Power is of paramount importance in modern human civilisation and to transmit and distribute it in today’s world, we need state-of-the-art cables. Cable manufacturers all over the world are continuously trying to address the growing demand for quality cables that can power the world with electricity safely and reliably. Notably, the business of cable companies has increased at an annual growth rate of 14-15 per cent in the last 15 years.
In this blog we list down the top 5 electric cable manufacturing companies in India that are consistently performing to contribute the best towards the power sector and economy
Havells brand is perhaps one of the best cable manufacturers in Delhi NCR within the flexible cables’ category. Let us review its key features that makes it one of the top brands in the industry.
- It produces a range of industrial cables including multi-core round cables, low voltage & high voltage cables, EHV capable, extra high voltage cables, coaxial cables, and heat resistant flame retardant cables.
- HT power cables offer 6.6 kV to 19/33 kV (E) as per IS:7098 – II, being ideal for industrial/heavy duty distribution.
- The cables are manufactured under eco-friendly norms, making them durable and sustainable.
- They are safe, reliable, fire resistant, lead-free and halogen free for seamless implementation across projects.
- LT control cables provide power supply to equipment, panel boards, etc. at 1.1 kV as per IS:1554-I & IS 7098-1
- Residential-use LT power cable copper and aluminium conductor options offered, providing seamless 1.1 kV & 3.3 kV for Electrical Substations as per IS:1554-I & 2/ IS 7098-1 &
- Trinned cooper XLPO insulated & LSZH sheathed solar cables are also manufactured leveraging innovative technology for seamless 1100 V AC/ 1800 V DC.
Finolex is a popular brand serving the cable industry with its five hi-tech cable manufacturing facilities spread across India.
- It is one of the leading cable manufacturers of superior quality electrical wires in India with an annual capacity of 2.5 million fibre kms, and over 4,000 channel partners and 30,000 dealers worldwide.
- Cables are manufactured using 99.97% pure electrolytic grade, bright annealed bare copper with more than 100% conductivity for best results.
- The state-of-the-art manufacturing plants comply with international standards including CCIT, Bell Core, TEC, BSNL, RDSO, etc
- The wires and cables from Finolex offer great flexibility, insulation that are specially formulated and manufactured for residential and industrial applications.
V-guard works with modern equipment to deliver world-class wires and cables to Indian houses and commercial centres.
- Its flame retardant low smoke (99.97% pure copper) and halogen flexible cables are made with HFT technology conforming with ISI standards.
- These long-lasting wires come with insulation PVC, 3-layer insulation safety and no heating issues, perfect for house wiring.
- V-guard is also a leading manufacturer of multi-core round cables, flat submersible cables, and customisable coaxial cables, providing seamless data transmission.
- V-guard offers a range of telephone cables that come with low power loss, low crosstalk and fire-retardant jackets.
- Its CCTV cables are powered with minimal distortion of video frequency range and clear picture even on low frequency, thereby strengthening the system of surveillance and security .
RR-Kabel is one of the most renowned cable manufacturers in the electrical manufacturing sector, boasting an annual growth rate of approximately 25 per cent. Let us review its chief benefits.• The company produces about 2909625 CKM PVC insulated cable every year.
- All the plants are ISO 9001: 2015, 14001: 2004, 18001: 2007 and ISO 45001 certified.
- RR-Kabel offers a wide range of application-based cables, instrumentation cables and power cables.
- They include flame retardant, low smoke, heat resistant, low smoke, zero halogen cable.
- SUPEREX FR (Flame Retardant) made with 100% Electrolytic Copper is one of India’s first REACH and RoHS Compliant Cables.
- RR Kabel also manufactures co-axial, CCTV camera, and PVC twin core and 3-core submersible flat cable.
- Cables and wires are designed for residential as well as commercial infrastructure purposes with single and three phase connections for ease of buying.
- KEI India
With its headquarters in Delhi, KEI is one of the most prominent cable manufacturers in Delhi NCR.• The company provides end to-end solutions offering a wide range of cables and wires including house wires, winding wires, rubber cables and multi-core flexible cables.
- KEI PV Solar cables leverage photovoltaic power supply systems for sustainable energy utilization, offering normal maximum conductor temperature of 90°C and for 20,000 hours up to 120°C.
- KEI’s High Voltage Cables provide voltage grade ranges in 3.3 kV to 33 kV, making them perfect for power transmission & distribution for construction projects.
- Superior fire-resistant cables for commercial/industrial use provide exceptional protection for seamless power transmission.
- Marine and offshore cable offerings provide ideal power management solutions for defence shipyards and private shipyards.


Bohrium specializes in optimizing first-principles calculations, molecular dynamics, and other microscale scientific computing algorithms and software. It provides a powerful, efficient, and user-friendly simulation environment for high-performance computing. Bohrium is committed to creating a collaborative research platform to advance microscale scientific research and industrial design. Its features include:
Ready to use. Bohrium supports popular molecular dynamics software such as LAMMPS, GROMACS, first-principles calculation software like CP2K, Quantum Espresso, ABACUS, and machine learning and simulation software like DeePMD-kit and DP-GEN. Access Bohrium from various devices and start computing immediately. Say goodbye to the hassle of installing Linux virtual machines on Windows systems, and easily monitor job status on your phone during meals. With a wealth of shared computational simulation experience, exploring the microscopic world is no longer a solitary journey.
Abundant computing resources. Bohrium helps you choose and adapt to diverse hardware resources across multiple platforms. Whether you're experimenting with the latest hardware or utilizing a combination of local and cloud resources, Bohrium aims to remove your pain points. Complete jobs in one day using 3650 machines on Bohrium that would take a year on 10 machines. With intelligent job scheduling and usage-based billing strategy, the platform offers a "more, faster, cheaper" computing experience. Industrial-scale computing power is no longer an unattainable luxury but an easily accessible resource like electricity.
Flexible development. Bohrium provides a wide range of APIs and CLI interfaces for effortless automation of computing workflows. The pre-installed basic compilation environment and public libraries simplify your work. Quickly apply your debugged environment for batch computations. The platform also has outstanding support for container images and large-scale datasets processing.


Things started to bog down when I opened Google Docs. It turns out that there's more than enough room, but that was far too easy, so we thought we'd go one step further and put a in it! The dd command does not have a verbose mode to show you progress. Now create the directory where you'll place the mount. There is no easy or simple way to achieve what you ask. This will turn on and boot up Raspberry Pi.
How will this setup work? It does everything a standard keyboard will do only miniaturized. You may need to extend them to fit. For more information see the full guide on. This type of small mini remote is good for those with nimble fingers. Method 1: Check Wifi Router Stats Simply log into your wifi routers admin console and find the connected devices or statistics page for the router. It will take patience and a continuity checker to figure out exactly what happens. With Google Docs shut down, Gmail also became more responsive, to the point where I was once again quite comfortable using it.
Some error might come up, ignore them and move ahead. What you'll need to get started Of course to get started with the Raspberry Pi, you'll need to pick from one of the various motherboards available. Simply plug it in to your device and you are good to go! Useful Tip You can remotely access your Pi from your laptop using only until your Pi is up and running. If you make the device you want to pair discoverable or put it into pairing mode , the device nickname may appear to the right of the address. It turns out you should always leave the 22 that comes by default on Putty's port, and that was all my problem. Just wait a few seconds, then switch off.
Hopefully some of you were still surprised by the announcement today. We can use this to provide power to the Pi. I've just set up a Raspberry Pi 3 with a SmartiPi touch case and the official touchscreen display. If you need a low-cost desktop solution for simple tasks, try a Raspberry Pi 3 and see if it is a viable solution for your needs. So you can access your Pi from your laptop from anywhere in your home or office.
In order to get Bluetooth audio working, you will need to do. So what I can see those with 24 wires are keyboards without numeric pad while keyboards with numeric pads have 26 wires. Have provided username as pi and password as raspberry but every time it says access denied. I used a Teensy ++2. Remember to denote the port number. The final step was to secure the wires with a couple of blobs of hot glue and some more Kapton tape.
This is not a necessary step, but for many it's preferable to mount the Pi's filesystem locally rather than work directly on the Pi. After 4 to 5 seconds after raspberry is turned on, connect to raspberry with putty. The Raspberry Pi 3 single board computer is used in many hobby projects, but many times it is overlooked as a simple and low-cost desktop solution. The first change I had to make was to ditch most of the Google Apps I use each day. The Teensy is first loaded with a routine that reports which pins are connected when a key is pressed. Wait until the network will stop identifying it. The left half of this cavity is empty, save for some plastic cross-pieces to provide stability.
The official case fits the Pi 3 snugly and feels sturdy enough to cart around in your bag. The buttons and the touchpad work great with the Pi 3 built-in Bluetooth. Now you can unplug the ethernet cord and the Raspberry Pi will work over Wifi. Now, whenever you restart your Raspberry Pi, the application will run automatically and you can straightaway connect your Pi to the laptop and do the tasks you want. Remember the Raspbian we have downloaded? Even after adjusting how I worked, sites were still slightly slower to load than normal.
You can power the system using the usual connector on the Pi, but this will not charge the battery. There are many ways you can create a Raspberry Pi laptop, such as custom builds, hardware recycling, and even just buying a laptop based on a Pi. Summary Setting up a Bluetooth keyboard or remote control with the Pi 3 and Kodi make for a nice home media experience. The downside is that some sites won't load with a script-blocker like NoScript, although once you've been using it for a while you learn which domains to unblock to see the content. I have few laptop keyboards and I really want to use them.


