FIELD INSTRUMENTS DESIGNED TO CONTROL AUTOMATION PROCESSES.
Endress+Hauser is a global leader in measurement instrumentation, services and solutions for industrial process engineering. We have teamed up with Endress+Hauser to provide process solutions for flow, level, pressure, analytics, temperature, recording and digital communications, optimizing processes in terms of economic efficiency, safety and environmental impact. Customers come from various industries, including chemical, food & beverage, life sciences, power & energy, primaries & metal, oil & gas and water & wastewater.
Depending on the application a field instrument is required to measure and monitor flow, level, pressure, temperature and analyze liquids. This is why Endress+Hauser’s field instruments use different measuring principles to operate reliably and accurately in any situation. Endress+Hauser offers a wide range of process instrumentation to measure and control, system components and data managers for data visualization, and recording and software tools to support the seamless integration of field instruments into many different automation systems.


Highest Performance Laser Systems
With over 50 years of experience in laser technology, Fotona’s line of aesthetic
lasers systems is leading the industry forward with new levels of innovation and
performance. Fotona is recognized as a world leader in aesthetic applications and
technologies, working closely with top universities and medical research centers
around the globe.
Fotona manufactures the highest single-pulse energy Q-switched laser on the aesthetic
market (QX MAX), the highest power Nd:YAG laser available (XP MAX), and the most
advanced multi-application aesthetic laser system (SP Dynamis).
Two Laser Wavelengths – All Major Applications
Fotona was the first manufacturer to introduce two complementary laser wavelengths
(Er:YAG and Nd:YAG) in a single system (Skinlight, 1994). Combining both wavelengths
in a single treatment makes best use of the unique laser-tissue interaction characteristics
of each laser wavelength, and can dramatically improve the outcome of laser-assisted
treatments to achieve superior clinical results.
Innovative solutions are available for a wide range of aesthetic treatments, including
skin resurfacing & rejuvenation, veins and vascular lesions, pigmented lesions &
tattoo removal, permanent hair reduction, and much more.


• The U.S. Department of Commerce’s (DoC) move to prohibit Huawei from buying components manufactured using U.S.-made foundry machines and silicon design tools has major implications for Huawei’s continued operations.
• However, it will also bring immediate negative effects on component suppliers (some U.S.-based), impact competition among ICT vendors, and produce uncertainty going forward.
New sanctions announced by the U.S. DoC on May 15 prohibit foundries using U.S.-made machines and software from selling chips to Huawei. In practical terms, this means that Huawei’s key silicon suppliers – Taiwanese TSMC and Chinese SMIC – would likely need to halt production of Huawei subsidiary’s HiSilicon chip designs. The immediate prospect for Huawei is especially bleak considering that the great majority of the world’s foundries use U.S.-sourced hardware or software in some parts of their process. Continue reading “U.S. vs. Huawei: Everybody Loses”→
OTN transport provides excellent performance in traditional transport use cases, but standard OTN has disadvantages that hamper its use in networks carrying 5G, IoT, and private line traffic.
Huawei’s OTN offering aims to future-proof OTN and promote its use in a wider set of use cases.
With operators facing limitations in flexibility, granularity, and traffic differentiation in their OTN networks, Huawei is introducing extensions to the technology – called Liquid OTN. It aims to improve OTN’s applicability to traffic types like 5G transport, IoT, private lines, and AR/VR, but also with a view toward making the networks more flexible and amenable to automation. Continue reading “Huawei’s Liquid OTN Promises More Flexible and Granular Optical Transport”→
The Next Generation Optical Forum (NGOF) was founded in 2017, gathering predominantly China-based telcos, academic institutions, equipment vendors, and component/chip suppliers; in 2020, the association wants to accelerate its work on the requirements for future optical networks.
The current focus of the NGOF is high-quality private line technology and standards, the new generations of OTN, and 5G transport-related technologies.
Who Is the NGOF?
Founded in 2017, the NGOF has around 40 members, including network operators, system vendors, component and chip vendors, testing equipment vendors, and academic organizations. Most members are Chinese or China-based; however, some (especially on the vendor and component side) are based outside of China. Continue reading “NGOF: Taking Optical Networks to the Next Level”→
After forming its telco business to take a piece out of the NFV cake several years ago, VMware has continued to gain momentum with CSPs.
VMware is likely to expand its presence in telco networks as its core products develop to address key cloud-native transformation priorities.
At the onset of the NFV revolution, most industry players reached a consensus that the virtualized telco of the future will become a DevOps shop, running mainly on open source software components. However, even though it may work for the largest telcos, this blueprint is far from universal – as exemplified by the telco business momentum shown by one of the largest global ISVs, VMware. At the VMworld Europe event in Barcelona on November 3-7, VMworld executives put a special emphasis on their telco business, which nowadays encompasses three primary focus areas: building the telco cloud, optimizing the edge, and optimizing the radio. VMware now counts more than 100 telco cloud and service assurance clients in production serving over 800 million mobile subscribers. Telco – the only vertical business within VMware – figured prominently in the keynotes as well, with the launch of VMware’s ‘Project Maestro’ telco cloud orchestrator as one of the main points of CEO Pat Gelsinger’s presentation. Continue reading “VMworld Europe 2019: Powering Telco Cloud-Native Transformation”→
• Webscales, ICPs, and enterprises are using DCI solutions to provide high-quality, practically unlimited connectivity for their data centers, while controlling their costs through building up their own infrastructure.
• DCI vendors need to develop their solutions considering not only the connection capacity requirements, but also the increasing demands on O&M simplification, intelligence, and security.
DCI solutions have evolved, driven by the incessant growth of cloud, which will continue well into the future. According to GlobalData’s market sizing and forecast, the global cloud ecosystem expanded 24% in 2018 and reached US$ 290 billion; it will continue to grow with CAGR of 25.3% over the forecast period, reaching US$720 billion in 2022. The first use for DCI has been in providing point-to-point connectivity for large centralized data centers. But as data centers keep getting deployed throughout the network footprint – all the way to the network edge itself in edge computing installations – the demand for simple, high-performance optical solutions keep growing as well. Continue reading “Transforming Enterprise Optical Transport with Data Center Interconnect (DCI)”→
Support from AT&T, Verizon, and Rahi Systems is a big thumbs up for both Lumina in particular and hardware-agnostic SDN in general.
The fact that Lumina needs external funding to grow shows that growing organically in the SDN business is still difficult.
At its launch last year as Brocade’s networking business spinoff, Lumina Networks’ value proposition focused on building a service-oriented business, catering open-source, hardware-agnostic SDN solutions to telcos and enterprises. Last week’sannouncement of the company’s successful $10 million funding round (of which $8 million was from Verizon Ventures) validates this value proposition and underlines the confidence large telcos like AT&T and Verizon have in the company’s solutions and business model. Continue reading “Lumina’s Funding Announcement: Big SPs Put Their Money Where Their Mouth Is”→
PCS Maximizes Fiber Utilization: The PSE-3 DSP relies on PCS modulation to increase available bandwidth per fiber close to its theoretical maximum.
PSE-3 Simplifies Network Operations: PCS enables the PSE-3 to tune its wavelength capacity from 100G to 600G, using a single modulation format, baud rate, and channel size.
Nokia’s new Photonic Service Engine 3 (PSE-3) is designed to improve optical performance, flexibility, and programmability across a wide range of wavelength capacities. To achieve this, the new DSP chipset utilizes probabilistic constellation shaping (PCS) – a modulation technique which improves optical reach performance by approximately 1 dB, or roughly 25% (compared to the most advanced optical systems today). This brings the optical system performance, according to Nokia, within a fraction of a dB of Shannon theoretical limits. Continue reading “OFC 2018: Nokia’s New PSE-3 DSP Chipset Pushes Optical Transmission Closer to the Shannon Limit”→


Sunday October 9 at 6pm
Public Lecture by
An evening lecture near Piccadilly Circus that changed the world
A reception will follow.
Abstract: Even though we are immersed under the ubiquitous action of the gravitational field, it was not until the XVIIth century that scientists started considering Fields as an important new idea. Probably the first picture of a Field is the classical sketch by Descartes. During the XIXth century the notion of the electric and magnetic lines of force) were pushed by Michael Faraday. Building upon Faraday's experimental results on the lines of force, during eight years the young Maxwell developed the dynamics of the Electromagnetic Field. He presented his new ideas on December 8, 1864 at the Royal Society, near Piccadilly Circus (London). The new result of Maxwell unified Optics and Electromagnetism and, more importantly, pushed forward the importance of the idea of "Fields" in Physics. A bit over 150 years after Maxwell's lecture we can gauge its impact by the dramatic scientific and technological change it unfolded. In Physics the two scientific revolutions of the XXth Century (Special and General Relativity, as well as Quantum Physics) were triggered by Maxwell's results. On the other hand, the technological change Maxwell's result induced in particular in modern communications is overwhelming. In this talk I will review Maxwell's life and I will gently review his major scientific contributions.
Speaker Bio: Rafael Benguria Donoso is a mathematical physicist working in Santiago, Chile, who has done notable research on quantum systems, nonlinear partial differential equations, spectral geometry, and functional analysis. He first studied electrical engineering before getting a doctorate in physics from Princeton. Among his distinctions have been a John Simon Guggenheim Memorial Fellowship, and his country's highest scientific honor, the Premio Nacional de Ciencias Exactas. Benguria is also known for popularizing the lives and achievements of mathematicians and physicists.
Help us advertise this event by posting a copy of the poster in your department.


