Podcasts about microleds

In this special episode Dexter Cousins chats with Jenny Li and Giles Bourne of Scalare Partners. With Investment in Australian Fintech industry back to 2018 figures, there's no doubt that the no1 challenge facing founders is finding capital.We are seeing a rapidly growing gap in the technology capital eco-system, abandoning early-stage founders exactly when they need access to funding the most. Scalare Partners aims to bridge this gap, helping ensure the best tech innovators can change the world. ​Giles and Jenny share their expertise sharing insights on what investors are looking for when assessing opportunities. They also share top tips and advice on how to run lean and increase revenue.About Scalare PartnersWe fund exceptional game-changers from diverse backgrounds who are preparing to disrupt globally to enable a smarter, cleaner, more connected future.https://www.scalarepartners.com/About Giles Bourne:Giles is an experienced ASX and private company Director & Executive, passionate about bringing disruptive technology IP to the world.Recognised as a commercial leader in technology start-ups and scaleups, he brings more than thirteen years' experience as Managing Director of a unique ASX-listed entity in the hi-tech semiconductor field, developing breakthrough solutions for laser diodes, LEDs and microLEDs. Operating in bleeding-edge technology arenas has enabled Giles to work with a range of global market leaders - from the brightest scientists to global tech companies, high net worth and institutional investors, advisors, and entrepreneurs.    About Jenny Li: Jenny is a strategy-focused and results-orientated finance leader, with more than 15 years' experience in improving financial governance, working in and advising multinational businesses to high-growth start-ups undertaking rapid change and growth. During her time with RISQ Group, a local business with less than 20 employees operated in Australia expanded to 6 countries within 8 years hiring more than 250 employees, Jenny as the Finance Director of the company is responsible for establishing and leading the finance function, driving continuous improvement through increasing operational efficiency and growth margin, leveraging financial system for scale, leading new business initiatives, and building long term cross-cultural and professional relationships with key stakeholders internally and externally.Subscribe Newsletter: https://www.linkedin.com/newsletters/fintech-leaders-7092732051488980992/Apple: https://apple.co/3D7NsPtSpotify: https://spoti.fi/3IzSViQSubscribe and like on Youtube: https://bit.ly/3tBlRmEConnect on Linkedin: https://bit.ly/3DsCJBpFollow on Twitter: https://twitter.com/DexterCousins

Link to bioRxiv paper: http://biorxiv.org/cgi/content/short/2023.07.19.549735v1?rss=1 Authors: Tchoe, Y., Wu, T., U, H. S., Roth, D. M., Kim, D., Lee, J., Cleary, D. R., Pizarro, P., Tonsfeldt, K. J., Lee, K., Chen, P. C., Bourhis, A. M., Galton, I., Coughlin, B., Yang, J. C., Paulk, A. C., Halgren, E., Cash, S. S., Dayeh, S. A. Abstract: Brain surgeries are among the most delicate clinical procedures and must be performed with the most technologically robust and advanced tools. When such surgical procedures are performed in functionally critical regions of the brain, functional mapping is applied as a standard practice that involves direct coordinated interactions between the neurosurgeon and the clinical neurology electrophysiology team. However, information flow during these interactions is commonly verbal as well as time consuming which in turn increases the duration and cost of the surgery, possibly compromising the patient outcomes. Additionally, the grids that measure brain activity and identify the boundaries of pathological versus functional brain regions suffer from low resolution (3-10 mm contact to contact spacing) with limited conformity to the brain surface. Here, we introduce a brain intracranial electroencephalogram microdisplay (Brain-iEEG-microdisplay) which conforms to the brain to measure the brain activity and display changes in near real-time (40 Hz refresh rate) on the surface of the brain in the surgical field. We used scalable engineered gallium nitride (GaN) substrates with 6-inch diameter to fabricate, encapsulate, and release free-standing arrays of up to 2048 GaN light emitting diodes (microLEDs) in polyimide substrates. We then laminated the microLED arrays on the back of micro-electrocorticography (microECoG) platinum nanorod grids (PtNRGrids) and developed hardware and software to perform near real-time intracranial EEG analysis and activation of light patterns that correspond to specific cortical activities. Using the Brain-iEEG-microdisplay, we precisely identified and displayed important cortical landmarks and pharmacologically induced pathological activities. In the rat model, we identified and displayed individual cortical columns corresponding to individual whiskers and the near real-time evolution of epileptic discharges. In the pig animal model, we demonstrated near real-time mapping and display of cortical functional boundaries using somatosensory evoked potentials (SSEP) and display of responses to direct electrical stimulation (DES) from the surface or within the brain tissue. Using a dual-color Brain-iEEG-microdisplay, we demonstrated co-registration of the functional cortical boundaries with one color and displayed the evolution of electrical potentials associated with epileptiform activity with another color. The Brain-iEEG-microdisplay holds the promise of increasing the efficiency of diagnosis and possibly surgical treatment, thereby reducing the cost and improving patient outcomes which would mark a major advancement in neurosurgery. These advances can also be translated to broader applications in neuro-oncology and neurophysiology. Copy rights belong to original authors. Visit the link for more info Podcast created by Paper Player, LLC