Detection, Identification and Diagnosis of viruses
1) X-ray crystallography
2) Electron microscopy (EM)
- Transmission EM
- Scanning EM
X-ray crystallography is a method of determining the arrangement of atoms within a crystal, in which a beam of X-raysstrikes a crystal and diffracts into many specific directions. From the angles and intensities of these diffracted beams, acrystallographer can produce a three-dimensional picture of the density of electrons within the crystal. From this electron density, the mean positions of the atoms in the crystal can be determined, as well as their chemical bonds, their disorderand various other information.
Electron microscopy (EM)
An electron microscope is a type of microscope that produces an electronically-magnified image of a specimen for detailed observation. The electron microscope (EM) uses a particle beam of electrons to illuminate the specimen and create a magnified image of it. The microscope has a greater resolving power (magnification) than a light-powered optical microscope, because it uses electrons that have wavelengths about 100,000 times shorter than visible light (photons), and can achieve magnifications of up to 1,000,000x, whereas light microscopes are limited to 1000x magnification.
Ultracentrifugation has assumed growing importance in virus diagnosis as a technique by which to concentrate and purify viruses for immediacy diagnosis on the basis of electron microscopy as well as for purely virological and serological tests. Ultracentrifugation has proved to be helpful for sizeable improvement of sensitivity for detection, which, in turn, has been conducive to time saving. The preparational ultracentrifuge enables also direct diagnosis by determination of isodensities and sedimentation coefficients of viruses and their components. Examples are mentioned, in that context, such as FMD virus, virus of vesicular swine disease, virus of larynx papillomatosis of man, and goose influenza virus. An account is given of isodensities and sedimentation coefficients of animal viruses.


Building on Application 1, Application 3 extends the real time travel-time prediction framework at the sub-network level, accounting for multiple origins and destinations. This aims to identify route choice strategies when several paths between an origin and a destination are possible. This project explores existing route choice models to identify which approach is appropriate for the prediction of travel times over a sub-network. A tailored route choice model has been developed based on empirical observations and integrated within a network-level travel time prediction framework. The proposed methodology is expected to be able to produce information that can evaluate planning scenarios, aid travellers through information provision and assist in real-time management of traffic conditions (including incident management).
Travellers using the transport network will be the natural users of this research since the real-time travel time prediction software can be used to provide effective and robust estimations of travel time during trip planning and forecasting. The incorporation of road capacity reductions within the travel time forecasting process will further emphasize the importance of the research by providing travellers with adaptive real-time travel time information which is currently seldom available. In addition, this offers the possibility to anticipate congestion episodes caused by road occupancy projects and special events, which are very frequent in large metropolitan areas. Finally, the possibility to run what-if scenarios corresponding to multiple road capacity reductions will allow traffic management centres to better absorb network disruption and the forecasted increase in travel demand.


The principle of series resonance is adopted to satisfy the ac/dc endurance test
The complete set of frequency conversion series resonance test equipment is mainly used for ac withstand voltage test of cross-linked cable, hydraulic generator, main transformer, bus, GIS, etc. It has a wide range of application and is an ideal withstand voltage equipment for local, municipal and count-level high voltage test departments and electric power installation, repair and test engineering units.
The complete set of frequency conversion series resonance test equipment is mainly composed of frequency conversion control power supply, excitation transformer, reactor, capacitor voltage divider and compensation capacitor (optional).
product names：Ac voltage resonant device、Variable frequency resonant、Frequency conversion series resonance、Series resonance、Series resonant transformer、Frequency conversion series resonance voltage withstand device for electrical equipment、Series resonance test equipment、Complete equipment for frequency conversion series resonance test
|Rated output voltage
|0～1000kV and below
|Resonance voltage waveform
|Pure sine wave, waveform distortion rate≤1.0%
|Full power continuous working time of 60min
|Frequency regulation sensitivity
|Working power supply
|Single-phase 220V or three-phase 380V±10%
|Power frequency 50Hz±5%
|Product model name
|Variable frequency source
|Scope of application
|1000kVA and below 10kV power transformer. 10kV switch , bus, PT, CT, etc. 10 kv (300mm2) cable 1.0 km or less
|31500kVA and below 35kV power transformer. 35kV switch , bus, PT, CT, etc. 10 kv (300 mm2)cable≤2km.35kV (300mm2)cable≤0.5km
|50000kVA and below 110kV power transformer.110kVGIS、PT、CT etc.(Preventive test).35kV(300mm2)cable≤1.0km.10kV (300mm2)cable≤2.0km
|45kV/1A Six sets of(dry)
|50000kVA and below 110kV power transformer.110kVGIS、PT、CT etc..35kV(300mm2)cable≤1.2km.10kV (300mm2)cable≤3.0km
|80000kVA and below 220kV power transformer.50000kVA and below 110kV power transformer.110kV/220kVGIS、PT、CT etc..35kV(300mm2)cable≤2.0km.110kV (300mm2)cable≤0.7km
|220kV power transformer of 80000kVA and below.50000kVA and below 110kV power transformer.500kVGIS、PT、CT etc..220kV switch 、GIS、PT、CT etc..110kV(400mm2)cable≤1.5km.220kV (400mm2)cable≤1.0km
1.The appearance of the product shall be subject to the actual product，technical parameters with model if there are any changes，without notice.In case of misappropriation or copying, legal liability will be investigated.
1、The reactor of the same voltage grade and capacity has smaller volume and lighter weight. Small temperature rise at rated load; Dry pouring, high mechanical strength, good electrical insulation, beautiful and reliable.
2、Large capacity margin of frequency conversion power control box; Strong protection function; Good output waveform; Good stability; With a variety of working modes, easy to operate; Single-phase 220V or three-phase 380V input power supply is common, which is convenient for on-site power collection.
3、Flexible configuration. Can choose different types of reactor, meet the requirements of different test products, achieve a multi-purpose, cost-effective.
Enterprise products in strict accordance with international and national standards and rules of industry production, through the national, provincial and municipal electric power research institute and electric power authorities detection, measuring center, fully passed the ISO9001 international quality management system certification, the licence for manufacturing measuring instruments of the People's Republic of China, GB/T19001-2016 quality management system requirements, GB/T24001-2016 environmental management system requirements, GB/T45001-2020 occupational health and safety management system requirements.


Exposure is dedicated to providing outstanding architectural lighting products and unique solutions to the design community.
Fast Track is a new smart LED lighting solution, remotely accessed. It allows users to track, rotate and tilt the fixture in real time using their smartphone or FLOS smart control app. Available in 2700K and 3000K kelvin and black and white finish.
With the ability to meet any spatial and lighting needs, Diversion creates flexible and versatile designs. Designers have the liberty to create angular, linear and geometric combinations. Available in 2700K and 3000K color temperatures with multiple finishes and mounting options as well.
Light Shadow Dots, a revolution in low-glare lighting. This linear downlight can be perfectly incorporated into any architecture because of its extraordinary compact size. It is available in 2700K and 3000K kelvin with black, chrome, gold and white finish options.


Are you looking to upgrade to the perfect gaming/GTO laptop? You’ve found it!
I’ve been using this exact laptop for years and have done everything from custom solving to 4K video editing to gaming with it. It’s a complete powerhouse that will last you for years. Here are the key specs:
- CPU: Intel i7-10875H 8-Core
- RAM: 64GB
- GPU: NVIDIA RTX 2080 SUPER Max-Q
- Battery: 99 WHr (gets through airport security without an issue)
- Ports: 2 USB 3.2 Gen1, 1 HDMI, 1 mini Display Port, 2 USB 3.2 Type-C Gen2, SD Reader, Headphone/Microphone Combo Jack
- Display: 15.6″ FHD
- Other: Wi-Fi 6 AX1650 Wifi, Bluetooth 5.1, Ethernet LAN (RJ-45), 720p HD Webcam, Per Key RGB Backlit Keyboard
- Storage: (keep reading)
The only major spec not listed is the storage. The current setup is 2 TB (2x1TB in RAID 0), but I’m taking the current NVMe SSD sticks with me. So I will work with you to find and order the correct storage for your needs and also put add a fresh install of Windows. Currently, a single 2TB stick of very fast and reliable storage for about $120 fwiw. The current price includes a single 2TB NVMe SSD and Windows, but contact me after purchase if you want a different configuration so we can price everything out.
I’ve meticulously cared for this machine, even while traveling to other countries. It’s never been dropped and is in excellent condition. The fans have been recently cleaned and the laptop has always been kept in battery-protection mode (meaning it never charges the battery above 70% even when plugged in which helps to extend battery life).
The charging cable is also included.


