(2017 Korea Electronic Show) From October 17th to 20th, the Korea Electronic Show(KES) will be held in Seoul,Korea. As an exhibitor of the exhibiton, Kynix Semiconductor sincerely invites you to visit this exhibition. It is believed that you can have a better understanding of our company and we can form a stabler partnership.Following are some information about the Korea Electronic Show(KES). OverviewKorea Electronics Show (KES) has always been walking along with the 51 years history of the Korean electronic industry and the most important threshold to the international markets.Having strong connections especially with Asian Pacific IT shows in Japan, Hong Kong, Taiwan, and China, the buyers from North America, Europe, and Middle East tend to schedule every October as an Asian IT show pilgrimage. Exhibit areas:Electronics Parts & Materials; 3D Convergence & 3D Printing; Software & Mobile Apps; IT ConvergenceTheme:Where the Creative Things are!Venue: COEX Hall A, Hall B,World Trade Center Seoul,Seoul, South KoreaScale:1,500 booths representing 500 companies (including 100 overseas)Visitors:70,000(4,000 foreign)Date:October 17(Tue.)-20(Fri.),2017Well-known Exhibitors:UNION SEIMITSU CO., LTD.;SILICONE VALLEY CO., LTD.;SANYO DENKI (THAILAND) CO.,LTD.;MORNSUN.etcGlobal Partners:CEAC, CCPIT, CECC, HQEW(China), TEEMA(Taiwan), JESA, JMA(Japan), HKTDC(Hong Kong), AEECC(Asia Electronics Exhibition Cooperate Conference), Messe Berlin(Germany), CEA(U.S.A), RATEK(Russia), CMAI, TEMA(India), VEIA(Vietnam)Our Booth Number:E450       Floor Plan About Kynix Kynix Semiconductor has founded for 10 years since 2008. These 10 years have witnessed our company's trials of becoming a better and better distributor and supplier in electronic components industry. In 2009, our company established the International Sales Department and became members of TBF and HKInventory. In 2010, we established cooperative relationships with accredited testing organizations like CECCLab, White Horse Lab, AAA...In 2013, we established a strategic partnership with dozens of well-known electronic components manufacturers including TI.In 2015,we reached an electronic components supply strategic partnership with Foxconn.Also ,our B2B trading platform was launched officially,whose members have exceeded 15,000 in 2017. Recently, our partners in electronics field have increased to 700. Our Advantages 1. Strong operation system2. Good warehouse management3. Cooperation with advanced international testing companies4. Cooperation with international high standard logistics companies like UPS, DHL, TNT, FedEx5. Competitive supply from SumSung / Micron / BroadCom / Freescale / Atmel / Cypress and etc...  After-sales ServicesGurantee1.Each product from Kynix has been given a  warranty period of 1 YEAR .During this period , we could provide free technical maintenance if there are any problems about our products.2.If you find quality problems about our products after receiving them , you could test them and apply for unconditional refund if it can be proved.But it's just on this premise that the product is not used and the packing is not damaged . Commitment to QualityKynix has always been laying emphasis on the quality of its products and maintaining a sound cooperative relation with electronic components manufacturers since its founding. It has been conducting quality-monitoring system following the rigid rules in terms of the quality of the product, delivery, and it's after-sales service.   It is claimed by Kynix that all products sold are 100% authentic. Each product has been tested carefully before being sent to the customer. It is our aim to be responsible for our customers and make them satisfactory. ContactIf you have any questions, please contact us through our emails! Hope the exhibition finishes perfectly! We will be there and waiting for your coming!  

