas sensing r&d
APR 2017 – DEC 2019
- 1st prototyping of electronics for Si-chips, for the chips on foils
- 1st software version
- 1st cooperation partner
- 1st patent granted
Jun 2019 – Jan 2020
Presentation of 1st prototypes at Sensor + Test exhibitions:
- CES Las Vegas
- NanoTech Tokyo
1st prototype of fully printed Smell iX16 detector chip
foundation of SmartNanotubes Technologies GmbH
Aug 2020 – Jan 2021
Smell Inspector prototype A development and production
Closing of Seed Round
Smell Inspector launches on Kickstarter!
Feb 2021 – May 2021
hardware and software testing, improvements, production and testing of prototype B
Oct 2021 – Feb 2022
first commercial production of Smell Inspector and Smell iX16
Delivery of first product Smell Inspector developer kit to customers and release of Smell Annotator
Closing of Round A Financing
A big thank you to our investors. With their continued support we are able to bring forward our vision of smell digitization.
Early Warning Sensor For Li-Ion Battery Overheating In Electric Vehicles In The Making
November 11, 2023. SmartNanotubes Technologies, a Silicon Saxony startup that has developed the world’s first electronic nose chip “Smell iX16” for mass market applications, and Linxens, the global leader in SmartCard Technology , RFID tags and reel-to-reel flexible electronics united their efforts to develop a…Read more
SmartNanotubes is part of a research project at TU Dresden which uses olfactory sensors to detect body odors
Human body odor is influenced by diet, inflammatory processes, and hormone balance, among other factors, and consequently changes in body odor can provide clues to disease – sometimes much earlier than through currently established diagnostic methods. With an electronic nose, scientists at the TU Dresden,…Read more
We’ve reached the next big milestone at SmartNanotubes Technologies.
As of today, we have shipped all Smell Inspector Developer Kits from customer pre-orders! The last year since the start of our Kickstarter campaign has been incredibly rich in experience for us.Read more
Disruptive smell sensor chip startup SmartNanotubes raises € 2.4M Series A
2 February 2022. SmartNanotubes Technologies, a German startup that has developed the world’s first micro power multi-channel gas detector chip for the mass market, has raised € 2.4 million in its Series A funding round. Lead investors are Cottonwood Technology Fund and duotec GmbH.Read more
Digital nose: deep tech start-up SmartNanotubes plans to use world’s firsts smell detector chip for mass market applications
Dresden, Germany, Sept. 08, 2022 – SmartNanotubes Technologies, a German start-up has developed the world’s first highly energy-efficient multi-channel gas detector chip “Smell iX16” for the mass market. The company plans to use its technology in networked IoT systems and smart home devices. The chip is much more sensitive, smaller and energy efficient compared to any product on the market. In addition, Smell iX16 is significantly less expensive and can be manufactured in larger quantities. The chip is used in a plug-in module with 64 channels developed by SmartNanotubes, the “Smell Board iX16x4”. Applications include leak detection and the protection against hazardous gases, intelligent fire prevention, network-assisted healthcare and indoor air quality monitoring. The novel technology enables tremendous scalability. “Our development has reached the stage where we can produce tens of thousands of sensors next year,” says Viktor Bezugly, CEO & Co-Founder of SmartNanotubes Technologies.
Game changer in the gas sensor market
SmartNanotubes’ smell recognition technology is similar to the receptors in the human nose in terms of the principle of smell detection. Also in the human nose the odor is defined by a reaction pattern of the various receptors. SmartNanotubes’ carbon nanotube-based sensors stand out from other gas sensor arrays, they are highly sensitive, energy efficient, compact and cost-effective. SmartNanotubes Technologies is a game changer in the gas sensor market,its sensors can detect odors and complex gas mixtures, while conventional gas sensor technology focuses on single gases.
The world’s first odor database
SmartNanotubes is buildung a database of smells that will enable machine smelling. The “Smell Inspector” developer kit offered by SmartNanotubes also includes the specially developed AI-based “Smell Annotator” software. “With Smell Inspector, we enable
developers, researchers and tinkerers to submit their use cases to us in the form of measurement data that they feed into our database,” says Dr. Birte Sönnichsen, COO & Co-Founder of SmartNanotubes Technologies. “We are very happy about the progress we have made so far and the many international customers who already purchased our developer kit. Together with the community, we are building the world’s first database of smells and can’t wait to establish smart odor sensing internationally in this way,” Sönnichsen continued. The more data fed into the AI software, the better it will learn to identify smells of individual substances, even in different compositions.
