Pages

Wednesday, June 19, 2019

Habana Labs launches its Gaudi AI training processor by Frederic Lardinois

ElcoHow. - This is one information for you from processor development information in 2019 with the article titled with Habana Labs launches its Gaudi AI training processor that written by Frederic Lardinois and published in Techcrunch site.

Image Courtesy of https://techcrunch.com/

Habana Labs, a Tel Aviv-based AI processor startup, today announced its Gaudi AI training processor, which promises to easily beat GPU-based systems by a factor of four. While the individual Gaudi chips beat GPUs in raw performance, it’s the company’s networking technology that gives it the extra boost to reach its full potential.

Gaudi will be available as a standard PCIe card that supports eight ports of 100GB Ethernet, as well as a mezzanine card that is compliant with the relatively new Open Compute Project accelerator module specs. This card supports either the same 10 100GB Ethernet ports or 20 ports of 50GB Ethernet. The company is also launching a system with eight of these mezzanine cards.

Last year, Habana Labs previously launched its Goya inferencing solution. With Gaudi, it now offers a complete solution for businesses that want to use its hardware over GPUs with chips from the likes of Nvidia. Thanks to its specialized hardware, Gaudi easily beats an Nvidia T4 accelerator on most standard benchmarks — all while using less power.

And now yo can continue to reda completed of this Habana Labs launches its Gaudi AI training processor by Frederic Lardinois using link HERE.

Thursday, February 28, 2019

Electronic Market: Electronic PCB Market 2019 Global Growth Opportunities, Applications, Key Players, Analysis and Forecast 2023

ElcoHow. - This is one information for you from electronic market about PCB in 2019 with the article titled with Electronic PCB Market 2019 Global Growth Opportunities, Applications, Key Players, Analysis and Forecast 2023 that written by Alvin Coohe and published in Micro Finance Observer site.

Image Courtesy of https://microfinanceobserver.com

Electronic Printed Circuit Board research report comes up with the size of the global Electronic Printed Circuit Board Market for the base year 2018 and the forecast between 2019 and 2024. Market value has been estimated considering the application and regional segments, market share, and size, while the forecast for each product type and application segment has been provided for the global and local markets.

Electronic Printed Circuit Board market report includes a detailed Value chain analysis, that provides a comprehensive insight into the global Electronic Printed Circuit Board market. The Porter’s five forces model for the Electronic Printed Circuit Board market has also been included to help recognize the competitive landscape of the market. The study comprehends market analysis, by which application segments are benchmarked supported by their market size, trends and the rate of growth.

The scope or magnitude of the Report:

Dominant Manufacturers Profiles functioning in the Global Electronic Printed Circuit Board Market:
Nippon Mektron, Unimicron, SEMCO, Young Poong Group., Ibiden, ZDT, Tripod, TTM, SEI, Daeduck Group, HannStar Board (GBM), Viasystems, Nanya PCB, CMK Corporation, Shinko Electric Ind, Compeq, AT&S, Kingboard, Ellington, Junda Electronic, and More

And now yo can continue to reda completed of this Electronic PCB Market 2019 Global Growth Opportunities, Applications, Key Players, Analysis and Forecast 2023 from original source using link HERE.

Wednesday, September 5, 2018

Robot News: Robot boat sails into history by finishing Atlantic crossing

ElcoHow. - This is one information for you from Robot technology for boat with the article titled with Robot boat sails into history by finishing Atlantic crossing that written and published in Technology Inquirer site.

Image Courtesy of http://technology.inquirer.net

All summer, the small boat drifted steadily eastward across the churning North Atlantic until it neared the Irish coast, where it made history by becoming the first unmanned sailboat to cross the Atlantic.

The SB Met, built by Norwegian company Offshore Sensing AS, reached the finish line of the Microtransat Challenge for robotic boats on Aug. 26, two and a half months after setting off from Newfoundland, according to preliminary data.

It’s a milestone that shows the technology for unmanned boats is robust enough to carry out extended missions that can dramatically cut costs for ocean research, border security, and surveillance in rough or remote waters. They’re part of wider efforts to develop autonomous marine vessels such as robotic ferries and cargo and container ships that could be operating by the end of the decade, outpacing attempts to commercialize self-driving cars.

“We’ve proved that it’s possible to do,” said David Peddie, CEO of Offshore Sensing , which created the oceangoing drones, known as Sailbuoys. “The North Atlantic is one of the toughest areas to cross” and completing the challenge “really proves that it’s a long endurance vehicle for pretty much any condition the sea can throw at you,” he said.

Under the Microtransat’s rules, boats up to 2.4 meters (2.6 yards) long can sail between Europe and the Caribbean or North America and Ireland. They must regularly transmit location data.

The Sailbuoy competed in the “unmanned” class, which allows operators to change its course along the way. There’s a separate “autonomous” class that prohibits any such communication.

And now yo can continue to reda completed of this Robot boat sails into history by finishing Atlantic crossing that written and published in Technology Inquirer site from original source using link HERE.