A New Breakthrough in Battery Technology The breakthrough comes from a team of engineers led by John Goodenough, the co-inventor of the lithium-ion battery. A new discovery has come out which could pave the way for batteries to last more, and it won’t explode. The breakthrough comes from a team of engineers led by John Goodenough, the co-inventor of the lithium-ion battery which is used to power everything from smartphones to electric cars. Led by John Goodenough and a team of engineers, the co-inventor of lithium-ion battery has made this breakthrough. The research was published in Energy and Environmental Science in December and publicized by the University of Texas last week. The research states that in the future a “solid-state” battery design could potentially hold up to three times more energy and charge faster than today’s batteries. The solid-state battery is still in the early stages of development and swaps out one of the essential parts of today’s lithium design—liquid electrolytes—for glass components. The glass electrolytes can store more energy and are much more stable since they prevent the formation of dendrites—metallic projections which grow through liquid electrolyte layers and cause short circuits and explosions. The researchers have stated that the glass electrolytes will allow them to exchange lithium for sodium, which would be cheaper and more eco-friendly option since it can be extracted from seawater. This means the batteries would not just be economical as well, but the will be more powerful than the current batteries we have today. The solid-state batteries can also work in extreme conditions, down to -4 degrees Fahrenheit. This could be a massive breakthrough for car batteries, which obviously have to work through extreme weather. This breakthrough sounds exciting—but it could still be a long way from coming to modern age smartphones. This was just preliminary research, similar to other solid state designs we have seen in the past, so there’s no timetable for when the batteries might actually be applied for practical use, if ever.As super battery started to be used in the works, lithium-ion may be history.  Super battery with supercapacitors“Super” is a popular adjective when it comes to energy storage. Supercapacitors even have it in their name. Now they supposedly make it possible to charge smartphones in seconds and power them for a week. Super! Supercapacitors are already being used in plenty of everyday things as replacements for or supplements to batteries. They power the rear lights on our bicycles when we stop, fill in for interruption-free power supplies in the event of an emergency, prevent data loss in static memories (SRAMs) and provide a brief horsepower boost and save gasoline in racecars by accumulating recovered braking energy. Unlike lithium-ion batteries, they can release and absorb a great deal of energy in a short period of time—hundreds of thousands of times with deep discharging and high currents. However, the storable charge quantity is low. That is why they are still too large and too expensive to be used in smartphone or tablets. The reason that rechargeable batteries and supercapacitors, which are also known as ultra- or double-layer capacitors, have opposing characteristics is the way they store a charge. While this happens in “sluggish” chemical processes such as oxidation, reduction and the storage of molecules or ions in batteries, when it comes to supercapacitors, it generally happens through “swift” charge separation, which is gentle on the electrodes. Ref.KY605-NH50BP-2KY605-BP33-12S-B7   

（Researchers have developed an algorithm that allows residential customers to share power from the renewable energy sources in their homes during an outage.） If you think you can use the solar panels on your roof to power your home during an outage, think again. During an outage, while your home remains connected to the grid, the devices that manage your solar panels are powered down for safety reasons. In other words, this permanent connection to the grid makes it impossible for homeowners to draw on power generated by their own renewable energy resources. A team of engineers at the University of California San Diego wants to change this. They have developed algorithms that would allow homes to use and share power from their renewable energy sources during outages by strategically disconnecting these devices, called solar inverters, from the grid. The algorithms work with existing technology and would improve systems' reliability by 25 to 35 percent. Researchers detail the algorithms and their applications in a paper they presented at the American Control Conference in Seattle, Wash. "We were inspired to start investigating a way to use renewable power during outages after Hurricane Sandy affected eight million people on the East Coast and left some without power for up to two weeks," said Abdulelah H. Habib, a Ph.D. candidate in mechanical engineering at UC San Diego and the paper's first author. Our Society is Dependent upon ElectricityJust a few hours without power can cause massive losses to both product and revenue.We rely on electricity much more than we realize. Even if you live "off the grid," as I did for years, you are still living in a world and a society that is deeply dependent upon electricity. If the power is out for a few hours, we have all experienced that; of course