The long-anticipated new Vision Spinner 2 Battery is finally here, and it was well worth the wait. This remarkable battery is not only an impressive looking piece, but is also very powerful. The Vision Spinner 2 boasts a whopping 1,650 mAh, making it one of the longest-lasting variable voltage twist batteries on the market today.
Slightly larger in diameter than a standard eGo battery, the all new Vision Spinner 2 maintains a sleek and stylish look similar to other mid-sized batteries, while providing substantially more power. The Vision Spinner 2 is a variable voltage device, allowing you to control the voltage output from 3.3V to 4.8V. The ability to adjust the voltage makes is possible to use the Vision Spinner 2 with virtually any atomizer resistance with the perfect hit each time.
The Vision Spinner 2 is equipped with both 510 and eGo threading, allowing you to use this beautiful battery with most popular clearomizers, glassomizers, and cartomizers. The Spinner 2 also has a battery charge indicator, which changes color according to the amount of charge the battery has absorbed. A white light indicates 60% - 100%; a blue light indicates 30% - 60%; and an orange light indicates 0% - 30%.
Whether you have other variable voltage twist batteries or are shopping around for your first, the all new Vision Spinner 2 variable voltage battery is one of the most impressive new batteries to hit the market in quite a while


Advances in Data, Methods, Models and Their Applications in Geoscience
Hardcover: 336 pages
Publisher: InTech (December 22, 2011 )
With growing attention on global environmental and climate change, geoscience has experienced rapid change and development in the last three decades. Many new data, methods and modeling techniques have been developed and applied in various aspects of geoscience. The chapters collected in this book present an excellent profile of the current state of various data, analysis methods and modeling techniques, and demonstrate theirapplications from hydrology, geology and paleogeomorphology, to geophysics, environmental and climate change. The wide range methods and techniques covered in the book include information systems and technology, global position system (GPS), digital sediment core image analysis, fuzzy set theory for hydrology, spatial interpolation, spectral analysis of geophysical data, GIS-based hydrological models, high resolution geological models, 3D sedimentology, change detection from remote sensing, etc. Besides two comprehensive review articles, most chapters focus on in-depth studies of a particular method or technique.


Early 2009 one of my desktop HDD (Western Digital 1200 series) stopped working after being used for at least 5 years. In most cases you will hear a clicking noise when the disc is about to die. Mine however didn’t make such noise. It actually started to smoke and made a small *poof* sound before it killed my computer (it probably triggered the surge protector).
I turned off the computer and removed the HDD from the casing. At first I didn’t noticed anything suspicious, although you could clearly smell that something was burned. I decided to take off the circuit board (PCB). After removing the PCB and its protective layer, I noticed that one of the controller chips got fried.
Unfortunately Western Digital doesn’t provide support for PCB replacement. They just forward you to a disk recovery company which usually charges you a lot of money. There is no way to get a replacement PCB from them.
However, not all is lost. A friend of mine recommend to check out this website: http://hdd-parts.com . This company provides replacement PCBs for many HDD brands. While my particular HDD wasn’t listed on the website, I contacted them and they informed me that they had a replacement PCB in stock.
Now there is one catch, you can not just replace your broken PCB with any other (similar looking) PCB. It needs to match with your series (perhaps even build date) and you will need to transfer the firmware from the old one to the new one. Since I don’t have the tools to copy and program firmwares onto chips, I shipped my broken PCB to hhd-parts and had them copy the firmware over for me for a small fee.
In total it took about 2~2.5 weeks to send my broken PCB to them and receive a new one from them (international shipping from CA to NL). However it was totally worth it. After replacing the PCB, the drive worked perfectly again, at least I was able to do a full backup.
The total cost?
Only 75 usd.
$49.99(board) + $20(programming) + $5(shipping) = $74.99(USD)
It surely beats paying a recovery company a few thousands of dollars just to get your data back.


Due to the current COVID-19 pandemic, registered authors are now able to present their work through our online platforms New
4th International conference on Big Data, Machine learning and Applications (BIGML 2023) will provide an excellent international forum for sharing knowledge and results in theory, methodology and applications of Big data and Machine Learning. The aim of the conference is to provide a platform to the researchers and practitioners from both academia as well as industry to meet and share cutting-edge development in the field.
Topics of interest
Machine learning & Applications
Authors are invited to submit papers through the conference Submission System by March 25, 2023. Submissions must be original and should not have been published previously or be under consideration for publication while being evaluated for this conference. The proceedings of the conference will be published by Computer Science Conference Proceedings in Computer Science & Information Technology (CS & IT) series (Confirmed).
Selected papers from BIGML 2023, after further revisions, will be published in the special issue of the following journals
Second Batch : (Submissions after March 06, 2023)
Raul Salles de Padua
Due to the current COVID-19 pandemic, registered authors are now able to present their work through our online platforms


In an ever-evolving technological landscape, software developers, web developers, data engineers, data scientists, DevOps professionals, sysadmins, data analysts, and other IT specialists face unique challenges when it comes to managing their work environments effectively. This is where our project comes in.
The Alnoda team is dedicated to developing open-source solutions aimed at providing containerized development environments.
Our primary goal is to empower software developers, analysts, data scientists, researchers, DevOps professionals, platform engineers, infrastructure engineers, and various other IT professionals and teams.
By leveraging our solutions, individuals and organizations can enhance their productivity and efficiency in their respective fields of work. We believe in fostering a collaborative environment where the collective expertise of the community can contribute to the continual improvement and evolution of these solutions, enabling a more streamlined and effective approach to software development and IT operations.
Our open-source project focuses on providing containerized portable development environments that empower professionals across various domains to work seamlessly, regardless of their physical location or the resources available to them.
Alnoda aims to offer user-friendly containerized workspaces for diverse IT professionals.
By leveraging the power of containerization, we enable users to isolate their projects, back up their work, conduct isolated experiments, work on any computer, share workspaces, and collaborate effortlessly.
These Alnoda features are in active development, and not publicly available yet: 1) workspace deployment on cloud server; 2) workspace deployment in Kubernetes; 3) Alnoda desktop app


West Penn Wire designs and manufactures wires, cables, harnesses and related products for small, mid-size and Fortune 500 companies worldwide, as well as for higher education, healthcare and government organizations, and houses of worship.
Our design, engineering and manufacturing excellence enable customers to obtain solutions that meet the most demanding requirements for audio, video, security and networking applications.
WPW was established in 1971 and is part of the Belden group of companies (NYSE:BDC).
See our complete selection of cables, cable assemblies, control devices, accessories and tools to help you optimize the performance of PRO AV, security and networking systems.View Our Catalog Online >>
Fiber Optic Cable is one of the fastest growing technologies for A/V and data applications due to the advantages over copper systems and ease of installation.Learn More >>


Advances in distributed computing research have enabled the implementation of sophisticated new multicast communication protocols. The Totem system, developed at UCSB, is one such protocol which provides the guarantee of reliable, ordered, fault-tolerant multicast communication. This thesis introduces a new object-oriented interface to the Totem system named the Multicast Communication Endpoint (MCE). The MCE library distills out the common multicast communication components needed in a distributed application and encapsulates these abstractions into the major components of the library. The structure of the library enables developers to build application specific classes inherently capable of handling the multicast communication tasks needed in a distributed system. The design and implementation of MCE is presented here along with sample applications.


The Oppo F19 is one of the hottest cell phones currently on the market, and for good reason. It comes with a number of innovative features, including a large, high-resolution display, a high-end video camera, a complete suite of software, and two headphones. However, in order to buy Oppo F19 online, you need to know a bit about this impressive phone.
As far as the camera units are concerned, the Oppo F19 from Sony features a trio of triple camera setups: a single, high-resolution camera on the back, a single, high-speed camera on the front, and a dual-mode, wide-eyed camcorder on the top. The back camera unit also features a manual focus mechanism, along with portrait mode, video mode, and panorama mode. The front camera, meanwhile, has an auto-focus system, and is capable of downloading the photos it takes to your phone. The Oppo F19 cell phone measures an impressive 7.1 inches diagonally, and has two power buttons, a volume control, a clock, a USB dock, and a SIM tray.
The biggest selling point of the Oppo F19 is its ability to act as both a cell phone and a compact camera, thanks to its ColorOS technology. The Oppo F19’s three different camera configurations enable it to take great pictures, even when the lighting conditions are not ideal. In addition to the single, high-res lens unit, the Oppo F19 also sports a high-speed shutter speed, a color display that is easy to read, and a built-in flash. At this point, the only thing that could be lacking from the Oppo F19 is a memory card – the phone comes standard with one, but if you need to buy additional memory or a second card, you will have to pay a fee.
As for the camera setup, the Oppo Firth is armed with a single, high-resolution, luminous LED-touch screen, which is just as bright as those found on top-of-the-line Oppo F19 smartphones. The camera has an automatic image stabilization system, along with optical zoom, and comes preinstalled with Android 11.2, which is the latest mobile operating system. However, the phone also features a rather dated dock adapter, which needs an adapter cable to work with the Oppo Firth. It is unfortunate that this portability issue remains, as many devices come with similar problems.
When it comes to buying Oppo F19’s online, you will be presented with quite a few options. If you’re planning to buy the device online, remember that you should always buy the Oppo Firth from an authorized dealer. This is to make sure that you are getting an original piece, and not some refurbished unit. You’ll also want to find an authorized store to purchase your phone from. With so many online stores out there today, it can be difficult to find a trusted name in the industry.
Keep in mind that the Oppo Firth has a rather large keypad, which makes entering text extremely easy. Another nice feature of the Oppo Firth is that it comes with a notification LED, which notifies you when incoming calls are set to priority. One of the best parts of the Oppo Firth is that it also comes with a battery that lasts up to a year. While it is relatively large, the battery holds a charge for a long time. Finally, when talking about size, you might want to consider the Oppo Firth’s dimensions, as it is much smaller than other cell phones.


If you are looking for non-toxic batteries, found these, made in the most eco-friendly way possible. They are the most sustainable batteries I found.
A better choice for If you need for your kid toys or for any devices since they are after than conventional ones.
ENVIRONMENTALLY-FRIENDLY Batteries by EnviroMAX are expertly constructed from the basic elements of the Earth and contain no harmful mercury or cadmium.
This eco-friendly battery does not release any ozone-depleting compounds and is disposable in most landfills. Even the packaging is made using more than 75% recycled materials!
al the batteries listed here are made under some of the strictest standards of environmental responsibility and are 100% recyclable.
Fuji EnviroMAX Super Digital Alkaline Eco Friendly Batteries
💗 I found the most environmentally friendly batteries on the market:
Fuji EnviroMAX™ batteries are mercury-free, cadmium-free, lead-free, and PVC plastic-free.
The packaging is also eco-friendly. They are high-quality batteries with a cost that is 30-40% below market leaders.
Quality is shown in part by the 10-year shelf life – one of the longest in the industry. In addition to the impressive shelf life, these batteries have a superb discharge curve keeping a consistent flow of power throughout the entire life of the battery.
CHOICE OF SIZE. Fuji Batteries come in a wide variety of blister packs and multi-packs to meet everyone’s needs. All batteries are made under some of the strictest standards of environmental responsibility and are 100% recyclable.
Alkaline Battery A23s
💗 On the packaging they state: ZERO MERCURY
Better quality: SURPOWER is a professional battery manufacturing factory, providing a large number of high-quality batteries for many companies around the world for many years. every button battery has strict standard quality inspection, high capacity and high voltage make the battery more stable and durable.
Safety certification: Using high quality core raw materials and precision manufacturing process make SURPOWER button battery no leakage and safer. With CE.ROHS.UN38.3 safety certification.
Better price: SURPOWER brand is factory direct sale, was invited to Amazon.Through retail packaging, wholesale prices, let you have a better shopping experience.


