It’s impossible to over-emphasize the importance of selecting the right LED grow light bulbs to meet your indoor gardening needs. It’s a big step to invest in a grow light system, and it can be incredibly disappointing to get poor results. Buying the wrong LED grow light bulb makes it that much harder to have gardening success.
It’s a good idea to educate yourself before purchasing your LED grow light bulbs. It will spare you the headache of burned or stunted plants, or the risk of damaging your grow light system.
LED Grow Light Bulbs
LED grow lights, also called plant or grow lights, emit artificial light to help plants grow. The grow light bulbs come in cool blue or warm red spectrum options. Best for vegetables, cool blue (6500 K) versions provide the energy for green plants to grow. Flowering plants prefer warm red (2700 K) lights.
The K after the number measurement stands for Kelvins. A unit of measure for the color temperature of a light bulb, Kelvins indicate how much heat the LED grow lights generate. It’s important for urban gardeners to consider this when purchasing so that they can grow successfully.
LED stands for light emitting diodes. They don't have a filament like traditional light bulbs. LED grow light bulbs have a semiconductor and electroluminescence in their design to emit this specific type of light.
Available in single bulbs, or in groups, they’re sold to cover a specific area of plant life and typically have a lifespan of 10,000 hours. Different from a regular light bulb, LED grow light bulbs emit a particular wavelength to encourage photosynthesis. This wavelength and color of light allow urban gardeners' plants to thrive in almost any space. They take the place of the sun, mimicking the light a plant would receive outdoors.
Questions to Ask Before Buying LED Grow Light Bulbs
Maybe you need to replace your current LED grow light bulbs. Perhaps you do not see the results you’d hoped for with your current set-up. Whatever your reasons, before purchasing LED grow light bulbs you should ask yourself the following questions.
What do you want to grow?
If you want to grow vegetables, flowers, or a combination of both, you’ll need to purchase a different type of LED grow light bulb. If you're going to use your LED grow lights for seed starting, you’ll want a full-spectrum bulb that has a balance of cool and warm light. Blue LED grow light bulbs are great for veggies, while flowering plants do best with warm red light.
What size is your current grow light set-up?
Grow light bulbs come in different shapes: the traditional lightbulb shape, horizontal tubes, and a spotlight bulb with a larger, flatter bulb shape. If you’re replacing existing bulbs the easiest way to determine what you’ll need is to unscrew and measure your old bulbs.
If you’re buying LED grow light bulbs for a new system, make sure that you carefully check the system’s requirements. Not just the LED grow light bulb’s size but its wattage. Wattage is the amount of electrical power expressed by a light bulb. If you buy an LED grow light bulb with wattage that is too high the intense heat could melt the light socket and insulation on the wires.
What type of socket does it fit in?
You’ll also want to consider the type of socket that the bulb fits. Standard sockets are E26 and E27. Tubular bulbs typically come with a two-prong plug-in.
Where to Buy
Everyone from Amazon to Home Depot, from independent retailers such as Gardener’s Supply Company to Harris Seeds, sells LED grow light bulbs. Your budget, options available, and if you want to see and touch the LED grow lights before buying, will influence your purchasing decision.
Top 10 Models of LED Grow Light Bulbs
The right grow light bulb for you will depend upon the bulb you’re trying to replace or need for a new system. Therefore, we’ve included a range of traditionally shaped light bulbs, E27 shaped bulbs, and light tubes.
- GROW MORE WITH LESS - Designed to replace traditional greenhouse lighting, our LED Grow Lights deliver superior growing...
- KEY FEATURES - Accelerate indoor plant growth with this energy-efficient LED grow light bulb ideal for hydroponic or...
- ENERGY EFFICIENT- Bulbs provides similar light to a 65 watt incandescent while producing considerably less heat and...
This LED grow light bulb is one of the nicer, inexpensive options. Because the grow bulb emits light between 450 lumens blue to 660 red on the spectrum, it’s suitable for growing different types of plants. However, the red spectrum has been enhanced to improve results with budding and flowering plants.
It draws on 25 watts of power, much higher than other LED grow light bulbs, but it has a shorter lifespan at 25,000 hours. Due to its A19 shape, it’ll fit a normal light socket, but that means it isn’t compatible with some grow light systems. The advantages of this grow light is that it is inexpensive and is on the enriched red spectrum.
- ❤【Full Spectrum LED Plant Grow Light】- 150PCS High Efficiency 2835SMD LED Chips: 100Red+35Blue+10White+5IR(red...
- ❤【Suggest Hanging Height + Easy to Use】 - around 3 inch above plant for starting plants, 1 inch over the top of...
- ❤【Excellent Heat Dissation Effect+Energy saving】 - 100W Plant Lidht bulb is made of metal aluminum radiator...
An excellent choice for urban gardeners who want to grow a wide variety of plants, the surface of this bulb has different colored pieces to provide your plants with light for every stage of their life. Of the 48 pieces, 31 are red, 11 are blue, two are white, two are warm, and there is one IR piece and one UV piece.
The bulb has an excellent range of light. Additionally, it is a high-efficiency bulb that can be purchased for a reasonable price. Some of the cons of this grow light bulbs is that it only has a 20,000-hour lifespan, which is less than similar bulbs in its price range. Also, it won't fit in all grow systems, is unsuitable for growing seedlings, and there is no warranty information available.
- Direct Replace 21'' T5 13W tubes from your T5 Under-Cabinet Lights to get over 50% light and energy saving
- Alum Body and Milky PC cover provide great 900 Lumen 4000K Cool lights
- Long life up to 50,000 hours and much cooler operation than regular Fluo.system
If you want to upgrade the light spectrum in an existing system, these tubular-shaped LED grow light bulbs can be used to replace T5 fluorescent tubes. Because they’re more efficient than fluorescent tubes, they use half the electricity and last three times longer. They are also mercury-free, so they will not shatter like glass.
Depending on the length selected they use 12 to 24 watts of energy.
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With 12 watts of power, but still multiple LEDs, the Taotronics LED Grow Light Bulb is a good choice for gardeners concerned about their electricity costs. The bulb’s 12 LEDs, three blue and nine red, let gardeners grow a variety of plants. The bulb is known for its high luminous efficiency and gardeners have been able to grow basil, strawberries, lettuce, lavender and more.
This bulb has a much longer lifespan at 50,000 hours, and it fits an E26 light socket. Unfortunately, it is unsuitable for some grow systems. It also only has a one-year warranty.
- Top Rated T8 LED Tube Single Sided Connection with G13 Base
- ✅ 2 FOR 1 - Convert to LED with Sunco for instant energy savings (up to 85%), 1 LED tube does the job of 2 fluorescent...
- ✅ COMMERCIAL GRADE - We uphold the highest standards for all our products by testing each product for optimal...
If you need to replace a T8 fluorescent tube, this is one of the few options available that doesn’t require you purchase a large number of bulbs. Other replacements are sold in minimum quantities of 50-80, unsuitable for the urban gardener.
These 12-watt bulbs produce 5000k on the light spectrum, making them a good mid-range bulb which draws on less power than other bulbs. They have a two-sided connection, so check your grow system before ordering. Their lifespan of 50,000 hours is the norm for more expensive LED grow light bulbs.
However, while they fit a tubular light system, they won't fit other systems. There is also no ability to change the light spectrum output, and you must buy a six-pack. But they do have an excellent five-year warranty.
- Direct-wire technology eliminates the need for ballasts and associated maintenance costs.
- 4 ft. Toggled Focused Spectrum grow tubes are engineered to provide improved growing performance for green leafy plants...
- High efficiency grow light technology (Only uses 16 watts)
One of the few tubular LED grow light bulbs sold as a unit, this bulb is perfect if you only need to replace one of your lights. When using it to replace T8 fluorescent light tubes, you’ll have to rewire the system to bypass ballast. It’s energy efficient and has a shatterproof construction.
It’s an excellent all-purpose bulb, with peak wavelengths within the blue and red spectrum. Similar to other LED grow light bulbs in its price point it has a 50,000-hour life. The bulb's triangular shape more uniformly distributes light to your plants.
It's a definite pro that you can buy just one light bulb if needed. The five-year warranty is another plus. While it's a disadvantage that you'd have to re-wire if purchasing the bulb as a replacement fluorescent bulb, this is true of all the LED replacement bulbs for fluorescents.
- Professional Lighting. The Led grow light provides you a targeted spectrum(including 460nm,630nm and 660nm wavelength),...
- Great Heat Dissipation. The LED grow light is constructed of pure polished aluminum to maximize heat dissipation and a...
- Easy to Use. With standard E27 socket, it is easy to set up and use. No special lamp base needed and a desk lamp will...
One of the few 36-watt options in the E27 bulb format, it produces triple the light of comparable bulbs and is less expensive. The Litom LED grow light bulb has three bands of light in an aluminum casing for the best heat dissipation.
This bulb is a good pick if you’re growing plants whose plant canopy has a wider spread. It’s unsuitable for seedlings or if the light needs to be close to the plant and will not fit in all grow systems. It is cheaper than the Taotronics bulb with many of the same features, but there is no warranty information available.
- 1. BLUE & RED SPECTRUM.Designed for germination, vegetative growth and flowering/fruiting
- 2. ENERGY SAVING. LED technology helps save more than 40% of your lighting bill
- 3. GROW VERTICAL. Low heat output makes it suitble for commercial vertical farm or home planting.
This is another tubular LED grow light bulb option. At 18 watts, it’s between the TOGGLED and Sunco light bulbs for energy consumption. Its mix of blue and red spectrum light provides plants’ needs from germination to flowering. You can bypass the ballast with this light bulb, but that will require rewiring similar to the TOGGLED bulb above. These bulbs are considered excellent for vertical farming. They only have 25,000 hours of useful life, however.
The mid-range energy consumption and the mix of light are pros to this bulb. The bulb has a three-year warranty.
- 1 – 180W Apollo Horticulture LED UFO
- Diameter: 10.5” , Coverage Area: 2.5’ x 2.5’ ; 5 Square Feet
- 60pcs , 3W Chips ; Lifespan: 50,000 Hours
The Apollo Horticulture 24W LED Grow Light is an E26 light, so it’ll fit in any standard light socket. Both red and blue light spectrums encourage growth in a variety of plants. This bulb can be placed closer to your plants because it produces less heat than other bulbs.
It comes with a two-year limited warranty. It won't work in a tubular grow system.
- Easy to use for plant growth: This led grow bulb can rapidly improve the health of plant and growing, generally more...
- Better Heat Dissipation with Ribbed Design: LED grow light bulb has low power consumption,high luminous efficiency and...
- Best Fit: AEJSLOK plant grow lights have 12pcs 1W high power lamp beads, 3-band targeted spectrum, Red ( 6pcs 630nm,...
The cheapest on this list, at only five dollars a bulb, this LED grow light bulb still offers a lot of value. It has a three-band spectrum of wavelengths delivered through 12 LEDs and an aluminum body for heat dissipation. The 24-watt bulb still has a 50,000-hour lifespan like similar, more expensive, options.
It has a one-year warranty.
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Which LED Grow Light Bulb is the Best?
The Taotronics LED Grow Light Bulb won out over other options for the best spotlight bulb. While it’s pricier than the Litom LED Grow Light Bulb, there is no warranty information available for Litom. It also has a longer lifespan than the Kyson LED 16W Grow Lights Bulb, though it does have a shorter warranty.
Our favorite of the tubularly-shaped bulbs is the Gardener’s Supply Co Retrofit LED light bulbs. We selected this bulb because it’s available in multiple lengths, has a longer lifespan than the GrowLED ThinkLux, and can be purchased singularly. Gardener’s offers an excellent warranty and customer service is easily accessible, unlike many of the bulbs on this list whose manufacturers are difficult to track down.
Do you have a favorite LED grow light bulb that isn't on our list? Let us know in the comment section below!
Last update on 2021-08-04 at 15:05 / Affiliate links / Images from Amazon Product Advertising API