Can Google Compete with ChatGPT? Rising 'Firebrick Ostrich' BEC Group Launches Industrial-Scale Cyberattacks iOS 16.3 and macOS Ventura 13.2 add hardware security key support MIT Engineers Invent Vertically Stacked MicroLEDs With Highest-Ever Pixel Density Appliance makers sad that 50% of customers won't connect smart appliances Welden Dodd, SVP of Product Strategy of Kandji talks about managing Apple devices in the enterprise. Hosts: Louis Maresca, Brian Chee, and Curtis Franklin Guest: Welden Dodd Download or subscribe to this show at https://twit.tv/shows/this-week-in-enterprise-tech. Get episodes ad-free with Club TWiT at https://twit.tv/clubtwit Sponsors: Miro.com/podcast decisions.com/twit bitwarden.com/twit

Can Google Compete with ChatGPT? Rising 'Firebrick Ostrich' BEC Group Launches Industrial-Scale Cyberattacks iOS 16.3 and macOS Ventura 13.2 add hardware security key support MIT Engineers Invent Vertically Stacked MicroLEDs With Highest-Ever Pixel Density Appliance makers sad that 50% of customers won't connect smart appliances Welden Dodd, SVP of Product Strategy of Kandji talks about managing Apple devices in the enterprise. Hosts: Louis Maresca, Brian Chee, and Curtis Franklin Guest: Welden Dodd Download or subscribe to this show at https://twit.tv/shows/this-week-in-enterprise-tech. Get episodes ad-free with Club TWiT at https://twit.tv/clubtwit Sponsors: Miro.com/podcast decisions.com/twit bitwarden.com/twit

Can Google Compete with ChatGPT? Rising 'Firebrick Ostrich' BEC Group Launches Industrial-Scale Cyberattacks iOS 16.3 and macOS Ventura 13.2 add hardware security key support MIT Engineers Invent Vertically Stacked MicroLEDs With Highest-Ever Pixel Density Appliance makers sad that 50% of customers won't connect smart appliances Welden Dodd, SVP of Product Strategy of Kandji talks about managing Apple devices in the enterprise. Hosts: Louis Maresca, Brian Chee, and Curtis Franklin Guest: Welden Dodd Download or subscribe to this show at https://twit.tv/shows/this-week-in-enterprise-tech. Get episodes ad-free with Club TWiT at https://twit.tv/clubtwit Sponsors: Miro.com/podcast decisions.com/twit bitwarden.com/twit