From Process Discovery to deployment of virtual workforces that are manageable, secure and scalable for enterprise needs, Kryon offers intelligent Attended, Unattended and Hybrid RPA solutions.
Kryon is the only RPA vendor with patented image recognition and machine learning technology, allowing us to deliver unparalleled results on any application, without integration.
Especially designed for process experts with no programming skills. Automated processes are easily created using a visual approach and augmented with advanced commands.
We look at the bigger picture of RPA to achieve organization-wide process optimization. Our approach involves identifying processes, deploying automation, and leveraging smart analytics to optimize performance.


16-Channel Computerized Light...
16-Channel Computerized Light Controller with MP3 Show Director
This product is no longer in stock
A complete Musical Light Show in a Box. Light-O-Rama’s easy to use ShowTime Windows Software lets you create beautiful lights shows that can even be choreographed to music. Load a completed show on to an SD memory card and plug the card into the LOR Show-in-a-Box controller. The Show-in-a-Box controller plays the music and controls the lights connected to its 16 high-power channels. Has a 30 Amp capacity.
SOFTWARE NOT INCLUDED. You need to purchase a starter package to get the software to setup sequences for this unit.


NV20 ProIndoor Digital TV Antenna
The NV20 Pro is the first commercially available Indoor TV Antenna to use NorthVu's patent-pending fractal antenna system. It delivers great HDTV reception in a small package. Its ultra-compact and elegant design fits any home entertainment environment. The NV20 Pro has advanced signal filtering for more reliable digital TV reception. It is simple to set-up with no assembly required.
Watch TV for Free
Watch your favorite Primetime TV Shows and Live TV Special Events from major broadcast networks with the NV20 Pro. Stay up to date with your local news, sports, weather and watch educational public programming. The NV20 Pro is designed to receive VHF-High (channels 7-13) and UHF (channels 14- 69) for free.
Full HD for FREE
NV20 Pro delivers crystal clear reception of HDTV broadcast channels. In fact, it takes the digital HD signals directly off-air, providing you with better picture quality than that offered by cable, satellite, or analog channel distribution.
The NV20 Pro is Omni-directional. It receives signals from multiple directions alleviating the need to constantly reposition the antenna as you change channels.
Listen to Music
Groove to your favourite tunes or tune into your favorite news and talk radio with the NV20 Pro. It is designed to receive FM signals for your stereo receiver.
Advanced Signal Filtering
NorthVu engineers knew that gain by itself is not the best predictor of antenna performance – that delivering a clean, quality signal is. By design, NorthVu antennas use an advanced diplex filter to reduce signal interference from cellular radio, mobile radio and wireless devices in the home. The result is better and more reliable digital TV signal reception. Most other indoor TV antennas do not use filters to weed out unwanted signals making them more susceptible to interference.
Simple to setup and
no assembly required.
NorthVu antennas are freestanding with a thin coaxial cable. No tools needed, no assembly required, no parts to lose, and no long arms to extend.
- Height: 5.25”
- Width: 8.1”
- Depth: 1.85” at mid-point
- Weight: 11 ounces
- FM: 88 MHz to 174 MHz
- VHF High: 174 MHz to 218 MHz
- UHF: 470 MHz to 698 MHz
- Up to 25 miles
- Ultra-thin Coaxial Cable with F Connector (12’)
- NV20 Pro Indoor Digital TV Antenna
- User Guide


Updating direct tv dvr with wireless
The main differentiating feature of 3G from earlier mobile technologies is its ability to support video services.
“Customers will love the simplicity of wirelessly connecting multiple TV’s to their DIRECTV Genie anywhere inside the home or even in their backyard.”DIRECTV customers interested in a Wireless Genie Mini (WGM) will need to have both a DIRECTV Genie—the entertainment hub of the home— and a Wireless Video Bridge (WVB) professionally installed, which gives them the flexibility to add additional TVs in any room.
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For the most up-to-date information on DIRECTV, please visit
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Product: 9W Square ceiling LED down lights
Output current: 350-700mA
Power: 3W or 9W
LED Qty: 3pc 1W or 3pc 3W high power LED
Beam angle: 8,15,30,45,60 DEG for
Installation size: D
Fixture Material: Aluminum alloy
Life Span: 50,000 hours
Surface Color: Silver/Brass/Shinning White/Matt White
Lamp Head can be adjusted ±20 degrees
Operation Temperature: -20 to +50 degrees CelsiusFeatures:
1, No UV, IR radiation, mercury or hazardous materials, environment friendly
2, Low energy consumption, ideal for all energy saving application
3, High luminous flux and luminous efficiency with lower light output decay.
4, Solid-state, high shock or vibration resistant
5, Easy to install
6, Available choice in cover color and LED color.
7, Standard: CE certification and Rohs compliance
Replacement for conventional bulb, Ideal for home and office lighting, hotels, display case lighting, under cabinet lighting, recessed lighting, business , showroom and art lighting.
9W Square ceiling LED down lights Manufacturer,Supplier&Factory Manufacturer search on:Google, Yahoo, Msn


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Our global platform for digital business is physically and virtually integrated around the world, enabling you to reach everywhere, interconnect everyone and integrate everything.
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Learn more about Equinix SmartKey, a global SaaS-based, secure key management and cryptography service offered on cloud-neutral Platform Equinix™, which simplifies data protection across any cloud architecture.
Equinix Professional Services provides practical guidance and proven solutions to help you optimize and future-proof your data center architecture.
Find solutions and make connections with Equinix Marketplace. This tool allows you to connect to and communicate with our rich customer and partner ecosystems so you can power your growth.
The Equinix IBX data center staffs of engineers, technicians and customer care specialists offer onsite technical and logistical support 24 hours a day, 7 days a week, 365 days a year.