Can I or should I cluster two virtual appliances?
While it is technically possible to cluster two virtual appliances, in most cases it is counterproductive, and we thereby strongly discourage it.
The main use case for clustering is to avoid hardware outages. In a virtualized environment the hypervisor should take care of that.
There are several reasons to not cluster two virtual appliances:
- It makes no sense to do clustering on top of virtualization, as the virtualization provides the necessary hardware fault tolerance. For example, vSphere provides two features, depending on your needs: HA or FT. Others will have similar approaches.
- When creating snapshots of the appliance, the OS is frozen briefly, which can trigger the failover of the cluster, which in turn will leave you in a split-brain situation.
- You add a level of complexity into an already complex environment, which in general you want to avoid.
For the virtual appliance the clustering feature is only there to use the virtual appliance as a secondary node with a physical appliance as the primary. In this scenario the virtual appliance will take over only in case of hardware failure of the primary node. As soon as the hardware is up and running again, you should make it the primary again.


Lake Forest Audiology
You Audiology Specialists
Welcome to Lake Forest Hospital Audiology
Lake Forest Hospitals Audiology Department specializes in evaluating and treating individuals with hearing loss and offers a full range of audiological services. The Audiology Department also provides evaluation and treatment for patients with dizziness and balance disorders.
Digital Hearing Devices and How They Work
A digital hearing aid is a device that receives sound and breaks the sound waves into minute units and amplifies the sound. The main difference between the old analog hearing aid and digital hearing aid is that while analog hearing aid magnifies the sound to amplify sounds, digital hearing aid breaks the sounds waves and amplifies it.
Generally, the digital hearing aids come in four styles:
- In-the-ear hearing aids
- Behind-the-ear hearing aids
- Canal aids
- Body aids
While in-the-ear hearing aids are fixed in the outer ear, the behind-the-ear hearing aids fit behind the ear connecting to a plastic ear mould that fits inside the outer ear.
Canal aids fit into the ear canal. Body aids are for those who are affected by profound hearing loss and it is attached to the pocket or belt that is connected to the ear by wire. How Do Digital hearing aids Work? Digital hearing aids convert the analog waveform into a string of numbers for processing. It receives the continuous sound wave and splits it into very small discrete bits of data. This process is called ‘digitizing the sound waves’. Most of the digital hearing aids follow this process to produce superior sound quality.
The latest digital hearing aids have sophisticated technology to amplify even the softest sounds. While processing the sound wave, this modern equipment filters the unwanted noises. Some of the modern digital hearing aids come with in-built intelligence that helps the hearing impaired people to pick up any sound signals. The algorithms written into these digital hearing aids allow the users to customize them according to their requirements.
Digital hearing aids have flexible gain processing schemes.
This increases the audibility of the sounds without any irritating noises. Digital signal processing in these equipments provides better hearing by inputting signal-specific band dependence, an increased number of channels, and lower compression thresholds. Some digital hearing aids use compression processing which leads to increased clarity of sounds and decreased environmental noises.
Modern digital hearing aids use advanced feedback reduction schemes to control the feedback when using the equipment. It filters and considerably reduces the feedback, giving comfort of use for the user. Digital speech enhancement systems used in digital hearing aids sharply increases the intensity of the sound.
Your ears are incredible while they present one of many significant senses named hearing. Ears are shaped in ways that will be unique and provide an appropriate means for noise from your outside setting to have inside. Once within the hearing, audio is became...
Be it utilizing online-banking, purchasing a new-car, or being involved for example selecting electronic hearing products in medical issues, the seniors of today's are about performing things themselves and getting handle. This generation's people possess the...
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Actel || Products & Services
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Advanced Linear Devices. Low power precision linear integrated circuits and board level products.
Allied Electronics Catalog | Index
Altera || FPGAs
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AMD - Advanced Micro Devices
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Analogic Tech. Analog and power semiconductors, such as power MOSFETs and power management ICs
Power Analog | Power Amps
| Motor Control
| Piezo Drives
ARC | Configurable Processor Technology: Products & Solutions
| VRaptor Multicore Technology | Configurable Media Subsystems
ARM | 32-bit embedded RISC microprocessors: Markets
| Products & Solutions
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| High Performance Analog Solutions
BOURNS. Reliable Electronic Solutions.
| Consumer Broadband
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| Business Networks
CADENCE Soc IC design (45 nm process technology), RF SiP design for Wireless Apps, Digital IC design, PC Board design, Custom Mixed-Signal IC Design.
Calypto Design Systems, Inc.
| System Level and Power-Optimized RTL for SoC designs.
| Consulting EE Engineers, chip designers, IP design, system designers, UK & US.
Cast IP cores and Soc Kernel IP platforms, > 100 μP cores, for implementation in custom or structured ASICs or in FPGAs.
Cavium Networks: Innovation for Intelligent Networks | OCTEON™ MIPS64® Based Multi-Core Processors,
Broadband Communication Processors, NITROX® Security Processors, Accelerator Boards.
CEL California Eastern Laboratories. RF, wireless, optoelectronic and fiber optic semiconductor products.
Central Semiconductor: Discrete Semiconductors, SMPs.
| Industrial A/D Converters
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ClearSpeed Scalable acceleration technology from desktops to TeraFLOPS. CSX600 coprocessors, boards, scientific apps.
Cradle Technologies DSP solutions.
Cyan Technology Flash Microcontroller technology.
Cybernetic Micro Systems - Special Purpose Control ICs
| P51 8051
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Non Volatile Memories,
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DigiKey Catalog [Manufacturers]
Diodes Incorporated. Discrete semiconductor devices, including small signal transistors, transient voltage suppressers, zeners, schottkys, diodes, ect.
EG&G Electro-Optics, a division of URS,
formerly offered products to the public domain, now sells services to US Gov.
| Product List
| RF Identification
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| High-performance, analog and mixed-signal silicon solutions for a variety of markets including networking, serial communications, clock and timing, and storage.
FAIRCHILD Semiconductor - Wide range of analog and digital semiconductor components and discrete devices.
| Products | 8-bit Microcontrollers
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| Cellular Platforms
| CodeWarrior™ Development Tools
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| Biometric Sensors | WiMAX Microcontroller | Graphic Display Controller | 10Gbps Ethernet Switch | & More
| Rotary Switches
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Hamilton-Hallmark AVNET | Technologies & Manufacturers
| AVNET Linecard
| Government Communications | RF | Broadcast Communications
Hewlett-Packard | Sells more developed solutions to business, less emphasis on semi devices.
| Hitachi Components & Materials:
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| Opnext Laser Diodes
Honeywell Sensing and Control
Honeywell Solid State Electronics
Hyperstone Gmbh Fabless
| Microcontroller, microprocessor, communication controller and network processor chips
| Flash Memory Controllers
| PC Audio Solutions | PCI Express | Switches | Data Path Acceleration | IP Co-Processors | Flow-Control Management | Int. Comm. Processors | Telecommunication ICs | FIFO Products | Multi-Port Products | Timing Solutions | Memory Interface | Products SAW | Filter Products | Digital Video | Interface Products | Traffic Manager | Digital Logic Products | SRAMs | Ethernet
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Fast14 Technology, 2.5 GHz FastMATH microprocessors
IPextreme - Intellectual property for SOC - Systems on a Chip: Automotive
| Commercialization Program
IPFlex - DAPDNA-IMS processor for image processing. Dynamically reconfigurable.
ISSI - Integrated Silicon Solutions. Memory, microcontroller, and bluetooth interface ICs.
IXYS - Power Management and Mixed Signal