Can Google Compete with ChatGPT? Rising 'Firebrick Ostrich' BEC Group Launches Industrial-Scale Cyberattacks iOS 16.3 and macOS Ventura 13.2 add hardware security key support MIT Engineers Invent Vertically Stacked MicroLEDs With Highest-Ever Pixel Density Appliance makers sad that 50% of customers won't connect smart appliances Welden Dodd, SVP of Product Strategy of Kandji talks about managing Apple devices in the enterprise. Hosts: Louis Maresca, Brian Chee, and Curtis Franklin Guest: Welden Dodd Download or subscribe to this show at https://twit.tv/shows/this-week-in-enterprise-tech. Get episodes ad-free with Club TWiT at https://twit.tv/clubtwit Sponsors: Miro.com/podcast decisions.com/twit bitwarden.com/twit

In this first Member Spotlight episode,  we have a conversation with  Zia Karim, Yield Engineering Systems, and Mie Lillethorup, RadiSurf about their collaboration to bring unique nanotech-based surface enhancement materials from the lab to the fab. What's exciting about these materials and processes is the potential they hold for simplifying both temporary and permanent wafer bonding in 2.5D and 3D advanced packaging applications. The two companies fall under the umbrella of KCK Group. Yield Engineering Systems specializes s in high-volume solutions for material modification and surface enhancement,  Radisurf is a Danish start-up that has developed nano-coating of polymer brushes, which are densely-placed tiny plastic chains that act as an adhesion promoter, and is suited for multiple applications in semiconductor advanced packaging, as well as MEMS, sensors, microLEDs. To learn more about Yield Engineering Systems, visit the website or contact Zia Karim.  To learn more about RadiSurf, visit the website or contact Mie Lillethorup

The Korean electronic giant’s first big update since CES 2021 brings a bevy of news.  Story: https://cnet.co/2PlxbRX Text us: https://cnet.co/dailycharge Leave a voicemail: 862-250-8573 Follow us: twitter.com/thedailycharge Homepage: cnet.com/daily-charge   Learn more about your ad choices. Visit megaphone.fm/adchoices

Mini-LED gets cheaper: How tiny new lights could improve your next big LCD TV The new TCL 6-Series is powered by smaller LEDs and starts at $650. Here's why that matters. Full article here... What's the Difference between Micro and Mini LED? MicroLED displays, like Sony's Crystal LED and Samsung's The Wall, use millions of LEDs, one for each pixel. Essentially, you're looking directly at the LEDs which are creating the picture. And while each individual MicroLED is tiny, the modular nature of MicroLED means it can get truly gigantic. Mini-LEDs are found inside normal-size TVs -- TCL is currently selling versions from 55- to 75-inches -- but the LEDs themselves are much larger than MicroLEDs. Just like the standard LEDs found in current TVs, they're used to power the backlight of the television. A liquid crystal layer, the LCD itself, modulates that light to create the image. MicroLED isn't LCD at all, it's a whole new TV technology that also happens to use LEDs. Direct Lit with Mini vs Full LED Local dimming is a feature on LED TVs that dims the backlight behind parts of the screen that are displaying black. This makes blacks appear deeper and darker on those parts of the screen, which can be a big bonus for people who watch videos with darker scenes, like movies and TV shows. The more LEDs a TV has the finer the granularity of this process. A typical Direct Lit LED Array has hundreds of LED Zones to light the 8.2 Million pixels. A huge improvement over a single light source for the entire TV. Let's look at the Vizo 75 inch P series Quantum X. A very good TV by RTNGS.com standard. It has 485 zones. That means each zone is covering 16.9K pixels. Even with this “limitation” RTNGS.com gives it an 8.4 for watching movies and HDR content.  Now take a look at a TV with 25,000 mini-LEDs arrayed across the back of the TV. That means each LED is responsible for 328 pixels! Much more control which translates to higher contrast  Two such TVs are the TCL 8 and 6 Series. The 8 Series has just over 25,000 mini LEDs while the 6 Series has only a thousand. Still twice as good as a typical Direct Array LED TV.  Buying Advice At this year's CES we saw OLED, Micro, and Mini LED TVS. All have their place. Micro LED may give OLED a run for the money because it has similar performance and will be easier and less costly to scale up to very large screen sizes. To date you can't buy a micro LED. When they show up they will be at a premium but should eventually come down to less than OLED. Especially at the larger screen sizes.  Mini LED is here! TCL has two models on the market and LG is not very far behind. With much improved performance over the current line of LED TVs this technology gets you very close to OLED performance for much less money. And like the micro LED, mini LED can scale to larger screen sizes. We recommend you take a look at the mini LEDs that are on the market or will be introduced in the next few months. Interview with Rob Jones, CTO of Enclave Audio Rob Jones is the CTO of Enclave Audio, makers of a wireless 5.1 home theater system that is easy to set up anywhere in your home without the need of speaker wire. The Enclave 5.1 CineHome II ($1,099.98) and CineHome PRO THX® Certified ($1,599.98) can be installed by simply placing the speakers, connecting your TV or STB to the Enclave Smart Center and powering up. We talk with Rob about these products and his love of audio. More information can be found at their website EnclaveAudio.com  