Today Intel is introducing their SSD 545s, the first product with their new 64-layer 3D NAND flash memory and, in a move that gives Intel a little bit of bragging rights, the first SSD on the market to use 64-layer 3D NAND from any manufacturer.
The Intel SSD 545s is a mainstream consumer SSD, which these days means it’s using the SATA interface and TLC NAND flash. The 545s is the successor to last year’s Intel SSD 540s, which was in many ways a filler product to cover up inconvenient gaps in Intel’s SSD technology roadmap. When the 540s launched, Intel’s first generation of 3D NAND was not quite ready, and Intel had no cost-competitive planar NAND of their own due to skipping the 16nm node at IMFT. This forced Intel to use 16nm TLC from SK Hynix in the 540s. Less unusual for Intel, the 540s also used a third-party SSD controller: Silicon Motion’s SM2258. Silicon Motion’s SSD controllers are seldom the fastest, but performance is usually decent and the cost is low. Intel’s in-house SATA SSD controllers were enterprise-focused and not ready to compete in the new TLC-based consumer market.
The Intel SSD 545s continues Intel’s close relationship with Silicon Motion by being one of the first SSDs to use the latest SM2259 controller. Since the SATA interface is now a dead-end technology, the SM2259 is a fairly minor update over the SM2258 controller used by last year’s Intel SSD 540s. The only significant new feature enabled by the updated controller is hardware end-to-end data protection that includes ECC on the controller’s SRAM and on the external DRAM. This will make the 545s more resilient against corruption of in-flight data, but it should not be mistaken for the power loss protection that is typically found on enterprise SSDs.
The flash memory used in the Intel 545s is Intel’s second generation 3D TLC NAND, a 64-layer design with a floating gate memory cell. Intel did not use their first-generation 32-layer 3D NAND in a consumer SATA SSD, but the 32L 3D TLC is at the heart of Intel’s SSD 600p, their first M.2 NVMe SSD and one of the most affordable consumer NVMe SSDs.
Similar to the strategy Micron used last year when introducing the Crucial MX300, the Intel 545s initially brings a new generation of 3D NAND to the market with just a single SKU. The 512GB 545s is available now on Newegg, with other capacities and the M.2 SATA versions to follow over the next few weeks. The full lineup will include capacities from 128GB to 2TB in both 2.5″ and M.2 form factors.
Intel will be using their smaller 256Gb 64L TLC die for all capacities of the 545s, rather than adopting the 512Gb 64L TLC part for the larger models. The 512Gb die is not yet in volume production and Intel plans to have the full range of 545s models on the market before the 512Gb parts are available in volume. Once the 512Gb parts are available we can expect to seem them used in other product families to enable even higher drive capacities, but it is reassuring to see Intel choosing the performance advantages of smaller more numerous dies for the mainstream consumer product range.
Meanwhile, over the rest of this year, Intel plans to incorporate 64L 3D NAND into SSDs in every product segment. Most of those products are still under wraps, but the Pro 5450s and E 5100s are on the way as the OEM and embedded versions of the 545s.
Intel seems to be in a hurry to get this drive out the door so they can claim to be the first shipping SSDs with 64-layer 3D NAND. At Computex we saw Western Digital announce their first 64L 3D NAND SSDs due to be available in Q3, and Toshiba is already sampling the XG5 M.2 NVMe SSD to OEMs. Earlier this month, Samsung announced the start of volume production of their 64-layer 256Gb V-NAND. By launching with retail availability this week, Intel has narrowly secured first place bragging rights. (It seems Intel and Micron might have an agreement to take turns introducing new 3D NAND, given that Micron was first to ship the 32L 3D NAND last year with the Crucial MX300.)
The downside is that this is a rushed launch; I’ve had the drive in hand for less than five days as of publication time, and that time spanned a weekend. Intel’s press briefing on this drive was a mere fifteen hours before the embargo lift, and the slides included some changed specifications relative to the product brief that was delivered with the drive last week. As with several of their recent SSD launches, Intel is only providing the one-page product brief and is withholding the full specifications document from the general public and the press, but this time it might genuinely be due to the latter document not being ready instead of motivated by the questionable IP security concerns Intel cited earlier this year.


XR3000 Ignition For Universal 4, 6 And 8 Cylinder Applications
3000-0231 crane cams
FAST XR3000 ignitions convert your points to an electronic ignition. They feature an all-new status LED light for easy diagnostics and 150 percent greater spark gap energy over stock points ignitions. They use a high-output coil without a ballast resistor, an optical trigger for precise ignition timing accuracy, and are fully sealed for protection against dirt, moisture, and vibration.


20/09/2018 · The GeForce RTX 2080 Ti requires 260 Watts to run and the GeForce GTX 1070 SLI requires 150 Watts. We would recommend a PSU with at least 650 Watts for the RTX 2080 Ti and a PSU with at least 500 Watts for the GTX 1070. The RTX 2080 Ti requires 110 Watts more than the GTX 1070. RTX 2070 vs GTX 1070 vs GTX 1070 Ti vs GTX 1080; RTX 2080 Ti vs GTX 1080 Ti Comparison. Below you can find detailed comparison between RTX 1080 Ti and GTX 1080 Ti graphics cards based on their specifications, features, performance, power consumption and pricing. 1070 SLI vs RTX-2080, the question no one's been asking. But here's the answer. Benchmark from Shadow of the Tomb Raider, fully maxed out at 1440p. RTX 2080 vs GTX 1080 Ti Comparison;. RTX 2070 vs GTX 1070 vs GTX 1080 Comparison; RTX 2080 vs GTX 1080 Comparison. Here is a very precise comparison between GTX 1080 and RTX 2080 cards based on their specifications, features, performance, power consumption and pricing.
GTX 1070 vs 1070ti vs 1080/1080ti for the Valve Index. Close. 3. Posted. GTX 1070 vs 1070ti vs 1080/1080ti for the Valve Index. I currently have a 1060. How much better performance is a 1070 Ti for the Valve Index than a 1070? Is it worth paying a bit extra to upgrade to a. 2080 Super still expensive and Price/Performance is subpar. RTX 2080 SUPER vs RTX 2080 vs RTX 2080 Ti Comparison; Final Thoughts & Conclusion. At the end I would like to say that both these cards are equally matched but RTX 2080 is a bit faster than GTX 1080 Ti in normal gaming where there is no Ray Tracing or DLSS. 21/12/2019 · Nvidia GeForce GTX 1070 vs Nvidia GeForce RTX 2060. EVGA GeForce GTX 1070 Ti SC GAMING ACX 3.0 Black Edition, 8GB GDDR5, EVGA OCX Scanner OC, White LED, DX12OSD Support. Zotac Gaming GeForce RTX 2080 Ti AMP Extreme Core. 7. MSI GeForce RTX 2080 Ti. 17/12/2019 · Qual a diferença entre Asus GeForce ROG Strix RTX 2080 Ti Gaming OC e KFA2 GeForce GTX 1070? Descubra qual é melhor, assim como respectivas.
GeForce GTX 1070 vs GeForce RTX 2080. Intro The GeForce GTX 1070 makes use of a 16 nm design. nVidia has set the core speed at 1506 MHz. The GDDR5 RAM works at a. 24/11/2019 · vs. EVGA GeForce RTX 2080 Ti XC. vs. Nvidia GeForce GTX 1070. vs. MSI GeForce GTX 1050 Ti. vs. Nvidia Quadro P4000. vs. Nvidia GeForce RTX 2060. vs. Nvidia GeForce GTX 1070. vs. EVGA GeForce GTX 1070 Ti SC GAMING ACX 3.0 Black Edition, 8GB GDDR5, EVGA OCX Scanner OC, White LED, DX12OSD Support PXOC Graphics Card 08G-P4-5671-KR.
20/09/2018 · The GTX 1070 Ti has a 92 MHz higher core clock speed than the GeForce RTX 2080, but the GeForce RTX 2080 has 32 more Texture Mapping Units than the GTX 1070 Ti. As a result, the GeForce RTX 2080 exhibits a 34.5 GTexel/s better Texture Fill Rate than the GTX 1070 Ti. 06/09/2018 · 1080ti is 'probably' more or less the same as a 2080 non ti. So 2x 1080ti's would be much better. 2x 1080 non ti's would maybe be 20% better than a 2080 in SLI optimised games. Again take this with a pinch of salt, we just dont know yet the actually perofrmance of the 20 series. So i. 07/12/2018 · Forza Horizon 4, Assassin's Creed Odyssey, Battlefield V, Shadow of the Tomb Raider gameplay benchmark. GeForce GTX 1050 Ti 4GB vs. 1060 6GB vs. 1070 8GB vs.
06/08/2017 · PLAYERUNKNOWN'S BATTLEGROUNDS Gameplay Benchmark. GeForce GTX 1050 Ti 4GB, GTX 1060 6GB, GTX 1070 8GB, GTX 1080 8GB. Processor i7-6800K 4.2GHz. Graphics pres. RTX 2080 SUPER vs RTX 2080 vs RTX 2080 Ti. Below is the comparison between RTX 2080 SUPER, RTX 2080 and RTX 2080 Ti graphics cards based on their specifications, performance, pricing, power consumption and features. Best GTX 1070 Ti Graphics Card for 1440p, VR & 4K Gaming. 07/12/2018 · Get YouTube Premium Get YouTube TV Best of YouTube Music Sports Gaming Movies TV Shows News Live. Metal Gear Solid V: The Phantom Pain GTX 1050 Ti vs. GTX 1060 vs. GTX 1070 vs. GTX 1080 by wolfgang. 3:30. Assetto Corsa GTX 1050 Ti vs. GTX 1060 vs. GTX 1070 vs. GTX 1080 by wolfgang. GeForce GTX 1070 Ti vs GeForce RTX 2080 Ti. Intro The GeForce GTX 1070 Ti makes use of a 16 nm design. nVidia has set the core speed at 1607 MHz. The GDDR5 RAM is set to run at a frequency of 2000 MHz on this model. It features 2432 SPUs as well as 152.
20/09/2018 · Compare Nvidia GeForce RTX 2080 & Nvidia GeForce GTX 1070 graphics card Gaming performance vs system requirement comparison. Menu. More. RTX 2080 and a PSU with at least 500 Watts for the GeForce GTX 1070. The GeForce RTX 2080 requires 65 Watts more than the. 2080 suggests it will be faster than the Geforce GTX 1080 Ti. GTX 1070 versus RTX 2080 SUPER performance comparison. Compare graphics card gaming performance in 43 games and in 1080p, 1440p, and 4K at Ultra, High, Medium, and Low quality settings. Compare specifications, price, power, temperature, and CPU bottlenecks. GeForce RTX 2080 vs Geforce GTX 1080 Ti. Intro The GeForce RTX 2080 features a GPU core clock speed of 1515 MHz, and the 8192 MB of GDDR6 memory runs at 14 MHz through a 256-bit bus. The average benchmarks of absolutely random people on the internet that you should obviously trust show that the 1070 ti beats the 1070 in absolutely every task except the few where the 1070 matches its newer-counterpart’s on its luckiest days. You can check the exact benchmarks differences here. GTX 1070 vs GTX 1070 Ti Price Difference.
RTX 2080 vs GTX 1080 Ti Comparison;. RTX 2070 vs GTX 1070 vs GTX 1070 Ti vs GTX 1080. Here is a complete comparison between RTX 2070, GTX 1070, GTX 1070 Ti and GTX 1080 graphics cards based on their specifications, features, performance, power consumption and pricing. GPU Architecture. Zotac Geforce RTX 2080 Ti AMP Edition: Temperaturen, Lautstärke und Overclocking. Mit der Zotac AMP Edition der Geforce RTX 2080 Ti testen wir die erste. Welcome to the Nvidia Geforce RTX 2080 vs 1080 Ti full spec and benchmark review. Today we will be covering all the differences and similarities between of these two Nvidia graphics cards to see which one comes out on top, as the best option to buy in 2018.
We compare the GeForce RTX 2080 Ti against the GeForce GTX 1070 Ti across a wide set of games and benchmarks to help you choose which you should get. Under this evaluation metric, the RTX 2080 Ti wins our contest for best GPU for Deep Learning training. 2080 Ti vs V100 - is the 2080 Ti really that fast? How can the 2080 Ti be 80% as fast as the Tesla V100, but only 1/8th of the price?
05/12/2019 · A GeForce RTX 2080 Ti Founders Edition tem um sistema de alimentação de 13 fases de próxima geração para oferecer o máximo potencial de overclock, além de dois ventiladores axiais de 13 pás acoplados a uma nova câmara de vapor, o que proporciona um funcionamento ultra frio e silencioso. 11/10/2018 · Nvidia RTX 2080 Ti vs GTX 1080 Ti – Price and release date. The Nvidia RTX 2080 Ti is a completely different proposition to the GTX 1080 Ti in terms of cost. Where the older model originally cost £699 its real-world price rose quickly, mind, this one will set you back £1099.
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Ender 3 hotkey and SD card mod's
The first one is a hotkey button box with 4 buttons. These are the functions of the buttons as of writing this:
- Heat nozzle to 205°C
- Heat bed to 60°C
- Auto home and disable steppers
- Initialize SD card
Apart from selecting the correct file to print, these are the functions I use most often. Having dedicated buttons to perform these tasks makes the interaction with the printer less laborious.
I used Cherry Blue switches so the buttons have a nice feel to them. To attach the plate to the case I used M3 threaded inserts. The connectors used are simple female pin headers.
The buttons are pulled down by the internal pullup resistors so no external resistors are needed.
This project can easily be edited to work with another motherboard/Arduino board or another 3D printer that interprets Gcode. The firmware and STL files can be downloaded Here.
Card reader mod
The adapter is simply stuck to the 3d printed parts using a small amount of hot glue.
You can download the STL files for these 2 mods Here.