Here are some of the mostly undocumented technical aspects to the Model S and X that may appeal to the engineer in us! Since little of this is from Tesla Motors, assume some data may be inaccurate. If you know more, we’d love to add to this list – just comment below and if possible, add a source. Tesla also makes ongoing improvements that may change vendors or specifications between older and newer cars.
Acronyms – Use our Acronyms and Abbreviations to help in decoding terminology !
Active Aerodynamics – Left and right front flaps boost aerodynamic efficiency and range by only providing additional airflow when needed through the radiators. Parts are made by Rochling. These flaps are only open about 10% of the driving time according to Rochling. (from article in Auto Industries magazine Q1-2014, page 82)
Aluminum – The Model S skin and structure is 98% aluminum. The aluminum body only weighs 410 lbs (Dream Cars video Dec-2014)
Antennas (14 + 7 fob)
- AM Radio – Rear hatch glass
- Bluetooth – Near top of 17″ display (based on our signal strength measurements)
- Cellular – 800 MHz GSM (USA) antenna resides in both side mirrors (Nearfield Systems)
- Charge port release – Uses FOB antennas (see below at Key Fob)
- FM Radio – Rear hatch glass defrost array
- FOB – See below at Key Fob (7 antennas)
- GPS – Under top of back hatch glass, left-side
- Homelink – Front of car, 3-5″ from the frunk latch, passenger side
- TPMS (Tire Pressure Monitor Service) – near bottom front of AC propulsion motor in 2012-2014 cars. May have changed for cars with displayable tire pressures.
- WiFi -Passenger side mirror (Nearfield Systems)
- XM Satellite – Under back hatch glass, top right-side in early cars, under the pano roof center-rear in later editions
AutoPilot 1.0 – The system is based in part with the Mobileye EyeQ3 hardware/software, a front facing camera, radar and 12 long-range ultrasonic sensors. (Computer Vision Video by Mobileye). Auto-pilot hardware was made available in all Tesla cars produced in September 2014 to mid October 2016.
AutoPilot 2.0 – The hardware includes Nvidia’s DRIVE PX 2 AI computing platform, estimated to be 40 times more powerful than AP1. In addition the system includes 8 cameras, 12 longer range ultrasonic sensors (about 30 feet range), and a front radar. The hardware is included in all Tesla vehicles produced after October 19, 2016. Two levels of optional software are offered – Enhanced AutoPilot, as set of features that includes AP1 and more. A second Full Self-Driving option provides Level 5 autonomous driving, once it completed and is approved by regulators (perhaps in 2018).
Batteries – Primary
- 100 kWh – Details unknown yet. Announced 23-Aug-2016.
- 85/90 kWh – 400V, 7104 total cells in 16 modules, each with 6 groups of 74 cells = 444 cells, producing 25 volts (our analysis from battery photos); nominal voltage 346 VDC. 90 kW uses higher-capacity cells.
- 75/70/60 (v2) kWh – 350V 5880 total cells in 14 modules, each with 70 cells = 420 cells, producing 25 volts (our analysis and conjecture); nominal voltage 302 VDC. 75 kW version uses higher-capacity cells. 70 kW cars starting around May-2016 are using the 75 kW pack, but are software limited to 70 kW. These packs can be upgraded over-the-air to 75 kW for a fee. Similarly, the 60 kW version 2 (June 2016 and after) use a 75 kW pack and is software limited to 60 kW and can be upgraded to 75 kW for a fee.
- Classic 60 kWh (2015 and older) – 350V, 5040 cells in 14 modules, each with 6 groups of 60 cells = 360 cells, producing 25 volts (our conjecture); nominal voltage 302 VDC
- 40 kWh – 350V, is a 60 kWh pack software limited to 40 kWh
- Each cell has about 12Wh of energy
- Individual cells are 4.167 volts at 100% SOC or nominal 3.6 V (based on our reverse calculations of pack cells and capacity)* The classic cell current is 3100 mA, and newer cells used in the 90/75 pack current are about 3280 mA.
- Cells are in a 18650 form-factor casing sourced primarily from Panasonic (the exact battery is only sold to Tesla and is not otherwise available) .
Batteries – Other
- 12 V, 33 Ah absorbed glass mat deep cycle lead-acid (sealed gel cell) for most everything other than propulsion and HVAC. One vendor Tesla uses is C&D Technologies DCS-33IT battery. The battery condition is monitored with a Hella Intelligent Battery Sensor.
- 3V coin cell for FOB – CR2032
Bluetooth – 3.0 + HS; Audio streaming with A2DP sink, A2DP source, AVRCP 1.4; Audio Profile A2DP includes support for standard SBC codec (highly compressed low-bit rate audio); Uses the Parrot FC6050 W chip.
Browser User Agent String – Mozilla/5.0 (X11; u; Linux; C) AppleWebKit /534.34 (Khtml, like Gheko) QtCarBrowser Safari /534.34 (verified/unchanged in v5.0 through v7.1)
Bus Systems – CAN (Controller Area Network), LIN (Local Interconnect Network) and 100 Mbps Ethernet via a 6 port switch.
CAN2-6 are accessible from the diagnostics connector. The OBD2 port has access to one CAN bus . Ethernet is accessible from the ethernet diagnostics port, but only by service. With current software it is normally disabled.
- CAN1 – MCU – Only via the ODB2 port, limited data
- CAN2 – Body, 125 kbps
- AM/FM Radio Unit (with optional XM radio)
- Door controllers
- Lights (signals, dome, etc.)
- Mirror controllers
- Sunroof controller
- CAN3 – Powertrain, 500 kbps
- Charger 1 and 2 (if equipped)
- Charge port
- Drive Inverter -Rear
- Drive Inverter – Front (AWD only)
- DC-DC converter for 12V charging
- HV Battery Management System
- Thermal controller
- CAN4 – Body Fault Tolerant, 125 kbps
- Climate Control Cabin Air Heater
- Climate Control module
- Memory Seat Controller
- CAN6 – Chassis, 500 kbps
- Air Suspension (if equipped)
- Blind Spot and Parking System (if equipped)
- Camera, forward (AP1, if equipped)
- Electronic Parking Brake Controller
- Instrument Cluster
- LIN bus
- Power Steering Controller
- Radar (if equipped)
- Stability Control and Braking Controller
- Tire Pressure Monitoring System
- CAN Stability Control
- CAN FastCharge – Supercharger/CHAdeMo to Internal Charger, 33.3 kbps
- LIN – For simple low speed devices, 20 kbps
- LIN1 – Steering wheel controls
- LIN2 – Homelink, 12v Batter and monitor
- LIN3 – Seat Heaters and Rearview Mirror
- LIN4 – Future
- LIN5 – Body Control Module – Rain/ light sensor
- Ethernet A – Instrument Cluster
- Ethernet B – Main Display/MCU
- Ethernet C – Diagnostic port
- Ethernet D – Gateway
Connectivity – GSM 3G/4G LTE with HSPA+ depending on vehicle production date.
In the USA, Tesla uses the AT&T’s cellular network.
Every Model S supports 3G. The hardware does not support LTE in early cars. New LTE capable hardware/software is included in all cars manufactured after May 2015.
Contactors – These connect the high voltage battery pack to the car. See our detailed contactors explanation and analysis.
Display – Instrument Cluster (IC)
- 12.3″ LCD, Current: 1920 x 720; Earlier vehicles: 1280 x 480 resolution
- Nvidia Tegra 2 dual core CPU (Mercury News, 15-May-2013)
- Reset by pressing top left and top right buttons at the same time on the steering wheel (safe to do anytime)
- Software – Linux, QT and custom Tesla code (PC Word interview)
Display – Main Computer Unit (MCU)
- 17″ LCD, 1080 x 1920 resolution
- Nvidia’s Visual Computing Module VCM (Nvidia)
- Nvidia Tegra 3 quad-core +1 power-saving core (Nvidia blog)
- Cypress MultiTouch controller (press release)
- Reset by pressing center left and center right scroll buttons at the same time on the steering wheel (safe to do anytime)
- Software – Linux, QT and custom Tesla code (PC Word interview)
- Our analysis of 7.0 UI
GPS – U-Blox (from a Model S diagnostic screen, installed equipment)
Key FOB – Model S
- 1 ring antenna behind back bumper, bottom-center (visible with bumper removed)
- 1 ring antenna behind front bumper, bottom-center, slightly to driver’s side
- 1 ring antenna near top center of rear seat
- 2 bar antennas inside at dash, at the left and right side panels
- 1 dead-fob ring antenna below right side parking light (early production cars) or behind instrument cluster (new cars)
- 1 bar antenna inside the center pedestal
- 315 MHz for North America, 433.93 MHz for Europe and Asia (industry FOB standards)
- FOB uses TI TMS37F128 Controller
- If battery is dead, it can be powered via RF energy from antennas – best placement is in the cup holders, or on the center windshield if outside).
Key FOB Model X
- 2.4 GHz Bluetooth LTE
- Antenna placement within vehicle not yet known
- FCC documents and photos
Lights – Our lighting count has over 430 LEDs (Light Emitting Diodes).
Memory – Vehicles have various types of memory in different modules. The MCU (17″ Media Control Unit) has the most memory devices and early units include:
- 2 GB DDR3 SDRAM (on the Nvidia VCM board)
- 8 GB eMMC NAND Flash (on the Nvidia VCM board)
- 16 GB SD flash memory card, primarily for Garmin mapping data storage
- 4 GB SD flash memory card, for firmware, keys, etc. (unconfirmed)
- 2 MB flash memory (for 32-bit 116 MHz CPU, firmware)
Motors – Our motor and solenoid count comes up with over 60 when all options are included.
Motor – Propulsion (non-AWD)
- Three phase, four pole, AC Induction, 320 Volts
- 18,700 RPM at 155 MPH
- Classic S60 – 302 hp (In Oct-2014 website changed to 380 hp, but we believe it may be a website error; discontinued)
- S60 version 2 – 382 motor power, 315 hp battery limited (new, June 2016)
- S70 – 382 motor power, 315 hp battery limited (discontinued in June 2016)
- S75 – unstated, assumed similar to S70/S60 v2
- S85 – 373 hp (before April-2015, listed as 380 hp, then 362 hp to July-2015, now discontinued)
- P85/P85+ – Originally 416 hp, upgraded in 2015 via software to 470 hp (now discontinued)
- Reduction gear ratio 9.73 to 1
- Liquid cooled, with temperature monitored stator
- Motor weight about 150 lbs.
- Motor assembly (with reduction gear and inverter) weight 300+ lbs.
Motors – Propulsion (AWD)
- Three phase, four pole, AC Induction, 320 Volts
- Small motor 18,200 RPM
- Larger motor 18,700 RPM (available on rear of Performance versions only)
- S60D – 259 hp motor power front and rear, 328 hp total battery limited
- S70D – 259 hp motor power front and rear, 328 hp total battery limited (discontinued in June 2016)
- S75D/X75D – unstated, assumed similar to S70D/S60D
- S85D – 417 hp (S85D discontinued)
- P85D – 259 hp front, 503 hp rear motor power (until July-2015 – 221 hp front, 470 hp rear motor power and originally 691 hp total, but now total unstated, P85D discontinued)
- 90D/X90D – 259 hp motor power front and rear, 417 hp total battery limited*
- P90D/PX90D – 259 hp motor power front, 503 hp motor power rear, 463 hp total battery limited*
- P90DL/PX90DL – 259 hp motor power front, 503 hp motor power rear, 532 hp total battery limited*
- P100DL/PX100DL – Unknown, but more than P90DL/PX90DL.
- Reduction gear ratio- Large motor 9.73 to 1, Small motor 9.34:1
- Liquid cooled, with temperature monitored stator* Model X horsepower values are no longer stated on the Tesla website after 2015, and assumed to be unchanged from prior values. Battery limited values are maximum motor shaft power.
Motor Inverter – This converts the DC battery voltage to AC, powering the motor. It delivers up to 1000 amps (from Tesla 2010 10K annual report). On the P85D/P90D it delivers 1300 amps. With the Ludicrous option, it is boosted to 1500 amps (from Tesla blog).
Music Formats – While only MP3, MP4 and AAC (without DRM) are documented, it also supports AIFF, OGG, WAV and FLAC (16 and 24 bits up to 176 kHz or more) files. Version 7 and older had undocumented support for WMA and lossless WMA via USB, but a bug causes dropouts in WMA files. WMA has since been dropped in Version 8. AIFF format supports 16-bit, but not the less common 24-bit format. See ‘USB’ below for flash drive formats.
The best audio quality occurs when using a lossless format such as AIFF and FLAC via the USB connection. See more at USB Flash Drives for Music.
Navigation System – A Tesla combination of Google on the main display and Navigon (a Garmin company) for the Instrument display and guidance.
OEM Suppliers – There are over 300 OEM suppliers providing over 2,000 parts for the Model S (from 2013 Annual report). This Model S Suppliers Business Chart shows many of the major OEM parts supplied to Tesla in 2012.
While many of the suppliers are the same as the Model S, this 2016 Suppliers for the Model X chart shows the latest OEMs (although the image is the prototype X).
Operating System – Tesla created code running on Linux, written in C (PC World interview); Modified Ubuntu using the ext3 file system (dragtimes). Early in the development Tesla considered both Android and iOS, but the key people at Android recommended against it, and Apple was unwilling to even talk to Tesla (Elon, video @36:10).
Paint Color Codes – Tesla uses standard paint color codes. Some colors have multiple names or have changed names. You can also confirm the color on label when you open the driver door. Look for the white label is near the bottom door jam. The paint code appears on the bottom line of the label after PNT.
|Pearl White Metallic||PPSW|
|Obsidian Black Metallic||PMBL|
|Red Multi-coat Metallic||PMMR|
|Midnight Silver Metallic, previously called New Grey||PMNG|
|Silver Titanium Metallic, previously called Warm Silver||PPTI|
|Deep Blue Metallic, previously called Ocean Blue||PPSB|
|Brown Metallic (discontinued)||PMAB|
|Blue Metallic (discontinued)||PMMB|
|Green Metallic (discontinued)||PMSG|
|Silver Metallic (discontinued, then reinstated)||PMSS|
|Grey Metallic (discontinued), also called Dolphin Grey||PMTG|
|Red Signature (limited availability)||PPSR|
Patents – Tesla Motors has over 200 patents issued and more than 280 pending (from 2013 Annual report). Lots of interesting reading!
Power Connector – Below the center arm-rests, the 12 v “cigarette lighter” power connector is fused for 15 amps. It is a switched circuit and power is removed when the car turns off. When the car is on, and the car is charging the 12v battery from the main battery, this connector’s voltage measures at 14.4 volts (from our measurements and analysis). The Model X includes a second 12v power connector in the trunk area.
Power Consumption – Using the included Model-S charger, after the car is fully charged the vampire AC power load is less than 10 mA, essentially zero! (from our measurements)
Processors – Our CPU report has over 60 processors on a fully loaded car.
Radar Transponder – Uses a 77 GHz transceiver (from article by Ron Freund in Jan-2015 Current EVents). It is likely using NXP’s MR2001 chipset and consumes a negligible 2.5W when operating. The Radar system is present in all cars built after late-September 2014.
Rear Camera – 720P HD 30 fps (OmniVision Press Release pdf)
Sounds and Noises – Our analysis of Normal and abnormal sounds from your vehicle along with solutions.
Speakers – Standard Audio – a total of 200 W (details from a sinn press release, s1nn acquired by Harmon), and TeslaTap’s rip-down). For the Model S:
- Door mid-woofers (4) – 160 mm, 40 W each, 2 ohm
- Front pillar tweeters (2) – 30 mm (passive)
- Front middle dash mid-range – 80 mm, 40 W
Speakers – Ultimate Audio – a total of 560 W; For the Model S:
- Front door woofers (2) – 200 mm, 80 W each, 1 ohm
- Rear door mid-woofers (2) – 160 mm, 40 W each, 2 ohm
- Front pillar Tweeters (2) – 30 mm, 20 W
- Dash mid-range (3) – 80 mm, 40 W
- Hatch mounted mid-range (2) – 80 mm, 40 W
- Passenger side, rear sub-woofer -200 mm, 80 W, 1 ohm (in a 25-liter bass box)
Special Access – For Tesla Personnel
- Diagnostic Access – Press Tesla logo at top of the main display for 2 seconds, then requires password. The password is changed frequently (daily?) and may be specific to each car.
- Screen Snapshot – Press lower-right steering button labeled “Back” for 2 seconds. Used to save both screens to a file. Only Tesla has access to the file.
- Ethernet connector – via custom 4-pin connector behind driver side dash panel (only enabled via Tesla service through WiFi or 3G). A fleetwide software update in August 2015 added additional security to prevent non-Tesla access through this connection.
- Bug reports – If you have what appears to be a software bug, press the Voice Button and speak “Bug Report” along with a short description of the issue. Both screens will automatically be captured along with the message and will be forwarded to Tesla.
Superchargers – In North America, each pair of stations is feed from one Supercharger package that uses 3-phase 480 V at 200 amps. Within the Supercharger package are twelve 10 kW inverters for a total of 120 kW. European Superchargers have 135 kW due to the higher input power available, and the newest Superchargers may go to 145 kW. While not confirmed by Tesla, it was stated in a European ASA ruling where Tesla provided information that a 145 kW Supercharger exists.
Each of these inverters can be directed to one of the two stations, so that the power can be split between the two stations in increments of 10 kW (11.25 kW increments in Europe). There is no power in the charging cable until the car properly handshakes with the Supercharger, so it is safe to use in the rain. The charging for 85/90/100 kW 400v models is currently set to a maximum of 120 kW. Very early 85 kW cars (2012 and early 2013) are limited to 90 kW with the A version battery. All 40/60/70/75 kW 350v cars are limited to 105 kW due to the lower pack voltage.
Suspension – While components such as the Bilstein monotube shocks and Brembo brakes are well known, check out this excellent analysis by Edmunds of the entire suspension system with extensive photos and explanations.
USB Connections – Two front ports on all Model S and Model X provide USB 2.0 (compatible with USB 3.0 running as 2.0) for connecting to USB drives and charging devices. The refreshed Model S and Model X has two additional rear ports for the 2nd row and the Model X in the 6 and 7 seat configurations as one more port in the last row. These additional ports only supply power for charging devices. USB 2.0 ports can source up to 500 mA, although our tests showed we could get about 600 mA from the charge-only ports. Devices that can be connected in the front ports include flash drives, hard disks (with USB connection), phones, mice and USB diskette drives and some music players. USB keyboards were disabled in software version 4.5 and later.
To access music via USB, the drive must be formatted for FAT32 or Linux Ext4 format. As of a test in Jan-2017, using 8.0, exFAT is not supported, nor is NTFS. See more on how to select and use an USB Flash Drive for Music.
Some USB connected Android phones and tablets may provide drive-like memory access that the vehicles can see. This seems to be a bit hit and miss depending on the device’s design. Apple’s iPhone and iPod’s proprietary data format is not seen by the vehicle.
VIN Decoding – Try out our VIN (Vehicle Identification Number) decoder, supporting all Roadsters, Model S and Model X vehicles at Vin Decoder.
WiFi – b/g/i/j/n hardware support, but we believe only b/g are currently enabled in software; Uses the Parrot FC6050 W chip. You can use WEP (old and not recommended), WPA or WPA2 for the best security.