As we continue our post-CES debrief, Gizmodo looks at the TV tech we saw at CES and, well they’re less than thrilled. The fact is that 8K TV tech with integrated speakers and microLEDs just aren’t ready for prime time and are too expensive compared to more budget friendly, 4K options. Options like the TCL 5-Series or 6-Series on the budget end, or the premium LG OLEDB9P series. Affiliate disclosure: We may receive compensation in connection with your purchase of products via links on this page. The compensation received will never influence the content, topics or posts made on this podcast. Our Roundup features stories about the Amazon Kindle Paperwhite, top apps of 2019, Google’s way of predicting the weather, and a profile of Catch Me If You Can’s Frank Abignale.  www.dgit.com@DgitDaily Subscribe! Hosted and produced by:Adam Doud - @DeadTechnology Check out other shows in our network!Android Authority Podcast SoundGuys Podcast

MicroLEDs, Google Chrome Extensions are more private, macOS is locking things down, Expanse and other shows we are watching, and a post show covering wonderfully geeky PostGraphile.MicroLED Displays Could Show Up in Products as Soon as 2020Lyle Surgery UpdateGoogle to Minimize the Data Collected by Chrome ExtensionsmacOS Lockdown and merging with iOSExpanse fans, no need to worry—Amazon orders season 5 of its new sci-fi showWe’ve got our first peek at S4 of The Expanse and an airdate: December 13Louisiana declares state of emergency in response to ransomware attackIs the Phone DeadGraphile | Powerful, Extensible and Performant GraphQL APIs Rapidly

Samsung announced that it is steering away from LCD production to lean in ($8.3 billion worth) to QD-OLED production. QD-OLED, which combines the quantum-dot LED technology from Samsung's TVs and the backlight-less OLEDs capturing the TV market, is Samsung's next big play for consumer and commercial televisions. On this snippet from Business Casual, MarketScale's B2B morning radio show, hosts Daniel Litwin and Ben Thomas break down the different technologies, what this means for microLEDs, and the potential applications for Samsung's new televisions. Tune in to Business Casual, MarketScale's live radio broadcast, every Wednesday and Friday at 8 a.m. CST.

Today on Future Forward - Big News in Print Land, and it’s not good. Then - Surveillance. Amazon adds a creepy sci-fi piece to digital doorbells. And, in the fast-changing world of Micro everything - could a MicroLED mean big changes ahead? I’m Alexa Scordato and I’m Steve Rosenbaum - Let’s Launch - Elliott Management […]

Today on Future Forward - Big News in Print Land, and it’s not good. Then - Surveillance. Amazon adds a creepy sci-fi piece to digital doorbells. And, in the fast-changing world of Mirco everything - could a MicroLED mean big changes ahead? I’m Alexa Scordato and I’m Steve Rosenbaum - Let’s Launch - Elliott Management […]

What can we expect at Apple’s event on Tuesday, March 27? What does Apple’s MicroLED technology mean for the Apple Watch, iPhone, and iPad? We also feature your comments and questions.