Back since year 2000, we are indulged in offering excellent quality Lightning Arresters to our prestigious clients. These are utilized on electrical power systems and telecommunication systems, to protect insulation of different systems from lightning. They are placed where wires enter structure that helps in preventing damage to electrical appliances. In addition to this, Lightning Arresters are highly effective to ensure safety of people near by it.
Utilized in power stations
Diverts normal high voltage to ground
Connected in parallel with equipments
Telegraphic Transfer (T/T), Cheque
300 Per Week
Australia, North America, Eastern Europe, Africa, Western Europe, Central America, Middle East, South America, Asia


TAMPERE UNIVERSITY OF TECHNOLOGY
Department of Information Technology
Institute of Software Systems
LUOMA-NIRVA, JARNO: Training Simulator for Optical Range Finder
Master of Science Thesis, 57 pages.
Inspectors: Prof. Tommi Mikkonen and M.Sc. Jukka Raivio
Funding: Instrumentointi Ltd
Keywords: Training Simulator, Optical Range Finder, Virtual Environments
Optical range finders are commonly used in artillery and naval forces. A stereoscopic optical range finder relies on human stereo vision to measure the distance to a target. This requires a lot of practice, because the accuracy of the measurements can vary greatly depending on the skill and proficiency of the user. Training simulators have been very useful in training for many different kinds of tasks from piloting a fighter to driving a tank and guiding artillery fire. However, so far there has been no training simulator for stereoscopic optical range finders. When Instrumentointi developed a combined training simulator for an anti-aircraft section, which allows section`s three artillery crews and fire control staff train simultaneously, this included a simulator for the stereoscopic range finder.
In this thesis the software for this simulator was developed and the operation of the simulator was tested. The simulator consists of a real optical range finder to which an external device is added. The device has displays for both eyes and an orientation tracker. The virtual environment is provided by SimCore simulator platform, which is also developed by Instrumentointi. These allow the user to see the virtual environment through the lenses of the range finder, look around and practice measuring distances to both stationary and moving targets in situations and settings which are as realistic as possible.


A statistical simulation of magnetic particle alignment in sediments
Авторы: Heslop D., Roberts A.. Hawkins R.
Sedimentary magnetizations are fundamental to palaeomagnetism, but the mechanisms that
control remanence acquisition remain poorly constrained. Observed sedimentary natural remanent magnetizations are often orders of magnitude smaller than the saturation remanent
magnetization of the same sediment, which indicates inefficient remanence acquisition. We
present a statistical model, based on the von Mises–Fisher distribution, in which magnetic particle reorientations towards an ambient field are considered, without representing the physics
of the magnetization acquisition process. The results provide insights into the nature of sedimentary magnetizations. Specifically, an assemblage of randomly oriented magnetic particles
can acquire a high-fidelity palaeomagnetic signal with only small rotations (in some cases
<1◦) of particles towards the ambient field direction. This demonstrates that the action of a
geomagnetic torque on individual magnetic mineral particle orientation may be minor, and that
a weak directional bias on an assemblage of particles could be responsible for the typically
observed inefficiency of sedimentary remanence acquisition. Additionally, we demonstrate
that weak fields produce sedimentary magnetizations with larger directional uncertainties. For
natural sediments, however, these uncertainties appear to be small enough to allow reliable
recording of directional geomagnetic field behaviour during periods with weak fields, such as
palaeomagnetic reversals and excursions.


Huizhou Golden Ocean Wire co., Ltd
Founded in 2001, Golden Ocean Wire is a Hong Kong-owned large multinational company with an area of over 56,000 square meters and more than 1,200 employees.
Product range: Enameled wire, three-layer insulated wire, DC cable USB, HDMI, AC cable, audio and video cable, car cable, etc.
Hunan Yangxin Electronic Technology Co., Ltd.
Hunan Yangxin Electronic Technology Co., Ltd. was established in May 2018 with a registered capital of 10 million yuan. It is affiliated to the large-scale Hong Kong-owned multinational company Xinyang Copper Industry (Hong Kong) Co., Ltd., and Huizhou Xinyang Line Industry Co., Ltd. is the wire production base under the Xinyang Copper Industry; Yangxin has a plant area of 18,000 square meters and has more than 200 employees. Staff.
Product range: flat enameled wire, three-layer insulated wire, DC wire, USB, HDMI, AC cable, audio and video cable, medical harness, car wiring harness, etc.
Product application areas: The company's products are mainly for communication electronics, consumer electronics, automotive electronics, medical electronics, military electronics (aerospace, seabed) and other scientific and technological fields.


ELECTRONICS SOLUTIONS FOR TASKS & MISSIONS OF CRITICAL INDUSTRIES
Ensil offers a wide scope of comprehensive electronics circuit board repair services complimented by design and product manufacturing dedicated to the industries that keep our world in motion.
SERVING TECHNOLOGY, DRIVING THE FUTURE.
For over 40 years Ensil has been dedicated to excellence in Repair, Rework, Design and Manufacturing of Electronics PCBs, Systems and Assemblies in the field of Industrial, Aerospace, Defense, Robotics and Medical Industries.
Ensil Inc. operates under CAGE code L1679 in Markham, Ontario, Canada and Ensil Technical Services Inc. in Niagara Falls, New York, US operates under CAGE code 52GG4.
Members of our engineering team are looking forward to supporting your engineering projects and requirements for expert circuit board repair, reverse engineering, product R&D and custom prototyping services.


The S-Series is a compact, handheld instrument that allows the user to view applications in restricted spaces. It comes in a sturdy carrying case and consists of a display unit along with its accessories. The display unit, with a 3.5” wide angle TFT LCD screen, has the capacity for viewing, storing, and reviewing photos and video images. Images can also be displayed directly onto a TV screen or stored and transferred to a PC for later reviewing. The display unit is powered by rechargeable Li-Polymer batteries; a multi-voltage charger is included.
The S-series Monitor Kit is supplied with the following items:
- S-Series Monitor P-Viewer(S): 3.5" TFT LCD screen monitor, compatible with all 5 pins GopherScope® Borescope Cables.
- USB Cable P-Cable(USB): enables connection to PC for convenient file transfer and maintenance.
- Video Cable P-Cable(TV) : connects display unit to TV
- Power Adapter P-Cable(Charger/US): enables the display unit internal batteries to be recharged.
- 2 GB SD Card 2GSD: for storage of photos and videos.
- Storage Box P-Cable(BOX): Transparent plastic box for storing USB, TV and Charger cables.
- Cleaning Kit P-Cleaning(Kit): for cleaning the monitor unit.
- Carry Case P-Case(S): Study plastic carrying case that provides protection and mobility.
- User Manual P-Manual(S): User Manual for S-Series Monitor Kit.