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Motion JPEG (MJPEG) - How it works
Motion JPEG uses a lossy form of intraframe compression based on the discrete cosine transform (DCT). This mathematical operation converts each frame/field of the video source from the time domain into the frequency domain (aka transform domain.) A perceptual model based loosely on the human psychovisual system discards high-frequency information, i.e. sharp transitions in intensity, and color hue. In the transform domain, the process of reducing information is called quantization. In laymen's terms, quantization is a method for optimally reducing a large number scale (with different occurrences of each number) into a smaller one, and the transform-domain is a convenient representation of the image because the high-frequency coefficients, which contribute less to the over picture than other coefficients, are characteristically small-values with high compressibility. The quantized coefficients are then sequenced and losslessly packed into the output bitstream. Nearly all software implementations of M-JPEG permit user control over the compression-ratio (as well as other optional parameters), allowing the user to trade off picture-quality for smaller file size. In embedded applications (such as miniDV, which uses a similar DCT-compression scheme), the parameters are pre-selected and fixed for the application.
Many network-enabled cameras provide M-JPEG streams that network clients can connect to. Mozilla and Webkit-based browsers have native support for viewing these M-JPEG streams.
Some network-enabled cameras provide their own M-JPEG interfaces as part of the normal feature set. For cameras that don't provide this feature natively, a server can be used to transcode the camera pictures into an M-JPEG stream and then provide that stream to other network clients.
Browsers such as Safari and Google Chrome stream M-JPEG natively. In Firefox, Bug 625012 severely limits its ability to stream M-JPEG. Other browsers, such as Internet Explorer can display M-JPEG streams with the help of external plugins. Cambozola is an applet that can show M-JPEG streams in Java-enabled browsers.
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An unprecedented number of student teams will converge on St. Louis today through Saturday to compete in the world's largest science and technology competition, called FIRST, which will award nearly $15 million in scholarships.
Cheshire High School's CRASH robotics team is one of the hundreds to take part in the international competition. CRASH stands for "Cheshire Robotics and Sikorsky Helicopters."
The FIRST (For Inspiration and Recognition of Science and Technology) competition combines the excitement of sport with the rigors of science and technology. Under strict rules, limited resources and time limits, teams build and program robots to perform prescribed tasks against a field of competitors.
Nearly 11,000 American and international students have earned the right to compete at this championship, including Cheshire's CRASH team.
This week's event showcases student teams from the FIRST Robotics Competition (FRC-big robots) and FIRST Tech Challenge (FTC- small robots), both for high-school-age students. There are also middle and elementary school competitions.
"We've seen a 25 percent growth in the number of teams across all of our programs this year," FIRST spokesperson Dennis Garrigan said this week. "The increased number of competition sponsors also designates that companies and institutions are solidly behind the concept of fostering innovation in youth."
FIRST founder Dean Kamen is the inventor of the Segway. The organization was launched in 1989 to inspire young people's interest and participation in science and technology.
The FIRST organization is based in Manchester, New Hampshire where organizers say they design accessible programs that motivate young people to pursue education and career opportunities in science, technology, engineering, and math, while building self-confidence, knowledge and life skills.
Supporters may get a close up look at the competition, watch the event from this NASA webcast.