JACO - Semiconductors, capacitors, resistors, electromechanical devices, TFT and LCD display products.
KEMET - Products include surface-mount capacitors in aluminum, ceramic and tantalum and leaded capacitors in ceramic and tantalum, and KEMET SPICE circuit simulation software.
KENET. FemtoCharge technology yields an ultra-low power CMOS analog-to- digital converter (ADC) in an extremely small die area.
Keystone Electronics - Interconnect components and hardware.
Lattice Semiconductor - FPGAs. The latest 90nm Flash-based LatticeXP2 FPGA allows you to develop highly integrated programmable systems that are secure and have a small footprint.
Linear Technology - Products include data conversion, signal conditioning, power management, interface, high frequency, optical, and special functions.
Luminary Micro - 32-bit microcontrollers and mixed-signal microcontrollers.
Marshall Electronics (Distributor) See also Marshall-USA for
broadcast multimedia, optical systems, cable & connectors, and audio.
Marvell Technology Group - Products include Cellular & Handheld Solutions, Digital Entertainment, Media Vault, PC Connectivity, Power Management, Storage, Switching, System Controllers, Transceivers, VoIP Solutions, and WiFi.
MATHSTAR. high performance programmable logic solutions for image and digital signal processing.
Maxim - Diverse IC solutions.
MEARS Technologies - Develops CMOS solutions.
Mentor Graphics - Products for electronic systems design.
Micrel - Products include Power Management ICs, Linear ICs, Bus Device ICs, System Management ICs, Precision Edge ICs, High-Speed Communications ICs, Fiber Optic ICs, Ethernet ICs, and RF Wireless ICs.
Microchip Technology - Products include MCU & DSC, 8-bit PIC® Microcontrollers, 16-bit PIC® MCUs & dsPIC® DSCs,
Analog & Interface Products,
Radio Frequency Devices,
and KEELOQ® Authentication Products.
Micron MOS Data - Products include memory and CMOS image sensors.
MicroMo Electronics, Inc. - Minature DC motor drives.
Mill-Max - Connectors and Sockets.
MIPS Technologies - High-performance IP processor cores and simulation technology.
Mitsubishi Electric Semiconductor - Optical, high-frequency, and power devices.
Moog Components - Motion Technology:
Fiber Optic Rotary Joints,
Fiber Optic Switches.
Fiber Optic Modems.
MuRata - Capacitors
Coils(Inductors), Delay Lines,
Noise Suppression Products, EMI Suppression Filters,
Spherical Speaker Products, Sound Components,
Filters, Components, Modules for Audio Visual Equipment
Modules for Communication Equipment,
National Semiconductor - A wide range of analog and digital ICs with extensive application notes.
NEC - Products include semiconductor components
Newark Catalog - Many Newark manufacturers.
NVIDA - Programmable graphics processor technologies. Products.
NXP (Philips) - Analog/Linear
Audio, Automotive, Connectivity, Data/Media/Video processing, Discretes,
Interface and control,
Power and power management,
OKI Semiconductor - Products
Orbit Semiconductor [recently acquired by Dill group.]
Parallax. Robotic technology chips and solutions.
Paremics - Image & Video Processor Intellectual Property - Real Time Video & Image Analysis.
Pericom. PCI Express Solutions, clock ICs, crystals & oscillators, Digital Switch, Analog Switch.
Pico Electronics - Transformers, inductors, DC-DC converters, AC-DC converters.
PMC-Sierra -Broadband communications and storage semiconductors for metro, access, fiber to the home, wireless infrastructure, storage, laser printers and customer premises equipment. - ICs / FIRMWARE / APPLICATION SOFTWARE,
Servers & Storage,
PMD - Motion Control ICs, cards, systems.
Power Integrations. High voltage analog integrated circuits for power conversion.
Qimonda - Computing RAM, Graphics RAM, Consumer DRAM, Mobile-RAM, CellularRAM.
Qualcomm - Wireless Technologies.
Quiklogic - Solutions supporting portable electronics, industrial electronics, Military & Aerospace, Gateway Communications.
Rabbit Semiconductor - Microprocessors and Development Tools for Embedded Control, Communications, and Connectivity.
Raltron - Clock Oscillators,
Bandpass Filters / Duplexers,
Ramtron - 8051 MCUs, nonvolatile memory, nonvolatile state saver.
Rectron. Bridge rectifiers, schottky rectifiers, surface mount diodes, fast recovery rectifiers, transient voltage suppressor, zener diodes, ect.
Renesas Technology Corporation - Microcontrollers
Rohm Electronics - Products include integrated circuits (ICs), modules, optoelectronics, discretes and passives.
Rockwell International - Diverse line of motor controllers and ICs.
- Samsung Product Summary.
Samtec - I/O connectors, Connectors.
Semtech - Products include Power Management ICs, Protection devices, advanced communication, test and measurement, wireless & sensing, power discretes.
Sharp Microelectronics [an EDN no-link, an opt-out, perhaps]
Silicon Labs - Products include High-performance mixed-signal ICs.
SST - Silicon Storage Technology - Parallel Flash, Serial Flash, Combination Memory, Embedded Controllers, NANDrive™ All-in-One Memory, Communications, ICsWireless, and AudioSmart Card ICs.
Simtek (nvRams) - Nonvolatile SRAM products.
SMC. Semiconductor solutions to distribute video, sound, photos & data in the home, automobile, office and factory.
SONY Semiconductor - Semiconductor ICs,
CCD Image Sensors,
Laser Diode ICs,
High-Speed Synchronous SRAMs,
Mixed Signal System ICs,
Optical Communications ICs,
TV / Multimedia ICs,
Wireless Communications ICs,
Lithium Ion Batteries.
SPI - Stream Processors, Inc. - A family of four C-programmable DSPs and associated development tools.
SST Silicon Storage Technology. Parallel Flash, Serial Flash, Combination Memory, Embedded Controllers and Communications ICs.
STMicroelectronics - Amplifiers & Linear,
Analog & Mixed Signal ICs,
EMI Filtering & Conditioning,
Logic, Signal Switch,
Thyristors & ACSwitches,
Stretch - Software Configurable Processors Faster Than Your Fastest DSP.
Supertex. High voltage analog and mixed signal semiconductor components; LED Driver ICs, High Voltage
Interface ICs, Ultrasound ICs.
Synopsis - IC Design Platforms.
Taiwan Semiconductor. World's largest dedicated semiconductor foundry.
Tensilica, Inc. - Features two main product lines of 32-bit processor cores for SOC design: the Diamond Standard processors and the configurable Xtensa processors.
Texas Instruments [Products] | TI/analog
Transmeta - Transmeta develops and licenses efficient computing technologies that improve performance, enhance yield, and reduce power consumption in semiconductor devices.
Tycho circuit protection solutions.
Ubicom - Ubicom's wireless network processors deliver the highest performance in their price class. They are optimized for packet processing, and designed specifically for real-time tasks and low latency.
Vectron International - Frequency Control, Sensor, and Hybrid Product Solutions.
Via Technologies - A total silicon platform provider.
VIcor - Power Supply modules, Mil spec DC-DC, AC-DC converters.
Vishay - Discrete semiconductors and passive components.
Vitesse - Products for Ethernet, transport physical layer, transport processing, storage, and data interconnect.
WIN Systems - Single Board Computers & STD Bus Products.
Xilinx - FPGAs, Intellectual Property, Application Notes.
ZETEX Semiconductors. Bipolar transistors, MOSFETs, Diodes. Applications ICs: Lighting, broadcast by satellite,
Motor control, power management ICs.
Zilog - 8-bit MCU Solutions, 16-bit MCU Solutions, IR Solutions, Classic Solutions.


LED TAPE-ROPE HYBRID
Small and bright like tape light, long runs like rope light.
Line voltage kits are easy to use and economical - no drivers required. Simply plug in to any wall outlet!
A new family of LED Flood Lights that offer up to 3800 lumens for commercial and industrial security lighting. 120-277V input voltage range, four sizes and two color finishes.
LED T8 PRO2 & PRO3
LED T8 retrofits are high quality replacements for fluorescent T8 and T12 lamps. Consuming only 18-22W, these lamps deliver up to 2225 lumens.
New, high performance 5" and 6" LED module with a seamless acrylic lens, three color temperatures and over a dozen trim package options! (shown in X6-SPM-WH-X56)
Our LED retrofit lamps are high quality replacements for traditional incandescent and halogen lamps. All of our LED lamps last up to 25,000 hours.
American Lighting, Inc, all rights reserved 2014


The majority of modern EDI solutions primarily operate on the cloud meaning it’s software running on servers. EDI solutions that run on the cloud bypass the need to install EDI programs on your computer or dedicated EDI hardware in-house.
EDI solutions that don’t operate on the cloud will run software on the existing computer equipment you have, such as a PC with an internet connection. EDI software communicates with your customers via the internet or a VAN where all of your EDI data is saved for your use in an Electronic Mailbox. The EDI data must be translated and printed or interfaced with your Order Processing System.
If your EDI solution includes shipping labels, you may need to purchase a Thermal Printer to print the UCC-128 labels if you do not already have one.