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****Can a Ham Radio License benefit U.S. Navy engineers and software developers?****
In December of 2018 23 U.S. Navy engineers and software developers based at the Naval Air Warfare Center Weapons Division (NAWCWD)at Point Mugu, California took a week-long class in amateur radio culminating with an FCC amateur radio license test. All passed and are certified at the “technician” level for amateur radio operation.
Congratulations to the newly licensed amateur radio operators.
All of us who have studied for and passed FCC exams, whether hams for 50 years or 50 days, can remember when we first became licensed amateur radio operators and began to enjoy all the rights and privileges that come with that ‘ticket’.
As reported by Erick Tegler on the website: C4ISRNET Navy officials say the move may make the workers better at their jobs. The staff gained an understanding of radio frequency (RF) propagation that’s essential to what they do, said Brian Hill, electromagnetic maneuver warfare experimentation lead and collaborative electronic warfare supervisor at NAWCWD.
Hill, who earned his amateur radio license in high school, noticed that while most of his department’s recent hires had degrees in computer science, many had little background in RF theory or operation.
“You can explain antenna patterns and concepts like omni-directional vs. directional using Smith charts, but it’s helpful to add a demonstration to really convey the concept,” Hill said. “You can explain modulation as a concept, but for a demo... let them listen to how modulated digital signals with audio frequencies sound... For those who never knew the joy of hearing a 2400 bps modem connect over a telephone line, it was a new concept!”
These concepts are central to electromagnetic maneuver warfare.
“We need to be able to have awareness of all threats and opportunities from [zero frequency] to light within an integrated system,” Hill said. “Our adversaries are looking at the entire spectrum to use against us, and we need to do the same. Having awareness of how the atmosphere changes from daylight to night and how that affects propagation of [high frequency] is important.”
“This can be critical for young developers/engineers whose experience is typically limited to the UHF/EHF-based systems now in vogue across communications, guidance and ISR technologies.” Reported Tegler.
"Many of our engineers know their specializations, but rarely does an aeronautical engineer think about how he changes the polarization of the C2 antenna when the airplane banks for a turn. They are not just moving the airplane but the antenna too. This has already started conversations and I hope many more continue.”
Hill reported that students enjoyed the course which was taught by a local amateur radio instructor just as similar courses are conducted throughout the year under the auspices of local radio clubs in the Hudson valley.
“It was worth the effort and people are already asking to go to the next class offering,”
“We are looking at doing a fox hunt soon,” Hill said. “The team will design a directional antenna, actually build it in class, and then use their antennas to find a hidden RF beacon somewhere on base.”
For more information check out: https://www.c4isrnet.com/it-networks/
In the mid-Hudson region the Overlook Mountain Amateur Radio Club (OMARC) offers Ham Radio Licensing courses and conducts Federal Communication Commission sanctioned license examinations throughout the year.
For further information visit the OMARC website at: http://www.omarcclub.org.


I was recently sent a Raspberry Pi 4B computer, disassembled, with little introduction or fanfare. I have heard much about the miniature hobby computer over the past decade, but hadn’t actually used one or seen one up close until now. I put it together, and observed that it didn’t POST on its own. Being a tiny motherboard, it has no BIOS at all, and is completely dependent on the installed operating system for hardware detection and testing. I downloaded and installed a Debian image made for Raspberry Pi using their imager you could download from their website.
It boasts a quad-core ARM Processor (Revision 3). It is not your average Intel processor. All of the largest chips on the motherboard each take up no more than 1 square cm, and the heat sinks are so small that they attach like little aluminum decals to their processors. It comes with 4GB RAM installed, and a place for a Micro-SD for the operating system and limited storage. It can support up to two 4K HD monitors at 60 frames per second, each connected with micro-HDMI connectors. It has connectors for legacy Type-A USB2 and USB3 devices. I am using the two USB2 connectors for the mouse and keyboard; and the other two for “anything else”. There is a third Type-C USB3.1 connector which is used for power. The power switch itself is on the same cable as for the power supply. You can also hook up a standard Ethernet cable for connecting to a network. If you don’t have ethernet, the Pi boasts a WiFi receiver. The motherboard goes inside a plastic system box about the size of a small pack of cigarettes.
On the motherboard are pinouts which resemble the ones used for the old parallel ATA connectors from decades ago. After learning how to send power to which pin through a comnputer program, the possibilities of operating small electrical devices (lights, speakers, an arduino device, what else …?) expand greatly.
The installation had a few hitches, since it appears I cracked the first two micro SD cards either on the supplied USB adaptor, or on the micro-SD mount provided underneath the motherboard. I went and purchased a third, a 32GB Sandisk Ultra (I could have gone as low as 4GB, but this was the smallest sold by Staples). I installed the OS using their installer again, and this one booted. Since I was at home, I didn’t have access to my supplied monitor, keyboard and mouse, so I just reconnected existing devices at home, and was rewarded by a rather nice X-Windows display.
The Pi is bluetooth-enabled, but I hadn’t tried it yet. I did plug in a wireless adapter for a Logitech keyboard/mousepad combo (the K400 Plus), and it worked instantly.
Now, since I was given this computer as a teaching tool for students, I made the default account password-protected, and created a new account named “student” with fewer priveleges: they can’t install or remove software, and are not part of the “games” group. The first restriction appears effective when I tested it, but the latter exclusion from the “games” group still meant they were able to play some games, for example those that originate from the python graphics libraries. My students, like teenagers everywhere, have at least a mild addiction to computer games, so I decided to remove them as a possible distraction. Since all students will use a single account, they will need their own USB thumb drive, since there won’t be many other ways to save files edited on the Raspberry Pi. However, since it has WiFi, there is always G-Drive or OneDrive.


THE COMPUTER BULLETIN - November 2001
Beyond the limitsAs the ultimate physical limits of the materials used in microelectronics appear on a horizon just 10 years away, supercomputer specialist Chris Lazou looks at new ways to continue the progress of the last half-century
At a meeting of Cray supercomputer users in 1989 BCS President Brian Oakley, formerly head of the UK government's Alvey Programme of advanced computing research, gave the keynote address, Supercomputing in the year 2000.
He said, 'Though one can foresee a doubling or more of CMOS chip speeds, the end is in sight for continuing development beyond, say, the next 10 years as the top speed at which the electrons can move through silicon is reached.' In a slide he indicated a projected line to 2000 which showed this limit to be around 150 nanometres (150 millionths of a millimetre).
Some 20 years earlier came the observation by Gordon Moore, co-founder of Intel, of a doubling of performance every 18 months. This became known as Moore's Law. Intel invested $7.5bn to develop its new Itanium chip, but to obey Moore's Law 325Gflops (325bn floating point operations per second) on a chip is needed in 10 years' time.
At the recent NEC User Group meeting in Italy I attended a presentation by Dr Fukuma, general manager of NEC's silicon systems research laboratories, who described the latest research and problems to overcome in chip technologies which NEC expects to put on the market in the next 5-15 years. I am drawing heavily from material in Dr Fukuma's presentation in this article, but the opinions are mine.
VLSI (very large scale integration) is currently driven by the larger market of consumer goods, such as mobile phones, rather than supercomputers. For mobile units one needs low voltage devices, and this allows the use of a thin oxide, which in turn has low current leakage. In supercomputer devices one also needs low voltage, but the current leakage is high. The crux for higher density VLSI development is to avoid leakage so that a stable device can be built.
A 150 nanometre technology is available from supercomputer suppliers, including NEC. Scaling has been the driving force for VLSI. When one looks at the CMOS road map, technology at, say, 50 nanometres is possible in 10 years' time. However, when the technology goes below 100 nanometres it hits many problems, not least current leakage.
Recent work using organic material on copper has demonstrated devices using 80 nanometre technologies. Copper is apparently a must for VLSI at these gate densities. The Industry Technology Road Map for Semiconductors, agreed by the International Semiconductor Association for logic devices on CMOS, predicts that scaling barriers kick in from about 2008 to 2014. For example, it is generally agreed that a one nanometre thickness oxide is not possible.
In 1986, in my book, Supercomputers and Their Use, I stated, 'Each generation of computers since the first (in the 1940s) has had an upper echelon. The construction of these "supercomputers" has pushed back the technological frontiers of the day.'
In the past advances were driven by conventional scaling, but now new approaches are needed to develop devices: new processes using new material, new architectures and new circuits.
With the advent of larger 10x10mm chips, a new approach is to use a fast clocking strategy (at several GHz speed) and at the same time adopt dynamically reconfigured logic. This can be done at very high speed: in five nanoseconds eight tasks can be mapped on the same hardware device.
In addition the trend is to put multiple processors on a chip. To overcome high stand-by power dissipation, a software controlled power management circuit is needed. So the next generation of CMOS is likely to have equivalent scaling with adjustable wide range multiple parameters to allow many tasks to be performed on the same hardware device.
As an illustration of where research is going, an EJ-MOSFET device at eight nanometres has already been demonstrated by NEC. This requires less than one volt to power it.
But how do these device speeds translate when they are incorporated into supercomputer systems?
High end supercomputing is more than a chip: it also involves memory bandwidth, heat extraction and tight communication system integration. So although device developers see a life in CMOS for possibly the next 20 years, high performance systems designers see extra barriers which bring this back to the timeframe of the Industry Technology Road Map for Semiconductors.
One of the severe system constraints challenging system designers is the number of pins needed to service the increased functions included on a chip. Although a high speed interface could help reduce the problem, this would depend on the system architecture, especially in high performance computers. When one looks at technology changes needed to deliver petaflops (a million billion floating point operations per second) in the future the biggest challenge is how these would fit in the computer environment of today. Current research suggests that it is possible to get petaflops for a particular application - for example IBM's Blue Gene project to simulate protein folding - but very hard to deliver as general computing. It is worth noting that the processor proposed by IBM has a restricted instruction set, yet requires 1m processors linked together to get one petaflop peak performance. Even with 32 processors on a chip, one needs 32,000 communication connections outside the chip.
Sustained performance peters out to a relatively low baseline very quickly with so many connections.
In short, beyond CMOS, after 2010 to 2014, there will be new material challenges. Some of these materials are in the experimental phase, with many reliability, design, manufacturing process and operating environment issues to be solved.
With Josephson junction devices heat dissipation is about 1,000 times lower than that incurred with silicon. Many computer manufacturers, including IBM, Control Data, and NEC, demonstrated components with logic gates switching at 10 picoseconds (10 millionths of a millionth of a second) as early as 1981. As superconductivity occurs at low temperatures, the devices have to be submerged in cryogenic liquids. This causes difficulties in interconnection and chip packaging.
Quantum computing uses the properties of atom spin (sometimes ions) as its basic unit, a quantum bit, or qbit. A conventional digital computer bit has values of either zero or one; in addition to these two states, quantum computers can also store zero and one simultaneously.
However, although quantum computation is fundamentally parallel, it requires special algorithms and is unlikely to become a general purpose machine. So far only two kinds of practical use have been discovered: in database searching and factorisation. Hardware developments are lagging even further behind. It is estimated that around 10,000 qbits are needed for practical factorisation. The latest IBM experiment using nuclear magnetic resonance (NMR) only managed to use five to seven qbits. The IBM experiment changed atoms into ions and used the two internal spin states of the ion as a qbit. It then used the microwave pulses as addresses. Unfortunately, because of heat, the NMR method does not allow the generation of more than 15 qbits.
NEC has demonstrated a solid-state qbit, making a superconductive single electron box with Josephson junctions. Its work won NEC Japan's prestigious Nishina Memorial prize for physics, but there is a long way to go before qbits can be used for realistic quantum computation. If or when the problems are solved, devices could be built with 1bn transistors on a chip just one nanometre square. The dice are already cast, with future systems inevitably having many processors on a chip. However, memory hierarchies, bandwidth, communication interfaces and system software compatibility are not only essential elements: they will have enormous influence on the fortunes of future products.
Christopher Lazou, a Member of the BCS, is chairman of the BCS Fortran Specialist Group and managing director of HiPerCom Consultants, a consultancy in high performance computing.
This Issue's Contents