Friday, August 3, 2018

Circuit Schematic Diagram Electronic Combination Lock using IC LS7220

ElcoHow. - This is one circuit schematic diagram of electronic combination lock using IC LS7220 that very useful for you who want to build activate relay for controlling device on/off.

In this time, we will give you global description about this electronic combination lock using IC LS7220 like in Figure 1 below, beside we give you circuit schematic diagram and component parts used in this circuit.

Circuit Schematic Diagram

Component Parts
  1. C1              1   1uF 25V Electrolytic Capacitor
  2. C2              1    220uF 25V Electrolytic Capacitor
  3. R1              1    2.2K 1/4W Resistor
  4. Q1              1    2N3904 NPN Transistor    2N2222
  5. D1              1    1N4148 Rectifier Diode    1N4001-1N4007
  6. K1              1    12V SPDT Relay    Any appropriate relay with 12V coil
  7. U1             1     LS7220 Digital Lock IC
  8. S1-S12    12    SPST Momentary Pushbutton    Keypad (see notes)
  9. HD1          1    12 Position Header

Description

This is circuit schematic diagram of electronic combination lock using IC LS7220 that can help you to build activate relay for controlling device on/off. The main component in this circuit is LS7220 IC. 

According Circuitstoday site that also published this circuit describe that to set the combination connect the appropriate switches to pin 3,4,5 and 6 of the IC through the header.As an example if S1 is connected to pin 3, S2 to pin 4 , S3 to pin 5, S4 to pin 6 of the IC ,the combination will be 1234.This way we can create any 4 digit combinations.Then connect the rest of the switches to pin 2 of IC.This will cause the IC to reset if any invalid key is pressed , and entire key code has to be re entered.

When the correct key combination is pressed the out put ( relay) will be activated for a preset time determined by the capacitor C1.Here it is set to be 6S.Increase C1 to increase on time.

For the key pad, arrange switches in a 3X4 matrix on a PCB.Write the digits on the keys using a marker.Instead of using numbers I wrote some symbols!.The bad guys will be more confused by this.

Wednesday, July 25, 2018

Product: Scalable digital controllers simplifies power supply design

ElcoHow. - This is one inforation for you who want to update information in  power supply product in this time with the article titled Scalable digital controllers simplifies power supply design.

Image Courtesy of https://www.ept.ca/

RENESAS PMBus compliant, fully digital dc-dc controllers provide single output point-of-load (POL) conversions for FPGAs, DSPs, ASICs, network processors and general purpose system rails. Model ISL68300 with integrated MOSFET drivers and ISL68301 with PWM output simplify designing power supplies for data center, wired and wireless communications and factory automation equipment. ISL68300 can drive discrete external MOSFETs directly, while ISL68301 pairs with firm’s smart power stages or DrMOS power stages to create a complete voltage regulator solution. Both devices provide a high-speed current share bus that parallels up to eight controllers in an 8-phase 240A+ current share configuration.

And now you can read more about this Scalable digital controllers simplifies power supply design from original source using link HERE.

Tuesday, July 17, 2018

Robot News: Machine learning method for robots to see into the near future

ElcoHow. - This is one inforation for you who want to update information in robot method in this time with the article titled Robot News: Machine learning method for robots to see into the near future that published by Digital journal site.

Image Courtesy of http://m.digitaljournal.com/

The first machine learning method capable of accurate extrapolation has been developed. The importance of this is that will provide robots with any ability to make predictions about future events based on limited data.

For future robotics, knowing how a robot will respond under different conditions is necessary to strengthen safe operations. The complexity is with assessing understanding what might break a robot without actually carrying out the activity and damaging the machine. The answer lies in a a new machine learning method. The method, which comes from the Institute of Science and Technology Austria, can make use of observations gathered under safe conditions.

The algorithm can then make accurate predictions across a range of possible conditions, based on the same physical dynamics, allowing a robot to predict which activities would be safe and which would be dangerous. This provides a resemblance of the cognition that human shave in sizing up risks before an action is taken. This requires extrapolation, or making predictions about situations outside of the known.

The approach used by the researchers is based on a shallow neural network approach, which enables an understanding of functional relations. This creates a class of learnable equations for a learning network to comprehend. The criteria adopted by the researchers was that the model must be plausible, which they defined as consisting "of components that have physical expressions in the real world". Further, the model should be interpretable: "which typically means that they consist only of a small number of interacting units."

And now you can read more about this Robot News: Machine learning method for robots to see into the near future from original source using link HERE.

Tuesday, May 15, 2018

Circuit Schematic Diagram Proximity Detecter Based on NE567 IC

ElcoHow. - This is one circuit schematic diagram of Proximity Detecter Based on NE567 IC that very useful for you who want to build your self proximity detector for your project in this time.

In this time, we will give you global description about this Proximity Detecter Based on NE567 IC like shown in Figure 1 below, beside we give you circuit schematic diagram and component parts used in this circuit.

Circuit Schematic Diagram

Component Parts


  1. NE567 IC
  2. Transistors
  3. Resistors
  4. Variable Resistor
  5. Capacitors
  6. LEDs

Description

This is circuit schematic diagram of Proximity Detecter Based on NE567 IC that can help you to build your project in sensor or detector of Proximity now. The main component in this circuit is NE567 IC. 