Hollow fiber contactors are successfully used as blood oxygenators in extracorporeal membrane oxygenation (ECMO); the optimization of these devices relies on a full comprehension of transport mechanisms involving respiratory gasses. This phenomenon is not clearly understood although it strongly affects blood oxygenators' performance. This work presents a model for countercorrent ECMO oxygenators, accounting for both membrane wetting and chemical reactions occurring in these systems. In the first part of the paper, the theoretical framework is presented; later, membrane wetting is analyzed and it is shown its effect on the overall mass transfer coefficients. Namely, it comes to light that membrane wetting strongly reduces membrane performances in terms of gasses transport and of respiratory quotient.
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The x-ray beams travel different pathlengths before hitting the various planes of the crystal, so after diffraction, the beams will interact constructively only if the path length difference is equal to an integer number of wavelengths (just like in the normal diffraction case above).
The x-ray beams travel different pathlengths before hitting the various planes of the crystal, so after diffraction, the beams will interact constructively only if the path length difference is equal to an integer number of wavelengths (just like in the normal diffraction case above).Tags: Irb Research Proposal ExampleEmbryo Law Essay CompetitionLiterature Review On Islamic BankingStarting A College Essay With A QuoteEssay On Sanskrit In SanskritPersuasive Research Paper IdeasEssay RubricsUk Thesis Writing ServiceLegal Problem Solving
Without having any evidence to support his claim on the periodic arrangements of atoms in a lattice, he further postulated that the crystalline structure can be used to diffract x-rays, much like a gradient in an infrared spectrometer can diffract infrared light.
His postulate was based on the following assumptions: the atomic lattice of a crystal is periodic, x- rays are electromagnetic radiation, and the interatomic distance of a crystal are on the same order of magnitude as x- ray light.
So the total path difference between path AHGF and BCDE is CD - HG.
To observe a wave of high intensity (one created through constructive interference), the difference CD - HG must equal to an integer number of wavelengths to be observed at the angle psi, \(CD - HG = n\lambda\), where \(\lambda\) is the wavelength of the light.
So we get: \[ BG = BC = d \sin \theta \label\] Thus, \[ 2d \sin \theta = n \lambda \label\] This equation is known as Bragg's Law, named after W. The x-rays that are diffracted off the crystal have to be in-phase in order to signal.
Only certain angles that satisfy the following condition will register: \[ \sin \theta = \dfrac \label \] For historical reasons, the resulting diffraction spectrum is represented as intensity vs. The main components of an x-ray instrument are similar to those of many optical spectroscopic instruments.
Due to the periodic crystalline structure of a solid, it is possible to describe it as a series of planes with an equal interplaner distance.
As an x-ray's beam hits the surface of the crystal at an angle ?
The incident wave BD travels farther than AH by a distance of CD before reaching the gradient.
The scattered wave (depicted below the gradient) HF, travels father than the scattered wave DE by a distance of HG.


Have you ever wondered how our brains communicate with the rest of our body? The answer lies within the intricate network of neurons. Neurons are the building blocks of our nervous system, responsible for transmitting electrical and chemical signals. But have you ever wondered how long it takes for a signal to travel from one end of a neuron to another end? In this article, we will explore the fascinating world of neuronal signaling and uncover the secrets behind signal transmission time.
Understanding Neuronal Signaling
Before we dive into the concept of signal transmission time, let’s first understand what neuronal signaling is all about. Neuronal signaling refers to the process by which neurons communicate with each other and transmit information throughout our bodies. There are two main types of neuronal signaling: electrical and chemical.
Electrical signaling occurs within a single neuron and involves the movement of charged particles called ions. These ions create electrical impulses that travel along the length of the neuron. On the other hand, chemical signaling occurs between different neurons or between neurons and other cells. It involves the release and reception of chemical messengers called neurotransmitters.
Factors Affecting Signal Transmission Time
Now that we have a basic understanding of neuronal signaling, let’s explore the factors that can influence the time it takes for a signal to travel from one end of a neuron to another. One crucial factor is the length of the neuron itself. Longer neurons generally take more time for signals to travel along their length compared to shorter neurons. This is because the signal needs to propagate through a greater distance.
Another critical factor that affects signal transmission time is the presence of a myelin sheath. The myelin sheath is a fatty substance that wraps around certain neurons, acting as an insulating layer. It helps to speed up signal conduction by allowing the electrical impulses to jump from one node of Ranvier to another, rather than traveling along the entire length of the neuron. This process, known as saltatory conduction, significantly reduces signal transmission time.
Additionally, temperature can also play a role in signal transmission speed. Higher temperatures generally lead to faster signal transmission, while lower temperatures can slow it down. This is because temperature affects the movement of ions and the overall efficiency of the neuronal signaling process.
Measurement Techniques for Signal Transmission Time
Now that we understand the factors influencing signal transmission time, let’s explore the various techniques used to measure this phenomenon. Precise measurements are crucial in understanding the intricate workings of neuronal communication.
Researchers use a variety of methods to measure signal transmission time. One common technique involves electrical stimulation of a neuron at one end and recording the time it takes for the signal to reach the other end. This allows scientists to calculate the speed at which the signal travels. Other methods involve the use of specialized microscopy techniques to visualize and track the movement of signals within neurons.
These measurements have provided valuable insights into the complex mechanisms of neuronal signaling. They have helped researchers understand how different factors, such as the length of the neuron and the presence of a myelin sheath, affect signal transmission time.
FAQ: Frequently Asked Questions
Can the signal transmission time vary between different neurons?
Yes, the signal transmission time can vary between different neurons based on their length, the presence of a myelin sheath, and other factors. Longer neurons generally take more time for signals to travel.
How does signal transmission time affect our perception and response to stimuli?
Signal transmission time plays a crucial role in our perception and response to stimulFaster signal transmission allows for quicker reactions, while delays in signal conduction can result in slower responses.
What happens if the signal transmission time is delayed or disrupted?
Delays or disruptions in signal transmission time can have various consequences. For example, certain neurological disorders can impair signal transmission, leading to impaired motor control or sensory perception.
In conclusion, the journey of a signal from one end of a neuron to another is an intricate and fascinating process. Factors such as the length of the neuron, the presence of a myelin sheath, and temperature can all influence the time it takes for a signal to travel. Through precise measurement techniques, researchers have gained valuable insights into the dynamics of neuronal signaling.
Understanding signal transmission time is crucial for advancing our knowledge of neuroscience and medical research. By unraveling the mysteries of neuronal communication, we can pave the way for new treatments and interventions for various neurological conditions. So the next time you wonder how fast our brain works, remember that the journey of a signal through a neuron is a remarkable feat of electrical and chemical coordination.


You have surely heard talk of sunrise simulators, the devices which simulate the rising of the sun to guarantee a gentle awakening. These devices may be used in a complementary manner alongside light therapy lamps.
A light therapy lamp is a class 2 medical device which has numerous effects : (1) an anti-depressant effect, (2) an effect on cognitive performance and (3) an effect on circadian rhythms.
The sunrise simulator is not a simple gadget but actually a class 1 medical device which offers real physiological effects to those who use it. Indeed, numerous studies show that the sunrise simulator has an effect on the mood and on cognitive performance.
However, if you seek to treat a depression problem or a sleep problem, it is preferable to use a light therapy device. The sunrise simulator will then be an excellent complimentary device to reinforce the effects of light therapy.


One of the biggest concerns among drivers when switching to electric cars is battery drain, as well as availability and time spent at the charger, but that's another topic.
In fact, a new range study found that an EV driven so long that the battery is dead and the dashboard display shows zero kilometers of range can drive another 30 kilometers before coming to a complete stop!
What Car?, which carried out the research by testing 10 of the latest electric models, said manufacturers deliberately program range readings to be conservative to give drivers an 'emergency buffer' before the battery runs out.
It was found that the best had 8.1 percent less range than the specified range with one charge, while the worst was almost a fifth (18.6 percent) less than the official WLTP averages, according to Jutarnji.hr.
In any case, the figure was helped by the fact that the EV continued to drive for several kilometers after the dashboard indicated that there was no more energy left in the battery, which means that manufacturers still leave a few kilowatts of power "on the side" as a reserve.
While petrol and diesel cars can drive around 40 to 80 kilometers when the fuel light comes on, there is a big fear that electric models will immediately stop on the road when the range reaches 0 percent. However, this is clearly not the case.
Of the cars tested, the BMW i4 eDrive40 M Sport not only traveled the most distance on a charge, but also had the largest emergency intermediate tank. It can cover a total of 509 kilometers, and 30 of those kilometers are covered with a digital readout of 0 percent battery.
- BMW i4: 30 km
- Kia Niro EV: 27.2 km
- Volvo XC40 Recharge: 27.2 km
- Volkswagen ID.5: 24 km
- Kia EV6: 20.8 km
- MG ZS EV: 20.8 km
- Tesla Model 3: 20.8 km
- Tesla Model Y: 17.6 km
- Cupra Born: 16 km
- BMW iX3: 8 km


Wireless Printer Servers are a way of connecting your wireless printer to your wireless internet. This means that at any moment, you can have a device, usually a computer or laptop which has access to the wireless network – and which can print from it rapidly.
This connection to the wireless network the printer is attached to means that in fact any computer, laptop or device connected to the same network can then use this printer to print whatever they need. This is assuming that the person’s device has been given access to use the printer, which can be implemented, or it can be left so that anyone able to connect to the network can use it.
Wireless printer servers can be very useful in offices which tend to require large amount of printing services. It is no longer required that each computer needs a printer, but infact only a small amount of wireless printers would be necessary and so money could be saved when considering this. To be able to create this wireless print server, you first may have to buy a special modem connecting the printers via usb ports to the wireless printer modem. This means that the printers are connected via cables to the modem perhaps in one room. But the computers themselves don’t need to be connected to them. This doesn’t just have office applications, but in a family household, if there’s a family all needing to print information out. There isn’t the need to carry around usb sticks, you can print it effortlessly and wirelessly in just a few seconds.
Services such as Linksys Wireless print servers are what one could presume to be an early type of wireless printer. They do need wires to connect to the wireless printer modem to start with but from there, no wires are needed from computer to printer.
Wireless printers are the next step up it would seem from wireless printer servers. In this sense, there is no need for the printer to use cable to attach to a printer modem. There is no need for a printer modem full stop. What a wireless portable printer does is use either a pre-existing wireless connection, blue tooth, or its own inbuilt miniature wireless connection to connect to a device, generally a laptop to then receive the information on what to print. Personally I believe that anything made wireless is a step up, and wireless portable printer a step up even further because this creates ultimate flexibility.