Jan 18, 2023
Harnessing the Strength of LIMS
At the heart of every Research and Development (R&D) establishment, a torrent of data is continuously being generated. Like a proverbial treasure trove, this data holds immense potential for innovation and growth. However, it is often concealed under layers of inefficiency, redundancies, and outdated data processes. This is where a modern Laboratory Information Management System (LIMS) comes into play. Acting as a catalyst, a Laboratory Management Software can streamline laboratory operations, maximize efficiency, and effectively manage the deluge of data.
The R&D landscape is marred by the daunting task of managing and utilizing voluminous data. The technology employed in most scientific research centers for data recording and analysis is becoming an increasingly crucial factor. The opportunities for those who can successfully leverage their data are immense, but so are the risks for those who fail.
Many research and innovation labs grapple with a plethora of challenges stemming like outdated data practices. These issues may include inconsistent standards for testing and data storage, variations in procedures across different labs, varying security requirements for data access, and the need for integration with other business systems. Such challenges can result in significant wastage of time and resources, with lab workers spending as much as 70% of their time handling administrative tasks or dealing with data-related issues.
A State-of-the-art Laboratory Information System Software, such as Revol LIMS, can offer a comprehensive solution to the myriad challenges faced by research and development labs. It provides a centralized system that consolidates data from various labs, harmonizes procedures, and enhances efficiency.
One of the critical functionalities of a LIMS Software is its ability to organize R&D data into projects, studies, and experiments. This structured data management system enables quick searching and retrieval of information, thereby expediting the research process.
A Laboratory Information Management System is equipped with a wide array of tools for resource monitoring and work assignments, enabling laboratories to optimize productivity and streamline daily operations. By keeping track of available resources, a LIMS ensures that no resource is underutilized or overused.
A user-friendly request and sample submission feature in a Laboratory Informatics Solution allows researchers to promptly send requests to the laboratory, track progress, and benefit from the results. This feature not only simplifies the request submission process but also reduces the chances of human errors and delays.
A Laboratory Information Technology Solution ensures that your data is shared only with the appropriate individuals, securing your Intellectual Property (IP). It archives data in a structured manner, enabling easy searching when needed for new research.
A browser-based Laboratory Information Management Software Solutions like Revol LIMS allows users to access laboratory information from any device via a standard web browser. This feature significantly reduces IT maintenance costs as there are no client programs to install or maintain.
Replacing outdated data management strategies with a modern Laboratory Information Management System can foster faster innovation, smooth collaboration, and increased efficiency by eliminating data silos. Such a transformation can bring about a paradigm shift in the way scientific research centers function, making them more agile and responsive to the ever-evolving demands of the scientific community.
Laboratory Information System Software, like Revol LIMS, are not just data management systems. They're comprehensive solutions that address every aspect of laboratory operations, from barcoding and labeling, training and qualification management, instrument maintenance tracking, batch management, sample tracking, workflow management, quality control management, to instrument integration, data analysis, and reporting, compliance management, and audit trail. These features make Revol LIMS a critical component of any successful research and development lab, driving efficiency, innovation, and growth.
A Revolutionary Laboratory Management Software is more than a laboratory management software; it is a game-changer that can revolutionize the way R&D labs operate, propelling them into a future where data is no longer a challenge but a valuable asset that promotes innovation and growth.


Pulse Lab Jakarta combines data science and social research to help make sense of our interconnected, interdependent, and complex world. The Lab is a joint initiative of the United Nations and the Government of Indonesia, via United Nations Global Pulse and the Ministry of National Development and Planning (Bappenas) respectively.
As the first innovation lab of its kind in Asia, Pulse Lab Jakarta is working to close information gaps in the development and humanitarian sectors through theadoption of Big Data, real-time analytics and artificial intelligence.
We want Big Data and artificial intelligence to be harnessed responsibly as public good. As part of the Global Pulse network (which also includes Pulse Lab New York and Pulse Lab Kampala), our mission is to accelerate the discovery and adoption of data innovation for sustainable development and humanitarian action.
Through its network of labs, UN Global Pulse provides three main services:
Drives exploratory research on new insights that can be gleaned from unconventional data sources.
Helps UN agencies, governments and development partners make better use of their data, and
Advocates for the ethical use of data and technological platforms in line with the protection of individual privacy
Using datasets drawn from mobile communications, remote sensing, social media, among others, we have generated insights for policy and practice on topics ranging from fuel subsidies to natural disaster.
Across our research projects, many of which are delivered alongside our partners, we rely on the expertise of our team of data scientists, data engineers, statisticians, policy specialists and ethnographers.


It is a known fact that the most important aspect of a circuit is its diagram. Without a circuit diagram one cannot assemble a circuit. At the same time without a circuit diagram it is very difficult to pinpoint the electrical faults and take steps to rectify the same. This is more important in today’s world because most of the wiring today is concealed behind the walls of the house. Without a diagram it becomes very difficult to establish which wire goes where. One way to identify is to use wires of different colors. That is not usually done because there is a uniform color code of wires which the electrician has to adhere to. Whenever a new installation is made, the circuit diagram is drawn and handed over to the client for safekeeping. The client should ensure that the circuit diagram is made available to the electricien velizy villacoublay when he is summoned to rectify an electrical fault.
With the aid of the circuit diagram, he would be able to understand the wiring of the house and this enables him to arrive at the location of the fault quickly. Once the fault is located, the remedial measures can follow swiftly. This is the importance of circuit diagrams that people should understand. It may be a diagram of lines, dots and dashes to the common man but for the electrician it is an encyclopaedia. He can decipher the lines and dashes perfectly as he has been adequately trained to do so. It should be ensured that the circuit diagram is kept in a safe place. One can take a copy of the diagram and paste it at a prominent place near the main panel board. It should be easily accessible during an emergency as the circuit diagram is the heart of the wiring system in a house.


Welcome to Jasmin Infotech
Jasmin Infotech was founded in August 1998 to provide embedded product solutions for Consumer and Automotive industries as well as providing Testing services. The focus of the company is excellence in Digital Signal Processing, Automotive Infotainment, RTOS, Real time embedded applications, and support services. We specialize in algorithm development, implementation, customization and onsite support.
Our motto is to be a leader in design, development and software integration solutions and services. With a strong knowledge and expertise base and a CMMI level 3 Quality Certification, we have a wide range of customers in Automotive, Consumer Electronics and Testing Services. By providing end-to-end services, we have become a desirable one stop shop for many Tier 1 companies around the world.


a1qa has become our trusted technology partner with their ability to add value to areas of quality assurance and functional enhancement. Their contributions have become essential to our overall programme success that can be seen in numbers — so far we serve more than 60 mobile operators with the listed services. We are nothing but happy with the level of services delivered within the scope of the current partnership and would be pleased to recommend a1qa to the companies seeking unprecedented quality of their complex software solutions.Senior Director Platforms & Operations
The client is the leading trade body in representing the interests of mobile network operators (MNO) worldwide.
The client was launching a secure universal authentication platform.
Third-party mobile operators develop user’s identity APIs and, along with the service provider’s application, use this solution as a log-in option.
End users choose it to authenticate to websites and services without the need to remember passwords and usernames. System accessibility from multiple devices eases user experience as well.
The platform is composed of several modules and a set of SDKs to enable integration into third-party applications: client-side SDKs (iOS, Android, web) for client applications and server-side SDKs (Java, PHP, .Net) for service providers.
The customer wanted to improve the quality of the product and invited the a1qa team who had a proven track record of delivering independent QA services to the telecom industry.
The number of mobile operators eager to connect to the solution dramatically increased. In this context, the client decided to develop a tool to speed up the testing of versions of new apps and accelerate the time to market.
The creation of the tool was to be in accordance with the best DevOps practices. a1qa was to assure its high quality and support functioning.
The a1qa engineers started with client-side SDK testing. In order to carry it out, they performed the following steps:
The engineers assessed the code quality using code analyzers, developed a set of the automated tests emulating invocation of the SDK methods (including unit and integration tests). They also built automated testing scripts to check API of the client’s software, which went through a rigorous manual UI testing process.
To enhance solution security and guarantee isolation of the client’s part from any interaction with APIs, the engineers split the SDKs into server-side SDKs and client-side libraries. The QA team implemented a novel mechanism for interaction between client/server solutions, ensured their compatibility, and established the process of updating solutions as well as creating documentation.
On top of all that, a1qa provided support to end users and introduced test automation, end-to-end, unit, integration tests for server-side SDKs. Software architecture allowed for speedy updates of API version support policy.
As a result, core specifics of SDKs incorporated the following hallmarks:
QA engineers took advantage of the below-mentioned tools to introduce test automation and implement best DevOps practices:
The process of setting up the environment was complex and consisted of 30 very complicated steps, which could’ve resulted in a much higher risk of errors.
To carry out a build correctly, the a1qa team applied Docker containers to simplify the process of downloading and launching only one container. This approach helped to eliminate human mistakes.
After the implementation of test automation:
Let’s compare the availability of the solution before test automation implementation to what it is now. As you can see, it went from being only available 120 hours a week to the now 24/7/365 availability.
The testing process greatly influenced the customer’s attitude to automation and DevOps practices, which turned out to pay off very quickly.
Time on launching automated test scripts was reduced, streamlining the process into being clearer and more understandable for the end users — mobile operator’s developers.
Initially, a1qa was tasked to measure the latency of queries for certain APIs. For that, the engineers developed a script running from different machines in various locations which was generating a file with the required results. However, later the number of scripts and test data variability increased drastically.
To overcome this hurdle, a1qa proceeded with developing a portal for tracing queries with standardized end-users’ flow (UI activities, API interaction). The solution was to tackle 3 core issues:
The QA team harnessed a .NET (C#) programming toolkit and based the application on ASP.NET according to an MVC template. AWS allowed the portal deployment in 6 regions.
Therefore, the portal enabled the client to:
Integration with an analytical Internet service for working with business information
To provide the client with real-time access to metrics covering APIs’ status, the engineers integrated a portal with a cloud-based service.
Developed JS scripts gathered data from the portal, converted it into the appropriate format for the service, and sent it to a dashboard. Later, the engineers augmented the number of scripts and automatic transfer of data about the number of transactions for multiple conditions was applied.
In such a way, test automation reduced the amount of effort required for transmitting and analyzing data as well as allowed for supervising the system status in real time.
Based on the highly competent and timely performance of a1qa, the client entrusted the team to implement automation on a brand-new project in a banking sphere.