According Circuitstoday site that also published this circuit describe that from the Figure 1 above show us that pin 8 is the output terminal of the internal output driver circuit inside the IC. This pin goes low when the input frequency to the IC (at pin3) is with in the detection band. Resistor R7  and capacitor C4 sets the frequency of oscillations. These oscillations are available at pin 5 and it is coupled to the terminal A of the pick up assembly using capacitor C3. Terminal B picks up the oscillations and couples it to the base of the transistor Q1 through capacitor C1. Q1 and Q2 forms a two stage collector to base biased 2 stage amplifier. R1 and R4 are the collector to base biasing resistors for Q1 and Q2. C2 couples the output of first stage to the second stage. The picked up signal is thus amplified and applied to the input pin (pin3) of the IC through capacitor C7. C6 forms the output filter capacitor and capacitor C5 determines the band width of the receiving signal. C9 is a power supply by pass capacitor. C2 and R2 provides a phase shift to the VCO signal from the IC and this phase shifted signal is detected by the IC. When some object comes near the pick up assembly, the capacitance between its terminals change. This change in capacitance changes the frequency ,IC detects this change and shows the  indication.  Resistor R8 limits the output LED current.

Now, you can read more about this Proximity Detecter Based on NE567 IC circuit schematic diagram, from original source using link here.

Monday, April 16, 2018

Robot News: Robot soccer world cup to take place in central Taiwan in August by Central News Agency

ElcoHow. - This is one inforation for you who want to update information in robot competition in this time with the article titled Robot soccer world cup to take place in central Taiwan in August by Central News Agency.

Image Courtesy of https://www.taiwannews.com.tw

The Ministry of Science and Technology has won a bid to host the 2018 Federation of International Robot Soccer Association (FIRA) Robo World Cup, which will take place in Taichung, central Taiwan, from Aug. 6-11, the science minister announced Friday.

Minister of Science and Technology Chen Liang-gee (陳良基) expressed hope that the tournament will give the world a chance to see Taiwan's skills in robotics.

The competition will feature robots with artificial intelligence from countries including Taiwan, Germany, the United States, China, Japan and South Korea.

They will compete in a range of tournaments, including three-on-three matches for humanoid robots and two-on-two games for wheeled robots, according to the organizers of the event.

And now you can read more about this Robot soccer world cup to take place in central Taiwan in August by Central News Agency from original source using link HERE.

Monday, April 2, 2018

Robot news: Learning Robot Objectives from Physical Human Interaction, with Andrea Bajcsy and Dylan P. Losey

ElcoHow. - This is one inforation for you who want to update information in robot technology in this time with the article titled Learning Robot Objectives from Physical Human Interaction, with Andrea Bajcsy and Dylan P. Losey.

Image Courtesy of http://robohub.org

In this interview, Audrow speaks with Andrea Bajcsy and Dylan P. Losey about a method that allows robots to infer a human’s objective through physical interaction. They discuss their approach, the challenges of learning complex tasks, and their experience collaborating between different universities.

Some examples of people working with the more typical impedance control (left) and Bajcsy and Losey’s learning method (right).

To learn more, see this post on Robohub from the Berkeley Artificial Intelligence Research (BAIR) Lab.

And now you can read more about this Learning Robot Objectives from Physical Human Interaction, with Andrea Bajcsy and Dylan P. Losey from original source using link HERE.

Thursday, March 15, 2018

Circuit Schematic Diagram Power Bank Mobile Charger using LM1086

ElcoHow. - This is one circuit schematic diagram of power bank mobile charger using LM1086 that very useful for you who want to build charger for your smartphone in this time.

In this time, we will give you global description about this Power Bank Mobile Charger using LM1086 like in Figure 1 below, beside we give you circuit schematic diagram and component parts used in this circuit.

Circuit Schematic Diagram

Component Parts


  1. LM1086 IC
  2. LED
  3. Battery
  4. Resistors
  5. Capacitors
  6. Variable Resistor

Description

This is circuit schematic diagram of Power Bank Mobile Charger using LM1086 that can help you to build charger for your smartphone now. The main component in this circuit is LM1086. 

According Eleccircuit site that also published this circuit describe that this is Power bank mobile charger circuit project  to backup energy when need portable mobile phone that no electrical outlet. we use LM1086 is main on a low dropout voltage, making it has high-efficiency.

When we need to take the mobile phone to location-based applications. No electrical outlet to plug in to recharge the battery. and In event that use often mobile phones. Which moderate power consumption.

If the batteries run out still not certainly,Many people chose to carry a backed up battery. and another alternative is buying the Portable power pack In order to solve this problem.

But the price is high reasonable, when sit think we as an electronics amateur.You can build it yourself is not difficult by use simple principal of dc regulator circuit, which Many people are already familiar. If interested, you can see that it is really simple.

Now, you can read more about this Power Bank Mobile Charger using LM1086 circuit schematic diagram, from original source using link here.