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CTX-401 Hazardous Area Explosion Proof Antennas
The CTX-401 antennas are designed for use in “Hazardous-Classified” and IndustrialHardened applications. The antennas are omni-directional with 0 dBi gain and designed for flexible mounting on a variety of explosion proof housings. The mounting base is made of heavy nickel-plated brass and includes a Class I, Division 1 seal and may be ordered with a 3/4” NPT thread or M20 thread. An integrated TNC connector is used for the RF connection. The radome is optimized for rugged industrial applications while maintaining maximum radio frequency transmission and reception efficiency. The antenna may be mounted up to 18” away from the enclosure within a hazardous location without an additional seal. A ground plane will increase performance of this antenna.


According to estimates, 30-35 percent of goals during football matches are scored as a result of set pieces. An in-depth analysis of actions is crucial in order to be able to optimize them as much as possible and thus gain an advantage over competitors. Thanks to artificial intelligence, you can easily analyze selected fragments of the game of individual players or check tactics. Cameras supported by AI allow you to measure the speed of passing, ball rotation, or track the positions of players. Equally important, AI can predict the odds of success for different game tactics. Such solutions are already available in Polish football.
"Due to the fact that we have a camera installed in each stadium, clubs get the opportunity to receive an automatic breakdown of a statistical match. The TV feed we record automatically goes to the server and there it is broken down by artificial intelligence into prime factors. A few hours after the match, coaches, players, staff members have the opportunity to obtain a complete analysis of the match, that is, accurate statistics," Maciej Kowalski, member of Sportize's board, explained.
AI is revolutionizing sport and taking it to a whole new level. It influences strategic decisions made by coaches, both before and during the match. Thanks to a combination of wearable sensors and high-speed cameras, AI platforms can now measure ball speed and rotation or track passes between players. Artificial Intelligence can also predict the odds of success for different game tactics. Some soccer coaches use it to set tactics. Analyzing the performance of specific players can also help you design better training programs.


ChatGPT is an AI language model developed by OpenAI, based on the GPT (Generative Pre-trained Transformer) architecture. It uses deep learning techniques to generate natural language responses to user input. ChatGPT is capable of understanding and generating human-like text, allowing it to engage in conversations with users and provide information or assistance.
The model is trained on a massive amount of data, including books, articles, and web pages, which allows it to learn from a diverse range of sources and contexts. It can perform a wide range of language tasks, including text completion, question-answering, summarization, translation, and more.
ChatGPT has become popular for its ability to engage in conversations with users, and it has been used in a variety of applications, including customer service, chatbots, virtual assistants, and more. With its ability to generate human-like responses, ChatGPT has the potential to revolutionize the way we interact with technology and each other.


The Elite Gaming Processor. 8 cores optimized for high-FPS gaming rigs.
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Get a PC that’s cooler, quieter and faster while gaming and creating.
3rd Gen Ryzen processors have up to twice the cache of previous generations. GameCache is designed to reduce memory latency for higher frame rates in top titles.
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Precision Boost 2 automatically raises the processor frequencies for supercharged performance when you need it most.
Experience elite performance in games, content creation, and intense multi-tasking. A beautifully balanced design for serious PC enthusiasts.
Higher speeds. More memory. Wider bandwidth. You must push every lever, squeeze every ounce, and leave nothing on the table. AMD’s 3rd Gen Ryzen™ processor was designed to break expectations and set a new standard for high-performance processors.
# of CPU Cores
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Cospas-Sarsat is an international, humanitarian search and rescue system that uses satellites to detect and locate emergency beacons carried by ships, aircraft, or individuals. The system consists of a network of satellites, ground stations, mission control centers, and rescue coordination centers.
When an emergency beacon is activated, the signal is received by a satellite and relayed to the nearest available ground station. The ground station, called a Local User Terminal, processes the signal and calculates the position from which it originated. This position is transmitted to a mission control center where it is joined with identification data and other information on that beacon. The mission control center then transmits an alert message to the appropriate rescue coordination center based on the geographic location of the beacon. If the location of the beacon is in another country's area of responsibility, then the alert is transmitted to that country's mission control center.
The Cospas-Sarsat system provides a tremendous resource for protecting the lives of aviators and mariners that was unthinkable prior to the Space-Age. With a 406 MHz beacon, a distress message can be sent to the appropriate authorities from anywhere on Earth 24 hours a day, 365 days a year.


A 3 year full-time PhD postion at the University of Manchester.
How is ambient light measured in the eye and translated by the brain into changes in mood, alertness, sleep propensity and biological timing? Addressing this question in laboratory rodents allows us to conceive of more mechanistic and fundamental answers than can be achieved by studying humans alone. This project will exploit an array of cutting-edge methods in experimental neuroscience (viral gene delivery, multichannel in vivo electrophysiology, chemo- and opto-genetics), and address topics of direct relevance to lighting design and human health.
Research will be under the supervision of Professor Robert Lucas in the Centre for Biological Timing, University of Manchester, with secondments planned at the University of Liege and the Swiss Center for Electronics and Microtechnology.
Detailed information on how to apply will be posted shortly.


Offering global coverage on the successful Inmarsat I4 broadband satellites, SAILOR 150 FleetBroadband is a competitive, single-user, entry-level solution designed for vessels with lower airtime budgets and bandwidth requirements.
With an antenna that is even smaller and lighter than the SAILOR 250 FleetBroadband, SAILOR 150 FleetBroadband is ideal for any vessel looking for entry into the world of broadband at sea. With an expected retail price of around $5000 — and straightforward installation, SAILOR 150 FleetBroadband addresses several segments including merchant and professional vessels currently reluctant to utilise the internet for operational purposes because of technical and cost issues. It can also fulfill a need in the recreational market where there is currently no suitable solution from existing electronics manufacturers.
The new SAILOR 150 FleetBroadband terminal offers 150kbps IP data and simultaneous quality voice using the innovative Thrane IP Handset. The data speed, price and flexibility of this entry level solution ensure that it doesn't overlap the core FleetBroadband 250 and 500 offering. However, it is capable of introducing the use of IP applications to vessels that could not previously afford this efficient way of operation so SAILOR 150 FleetBroadband ensures that a new class of user can now benefit from the FleetBroadband revolution.
Although a strictly entry level product, aimed at first time internet and IP users, and smaller budgets, it is based on the same design values and high quality build as all SAILOR products. So any vessel with basic IP and voice requirements can enjoy the same reliability and ease of use as the flagship SAILOR FleetBroadband systems, but at a fraction of the cost.
SAILOR 150 FleetBroadband users will of course also benefit from Thrane & Thrane's highly regarded network of On board Service Centres (OSC), which consists of 40 locations around the world. Herein Polaris Electronics A/S
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150m Automatic Mapping with One Button Underground Water Detector
|FOB Price:||US $1-4,500 / Set|
|Min. Order:||1 Set|
|Min. Order||FOB Price|
|1 Set||US $1-4,500/ Set|
|Production Capacity:||1000 Sets /Month|
|Payment Terms:||L/C, T/T, D/P, Western Union, Paypal, Money Gram|
- Model NO.: PQWT-TC150
- Vertical Lines: 2
- Product Name: Underground Water Detector
- LCD Size: Industrial 7-Inch HD Touch Screen
- Frequency: Single Frequency, Three Frequency and 40 Frequency
- Multi-Function: Groundwater Detector, Mining Locator
- Payment Method: T/T, L/C, Western Union, Paypal, Escrow
- Trademark: PQWT
- Specification: 43.5x49x17.5cm
- HS Code: 9015800090
- Accuracy: 0.001mv
- Horizontal Line: 4
- Channel: 6
- Power Supply: DC12V 4000mAh Built-in Battery
- Instrument Automatic Conversion Range: 0mv-2000mv
- Weight: 3 Kg
- Depth: 150 Mapping Underground Water Detector
- Transport Package: Packed 1set/Aluminum Box Into Carton
- Origin: Hunan of China
Why Choose us
We are the only geographic survey instrument institute in China!
Automatic mapping in water detector with one button! ! !
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With Patent and ISO9001: 2008 certificate
PQWT-TC150 geophysical prospecting mapping with one button underground water detector utilize the natural electric field as working electromagnetic field source, based on the resistivity differences of underground rock, ore or groundwater, measure natural electric field on the ground of N different frequencies electric field component. According to their different variation to study the abnormal changes which is caused by different geological bodies, to solve the geological problems of a kind of electrical prospecting method.
PQWT-TC150 natural electric field a key to mapping geophysical prospecting underground water detector is our latest research and development of products, using a number of patented technologies. The instrument weight is very light to carry easily, the measuring line need only 10 meters, one person will be able to complete the operation, saving manpower, full touch screen, simple operation, external high-capacity memory card, with the function of real-time mapping with only one button, finding high resistance (fault zone), low resistance (such as water, mining census) through real-time mapping directly display geological abnormal on the measuring site. After data collection by the unique built-in computing functions, the instrument can automatically draw curve graph and profile map with only one button, according to the profile map, you can clearly understand the geological structure and quickly determine the location of ore body (seam), hollow (cave), water (aquifer) etc.Main Features
Packing & Shipping
|Packing||1set/Aluminum box into Carton|
|Packing Size (LxWxH): 39X49X19cm|
|G. W: 9.5KG|
|Shipping||Shipping way: DHL/ UPS / FedEx / EMS|
|Shipping time: 3-7 Days by Air. |
3-7 Days by Express.
20-60 Days by Ship.
|Payment Method||T/T, L/C, Western Union, PayPal, ESCROW|
Is it difficult to operate and make the graph?
The instrument is easy to operate, you can find the share how-to video on Youtube
(URL: Https: //www. Youtube. COM/watch? V=YPxKh3UIV3c), and we will send you the detailed operation
Manual via email. If you have some basis of computer operating, generally it only need 2hour to manage it.
Guide for After-sale Service
> 2-year guarantee-if using of the product is influenced due to quality problem, you may receive guarantee of the product at the service network within 2 year after the date of purchase;
> Lifetime maintenance-lifetime maintenance service is implemented on all factory series products. We offer maintenance of machine which surpasses the maintenance period or has manual damage with material and lab
Resistivity Meter, Geological Survey Instrument, Underground water detector