Battery for Acer E310 BAT-310 (11CPS/42/61), BT.0010S.002, BT.0010S.005, UF42426
Capacity: 1300mAh / 4.8Wh
Dimensions: 65.50 x 42.00 x 4.50mm
This battery is compatible with: Acer E310
Compatible partnumbers: BAT-310 (11CPS/42/61), BT.0010S.002, BT.0010S.005, UF424261F 1S1P
RoHS Approved for toxic free
This battery is certified with CE and ISO9001
Manufacturers names and numbers are used for reference purposes only. These parts are in no way associated with the initial manufacturers parts.


The developers of the Get Even game have shared some good news for the PC owners. According to the project’s lead designer - Wojciech Pazdur, - Farm 51 company has chosen PC as the main platform for the release of the upcoming shooter. It will help to fully demonstrate all the new game’s technical capabilities.
As it was mentioned before, a unique 3D scanning system is involved for creating the locations and characters of the Get Even game. This technology allows making the graphics more realistic. However the developers use the traditional rendering methods, so currently it’s more easy to work under the PC version of the shooter than the console one.
Besides, Wojciech Pazdur has stressed that while using such virtual reality equipment as Oculus Rift, the PC version will bring out the full potential of the new technology and will show a high-quality gameplay.
But Farm 51 company won’t stop on developing the Get Even game only for PC. The work under the console version has already been started. Though, it still unknown what consoles the upcoming shooter is going to hit first.


In this Appium tutorial, we take a look at how to create a sample maven project to use for Mobile Test Automation using Appium with Java. This Appium starter project is for mobile automation testing for both native and web view. It uses a sample app on an android emulator to run a basic search test using Appium.
As there are more and more people using their mobile devices to browse the web, it is important to make sure that your website is compatible with the different devices with different screen sizes and operating systems. Testing websites on… Read More »
Testing Responsive Web Design How do you test a responsive website? What are the challenges involved in testing websites in different devices? How is testing a website on a desktop monitor different from testing on a handheld device such as a… Read More »
Mobile Test Tools – A collection of the best open source mobile test automation tools than you can use to test mobile apps and websites on mobile devices Some of these open source mobile test tools can be used for… Read More »


we are engaged in offering a complete range of rfid solutions. These solutions include smart cards and computer interface kit, which help in tracking the particular card holder as well as user using radio wave.
We provide various types of smart cards such as fob type/ card trey printed /blank cards proximity cards/ contact-less cards, depending upon the requirements of our clients. We use high end software to ensure a flawless communication between the reader and the tags. Moreover, these solutions are available in different configurations depending upon the needs of our clients.


Room Digital Thermometer is multi functional thermometer. Product Feature : Large LCD Display Temperature measurement range: -50°C-+70°C ( -58°F-+ 158°F). Wireless outdoor and indoor temperature (Fahrenheit or Celsius) Provides for flip out bracket for free standing or wall fixing Dual Display The thermometer displays the daily maximum, minimum and current temperature in units of degrees Celsius and degrees Fahrenheit. Durable The thermometer is housed in a white ABS case which has keyhole slot for wall hanging for added convenience. Lightweight Its super lightweight feature makes this thermometer highly portable and easy to carry around.


What are Infrared Waves?
Infrared waves, or infrared light, are part of the electromagnetic spectrum. People encounter Infrared waves every day; the human eye cannot see it, but humans can detect it as heat.
A remote control uses light waves just beyond the visible spectrum of light—infrared light waves—to change channels on your TV. This region of the spectrum is divided into near-, mid-, and far-infrared. The region from 8 to 15 microns (µm) is referred to by Earth scientists as thermal infrared since these wavelengths are best for studying the longwave thermal energy radiating from our planet.
A Thermal Scan, also referred to as an Infra-Red scan, can detect very small differences in temperature and is used for detecting moisture, insulation levels and some structural issues.
Basic Infrared Scan:
Includes a partial scan of the home for items such as electrical hot spots, HVAC supply vents, door insulation, exterior door weather-stripping & moisture issues. This type of scan is included with all of our professional home inspection services.
Whole House Scan:
Includes a full scan of the home for items such as electrical hot spots, attic door insulation, HVAC supply vents, exterior door weather-stripping, moisture issues, exterior of the structure, interior walls, ceilings, windows, attic insulation and more. This scan is designed to provide a building envelope survey in which the home’s energy efficiencies are closely examined. The whole house scan can be added to any professional home inspection for an additional fee. We also provide this type of scan as a stand-alone service. Please inquire for specific pricing.


Malfunctioning electrical components:
One of the first signs of a flat battery is faulty electric components. Since the battery powers basically every component in your car, a flat unit can lead to various issues like flickering headlights, indicators not working, inefficient air conditioning output, car entertainment system and navigation system not working, etc.
Slow engine start
Slow or sluggish engine cranks are not even symptoms – these are evidence of an impending battery failure. As batteries start to wear out, they take a longer time to create a charge for the starter, and you will find yourself waiting a couple of extra seconds before you can take off.
If a visual inspection of car batteries shows white ashy rust on the metal components, you must visit Tyre Experts at once. Corroded positive and negative terminals of the battery can lead to voltage issues and slow engine cranks as well.
A revolting rotten egg odour coming from your car's hood is a clear indicator of physical damage to the battery or an internal short circuit. Under such circumstances, you need to immediately drive down to our experts and get a car battery Shipley.
Are you still searching 'battery repairing services near me'?
Our experienced team is extremely proficient in diagnosing the underlying issues with your car's battery, irrespective of the vehicle make and model. To talk to our professionals first-hand, you can visit our facility at 31 Back Saltaire Road, Shipley, West Yorkshire, BD18 3HH.


TDE Instruments Digalox DPM72-MP+ digital panel meter with 2 measuring inputs for measuring electrical quantities including energy meter with USB, RS485 or XBEE interface
from 199,56 €
USB: 6 pcs in stock
TDE Instruments Digalox DPM72-MP+ with hour meter, ampere-hour meter, energy meter
The Digalox DPM72-MP+ offers all the functions of the DPM72-MP variant. In addition, the functions operating hours counter, ampere-hour counter and energy counter are available. Furthermore, the selection of interfaces has been extended by the RS485 and XBEE variants. This means that data can now also be transmitted via radio. This offers the advantage that the individual measuring devices can communicate with each other and enable the creation of a mesh network.
0 to 500 V AC, ±500 V DC, 10 A AC, 10 A DC, 5 A AC for current transformers, 10 to 1000 Hz
RS485, USB, XBEE
12 to 24 V AC/DC


GLOBAL COSMIC RAYS PORTAL
Projects for High School Students
Astroparticle physics is a field of research that combines particle physics with astronomy and gives us spectacular insights into the universe. Using the smallest particles we know and developing new outstanding technologies, we can observe the objects and structures in our universe. These developments have brought us many new discoveries in the last decade. It has become clear that light - or more generally, electromagnetic waves - is not the only messenger of distant objects in the universe. Scientists around the globe are now able to use their telescopes to observe ultrahigh-energy cosmic rays, gamma rays, neutrinos, and even gravitational waves. The future is in combining all of these insights to understand the big picture.
In the projections around the measurement of cosmic rays, students can dive into the fascinating world of the exploration of the universe. They become familiar with scientific work using modern measurement and analysis methods. The contacts to scientist and research facilities as well as the gain of experience are meant to cater to the student interests and aid them in choosing their university major.


Warner Bros. invests in energy conservation measures, including the installation of efficient lighting, updated HVAC equipment and automated control systems such as timers, motion sensors and wireless thermostats. Over the years, these projects have combined to conserve over 12 million kilowatts annually, the equivalent of providing electricity to over 1,000 homes.
Our Studio is also participating in an enterprise-wide energy initiative lead by the Time Warner Global Real Estate Group (TWGRE) to manage utility usage across our real estate portfolio.
Warner Bros. is installing new house lights equipped with energy-saving technologies on our stages. These induction lights are 240 watts compared to conventional 400 watt metal halide lights typically used in high bay applications. Also, these innovative lights turn on at only 40 watts to provide instant low level light. Then, each light has a motion sensor that, when activated, increases to full light levels. So, only stage areas in use are fully lit. It is estimated that this technology will save about 35,000 kwh of electricity per stage, per year.
The large doors at the front of each stage are referred to as elephant doors. These sliding doors are equipped with sensors that automatically shut of air conditioning systems when the doors are opened beyond a few feet. This reduces air conditioning demands and conserves energy by preventing cool air from escaping. It also keeps the stages more comfortable for our production crews and audiences.
RENEWABLE ENERGY – SOLAR
In addition to energy conservation, Warner Bros. invests in renewable energy projects. Warner Bros. Mill building features the first large-scale solar power project in the entertainment industry. This 500 kilowatt solar power system is comprised of 2,722 solar panels spanning 79,000 square feet of roof space.
Additionally, a 100-kilowatt system was installed on Stage 23, bringing the Studio’s total solar energy portfolio to over 600 kilowatts. These projects have an expected 30-year lifespan and generate 1.15 million kilowatts of clean energy annually, enough to power over 150 average homes.