The start-up SmartNanotubes Technologies was founded in summer 2020 by Dr. Viktor Bezugly and Dr. Birte Sönnichsen together with two other
colleagues in Freital near Dresden as a spin-off of the Life Science Incubator Saxony. With his team, Bezugly had previously spent several years on the development of a smell detector chip based on nanomaterials. The sensor elements contain finely tuned nanomaterials that make the technology highly sensitive, energy-efficient, compact and cost-effective. SmartNanotubes’ smell detectors can detect single gases, smells and volatile organic compounds (VOCs). Applications range from environmental and security applications to home and industrial safety, wearables and IoT lifestyle products. The multi-channel sensor module can be easily integrated into various devices. The company is also developing the
AI-based Smell Annotator software, which provides customers with access to the company’s proprietary database of smells. Series A and seed funding for the startup was secured by the internationally investing Cottonwood Technology Fund, German electronics manufacturer
duotec, Mittelständische Beteiligungsgesellschaft Sachsen, Technologiegründerfonds Sachsen, TU Dresden Aktiengesellschaft, LSI Pre-Seed Fonds and a private business angel.


Google has revealed a serious security flaw affecting its Android OS. As disclosed, a Bluetooth subsystem vulnerability affected the Android OS that could allow remote code execution on the target devices.
A serious bug was present in Google’s Android OS that threatened the security of numerous users across the globe. The bug first caught the attention of security researcher Jan Ruge from Technische Universität Darmstadt, Secure Mobile Networking Lab. Sharing his findings in a blog post, the researcher stated,
A remote attacker within proximity can silently execute arbitrary code with the privileges of the Bluetooth daemon as long as Bluetooth is enabled. No user interaction is required and only the Bluetooth MAC address of the target devices has to be known.
The bug predominantly affected Android 8.0 to 9.0, where an attacker could exploit the flaw to steal user data or spread malware. However, in the case of Android 10, exploiting this vulnerability could only lead to the crashing of the Bluetooth daemon. The researcher did not evaluate the vulnerability and subsequent exploit for Android versions older than 8.0. So, it is possible that the same flaw may also affect older Android devices as well.
As stated in their Android bulletin,
The most severe vulnerability… could enable a remote attacker using a specially crafted transmission to execute arbitrary code within the context of a privileged process.
The bulletin labels this vulnerability as a critical severity flaw in the case of Android 8.0, 8.1, and 9.0. Whereas, for Android 10, Google dubbed it a moderate severity bug.
Source: Latest Hacking News


Everyday, ObEN's world-class team of researchers and engineers work to develop cutting edge Personal AI (PAI)technology in the areas of speech, computer vision, and natural language processing. Take a peak at what our Speech team has been working on recently, including new multilingual TTS systems and the next generation of our Speech-to-Singing and Virtual Singer technology, where we can take your speaking voice and transform it into your magnificient singing voice!
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Robots have a lot of applications in society today, from manufacturing to some basic housekeeping, automated machines as what many would call them, are making useful contributions to everyday living.
But are we ready for a future with more advanced robotic systems? It may take some time before robots may actually take over their human counterparts. At the moment, we can see a lot of technological potentials for robots to become an operational component in IT solutions that can be leveraged by any IT consulting Virginia Beach as a performance-enhancing feature.
However, technology is taking robots a bit further and making strides in the fields of medicine.
Successful robot-assisted surgery
A team of eye surgeons assisted by a surgical robot successfully injected a thrombolytic drug in a hair-thin retinal vein of a patient to dissolve a blood clot.
The procedure, conducted by Dr. Peter Stalmans from the University Hospitals Leuven and his team of surgeons, inoculated a plasmin enzyme using a technique called retinal vein cannulation (RVC).
This was the first-ever robot-assisted procedure made due to the extreme precision needed to operate on retinal veins that are as thin as the human hair. The risky process of manual injection requires 10 minutes of non-stop inoculation of the drug into the affected section of the retina. A slight movement could damage the vein. The robot was developed by researchers at the ophthalmology and mechanical engineering departments from KU Leuven. The researchers also designed a 0.03-millimeter needle for use in the surgical process.
The surgeons successfully inserted a micro-fine needle directly into the retinal vein and eliminated vibrations while the ocriplasmin is administered slowly for 10 minutes straight.
The da Vinci surgical robot
The da Vinci surgical robot has been approved for use in laparoscopy procedures, giving doctors an edge in handling precise and delicate procedures to ensure the safety of patients going under the knife.
The robot allows doctors to make very precise incisions, as well as accurate positioning of medical tools during the surgical process.
Medical experts have reported high success rates in robot-assisted surgeries with the new technology, but people can rest assured that these processes are surgeon-operated and not fully automated for ethical reasons.