New K3 Analyzer
Product Code:- CP07
Email Id:- email@example.com
The New K3 Analyzer is a brand new cheating device used to win every playing card game. It is an all-in-one poker analyzer. It has all the features of soothsayer, poker predictor.The device attaches analyzer and camera lens in a respective mobile phone.
How to use the device
Turn the power and set the rules of the game.
Then place the device on the table, in such a way that it sees the marks from the back of the playing cheating cards.
After seeing the marks the device will report to the player instantly, before the card is served to the player.
The device can be used all the gambling games. After using the tool, you will definitely win the game without hinting others that you are using a cheating tool. The device can also be used as a mobile phone. The analyzer can send and receive the text messages. It can be connected via WI-FI, Bluetooth . The user can use the device to download games and to hear music and videos. The New K3 Analyser in Delhi India is available with reputed dealers and manufacturers at the best price and at online, offline spy stores. We deal in all cheating playing cards devices that are Soft Contact Lens, Marked Cards, Playing Card Soothsayer,Mini Earphone, Hidden Lens Device, GSM Neckloop, Hidden Lens in Phone, Cheating Playing Cards and New K3 Analyzer.
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Intelinair and Airbus announced a multi-year collaboration agreement that will provide high-resolution Airbus satellite imagery as an input to Intelinair’s artificial intelligence (AI) powered crop analytics AGMRI® platform to deliver a complete view of every acre, every field from planting to harvest.
High-resolution imagery services from the Pléiades and SPOT 6/7 satellites will provide 50cm and 1.5m geospatial imagery into the AGMRI platform as an additional input, so that farmers and ag retailers can make data-driven decisions and proactively manage their operations with confidence.
“We are very pleased to be providing high-resolution imagery from Pléiades and SPOT 6/7 satellites, whose complementarity makes them the ideal assets for enriched crop management. They deliver fresh information along with historical insights to help drive decisions in the field. Our data along with powerful machine learning and computer vision from Intelinair will help improve crop yields,” said François Lombard, Director of the Intelligence business at Airbus Defense and Space.
With satellite and other aerial imagery sources, farmers receive a new perspective of the agronomic conditions in the form of emergence, plant health, weed detection and harvest readiness in their fields throughout the growing season. From this perspective, product performance and crop damage issues become visible so timely management decisions can be made to protect yields and optimize financial returns.
“We are excited to extend our collaboration with Airbus for the next three years,” said Tim Hassinger, CEO & President of Intelinair. “Airbus’ high-resolution satellite imagery provides another technology to pair with our analytics platform, AGMRI, so that farmers are able to identify issues in their fields before they become a problem. The use of satellites also will provide the ability to serve growers and ag retail channel partners on a global scale.”
IntelinAir, Inc., is an automated crop intelligence company that leverages artificial intelligence and machine learning to model crop performance and identify issues enabling farmers to make improved decisions throughout the crop season. The company’s flagship product, AGMRI®, aggregates and analyzes data including high resolution aircraft, satellite, and drone aerial imagery, equipment, weather, scouting, and more to deliver actionable Smart Alerts on specific issues in areas of fields as push notifications to farmers’ and retailers’ computers, iPads and smartphones. The proactive alerts on agronomic and operational issues allow farmers to intervene, rescue yield, capture learnings for the next session, and identify conservation opportunities for sustainable farming. Annually, Intelinair analyzes millions of acres of farmland, helping growers make thousands of decisions for improved operations and profitability.
Airbus is a worldwide leading aerospace company, and n°2 world leader in geospatial data and services provision. Data is at the heart of everything today. But we know that it is not a “one-size-fits-all” matter. Thus, our approach has always been to offer multi-sensor, multi-resolution, multi-source data. We provide you with proprietary access to the largest commercial satellite constellation combining optical imagery from Pléiades, SPOT, Vision-1 and DMC as well as the radar constellation (consisting of TerraSAR-X, TanDEM-X and PAZ). We are further expanding our sensor capabilities with the Pléiades Neo constellation giving you higher resolution, greater revisit and more acquisition capabilities. Combining our data and third-party data with unrivalled expertise in satellite imagery acquisition, data processing, fusion, dissemination, intelligence extraction and comprehensive applications experience, we deliver a broad product and services portfolio spanning the entire geo-information value chain.


Computer programming is the process of designing and they harness the power of computers to make programming the science of programming . How aristotle created the computer t he history of computers is often told as a history of objects, from the abacus to the babbage engine up through the code-breaking machines of world war ii . This week, we’re examining women’s pioneering role in computer programming to learn more about tech history made in new york, check out our upcoming exhibit silicon city, opening friday, november 13 the show explores early inventions that paved the way for the computer—think electricity, the . Here are the best computer science programs in the worldthese top schools combine mathematics, engineering, and physics into one exciting discipline.
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This course will introduce you to the field of computer science and the fundamentals of computer programming introduction to computer science i is specifically designed for students with no prior programming experience, and taking this course does not require a background in computer science this . Can i major in computer science if i don't know programming selenium-brief history should i major in computer science, creative writing, or comparative . The history of computing in the history of technology english-speaking wo rld ref ers t o as computer science is known to the rest of western conference on . Introduction to computer science i java history, pragmatics i programming languages — not just java computer science is not the study of computers, nor is . To familiarize the student with the historical development of the modern (or present kind of) computer and its predecessors (or the old type) in this manner, the student can advance certain knowledge and ideas regarding the computer as a unit in itself this could help students have a more critical .
History of computer science is credited as the pioneer of computer programming and is regarded as a mathematical genius, a result of the mathematically heavy . Computer science 113: programming in python history of computers a computer is an electronic machine that accepts information, stores it, processes it according to the instructions provided . Computer science for everyone - 13 - history of programming computer science for everyone is an online course that covers all of the most important concepts in computer science, from hardware . Hello, world welcome to crash course computer science so today, we’re going to take a look at computing’s origins, because even though our digital computers are relatively new, the need for .
Computer science computer science is often defined as the systematic study of algorithmic processes, their theory, design, analysis, implementation and application an algorithm is a precise method usable by a computer for the solution of a problem. Other web resources for history of computer science history of computing web page at virginia tech computers from the past to the present (a lecture by michelle hoyle at the university of regina).
Computer engineering students will study concepts in computer science, engineering and mathematics by combining these three fields, computer engineers are able to solve hardware problems and create state-of-the-art machines that can handle the many tasks computers perform. The history of computer programming an overview of computer programming computer programmer (probably) you probably use computers and programs on a daily basis, but you might not be aware that the first pre-computers didn't even use electricity or that the first computer programmer was a woman. A history of computer programming languages ever since the invention of charles babbage’s difference engine in 1822, computers have required a means of instructing them to perform a specific task this means is known as a programming language.


Degree : Master of Engineering(Software Systems)
Thsis Title : Design of an Efficient Content Based Information Retrieval System for Distributed Multimedia Data on image and video
Supervisor: Prof. B Vijay Kumar (URL : https://universe.bits-pilani.ac.in/dubai/vijay/Profile)
Professor and Head, Department of Computer Science, BITS Pilani, Dubai Campus
Key Words: Information Retrieval, Distributed Database, Distributed Multimedia database, Content Based Image Retrieval, Content based Video Retrieval
Dissertation Area: Information Retrieval, Distributed Data Systems
Abstract: A huge amount of image and video are uploaded on social networking site. Content-based Information retrieval of multimedia data like image and video in distributed environment is a key challenge and raising several research activities. Content Based Information Retrieval System for Distributed Multimedia Data on image and video provide a new search approach as per user requirements from a distributed multimedia database. This thesis proposes a new efficient approach to satisfy the users requirements in distributed environments.


Let's Talk Science Talks Canada 2067
Inspiration Let’s Talk Science is working to build a digitally literate Canadian youth population to better prepare them for the constantly evolving technology industry.
Science, technology, engineering, and math (STEM) learning can help young Canadians build the critical skills they need to participate meaningfully in a digital economy, including an understanding of scientific methods, numeracy, digital literacy, and problem-solving. However, to meet changing economic and citizenship demands, Canada needs to revisit how and what we teach, how students learn, and who inspires them to engage with STEM and shows where it can take them.
Recognizing this, Let’s Talk Science initiated Canada 2067 — an ambitious national discussion to develop a shared vision to improve STEM learning. The goal? To develop recommendations that align efforts of education stakeholders, community organizations, industry, governments, and parents to help our systems adapt to the demands of a changing global economy and prepare our youth to compete, contribute, and thrive in a world of rapid technological change.
Leading the way, Let’s Talk Science has embraced the Canada 2067 recommendations by developing new tools, activities, and resources in support of an integrated approach to digital literacy which has been recognized as critical to the successes of our future economy. Living Space — a citizen science action project launching this fall — will challenge youth across Canada to examine the environmental conditions in their classroom and compare them to those reported by David Saint-Jacques onboard the International Space Station. Using sensors and coding, classrooms will develop and use a combination of critical thinking skills and STEM competencies to report their findings.
To review the Canada 2067 recommendations and see what you can do, visit canada2067.ca. We all have a responsibility to prepare our youth for their future so that Canada is well-positioned as a leader in the digital economy.