Reset Waste Ink
1) Enter SERVICE MODE.
By pressing Menu, Copy, Scan, Copy, Copy
2) Select TEST MODE.
3) Select  PRINTER TEST in TEST MODE.
4) Select 3. [EEPROM CLEAR].
5) Select 0. [INK COUNT].
6) Press the [Set] key.
7) Press the [Stop/Reset] key (returning to the state of 3)), and then press the [ON/OFF] key.
With the printer powered off but connected to a power source , you must:
A) Press stop/reset button, and then press [ON/OFF] button to restart
B) Press [ON/OFF] again and then press twice the stop/reset button.
C) Press [ON/OFF] & Stop/reset button together, this time to enter the repair status and power lights will be green,
D) Press stop/reset button 4x and warning lights will be go out in [ON/OFF]button.
E) Turn off the printer.( it must be turn off) and then turn it on again.
Use with your own risk , i'll try this way and my Pixma MP145 not blink again.
Read more after jump
1) With the printer powered off but connected to a power source, press the Power button while pressing and holding the Stop/ Reset button.
2) When the Power is lit, press the Stop/Reset button two times while pressing and holding the Power button.
3) When releasing the Power button and the Stop / Reset button (regardless of order), the printer will move into a service mode. (Waiting for menu selection)
4) When the on/off lights in green, press the Stop/Reset button the specified number of time(s) according to the
function listed in the table below.(Each time the Stop/Reset button is pressed, the LED lights alternately in
orange and green, starting with orange.)note: press 4 times for waste ink counter reset.
The number of the Reset button pressing
LED Function Remarks
0 time Green Power off
1 time Orange Service pattern print
2 times Green EEPROM print
3 times Orange EEPROM reset
4 times Green Waste ink counter reset
5 Turn off the printer.( it must be turn off)and then turn it on again.
CANON PIXMA MP160
1) With the printer off, but connected, press the On / Off button, while the Stop button / Reset. (The triangle inside the circle)
2) When the light of On / Off switch is (green), and press the release button Stop / Reset twice
while held down the On / Off button (Power).
3) Release the buttons On / Off and Stop / Reset (regardless of order), Wait for the menu is ready)
4) When the light of On / Off this green, press the Stop / Reset 4 times
5) Turn off the printer (press three times On / Off)
6) Enjoy it ...
Jan 10, 2008


Global MPLS Layer-3 VPN
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Global Ethernet Layer-2 VPN
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Storage Fiber Sync.
Storage Fiber Synchronization (SFS) service provides data replication between the Data Center and the Disaster Recovery Center.
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ITC’s (L3-VPN) allows you to build a network that acts like an extension of your private corporate network.
Ethernet Layer-2 VPN
ITC’s Layer-2 Virtual Private Network (L2-VPN) lets you manage point-to-point connectivity.


Non-Intrusive Load Monitoring (NILM) techniques are increasingly becoming a key instrument for identifying the power consumption of individual appliances based on a single metering point. Particularly Deep learning models are gaining interest in this regard. However, the challenges brought by NILM datasets and the non-availability of common experimental guidelines tend to compromise comparison, research transparency, and replicability. The limited adoption of efficient research instruments and a lack of best practices guidelines contribute in huge part to this problem, where no features, encouraging standardized formats for benchmarking and results sharing, are offered. To address these issues, we first present a brief overview of recent best practices for Deep Learning (DL) and highlight how deep NILM research can benefit from these practices. Furthermore, we suggest a novel open-source toolkit leveraging these practices: Deep-NILMTK. The proposed toolkit offers a common testing bed for NILM algorithms independently of the underlying deep learning framework with a modular NILM pipeline that can easily be customized. Furthermore, Deep-NILMTK introduces the concept of Experiment Templating to offer pre-designed experiments allowing to enhance research efficiency. Leveraging this concept and DL best practices, we present a case study of creating an online NILM benchmark repository.


Extreme Learning Machine classifier and regressor toolbox with
Extreme Learning Machine (ELM) is a general purpose regression and classification method with computationally efficient formulation, featuring great performance on a wide range on problems. It scales to the largets datasets or model sizes, provides a compact neural network model for inference, and easily updates a model with new data.
Scikit-ELM toolbox is compatible with an industry standard
Scikit-Learn framework, and can be a part of its analytical pipeline. It accepts data in dense, sparse formats as well as
Pandas.DataFrame. Even the largest datasets or models can be analysed with
Dask library backend, that reads multiple data files in parallel and runs out-of-memory batch computations. GPU acceleration is supported – including on Mac computers with


The product that you are viewing here is the Handheld GPS Jammer GPS L1/L2/L5 Signal Jammer and Lojack Jammer with Selectable Switch, which is really a cell phone GPS L1/L2/L5 Signal Jammer and Lojack Jammer that own powerful ability and advanced design and then you can see more details about it.
This each band of this handheld signal jammer can work separately or simultaneously. That is to say it can block the signals of the GPS L1/L2/L5 and Lojack frequency bands at the same time and since it is designed with selectable switch, so that you can decide the jamming frequency bands on your own depend on your real needs. And depend on the signal strength in the given area the jamming distance is up to 15 meters determined by the signal strength in the detailed place. And since own the portable design and can use the built-in battery as its power supply, when it is full charged it can be use continuously for 1 hour.
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Isolating Signal Bandwidth:
Total output Power: 2 watt
Shielding radius: up to 15 meters (still determined by your background signal strength)
System: Nextel, AMPS, TACS, NMT, GSM, DCS, CDMA, PDC, TDMA, PCS, IDEN,3G, UMTS,GPSL1
Power supply: AC110-240V 12V
Built-in battery time : 1 hour
Signal source: Synthesized Operation
Humidity: 5% to 80%
Dimension: 113(H) * 60 (L) * 31 (W) mm
Net Weight: 0.275Kg
Mobie Phone & GPS Blocker
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Important Notes for Jamming Distance: The jamming distances we mentioned on website are for customer’s reference only. The actual jamming distance will be varied depending on the signal strength and the use location and if full charges, etc.
Important Notes for Portable Jammers with No Cooling Fan: Do not use the jammer when it is charging, or it will burn the jammer as it has no built-in fan. If because of this factor due to the broken of the jammer, the customer will lose the authority of free repairation .
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Dhaka: Samsung Bangladesh makes special cash back offer to Galaxy S6 Edge mobile phones on the occasion of Eid-ul-Fitr.
Under the offer, customers will surely get Tk 15,000 cashback.
Besides, the mobile phone can be purchased under the EMI for 12 months.
It was stated by Samsung Bangladesh Limited in a press release.
5.1" Dual edge Super AMOLED
3GB Ram and 32GB Rom
16MP Rear and 5MP front Camera
Single Nano Sim
Non-removable Li-Ion 2550 mAh battery
Specifications of Galaxy S6 edge Smartphone 32GB – Grey
Model Galaxy S6 edge
Size (L x W x H cm) 14.21 x 7.01 x 0.70
Weight (kg) 0.132
Internal Memory (GB) 32
Product warranty 1 year service warranty
RAM (GB) 3
Ports Micro USB 2.0
Camera(s) 16MP Rear and 5MP front Camera
Battery Non-removable Li-Ion 2550 mAh battery
SIM card Single Nano Sim
Display Resolution 2560 x 1440 (Quad HD), 16M color
Server Connectivity 2G, 3G, 4G, WiFi, Bluetooth
Operating System Android
Extra features Accelerometer, Barometer, Fingerprint Sensor, Gyro Sensor, Geomagnetic Sensor, Hall Sensor, HR Sensor, Light Sensor, Proximity Sensor
Display Size (inches) 5.1
Display Type Dual edge Super AMOLED
Any unauthorised use or reproduction of newsbangladesh.com content for commercial purposes is strictly prohibited and constitutes copyright infringement liable to legal action.


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Bonfiglioli Active Regenerative System.
The innovation that regenerates energy.
Decades of experience in electronic industrial drives and renewable energy have enabled Bonfiglioli Vectron to offer an effective solution for recovering braking energy.
This solution comes in the form of the new Active Regenerative System inverters (AEC). In a large number of electrically controlled industrial applications, inertia in moving mechanisms can drive electrical motors as they act as brakes. They convert kinetic energy into electrical energy. In a regenerative process, this energy is returned to the grid.
Machines like winders and rewinders, flywheels, presses, turntables, lifting equipment and centrifuges all cyclically generate electricity for their motors from the kinetic energy accumulated during their main movement. This energy has to be properly controlled and managed.
Conventional systems based on braking resistors simply dissipate regenerated energy in heat sinks, with an obvious impact on economy and ecology.
Today, the need to save energy is making it essential for industry to use control technology that is able to recover braking energy effectively and redistribute it for use by other power users.
AEC regenerative inverters comprise an active-front-end AC/DC converter and a special impedance adaptor stage.
They can provide a continuous feed in parallel with the mains power supply, and act either as the system’s main bidirectional sine wave inverter or as a square wave unidirectional regenerating inverter.
AEC regenerating inverters are based on Active technology and deliver the same excellent reliability and versatility as the latest generation of Bonfiglioli inverters.
Special set-up software allows users to select sine or square wave forms as required.
The system adapts automatically to grid conditions, ensuring perfectly synchronised feed.
In the event of a power failure and disconnection, AEC regenerating inverters can carry on controlling braking energy through optional resistive loads. The drive can therefore complete all the manoeuvres needed to stop the machine safely before shutting down.
Performance and load curves can be viewed and monitored using an optional keyboard or via an RS232 or RS485 serial port, or a Profibus, CANopen or Systembus field bus.
Power exchange, mains phase angle, DC link voltage and I/Os can all be configured by the user.


BANG FOR YOUR BUCK. For the discerning audiophile who demands flawless sound quality with uncompromising design, Bang and Olufsen’s Beolab 19 subwoofer is just the ticket.
Completing a trio of brand new wireless products, the active subwoofer is the first in the world to utilize the WiSA (Wireless Speaker and Audio) standard which allows for superlow frequencies in a wireless setup. Intended for stereo or surround sound configurations, the all-digital speaker provides a supremely accurate bass delivery which will stay true right up to max volume. While the subwoofer’s distinctive and powerful lines are something to behold, perhaps the best thing about this speaker is that the only wire you’ll need is a power cord.
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Panaro FX 50 seires powered with AMD 64bit CPU and can handle 2 WAN link and scale upto 30-50 users environment. Supreme hardware that is 3 times better than anything in SOHO environment
PANARO FX 50 Series
PANARO FX 100 series
Panaro FX 100 series is deisgned for Mid-Enterprise and Enterprise segments capable of handling 100 – 200 users and 3 x WAN links. You will enjoy the benifit of supremee hardware in this segment and you will save upto 50% of TCO.
PANARO FX 300 series
Panaro FX 200 come with 5 WAN links support and turly designed for Enterprise that can handle 500 users efficiently. Supreme hardware you will enjoy that will never let you be a bottle neck.
Panaro FX firewalls are designed to shape the bandwidth and time spent by the user in network. When it comes to user-level our firewalls monitor the devices connected to the network, download/upload details, Internet service provider(ISP) status and individual user/device-level statistics. With the help of our firewall, we can boost your network access, for business priority services like VoIP, skype, asterisk etc., In case of guest our firewall will enable priority based network with access time limitations.
PANARO FX is a custom Firewall MADE in INDIA
PANARO FX 600 Series
Panaro FX 600 series come with 6 ports that also supports supports 10Gigabit optional Ethernet expansion. Panaro FX 600 bundless all enterprise features that one leading hardware requires.
PANARO FX 600-D series
Panaro FX 600 is a dual controller that will give hardware level redundancy and bring all enterprise features that a high performance firewall needs. It also support 10Gigabit ethernet for high speed network.