you'll be fine. Maybe you will be a little bored and inconvenienced, but if the outage is lengthy and widespread, the consequences can be much more severe, even deadly. What would happen if the electricity was out for a week?Every year, 7 million customers experience power outages. Outages that last more than 5 to 10 minutes cost customers more than $80 billion each year. How the Algorithm WorksThe innovation here is the algorithm's capability to prioritize distribution of power from renewable resources during an outage. The equations take into account forecasts for solar and wind power generation as well as how much energy storage is available, including electric vehicles, batteries and so on. The algorithm combines that information with the amount of energy that the residents are projected to use as well as the amount of energy that a cluster of homes can generate.The algorithm could also be programmed to include a priority function, based on different parameters. For example, customers who are willing to pay more could get priority to get power during an outage. Or customers who generate more energy than they produce during normal operations would not lose power during an outage. More importantly, the algorithm could give priority to customers who are in urgent need of power, because they use life support equipment, for example. Ref.KY605-LC-R064R5PKY605-0860-0004

With the rapid increase in production of intermittent energy sources such as wind and solar, there is an increasing need for large-scale electrical energy storage systems to more efficiently match supply and demand for these renewable sources. Also, large-scale energy storage can increase the annual load factor (defined as the annual mean power divided by the maximum three-day mean power) by load leveling. Traditionally, pumped-hydro has been used for load leveling at large scale plants, but this is geographically limited to a small subset of locations.Flow batteries are especially attractive for these leveling and stabilization applications for electric power companies. In addition, they are also useful for electric power customers such as factories and office buildings that require increased capacities, uninterrupted supply, or backup power.And how much do you know anything about flow battery?  Flow BatteryA flow battery is a type of rechargeable battery where rechargeability is provided by two chemical components dissolved in liquids contained within the system and most commonly separated by a membrane. This technology is akin to both a fuel cell and a battery - where liquid energy sources are tapped to create electricity and are able to be recharged within the same system. One of the biggest advantages of flow batteries is that they can be almost instantly recharged by replacing the electrolyte liquid, while simultaneously recovering the spent material for re-energization. Different classes of flow cells (batteries) have been developed, including redox, hybrid and membraneless. The fundamental difference between conventional batteries and flow cells is that energy is stored as the electrode material in conventional batteries but as the electrolyte in flow cells.  A rechargeable battery to power a home from rooftop solar panelsRecently scientists have said that a rechargeable battery that could make storage of electricity from intermittent energy sources like solar and wind safe and cost-effective for both residential and commercial use. The new research builds on earlier work by members of the same team that could enable cheaper and more reliable electricity storage at the grid level. The mismatch between the availability of intermittent wind or sunshine and the variability of demand is a great obstacle to getting a large fraction of our electricity from renewable sources. This problem could be solved by a cost-effective means of storing large amounts of electrical energy for delivery over the long periods when the wind isn't blowing and the sun isn't shining. In the operation of the battery, electrons are picked up and released by compounds composed of inexpensive, earth-abundant elements (carbon, oxygen, nitrogen, hydrogen, iron and potassium) dissolved in water. The compounds are non-toxic, non-flammable, and widely available, making them safer and cheaper than other battery systems.  "This is chemistry I'd be happy to put in my basement," says Michael J. Aziz, Gene and Tracy Sykes Professor of Materials and Energy Technologies at Harvard Paulson School of Engineering and Applied Sciences (SEAS), and project Principal Investigator. "The non-toxicity and cheap, abundant materials placed in water solution mean that it's safe—it can't catch on fire—and that's huge when you're storing large amounts of electrical energy anywhere near people." This new rechargeable battery chemistry was discovered by post-doctoral fellow Michael Marshak and graduate student Kaixiang Lin working together with co-lead author Roy Gordon, Thomas Dudley Cabot Professor of Chemistry and Professor of Materials Science at Harvard. "We combined a common organic dye with an inexpensive food additive to increase our battery voltage by about 50 percent over our previous materials," says Gordon. The findings "deliver the first high-performance, non-flammable, non-toxic, non-corrosive, and low-cost chemicals for flow batteries." Unlike solid-electrode batteries, flow batteries store energy in liquids contained in external tanks, similar to fuel cells. The tanks (which set the energy capacity), as well as the electrochemical conversion hardware through which the fluids are pumped (which sets peak power capacity), can be sized independently. Since the amount of energy that can be stored can be arbitrarily increased by scaling up only the size of the tanks, larger amounts of energy can be stored at lower cost than traditional battery systems.  