Book Title: Using NIST for Security and Risk Assessment
Subtitle: Protecting Controlled Unclassified Information (CUI) in Information and Operation Technology Systems
Book Description: A practical approach for applying NIST Special Publications (SP) guidance to Information (IT) and Operational (OT) technology systems. Methodology includes assessing and evaluating the security of systems containing Confidential but Unclassified Information (CUI).
This book describes how NIST Special Publications (SP) 800-171r2 (Protecting Controlled but Unclassified Information in Nonfederal Systems and Organizations), SP.800-172 (Enhanced Security Requirements for Protecting Controlled Unclassified Information) and SP.800-172A (Assessing Enhanced Security Requirements for Controlled Unclassified Information) can be used to evaluate the cybersecurity posture of Information (IT) or Operation Technology (OT) systems and supporting frameworks. It will demonstrate that baseline security requirements outlined in SP.800-171r2 and SP.800-172/172A for the protection of Controlled Unclassified Information (CUI) can be applied to any information system requiring data protection.
It further presents the application of SP.800-213 (IoT Device Cybersecurity Guidance for the Federal Government: Establishing IoT Device Cybersecurity Requirements) and SP.800-213A (IoT Device Cybersecurity Guidance for the Federal Government: Establishing IoT Device Cybersecurity Requirement Catalog) to OT system assessment in order to determine relative compliance with recommended standards. This approach allows organizations to evaluate the level of risk an IoT device poses to information systems. It also reviews the current state of IoT cybersecurity and privacy protection using historical and current industry guidance & best-practices; recommendations by federal agencies; NIST publications; Executive Orders (EO) and federal law. Similarities and differences between IoT devices and “traditional” (or classic) Information Technology (IT) hardware will be offered along with challenges IoT poses to cybersecurity and privacy protection.
An explanation of how these NIST publications align with information security and how this alignment suffices for evaluating an IT environment security will be given along with the process and procedure for performing such evaluation.
Using NIST for Security and Risk Assessment by Thomas P. Dover is licensed under a Creative Commons Attribution-NonCommercial 4.0 International License, except where otherwise noted.


Thursday, November 12, 2020
Invited talk by Prof. Michael Wimmer,TU Wien, Research Unit of Computer Graphics
Title: “Applications of Smart Graphics”
Abstract: For a long period of time, the focus of computer graphics was mostly the quality and speed of image generation. Meanwhile, commercial rendering engines leave little to be desired, but computer graphics research has expanded to solve application problems through so-called “smart graphics”. In this talk, I will present some of our latest advances in “smart” computer graphics in simulation, rendering and content generation. I will show how we can now simulate visual impairments in virtual reality, which could be used to create empathy for people affected by these impairments. I will describe how we have advanced point-based rendering techniques to allow incorporating real environments into rendering applications with basically no preprocessing. On the other hand, virtual environments could be created efficiently by collaborative crowed-sourced procedural modeling. Finally, efficient simulations of floods and heavy rainfall may help experts and increase public awareness of natural disasters and the effects of climate change.
Bio: Michael Wimmer is currently an Associate Professor at the Institute of Visual Computing and Human-Centered Technology at TU Wien, where he heads the Rendering and Modeling Group and directs the interdisciplinary Center for Geometry and Computational Design. His academic career started with his M.Sc. in 1997 at TU Wien, where he also obtained his Ph.D. in 2001.
His research interests are real-time rendering, computer games, real-time visualization of urban environments, point-based rendering, reconstruction of urban models, procedural modeling and shape modeling.
He has coauthored over 145 papers in these fields. He also coauthored the book Real-Time Shadows. He regularly serves on program committees of the important conferences in the field, including ACM SIGGRAPH and SIGGRAPH Asia, Eurographics, IEEE VR, Eurographics Symposium on Rendering, ACM I3D, SGP, SMI, HPG, etc. He is currently associate editor of ACM Transactions on Graphics, CGF, and Computers & Graphics. He was papers co-chair of EGSR 2008, Pacific Graphics 2012, Eurographics 2015, Eurographics GCH 2018 and VMV 2019.
Friday, November 13, 2020
Invited talk by Dr. Julie Digne, CNRS LIRIS, Université Claude Bernard Lyon 1
Title: “Self similarity for shape analysis and synthesis”
Abstract: In this talk I will describe ways of taking into account shape self-similarity for improving analysis and synthesis tasks. Indeed shape acquisitions produce a possible sampling of a shape but by identifying similar parts of the shapes, one can enhance the local sampling and improve the shape locally.
In the second part of this talk, I’ll discuss an issue common to many computational sciences fields: research reproducibility. I’ll take the example of computer graphics for which we ran a thorough analysis studying the availability and the proper functioning of research codes over three years of papers published at SIGGRAPH (2014,2016,2018). Our analysis shows an improvement in reproducibility with variations with respect to the subfield.
 Similarity based filtering of point clouds, J. Digne, 2012
 Self-similarity for accurate compression of point sampled surfaces, J. Digne, R. Chaine, S. Valette, 2014
 Sparse Geometric Representation Through Local Shape Probing J. Digne, S. Valette, R. Chaine, 2018
 Super-resolution of Point Set Surfaces using Local Similarities, A. Hamdi-Cherif, J. Digne, R. Chaine, 2018
 Code Replicability in Computer Graphics, N. Bonneel, D. Coeurjolly, J. Digne, N. Mellado, 2020.
Bio: Julie Digne is currently a CNRS Researcher at LIRIS (équipe Origami). She obtained a PhD in Applied Mathematics from École Normale Supérieure de Cachan in 2010 with Jean-Michel Morel. She graduated from both ENS Cachan (master MVA) and Télécom ParisTech (engineering degree). In 2018 she defended her Habilitation à Diriger des Recherches. Julie research interests lie in the field of surface processing and surface analysis, in particular when the surfaces are represented as point clouds. It includes surface denoising, meshing, scan merging and surface segmentation. Julie is particularly interested in developing machine learning approaches for geometric data.


International Ph.D student, September 2015~
Department of Electronic Engineering, Tsinghua University, Beijing 100084, China
Research Interests: Massive MIMO, Millimeter-Wave Communicationsn, Hybrid Precoding
Address: Room 8-212, Tsinghua-Rohm EE Hall, Tsinghua University, Beijing 100084, China
Talha Mir received his B.S. degree from Balochistan University of Information Technology Engineering and Management Sciences, Pakistan, in 2007. He earned his Master Degree from Univeristy of Bradford, England, in 2011. He has been serving as an Assistant Professor in Balochistan University of Information Technology Engineering and Management Sciences since 2013. He is currently working towards his Ph. D. degree in the Department of Electronic Engineering, Tsinghua University, Beijing, China. His research interests are in wireless communications, with a focus on hybrid precoding for millimeter-wave massive MIMO systems.
[J3] C. Hu, L. Dai, T. Mir, Z. Gao, and J. Fang, “Super-resolution channel estimation for mmWave massive MIMO with hybrid precoding,” IEEE Trans. Veh. Technol., vol. 67, no. 9, pp. 8954-8958, Sep. 2018.
[J2] B. Wang, L. Dai, T. Mir, and J. Li, “Dynamic compressive sensing based multi-user detection for uplink grant-free NOMA,” IEEE Commun. Lett., vol.20, no. 11, pp. 2320-2323, Nov. 2016.
[J1] B. Wang, L. Dai, T. Mir, and Z. Wang, “Joint user activity and data detection
based on structured compressive sensing for NOMA,” IEEE Commun. Lett., vol. 20, no. 7, pp. 1473-1476, July 2016.
[C2] T. Mir, L. Dai, Y. Yang, W. Shen, and B. Wang, “Optimal femtocell density for maximizing throughput in 5G heterogeneous networks under outage constraints,” in Proc. IEEE 86th Veh. Technol. Conf. (IEEE VTC’17 Fall), Toronto, Canada, Sep. 2017.


Title: Studies at the silica-peptide interface
Carole C. PERRY (CCP) is university distinguished professor in bioinorganic and materials chemistry. She performed her UG and PG studies at Oxford University. She has held competitive fellowships at the Weizmann Institute of Science and the Radcliffe Institute for Advanced Study, Harvard University. She has been a visiting professor at Université Pierre et Marie Curie, Karlsruhe, MIT and University of Buffalo. CCP is a leading expert in chemical studies of the (bio)mineralisation of a range of metal oxides including silica and one of very few experimentalists worldwide working on mechanistic aspects of biomolecule-material interactions.