The Diploma in Electrical Engineering will enable you to excel and grow in critical industry sectors such as energy & power, green buildings as well as the rapidly emerging clean and green technology sector.
Electrical engineering is one of the largest and most diverse technological and engineering disciplines in today’s world. Electrical Engineering is the study and application of electricity, electronics and electromagnetism for the development and maintenance of electrical and electronics equipments such as electric motors, navigation systems, medical devices, broadcast and communication systems, power generation systems, electrical distribution systems, electric grids etc., while keeping in mind the safety, quality, economic feasibility and sustainability of these products and systems.
The Diploma in Electrical Engineering will focus on:
- Domestic Electrical Applications
- Industrial Electrical Applications
- Energy Utilization & Management
Electrical Engineers are specialists in the generation, transmission, distribution and utilization of energy. It’s a powerful career choice that demands good problem-solving skills and an eye for detail. As the world prepares for the challenges posed by climate change and if you want to make a difference in combating this pressing global problem by innovating environment-friendly products, systems and services to improve quality of life, this Diploma in Electrical Engineering will put you on the right track.
Electrical Engineering will enable you to excel and grow in critical industry sectors such as energy & power, green buildings as well as the rapidly emerging clean and green technology sector. This program also prepares you to pursue further studies leading to undergraduate and postgraduate qualifications from reputed local and foreign universities.
Some of the key student learning outcomes for the Diploma in Electrical Engineering include:
- Apply knowledge and technical expertise in building, analyzing, testing, operating and maintaining electrical, instrumentation, control systems and associated green technologies, including relevant industry standards and code of practices.
- To do maintenance, repair and production of electrical equipment and its systems.
- Procure, inspect and test electrical and electronic Engineering materials.
- To do fault diagnosis, repairing small electrical gadgets/domestic appliances, making joints and carrying out wiring work.
- To select, operate, maintain, test and repair/replace electrical machinery used in various industrial and domestic appliances.
- Ability to do industrial installation, laying cables, earthing, installing motors with their accessories, wiring and testing of control circuits.
- Preparing estimates of different kinds of jobs in domestic wiring, industrial wiring in transmission and distribution systems to install, erect and commission the power equipment.
- Designing wiring schemes for domestic and power installation and drawing layouts for wiring & industrial automation.
INDUSTRY COLLABORATION – SCHNEIDER ELECTRIC
Schneider Electric is world’s largest electrical & energy solution company having its headquarters at France. Since 1836 to till date, Schneider Electric has transformed itself into the global specialist in energy management. Starting from its roots in the iron and steel industry, heavy machinery, and shipbuilding, it moved into electricity and automation management. After 170 years of history, Schneider Electric has become today the solution provider that will help you make the most of your energy.
“Institute of Electricity & Energy Management” (IEEM) is the whole new initiative of Schneider Electric in association with French Ministry of Education, France jointly working to establish state-of-the-art learning facilities in Electricity & Energy Management domains across globe. As part of this initiative, Schneider Electric joined hands with Chitkara College of Applied Engineering an integral part of Chitkara University to offer Diploma in Electrical Engineering with special focus on electricity & energy management.
Schneider Electric as principle collaboration industry takes responsibility of bringing industry blended curriculum, subject contents, pedagogy advocacy, faculty training, establishment of state-of-the-art lab infrastructure, which makes learning truly world class. In addition Schneider Electric will also facilitate intensive internship, assessment of students & certification from IEEM, which is globally recognised. In addition, subject matter experts (SMEs) from Schneider Electric will be stationed in Chitkara College of Applied Engineering to oversee delivery of the program for quality, consistency and to bring special emphasis in hands-on industry driven practicals.
3-Year Diploma in Electrical Engineering program is recognized nationally and internationally. After completing the Diploma, you can also enter the 2nd year of B.Tech Degree through lateral entry in Engineering institutions across the country.
Career opportunities abound in wide spectrum of industries as executives, specialists, technologists, Engineers or managers in:
At Chitkara College of Applied Engineering, we are collaborating with major blue chip companies so that you can start your career with flying colors. Given below are some of the companies, which have huge requirement of Electrical Engineers.
The Diploma in Electrical Engineering is a 3-Year full-time program offered by Chitkara College of Applied Engineering, constituent institution of Chitkara University, Punjab.
- This program is offered in collaboration with Schneider Electric & Power Sector Skill Council, bringing a complete blend of academic learning and best hands-on support.
- There are six academic semesters including a dedicated intensive Industry Internship Program.
Dedicated laboratories allow students to combine their practical and theoretical studies providing real-time simulation that prepares them for field situations.
- Curriculum is industry focused to ensure the student stays connected with real time working.
In addition, students will undergo assessment and certification by PSSC (Power Sector Skill Council).
- Candidate will receive NSQF Level #5 Certification enabling them to graduate as Electrical Supervisor from Chitkara College of Applied Engineering.
Major focus is laid in creating best in class lab & workshop infrastructure, which makes blended learning possible and the lab is equipped with advanced equipments from Schneider Electric, France. This allows deeper conceptual learning by simulating real time industry environment part of electricity & energy domains
- Basic electrical & electricity lab (AC & DC)
- Domestic wiring lab (Single & Multi Floor Concept)
- Industrial wiring lab (Single & Multi Panel Concept)
- Building automation lab (KNX Protocol)
- Industrial automation lab (PLC’s & Drives)
- Non conventional energy generation lab
- Power transmission & distribution lab
- Domestic switching & consumption lab
- AC machines & drives Lab
- DC machines & drives lab
- Power architecture lab
- Energy quality lab
- Energy audit lab
- Individual cubes to allow students to lay piping, fittings and install electrical accessories
- Indian, European, American style of wiring layouts for practice & replication
- Space with all connections in place to conduct final certification assessments
- Open area (Roof & Floor) for construction and underground exercises
- Fitting workshop with all amenities
- Welding workshop with all amenities
- Height adjustable platforms up to 30 feet to allow students to work on various heights
- Building automation & building power management workshop
- Fire protection system workshop
- Central heating with various temperature control chambers simulation workshop
- AC – 3 phase power supply (Uninterrupted)
- AC – Single phase power supply (Uninterrupted)
- 3 Phase 440 V Solid State Bus Bar
- DC power supply (Uninterrupted)
- 64 KW back up generator
- Single & Multi Stage Transformer with Capacitors
- Low voltage switch gear display area (Static & Functional)
Eligibility & Fees
- The candidate should have successfully completed Class X with a minimum aggregate of 40% or an equivalent grade/CGPA from a recognized Board.
- Candidate having compartment in any subject will not be considered.
- Candidate will have to appear for a Personal Interview.
|Course Duration||3 Years|
|Fees Per Semester||30,000|
The fees for any of the above programs is subject to revision.
*ERP: Only at the time of admission.


Join Us on Thursday, March 4 at 12pm!
Please join Kellie Gerardi and Dr. Frederic Bertley, President and CEO of COSI, for an exclusive and enlightening online conversation as part of the Color of Science Digital Series.
Get ready for some serious science: Ohio’s largest annual science event, the 2021 COSI Science Festival, is coming May 5-8, 2021. The third annual COSI Science Festival will include dozens of unique online events showcasing incredible science being done in Ohio and proving again that science truly is everywhere and for everyone.
Want the real story behind cutting-edge science topics and discoveries impacting our daily lives? Join COSI’s own Dr. Frederic Bertley for QED with Dr. B, a new groundbreaking primetime TV science show airing each Wednesday at 7:30 p.m. on WOSU TV.
Now Accepting Reservations!
COSI and Game Arena have teamed up once again to offer science, technology, engineering and math (STEM) themed Fortnite camps. Three single-day Fortnite camps that cover every aspect of being the best gamer you can be!
COSI Celebrates Women's History Month
At COSI, we are always looking for ways to highlight the amazing contributions to science, technology, engineering and math made by underrepresented groups such as women. Join us in celebrating the diversity in STEM by learning more about these individuals.
COSI Connects Kits - On Sale Now!
At COSI, we believe science is everywhere. That’s why we’ve created COSI Connects Kits – kids’ science boxes with five days’ worth of themed STEM activities and science experiments for kids delivered right to your front door.
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I’m a research scientist and a technical lead at Google. I work on computer vision and machine learning, in particular, on computational photography, image/video synthesis, optical flow and NeRF. Our research powers user facing features like the Cinematic Moments on Google Photos, and others coming up soon. I also publish papers and contribute deep learning models to the community.
Previously, I was a research scientist at NVIDIA Applied Deep Learning Research, led by Bryan Catanzaro, where I was a founding member. I served as a technical lead and co-founded a real-time graphics project that exploits the temporal domain to increase the performance of GPUs in video games, which culminated in the creation of DLSS 3.0. I’ve also pulished on topics spanning semantic segmentation, video prediction, image inpainting, and frame interpolation, that were featured in Fortune, Forbes, FastCompany, and have also been integrated into NVIDIA’s NGX Technology.
Prior to that, I was the lead inventor and researcher of the team that launched the Siemens FastSpine.v2 technology that automatically traces, detects and numbers the human spine in scoliotic patients in 3D CT/MRI images.
I received my PhD in Electrical Engineering from Vanderbilt University. My thesis was on computer vision algorithms for image-guided surgery techniques. I hold a MS degree in Computer Vision and Robotics, received from Heriot-Watt Univerisity.
My interests are on computer vision and machine learning, in particular, on their applications in real-life problems.
PhD in Electrical Engineering, 2014
MS in Computer Vision and Robotics, 2009