For now, autonomous AI-driven robots may find more realistic and impactful uses in IT service provider companies instead of the operating table in a hospital.…


Arduino is an open source computer hardware and software company, project, and user community that designs and manufactures single-board microcontrollers and microcontroller kits for building digital devices and interactive objects that can sense and control objects in the physical world. The project's products are distributed as open-source hardware and software, which are licensed under the GNU Lesser General Public License (LGPL) or the GNU General Public License (GPL), permitting the manufacture of Arduino boards and software distribution by anyone. Arduino boards are available commercially in preassembled form, or as do-it-yourself (DIY) kits.
Arduino Mega 2560 Datasheet. Power The Arduino Mega can be powered via the USB connection or with an configured to trigger an interrupt on a low value.
The Arduino Mega is a Power. The Arduino Mega can be powered via the USB These pins can be configured to trigger an interrupt on a low.
Arduino MEGA, RAMPS, Power supply, Stepper motor, power the system a 12V 10A power supply is used since the The board may be unstable with low input voltage.
Arduino Mega 2560 Rev. 3 Microcontroller Board is available at Mouser and is based on the (Low Power Radio Arduino Mega 2560 Microcontroller Board.
Video embeddedPIR Motion Detector With Arduino: PIR Motion Detector With Arduino: Operated at Lowest Power something to do.
Hardware Startup About; My dont need a lowquiescent current power# include Ports. h.
Low power libraries for Arduino Control sleep with single function calls. Have a power hungry Arduino and looking for a dead Control sleep with single
Intro: Arduino Low Power Project. Hi Ladies and Gents I recently decided that I will investigate the Arduino Sleep Library and see how long I can get an Arduino to.
This is a nonexhaustive list of Arduino boards and compatible systems. external power, eliminating jumper. Arduino Mega A low cost Arduino clone using the.
Arduino Mega 2560 Arduino Mega 2560 R3 Front Arduino Power The Arduino Mega can be These pins can be configured to trigger an interrupt on a low.
Video embeddedIntroduction to Moteino: a small factor, low power, wireless enabled arduino clone. Highlights: Low.
In this post I will describe what is the best way to power a Arduino Best ways to power a Arduino according to your need. from low power Arduino to.
anyone got measurements of Arduino Nanos power consumption? It guess it should be less than e. g. of the Uno or Mega as the USB Part only get powered when connected.
All my servos are a little bit different to each other - I\'ve built a rig to measure what PWM values turn my servos to a specific angle.
The devices which connect to internet has been shrinking at very fast pace, Now its got to the size which fits on your fingers and can not only connect to the internet but as also do some sensing.
ESP8266 chipset has made waves since it got introduced, Due to its small size and capablities. This is the first generation of IOT technologies which is going to change the way we live.
I wanted a smartwatch that showed me notifications from an iPhone, was small enough to wear, and had a rechargeable battery that lasted for at least a day. I created my own Apple watch based on an Arduino. It is a smartwatch based on an Arduino mini pro, which is connected to the iPhone over Bluetooth.
Yes, you read the title correct. Have you ever forgot your birthday, that you need someone else to remind you about it ? Or what if you can gift to someone you love, a device that\'ll wish them on their birthday for 50 times ?
Andruino R2 is an open educational low-cost (components about 35€/USD) modular and extendable mobile robot based on Android and Arduino, integrated in the cloud, to be used as an educational tool in labs and classrooms of STEM, ICT vocational training or engineering courses, as well as in e-learning or MOOC courses as an alternative or, complementary, to virtual labs and soft robotics simulation.
We use infrared transmitters when making Cubecon. So we studied how to send infrared values to an infrared transmitter. We also studied an infrared receiver to make sure it works properly.
In my heart I know we are stuck with the QWERTY keyboard but that doesn’t stop me wanting something different. I have thought about switching to Dvorak or Colemak key assignments but don’t want to deal with the problem of mental interference when I have to switch back to a normal keyboard.
Use FreeRTOS (simple, easy, robust, optimised for the Arduino IDE) to reduce the power required for battery or low power applications. Find this and other hardware.
Tutorial Arduino Zero Power Consumption. Arduino Zero Low Power Overview. This tutorial aims to show the low power characteristics of the Arduino Zero.
Video embeddedArduino ATtiny85 low power mode Arduino World. Loading Low Power Arduino! MEGA DAS 22, 929 views.
Obviously you wont want to keep the Arduino in lowpower mode. But, in projects where you dont need to take readings continuously.
Explore Alistair Hutten's board low power arduino on Pinterest. See more ideas about Arduino, Solar power and Platform.
How to build Arduino low power sensor. This tutorial will show how to modify Arduino Pro Mini into low power Arduino. I have used mega for burning mini pro.
Christmas is coming and you know we had to build something that would put the entire neighborhood into the Christmas spirit!
NetSensor is an Arduino Kit which allows you to monitor your room from anywhere in the world via Internet.
All you would need is a browser and this kit has all the hardware required to monitor your room and check if its warm, not too humid and if someone has broken into your home.


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