BEST is developing and validating innovative methods to obtain computable phenotypes of patients representing biologic product exposure/adverse event (AE) pairs from health records. The methods used include machine-learning, artificial intelligence, natural language processing, robotics, and other methods to develop and automatically generate post-market safety reports for CBER-regulated products. BEST developed a prototype for automating the detection, validation, and reporting of biologic product AEs. The prototype has features such as direct data access to electronic health records (EHR), AE detection through a flexible machine learning framework that can mine health data for adverse events, validation of AEs using a chart review tool, and semi-automated reporting of AE.
- Data & Surveillance Activities
- Communications & Outreach


The most extreme case of motion without movement is that of the speed of electromagnetic energy through space. Although I mean all forms of electromagnetic energy, for convenience, I will refer to it in this sub-section simply as ‘light’.
Recalling that the energy gradient creates an environment conducive to the origination of toroidinos, we will try to explain the formation and transmission of light in terms of the hypothesis as it has so far been developed. That is, in terms of toroidinos, the ontological principle and the energy gradient as well as motion without movement.
We see that although the speed of light is defined as exactly 299,792,458 metres per second, it may also be calculated using the formula: c = 1/√(ε0μ0) where ε0 is the permittivity of free space and μ0 is the permeability of free space. Since it is the case that the speed of light is able be calculated using just two parameters of the so called ‘vacuum of space’, we will look more closely at what it is that determines the values of these parameters.
The electric permittivity of free space is the measure of the capacity of space to allow the propagation of, or assist in the transmission of, the force due to an electric charge, and the unit is the farad. Magnetic permeability is the magnetic equivalent of electric permittivity and it is the measure of the effectiveness of space in propagating, or assisting in the transmission of, magnetic lines of force to a distance from the source, and the unit is the henry.
Having defined the parameters, we can say that the speed of light is inversely proportional to the square root of the capacity of space to allow the propagation of the force due to an electric charge, multiplied by the effectiveness of space in propagating magnetic lines of force to a distance from the source. Simply stated, the speed of light is inversely proportional to both the electrical permittivity and magnetic permeability of free space. Since the speed of light is constant, either both the electrical permittivity and magnetic permeability of free space are constants or if permittivity increases, permeability must simultaneously decrease to exactly balance it and vice versa. If by some chance, space was either more permissive or more permeable or both, the speed of light would be less.
It may be significant that the resonant frequency of a capacitive, inductive electrical circuit is also inversely proportional to the inductance and capacitance of a circuit in exactly the same way that the speed of light is inversely proportional to the inductance and capacitance of space. That is, the resonant frequency f = 1/√LC, where L is inductance in henrys and C is capacitance in farads, and the speed of light c = 1/√(ε0μ0), where μ0 is inductance in henrys and ε0 is capacitance in farads. However, the investigation of that subject will have to wait.
Neither inductance nor capacitance are fundamental properties, the inductance of a medium will depend on its ability to convert electric current to a magnetic field, which is another way of saying that it ultimately depends on the types of atoms of which it is comprised and the way they are arranged, that is the dynamic pattern of the toroidinos. The capacitance of a medium depends on the dielectric properties of the medium, which is another way of saying that it ultimately depends on the atoms that comprise the material and the way they are arranged, that is the dynamic pattern of the events cells. Based on this reasoning, the inductance and capacitance of space will ultimately depend on the events cells and the way they dynamic patterns into which they are arranged.
Let us assume for a moment that light is simply toroidinos which have resulted from the stimulus to the inherent instability of space caused by the tension arising from the energy gradient emanating from a source of energy. As we have hypothesised, instability in the intensity of space results in the formation of the toroidal toroidinos, so the increased instability due to the energy gradient will result in toroidinos forming along the energy gradient. That is the tension between the energy source and the contiguous space creates a gradient that provides a pathway which, according to motion without movement, causes the toroidinos to ‘light up’ in sequence along the pathway. Based on this reasoning, we see that ultimately it is the rate at which toroidinos form and the size to which they grow that will together determine both the speed and frequency of light.
But there is a problem; we have been saying all along that the rates of expansion and contraction of events cells varies and so do the sizes to which they grow, both parameters depending on the intensity of the contiguous environment of the toroidinos. If this is the case, the speed of light will vary and we are told that it is a constant, albeit one that is artificially determined, so how can we reconcile this apparent contradiction?
Remember that we have also said that, since the fluctuations of space are about a nominal mean within a certain range of sizes and energy intensity, there will be a regularity in the fluctuations resulting in the toroidinos. The justification for this supposition of regularity was that the existence of space is the natural state of the world and space is independent so there is only the inherent instability to cause changes in the intensity of space and that instability will be restricted to a limited range of scales. We note again that, if the instability and consequent fluctuations were large, they would have been noticed by now. Taking this regularity into consideration means that, although the speed of light might vary, it will only vary over a very small range and the speed of light in flat space will not vary at all. It is only when light passes through regions of higher intensities of toroidinos that its speed will decrease. This is because the toroidinos grow more slowly and to a smaller size than they do in flat space. It is common knowledge that the speed of light does indeed decrease when it passes through transparent mediums, such as glass, which are regions of higher intensities of toroidinos, and that is what produces the phenomenon of diffraction. It will also be the case that light from a distant star passing close to an intense energy source, such as the sun, will be diffracted by the energy gradient around that source, bending the light and causing the star to appear to be out of position, a phenomenon usually attributed to the curvature of space. Of course the energy density and the curvature of space are inextricably interactive, if not manifestations of the same phenomena, and it is the energy gradient and the energy of the toroidinos interacting with the energy density and the curvature of space that results in the diffraction of the light.
The more intense the energy gradient, the higher will be the rate of fluctuations created, so the higher the frequency of the light. This is clearly evidenced by the colours of a heated steel bar, which run from red for low energy, low temperature, through the spectrum to white for high energy, high temperature. When a blacksmith is hardening and tempering a steel bar, as he applies heat he watches the colours ‘run’ until the colour matching the correct temperature is at the correct location and then he plunges the steel into water or oil to fix it.
Because the sun as the energy source is an intense concentration of fluctuations in the intensity of space, it will have a range of rates and intensities of fluctuations, which will manifest as a range of frequencies of light and extend across the whole electromagnetic spectrum.
- The speed of light, defined as exactly 299,792,458 metres per second, is inversely proportional the permittivity and permeability of free space.
- Both permittivity and permeability ultimately depend on the dynamic pattern of space.
- The energy gradient provides a pathway which causes the toroidinos to ‘light up’ in sequence along the pathway.
- The dynamics of the pattern of space determine both the speed and frequency of light.
- The speed of light in space will only vary over a very small range and not all in flat space.
- When light passes through regions of higher intensities, the phenomenon of diffraction occurs.
- Light from a distant star passing close to an intense energy source will be diffracted by the energy gradient around that source, a phenomenon usually attributed to the curvature of space.
- It is the energy gradient and the toroidinos interacting with the energy density that results in the diffraction of the light.
- The range of rates and intensities of fluctuations in the sun will manifest as a range of frequencies of light extending across the whole electromagnetic spectrum.


I do have the problem that whenever I turn on my Apple TV 4K, which also turns on Sony BRAVIA TV (X900F) and soundbar (Teufel Cinebar 52 THX) via CEC, the input is automatically switched to the soundbar (on HDMI3) instead of the Apple TV 4K (on HDMI2).
I took the time and debugged the CEC communication from a BRAVIA point of view…
__________________ ____________ | BRAVIA HDMI1 |_ | | | X9005F HDMI2 |________| AppleTV 4K | | HDMI3/ARC |____ |____________| | HDMI4 |_ | ____________ |__________________| |___| Teufel | | Cinebar 52 | |____________|
The soundbar is only acting as ARC audio output device as its HDMI switch does not support 4K HDR (HDMI 1.4 only). So all HDMI inputs of the soundbar are not being used.
(Please consider that the problem only occurs when the BRAVIA is turned on from deep sleep which it does not immediately enter after turning it off.)
Please read on in the next posting for a detailed analysis of the CEC communication…


Sealife SL700 DC 1200 Digital Camera - 12MP
The SeaLife DC1200: Radical new design features along with dive specific programming make it the easiest dive camera you will ever use!
Vibrant colorful reef scenes, a shot of elusive sea life that mystifies or pictures of wrecks from a bygone era, the DC1200 is the camera to catch them all; easy, fun and a joy to use. With a radical new design that eliminates all but a few buttons on the housing, the DC1200 12-megapixel camera combines modern design and programming savvy to bring you the simplest camera to use underwater or on land.
The DC1200 housing uses only 5 large "piano key" buttons to access key elements in the cameras program. Navigating through the menushas never been easier than now with the introduction of the Zoom Control system, which acts as both the 5X optical zoom adjustment as well as the fingertip control to toggle through the menus. The shutter button also doubles as the set button while diving to minimize the need to move your hands around the cameras housing.
The newest addition to the SeaLife line debuts the Easy Set-up mode - a graphic on-screen guide that takes the guess work out of setting up the camera for great pictures on land or underwater. The DC1200 includes four new specially designed underwater modes that make it simple and easy to take perfect pictures in any water setting and its updated design includes an ergonomic design, large shutter button and well-spaced buttons make the camera easy to handle and user-fr iendly.
SeaLife's Sea Modes which have built in color correction and External Flash Modes for vibrant color and manual control of the cameras shutter and aperture, round out the DC1200.
Picture Modes 4 Underwater modes.
Sea mode with UW color correction for diving without external flash accessory
Snorkel mode with UW color correction for snorkeling without external flash accessory
Ext Flash Auto mode for automatic exposure settings when using one or two external flash accessories. Ideal for beginner and intermediate UW photographers.
Ext Flash Manual mode for manual aperture and shutter speed exposure controls when using one or two external flash accessories. Ideal for advanced UW photographers.
12 Land modes: Auto, Sports, Sunset, Sunrise, Snow, Beach, Panorama, Splash-water, Flow-water, Night Scene, Landscape, Fireworks.
For more information and website ordering, please CLICK HERE.
|Alaska||Brazil||Curacao||Honduras||Malta||Papua New Guinea||St. Kitts||Venezuela|
|Andaman Islands||British Virgin Islands||Dominica||Hong Kong||Martinique||Pennsylvania||St. Lucia||Vanuatu|
|Antarctica||Burma||Dominican Republic||Illinois||Marshall Islands||Philippines||St. Maarten||Yap|
|Antigua||California||East Timor||India||Mexico||Puerto Rico||St. Martin|
|Arctic||Cambodia||Egypt||Indonesia||Micronesia||Russia||St. Vincent & Grenadines|
|Aruba||Cayman||Fiji||Iceland||Mozambique||Saba||Tahiti & Her Islands|
|Australia||China||Florida||Ireland||New Jersey||Saudi Arabia||Tanzania|
|Bahamas||Christmas Island||Galapagos||Israel||New York||Seychelles||Thailand|
|Bay Islands, Honduras||Colorado||Greenland||Jamaica||New Zealand||Solomon||Tonga|
|Belize||Cook Islands||Grenada||Japan||North Carolina||South Africa||Turkey|
|Bermuda||Costa Rica||Guadeloupe||Kiribati (Christmas)||Oman||Sri Lanka||Turks & Caicos|
|Bhutan||Cozumel||Guam||Malaysia||Palau||St. Barts||United States Virgin Islands|