Application&BenefitsThe main benefits of flow batteries can be aggregated into a comprehensive value proposition.The main features that distinguish flow batteries are:  Long service life: The semi-permanent electrolyte combined with minimal electrode degradation allows for a high number of full charge-discharge cycles before replacement is needed. The electrodes do not undergo physical/chemical changes, so they can be optimized for catalytic and electrical properties without having to design for holding active substances. Also, convective cooling of the electrodes by the pumped electrolyte aids in heat distribution and management. No standby loss: During prolonged gaps in use, there is little self-discharge since the charge-carrying electrolyte is stored in separate tanks. Low maintenance: The charge state of each cell is the same since the same electrolyte is used for all cells, thus overcharging is not necessary to guarantee a uniform a charge. Recyclability & Safety: Waste vanadium can be reused and cross-contamination across the positive and negative electrode compartments does not affect the composition. Also, the electrolytes are relatively nontoxic. Charging characteristics: Redox flow batteries are "not affected by fluctuating power demand, repeated total discharge, or charge rates as high as the maximum discharge rates."  These actions severely reduce cycle life in other batteries. Modularity: Perhaps most important is that energy capacity can be scaled independently of the power; cell characteristics such as electrode area do not need to be changed to modify capacity. This allows for underground storage of electrolyte in freeform tanks, which has been demonstrated successfully in a 20 kW system. Ref.KY605-BP12-12-T2KY605-EB50-12-I2 

“For the living room, a sensual green with temperature and motion sensors.” In the future, you may be able to order that or something similar for your smart home. Sometime soon, new types of sensors could become a reality on your four walls.Science or fiction? More and more often, we find ourselves having to answer that question with science. That also applies to tiny new sensors that—hidden in wall paint—could make smart homes even smarter. On the one hand, they would have to be very, very small, and on the other, they would have to work without a battery. Researchers at the University of Eindhoven have already found an elegant solution. Their tiny temperature sensor gets its energy from the same radio waves that it uses to transmit its measuring results. First it receives radio waves from a special router via an antenna and stores it as energy. Starting at a certain energy level, it then measures the temperature and sends the results to the router. And it does so at exactly the same frequency that was chosen in advance for the measured temperature value. The router then uses the information to calculate the actual temperature. The walls have earsThe range of the tiny sensor, which measures just two square millimeters in size and weighs just 1.6 milligrams, is limited to 2.5 centimeters. But researchers hope to reach one meter during the next year. They are aiming for up to five meters in the future. Because the sensor also works under a coat of paint, pavement or concrete, there are only a few restrictions to its applications. For example, in smart homes or production environments, it could be “painted” onto the building’s walls with paint. And not just as a “thermometer”. The technology can also be used for sensors that measure motion, light and moisture. Right now the sensor stems from a 65-nm CMOS process. Produced in mass, the cost of production should come in at around 30 cents. Ref.KY45-LM35DTKY45-AMB2402

ABOUT KNYIX OverviewKynix Semiconductor HongKong Limited was founded in 2008, which specializes in electronic components distribution business. With an experienced research and development,sales and management team, we have gradually established an excellent reputation and credibility in our international business. As our business philosophy, honesty and ethics are always in the first place when we serve our customers. For the accurate quotation, excellent credit, reasonable price, reliable quality, fast delivery, authentic service, we have won favorable comments of our customers.After years of steady development, Kynix has established good relationships of cooperation with well-known brand agents and manufacturers in Japan, Korea and some western countries (LG,INTEL,Foxconn,etc.). Also we have stable and good supply channels. At the meanwhile, we attach great importance to relationships with  everyone in this field, and cherish every opportunity of cooperation and sharing. Company profile Company nameKynix Semiconductor HongKong LimitedYear Established2008Area of BusinessElectronic components distributionAddress of companyFlat 08,4/F Shing Yip Ind Bldg,19,19-21 Shing Yip Street Kwun Tongkowloon Hong KongProductsOptical devices, embedded systems, semiconductors, circuit protection components, passive components, connectors, sensors, etc.ServicesOffering over 60 days after-sales services  Development History   Kynix’s Advantages    ·Our Operation SystemStrong enterprise management system, high intelligent procurement system, super stable order system, strong warehouse management system, professional inspection technology of professional shipment,convenient and efficient delivering system, applicable to PC/mobile devices. We are pleasure to serve for over 9000 clients around the world. We have spend 13 years to meet the needs from our worldwide clients and satisfy them, so we know clearly about the importance of safe delivery, timely after-sales service and  intimate service.           ·Warehouse ManagementWe strictly comply with the warehouse management rules. By implementing ERP system, we master the warehouse data accurately, which fundamentally ensure the accuracy and unity of actual operation, delivery status and the backend database.  At the same time, it further improves the working efficiency and accomplishes the scientific management of the warehouse.   Corporate Culture  Kynix is constantly committed to constructing a strong corporate culture and sharing its prosperity with all of its employees. Kynix is devoted to carrying out its core corporate culture of “honesty, efficiency and reliability”, adhering to the development concept of its quality culture under the theme of human-nurturing before goods-building and earnestness, etc. Close cooperation among departments plays a key role in a company’s operation. To ensure that all of our customers can get reliable and efficient service promptly, Kynix sales department always pays high attention to each RFQ sent by our customers and proceeds it in the first place. Our purchasing department is responsible for goods purchasing and quality assurance. Every staff in Kynix is trying their best to do their jobs well, which makes our company better and better.   Customers’ Reviews With the good cooperation, Kynix won a lot of praise from our customers. Follows are some reviews from them. “Both price and goods is suitable for my design! The seller’s service is really good! Anyway, I am indeed content with shopping of this time. Recommending Kynix strongly to everyone who wants to purchase electronic components.”——Nikita Silva “About one year ago I ordered a first shipment of parts from Kynix, so I′m giving a long-therm evaluation here. Kynix in my opinion is a reputable, professional supplier with great pricing, communication, care taking/handling and reassurance that no fake-parts are sold. I am very confident in their service and I′m currently preparing another shipment of same size......”——Florian Poeschko “Great seller, the best service.Very pleasant to deal business with such company.”——Crystal Ling “I placed a trial order in Kynix Semiconductor’s website, and I received the parts.They are all good and well packaged. The service is also excellent. I think I will but again!”——Madele “This is my second order. I got an excellent service and the delivery is very fast. I am very satisfied. Thank you.”——Gustavo “I am a regular customer of Kynix Semiconductor. After years of purchasing components here, I have to say these good points about it. And these are the reason why I want to recommend Kynix if you want to buy components for your design. Items: Standard, hard-to-get and long obsolete components like - Transistors (e.g. Sanyo 2SK44, Fairchild FQPF11P06) - Diodes (e.g. Rohm 1S2473, Toshiba 1S1588) - Integrated circuits (e.g. National Semiconductors LM308)  Quotation: The quotation (pre-buy) was turned around fast, it was accurate and clear (including shipping costs). Several parts needed communication on my behalf with a sales assistant who was able to answer every question I had (e.g. is component definitely from the manufacturer I specified, can I see another picture, etc.). All my necessities we′re met and all components/manufacturers could be found. Pictures were sent for confirmation where needed and matched parts sent.  Parts: After working with the parts over the past year I can say they are all of genuine brand/manufacturer and I haven′t yet had a single defective component.  Packaging: All parts were sent in sealed soft-bags/hard batch-casings and accurately labelled (part number, manufacturer and amount). Bags can be opened and sealed again which makes them great for both storage and regular use.  Shipment: The whole shipment was packed carefully and no damage to any parts. It was delivered faster as expected and customs were taken care of hassle-free. The cost was very reasonable.  Pricing: The pricing was excellent especially with greater amounts which was why I could purchase a greater amount for surplus (In some instances several hundreds of them.) I feel really good with their good quality and excellent service. Hope this evaluation can help you!”——Pinellis Sam   Kynix’s ProspectIn 2015, Kynix Semiconductor’s annual value of production had reached $50 million. And our partners in electronics field increased to 700 in 2016. Now the Chinese version of Kynix website is moving ahead and will be launched soon. ContactIf you want to know more about Kynix Semiconductor and our products, please view our website! Or you can contact us through our email: info@kynix.com. Come and buy good products at lower price from us!