Samsung's MicroLED Bet We first stumbled across Samsung's new MicroLED technology when we were reading up on CES, and specifically the giant 146” TV the South Korean electronics giant had on display this year. A TV so big, they actually just call it “the wall.” The technology intrigued us, and we thought it may have intrigued a few of you as well, so we took it on ourselves to dive a bit deeper into what it is and why we, as lovers of great televisions, should care. If you've been with the show for a long time, and we're talking about a really, really long time, you might remember how we used to get quite geeky in some episodes. The episode numbers were probably in the double digits, but there were so many TV technologies available back in those days that we dove deep into each one to explain, all the way down to the electron and photon level, how they worked. The episode on plasma emissive display technology was especially compelling. Today's show won't go that deep, but if Samsung is really betting on MicroLED, and choosing it over OLED altogether, it probably makes sense to dive in to some of the particulars and see how the two technologies differ, how they are similar, and the relative pros and cons of each. One of them may very well become the next dominant display technology. But just because one may be technologically superior to the other doesn't ensure it will win out in the end. Rest in peace, plasma. Rest in peace. Samsung in the Market According to a ZDNet article entitled Samsung's Micro LED bet will define its future in TVs, while Samsung continues to hold the number one spot in worldwide televisions sales, and has for quite some time, that number one position is anything but secure. Samsung needs to be worried about the future of its display division and has no margin to rest on its laurels while the rest of the industry pushes forward with OLED. Samsung needs to join the OLED revolution, or find their own alternative answer. They've chosen to go with MicroLED as that alternative. The article states: “Unlike its other businesses, Samsung's position as number one in TVs has never been cemented, that is accepted by its rivals, the media, and public, and this frustrates the VD {visual display} business no end. In memory chips, the company has been number one for over 20 years with a market share hovering around 50 percent. In smartphones, it's the biggest seller of Android phones, despite China eating away at its market share. And although having been number one in TVs for 13 years, a market share of around mid-20 percent translates as Samsung having to square up to more challengers than it does in chips and phones.” Samsung has tried, and continues to try, OLED alternatives for its top-of-the-line television sets. They released their quantum dot (QD) LCD TVs in 2015 and later renamed them to QLED sets in 2017. But whatever name you use, Quantum Dot or QLED, neither surpassed OLED in color, contrast or clarity.  Although QLED is a great improvement on traditional LCD or LED based sets, it simply isn't a big enough improvement to take on OLED. MicroLED is a much better OLED rival, but unfortunately it is far more difficult to produce and commercialize than the current QLED sets. QLED is an upgrade to existing technology and manufacturing. Like OLED,. MicroLED is a brand new way of doing things. How it Works MicroLED and OLED share a number of common traits, some of which are common to Plasma technology as well. The primary similarity, which is also a primary differentiator between both of them and the existing LCD/LED televisions on the market, is that they are both emissive, or self-emitting, technologies. That means each pixel is its own light source, unlike current LCD sets that require a dedicated backlight. A typical LCD TV uses a CCFL tube as the backlight, while the newer “LED” televisions use LEDs in place of the bulb as the light source. For those who own or owned a plasma, you know there are huge advantages for emissive displays, namely improved contrast ratios and deep, deep blacks. There are, of course, differences as well. While OLED uses organic material to create the diodes (thus the letter O in the name) MicroLEDs are really just the same, traditional LEDs that have been around forever, just shrunken down to microscopic sizes and placed into an array. A MicroLED is so small in fact, that each one measures less than 100 µm - less than the width of a human hair. While the underlying LED technology isn't new, the manufacturing process is very new, and creating a full panel array using such tiny LEDs is not an easy thing to do. Scaling the technology up to TV sizes from smaller form factors like smartphones and smartwatches, has proven to be quite difficult. How They Compare In the battle of MicroLED vs OLED, as we've already discussed, both emit light on their own without the need for a backlight. And it turns out they both have very similar performance capabilities. They both have a contrast ratio of essentially 10,000 to 1. Since both have the ability to completely darken a pixel, they are equal when it comes to perfect, inky blacks. On the resolution side, you can fit more MicroLED pixels per square inch, which should give it an advantage in resolution as we scale up beyond 4K. Both are quite a bit more efficient, thus consume less power, than LCD sets. While both are better than LCD, MicroLED does outperform OLED in power consumption or brightness to power efficiency. So the TV can consume far less power than OLED, or the manufacturer could dramatically improve brightness for daytime viewing without consuming any more power than an OLED TV. However similar they may be, MicroLED does maintain a few additional advantages over OLED beyond just power efficiency. The first is the lifespan of the television. OLED uses organic material that degrades over time so the pixels die out faster. But MicroLED does not, it uses the standard inorganic material of its larger LED cousins that doesn't degrade as quickly, and the sets should last longer as a result. Like plasma before it, OLED has been dogged by burn-in issues. MicroLEDs should be far less susceptible, if even susceptible at all. And MicroLED will also make it easier for Samsung to make a plethora of screen sizes - you're just talking about more or less of the tiny LEDs. The manufacturing needs to be figured out, but the potential is there. Each OLED television, on the other hand, is made from a set substrate size. To make a different size television, you need a different substrate entirely. The Future We survived for a long time with LCD, DLP and LCOS rear projection televisions as our primary options for high definition TVs. As they faded, we continued to survive with LCD and Plasma both occupying unique niches in the market. Eventually plasma fell and we only had one true option available for a while. It is entirely possible that OLED and MicroLED will exist side by side in the market for quite some time. Like flat panel LCD before it, one may emerge as the winner, or like rear projection LCD, DLP and LCOS, both may go the way of the dodo in favor of yet another, newer, better technology that we haven't even seen yet.