Trusted applications run as isolated single-threaded processes under the Trusty OS kernel. Each process runs in its own virtual memory sandbox utilizing the MMU capabilities of the TEE processor. The kernel schedules these processes using a priority-based, round-robin scheduler driven by a secure timer tick. In the current version of Trusty, all Trusty applications share the same priority.
Trusted applications are written as event-driven servers waiting for commands from other applications or from applications running on the main processor. Trusted applications can also be clients of other trusted server applications.
Ports are used by Trusty applications to expose service end-points in the form of a named path to which clients connect. e.g. “com.google.servicename”.
Channels: symmetric, bi-directional connection instances of a port


lyfs 7.5X11cm Creative Fist Resin Wall Lamps Decoration Cafe Restaurant Bar Bedroom Wall Lamp E27 90V-260V
Note: Please select the correct voltage (110V/220V) in your area to ensure it works normally.
Light source: Edison bulb （You can choose the style with bulb or without bulb）
Body color: brown
Lifespan: >30,000 Hours
Max output power: 40W
Rated voltage: 110V/220V
1 x led light or bulb


We provide electronic systems at TFC Industrial Controls that are used in the automobile industry and in conveyor and storage technology as well as in printing machines, food processing and packing. Object detection and measuring solutions are available ranging from high accuracy to large area coverage.
The range of optoelectronic sensors extends from simple electronic sensors to complex image processing systems and optical electronic solutions for workplace safety.
Our staff is very experienced in assisting our OEM and industrial customers in putting together the best electronic control solutions for their application. The continual pledge of TFC Industrial Controls is to offer top quality products at a fair price, backed with the service of technically oriented sales staff who will exert their maximum effort to do their job right through the use of modern business marketing concepts, always being ethical and honest with customers, prospects and the manufacturers we represent.


Data di Pubblicazione 27/02/20 13.03
ExterNetworks Inc. Is a Managed Service Provider since 2001. We provide End-to-end solutions featuring Design, Deployment and 24/7 IT support. Battle-tested and performance-proven professionals down the street and around the world give us capacity that is unequaled. With offices around the world, more than 500 full-time employees and over 1000 field technicians, we deploy help and solutions in a hurry.
Our well trained and experienced staff round the clock Your monitor system for Suspicious traffic. Intrusion detection systems (IDS) and intrusion prevention systems (IPS) offer near real-time surveillance of the data traffic flowing through your network. We can substitute that your system is protected with the latest state-of-the-art IDS / IPS software. Our team will be there to install and configure the software on your behalf and monitor your network while your mind is free to innovate. Externetworks will ensure your systems are running safely and smoothly.
Data di Pubblicazione 06/02/20 13.16
The Computer Network Support Specialists are the trained experts and are extremely helpful in the computer networking of an organization. They provide assistance and guidance to system users and businesses. The system experts either support computer networks or they provide technical help directly to computer users. They investigate, test, troubleshoot, and evaluate present network systems, such as local area network (LAN), wide area network (WAN), and internet with a wide ranged network system.a
How Field Engineer Can Help you to Find Excellent Opportunities
FieldEngineer.com provides a global on-demand marketplace partnering high-skilled, specialized freelancers with opportunities that require their specific expertise. With FieldEngineer.com, you can find exactly the teams and clients looking for the Versa authority that you have to offer.
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Make your calibration gases on-site by GasMix™ Zephyr.
Equipped with optional rechargeable battery and with a support for two small gas cylinders, our popular gas diluter Zephyr can be used in the lab or in the field where you need it.
The battery provides an autonomy up to 8 hours and a typical 110L gas charge is sufficient for a linearity check or multipoint calibration of gas analyzers directly on site. With 5″ touch screen and intuitive software the diluter is very simple in operation. Pre-programmed dilution sequences save operator time.


Hard drive is the secondary storage device where the user can store his files, folders and important data. There are several reasons for a hard disk to get crashed which may cause data loss from the hard drive.
Formatted hard disk is the scenario in which the hard disk data is completely erased and the data stored in the disk cannot be viewed. It is possible to perform formatted hard drive recovery using a good disk recovery software. Crash hard disk may occur for many reasons. The following are some of the reasons of hard drive crash:
- If the computer is not shutdown properly or due to power surge.
- If the computer is attacked with virus.
- While the computer is not formatted in a correct manner.
- If the hard drive is not partitioned in a correct manner.
Crash of hard disk can occur when the computer is not shutdown properly or due to abruptly pulling of the wire from the current socket. Power surge can also be one of the causes for hard disk crash. If an improper shutdown occurs your registry files can get damaged and can bring the computer in unbootable state. Next time when you try to switch on the system it does not boot or start up, due to corrupt registry files.
Virus is a computer program that replicates itself and spread from one computer to another thereby destroying, corrupting and deleting files from the hard drive. Hard disk can crash when the computer is attacked with virus which erases your important files and folders from the hard drive. Virus can also delete/erase the system files and folders which help in booting of the system. Virus can also erase or delete the operating system files or the master boot record. Master boot record stores files which help in the booting of the operating system and if these files are erased then the computer may not boot or start up.
Formatting is the act of erasing what is currently on the drive. Formatting allows you to install or load new operating system in the hard drive. When the operating system is not in correct manner this can also cause hard drive failure. Formatting the hard drive many times will also lead to crash of hard drive.
Partition is the act of dividing the hard disk drives into multiple logical storage units. Crash of hard drive can occur when the hard drive is not partitioned in a correct manner resulting in loss of important data from the drive.
These are the reasons behind hard drive crash. If the hard drive is crashed you may lose important data from the drive. In this case you need to recover the data from the hard drive by using a good data recovery software. Remo software offers a good set of data recovery software’s which can help you to recover the data lost due to crash of hard drive. Remo Recover (Windows) – Pro edition software has special in-built algorithms that helps to recover deleted or lost data from any severe data loss scenarios. This software can also recover files, folders and other important data stored in your hard drive which was deleted or lost due to formatting, partitioning or files lost while FAT to NTFS conversion.


Initial program development for the FT-100a may be done using any simple word processor or text editor and loaded in as ASCII text. Programs may be loaded through the serial communications port, or the built-in disk drive. Since the disk drive is PC compatible, program development may even be done "off-line" on a PC compatible computer.
The simplicity and speed of programming the FT-100a is one of its more powerful features. The programming language is much like BASIC, but the I/O commands are much easier to use. While experience in some form of programming never hurts, programming the FT-100a does not require a software engineer, and is well within the grasp of inexperienced programmers (remember, help is as near as your phone, and it's free!)
Through the test program, outputs may be set, inputs read, and comparisons made to determine proper response. When needed, the operator can be prompted by the LCD display, and reply using the YES-NO pod. Test results may be displayed, stored, or sent to another serial device (computer, network, etc.). With a keyboard attached, the operator may enter data directly (very useful for "serial number" or "test operator identification").
One of the more unique features of the FT-100a programming language is its ability to address inputs and outputs like variables. This cuts through many of the problems associated with I/O boards installed in a PC. Even with expansion modules attached, the FT-100a automatically "knows" the module configurations, allowing easy access to the extra I/O lines. Configurations or set-up are never required!
Following is a very small sampling of some typical program commands and statements. Obviously, with limited exposure to the FT-100a programming language, some of the information may seem unclear, but the intent is to demonstrate the power that is available through such simple commands.


Optimized Cloud Server
These virtual machines run atop fully dedicated, new generation AMD EPYC vCPUs. Dedicated vCPUs ensure that these machines deliver the fast, consistent performance that many business organizations require.
These virtual machines run atop shared vCPUs and are suitable for many business and personal applications: private practice websites, blogs, CMS, dev/test environments, small databases, and much more.
For compute bound applications, these VMs provide proportionally more CPU than they do RAM and NVMe SSD.
For memory bound applications, these VMs provide proportionally more RAM than they do CPU and NVMe SSD.
These VMs provide especially generous amounts of NVMe SSD storage to accompany a typical balance of CPU and RAM.


Christian Ciraco, EIT
Christian has always been curious to see how things work and what makes systems function, so he knew he wanted to be an engineer from a young age. His interest in power systems and design helped guide him to electrical engineering. He joined Summer Consultants upon graduation and is already working on a variety of projects including lighting calculations, short circuit and protective device coordination studies, and low and medium voltage electrical systems. He looks forward to putting his best effort forward and learning as much as he can.
What do you do outside of work?
I enjoy playing sports. I have played ice hockey for almost 17 years (as a goalie) and played on the university club team at Virginia Tech.
- Virginia Tech – BS Electrical Engineering