What you'll learn
This course will introduce you to the world of drones and its applications. We will explore the basic concepts of flight, including how to use a controller and a drone, how to fly indoors and outdoors, as well as how to set up obstacle avoidance. We will also explore practical flight demonstrations, including simple person tracking with AI, way point mapping missions and aerial videography.
External industry guests will make this workshop immersive and innovative. The sessions within the course will incorporate real-world sustainability case studies, interactive segments and a lot of live drone teaching with practical feedback from industry professionals.
The delivery of the course will be hybrid, with some workshop segments offered in different alternate formats incl. in-app screen recordings, immersive 360-videos, and behind-the-scenes footage – giving students the chance to observe from different viewing angles and perspectives (trainer vs. drone)..
We discover and understand a practical overview of both drone hardware (predominantly with an airborne DJI Mini drone family with some bigger drones on site too) and software to fly them as well as post-flight AI analysis and editing software.
We continue exploring the basic concepts of flight, including how to use a controller and a drone, how to fly indoors and outdoors, as well as how to set up obstacle avoidance.
We talk about real-life case studies and flying several field missions (subject to local flying conditions/FRZ/weather on the day).
We discover and understand practical flight demonstrations, incl. Simple person-/ object-tracking with Ai, Way-point mapping missions and Aerial videography/photography.
We introduce the concept of implementing drone technology in business workflow.
We explore and discuss business-oriented drone applications including Infrastructure inspection, Surveying & Geospatial mapping for nature conservation and greener construction purposes.
We conclude this course by looking at future trends and challenges in the field of drones as well as potential career opportunities that can be explored after completing this course.


Expert Electrical Safety Tips for Your Business
Most people don’t think much about electrical safety, whether it is in their business or homes. We just flick a switch and there it is. We enjoy the results of electricity, but don’t put much thought into our electrical installations at all. Switchboards, sockets, light fixtures, and the appliances that run on electricity are just there.
Safety is a priority. Electricity can be dangerous and there is always the chance that it can be harmful. Not only that, but it is necessary to make sure that your whole electrical system doesn’t come to harm. Zane Dick Electrical & Air Conditioning have years of experience installing, repairing, and maintaining anything electrical in Bundaberg.
For that reason, we would like to give you some expert electrical safety tips for your Bundaberg business.
Regular maintenance of your electrical system will prevent any safety issues arising. Loose electrical wires or exposed wiring can cause blown fuses or short circuits, as well as loose connections. In extreme cases, faulty electricals can also cause fires.
Surge protectors will prevent damage too. Sudden spikes in the electrical supply are a common cause of damage when the amount of electricity running through your wiring system leads to an overloaded system. These surges can also go as far as to damage electrical appliances. Storms that bring lightning are also a danger to anything electrical.
Testing and Tagging
This is a very good idea to spot faults or potential faults. This goes alongside maintenance. Possible problem areas can be isolated and repaired or components replaced in a timely fashion. As we use many more electrical appliances than ever before, some old wiring systems can’t cope with the extra burden. It’s a good measure to take.
Safety switches are also a good idea to install to protect your system and anything you have connected to it. If there is a fault or you just suspect there’s a fault, you can isolate the area or appliance where you think it is.
When dealing with a dangerous element such as electricity you can’t be too careful. That’s why we at Zane Dick Electrical & Air Conditioning recommend these simple tips for anything electrical in Bundaberg. Be sure to protect yourself and your system.
Specialist Electrical Contractors Bundaberg
During our recent house renovations and rewiring, Zane and Scott from Zane Dick Electrical were very reliable, polite and did a great job cleaning up. I would highly recommend them.Kim Moyle


Seminari grup ACES: Yuri B. Shtessel
- Seminari grup ACES: Yuri B. Shtessel
- Yuri B. Shtessel: Output tracking in nonminimum phase systems via sliding modes
Yuri B. Shtessel: Output tracking in nonminimum phase systems via sliding modes
- 02/06/2016 des de/d' 15:00"
- IOC Seminar, ETSEIB building, 11th floor, UPC
Title: Output tracking in nonminimum phase systems via sliding modes
Speaker: Prof. Yuri B. Shtessel, Dept. of Electrical and Computer Engineering, The University of Alabama in Huntsville, Huntsville, USA
Schedule: June 2nd, 2016, 15:00, IOC Seminar (ETSEIB building – 11th floor)
Abstract: The problem of causal output tracking and observation in non-minimum phase nonlinear systems is studied and addressed using sliding mode control techniques. The extended method of Stable System Center (ESSC) that is used for addressing the output tracking in nonminimum phase causal systems is presented. ESSC is used in two-fold manner: i) to generate bounded reference profile for unstable internal states; ii) to estimate states of unstable internal dynamics. Two applications of the proposed technique are considered for illustration purposes: output voltage tracking in a nonminimum phase DC/DC electric power converter and output tracking in SISO systems with time-delayed output feedback. A variety of traditional and higher-order sliding mode (HOSM) control and observation methods is employed in the majority of algorithms. Most of the theoretical results are covered by numerical simulations.


Scholarships for Computer EngineersNovember 18, 2023
Computer engineering is a science, technology, engineering, and math (STEM) discipline that integrates electrical engineering and computer science. Professional computer engineers design, develop, and test hardware systems to streamline and advance technologies.
While this up-and-coming field provides ample job opportunities, you’ll likely need to earn your bachelor’s degree to kickstart your career—and STEM degrees can be costly. Fortunately, ample scholarship opportunities are available to new and existing computer engineering majors.
Here are some of the best computer engineering scholarship options for those interested in or currently pursuing a degree in this STEM field.
6 computer engineering scholarship options
1. Edison Scholars Program
Application deadline: January 23, 2024
Each year, the Edison Scholars Program awards $50,000 scholarships to 30 high school seniors interested in pursuing a four-year STEM degree and becoming future innovators in their field. Scholarships are available to eligible students in Southern California, and applicants must display financial need and have a GPA over 3.0.
2. U.S. Department of Defense (DoD) SMART Scholarship
Amount: Up to $46,000 per year
Application deadline: December 1, 2023
The SMART Scholarship from the U.S. Department of Defense offers both financial assistance to eligible undergraduates and a pathway to a successful career in computer engineering with the DoD. Scholarships are available to students from the United States, Australia, Canada, New Zealand, or the United Kingdom, and you must have a GPA of at least 3.0 to qualify.
3. Amazon Future Engineer Scholarship
Application deadline: December 15, 2023
The Amazon Future Engineer Scholarship is awarded to 400 exceptional high school seniors in the U.S. each year. Students can win up to $40,000, plus a paid internship at Amazon. To qualify, you need to be accepted in a 4-year STEM degree program at an accredited college or university or be accepted into a 2-year program with the intent of transitioning to a 4-year program. Students must demonstrate financial need and have at least a 2.3 GPA.
4. Edith Nourse Rogers STEM Scholarship
Amount: Up to $30,000
Application deadline: Unspecified
Eligible veterans of the U.S. military and Fry Scholars can qualify for up to $30,000 of assistance toward pursuing an undergraduate STEM degree or teaching certification in a STEM field. Veterans eligible for the maximum post-9/11 GI bill benefit receive preference during the application process for this scholarship.
5. Dawna J. Colbert Scholarship
Application deadline: March 1, 2024
The Dawna J. Colbert Scholarship, awarded by the Technology Concept Group International (TCGi) Foundation, is for black female high school seniors who plan to pursue a computer science, engineering, or information technology degree. To be eligible for this scholarship, you’ll need to have a GPA of at least 3.0 and reside in Delaware, Maryland, Massachusetts, New York, New Jersey, Pennsylvania, Rhode Island, Virginia, Washington D.C., or West Virginia.
6. Navisite’s Next Steminist Scholarship
Application deadline: Unspecified
Software technology company Navisite awards three $10,000 scholarships to eligible U.S. students who are enrolled in or intend to pursue a degree in science or technology. The program’s goal is to encourage more women to enter the STEM field. Applications for 2024-2025 school year scholarships will open in April 2024.
The bottom line
While a degree in computer engineering may be expensive, earning generous scholarships could help offset the cost significantly. The list of general scholarships above is a great place to start, and you may also want to check out Fastweb, College Board, Unigo, and Scholarships.com for a comprehensive look at general and school-based computer engineering scholarship options.


High Performance Computing Resources
High Performance Computing ResourcesHAL is the current High Performance Computing Facility, managed by ICT Support Squadron for Meteorology (ReSIA-GSIM) and released to the Italian Air Force Operational Centre for Meteorology (COMET, formerly managed by CNMCA, Italian Air Force National Centre for Meteorology and Climatology ) for operations in the middle of 2016. The computing facility is a 76 nodes based on Hewlett Packard Enterprise DL360 hybrid architecture with Intel Broadwell and NVIDIA Kepler architecture, the amount of volatile memory for each node is 256 GB. The operational network infrastructure iis based on Mellanox InfiniBand FDR technology. The overall peak performance of the Computing Facility is around 300 Teraflops. HAL entered in HPCG list at rank 85 in June 2017, at rank 98 in June 2018 and rank 112 in June 2019. Nevertheless, HAL is in a continuous development. In particular, has been planned some upgrades to increase the number of computing nodes, based on Hewlett Packard Enterprise DL360 with Intel SkyLake and NVIDIA Pascal architecture and a new InfiniBand EDR topology.


micara is a technical advisory firm in data analytics and machine learning focusing on edge solutions from microcontrollers to industrial PCs, offering our customers innovative solutions based on the latest technologies and methods of data analysis and artificial intelligence.
We work closely with our customers to develop customized solutions that meet their specific requirements. micara’s team of experienced engineers and data analysts has an extensive knowledge of digital signal processing, pattern recognition, IoT solutions and machine learning.
Aiming to bring the power of data analytics and machine learning to embedded systems, our services include:
The team brings 20 years of experience in industrial solutions for mechanical engineering, aerospace, robotics and manufacturing. We are proud to work with leading companies in these industries, providing them with innovative solutions that increase their productivity and competitiveness.
At micara we place a great emphasis on quality and reliability. Employing the best practices to ensure that our solutions meet the highest standards. Our team constantly improve our processes and services to ensure that we offer the best solutions to our customers.
If you are looking for innovative and customized solutions in the field of data analysis and machine learning for embedded systems, contact us. We are ready to help you achieve your goals.