Nanomaterial expert Peter Palomaki talks about quantum dots and microLEDs and how they apply to video displays. Topics include what quantum dots are, how they function, what they're made of, why cadmium-based quantum dots work best but are toxic, new materials used in the shells of quantum dots, the current and future ways they're used in TVs, replacing phosphors in LEDs with quantum dots, microLEDs and how they might be used in video displays, manufacturing microLEDs, answers to chat-room questions, and more. Host: Scott Wilkinson Guest: Peter Palomaki Subscribe to Home Theater Geeks at https://twit.tv/shows/home-theater-geeks Thanks to CacheFly for the bandwidth for this show.

Nanomaterial expert Peter Palomaki talks about quantum dots and microLEDs and how they apply to video displays. Topics include what quantum dots are, how they function, what they're made of, why cadmium-based quantum dots work best but are toxic, new materials used in the shells of quantum dots, the current and future ways they're used in TVs, replacing phosphors in LEDs with quantum dots, microLEDs and how they might be used in video displays, manufacturing microLEDs, answers to chat-room questions, and more. Host: Scott Wilkinson Guest: Peter Palomaki Subscribe to Home Theater Geeks at https://twit.tv/shows/home-theater-geeks Thanks to CacheFly for the bandwidth for this show.

Nanomaterial expert Peter Palomaki talks about quantum dots and microLEDs and how they apply to video displays. Topics include what quantum dots are, how they function, what they're made of, why cadmium-based quantum dots work best but are toxic, new materials used in the shells of quantum dots, the current and future ways they're used in TVs, replacing phosphors in LEDs with quantum dots, microLEDs and how they might be used in video displays, manufacturing microLEDs, answers to chat-room questions, and more. Host: Scott Wilkinson Guest: Peter Palomaki Subscribe to Home Theater Geeks at https://twit.tv/shows/home-theater-geeks Thanks to CacheFly for the bandwidth for this show.

Nanomaterial expert Peter Palomaki talks about quantum dots and microLEDs and how they apply to video displays. Topics include what quantum dots are, how they function, what they're made of, why cadmium-based quantum dots work best but are toxic, new materials used in the shells of quantum dots, the current and future ways they're used in TVs, replacing phosphors in LEDs with quantum dots, microLEDs and how they might be used in video displays, manufacturing microLEDs, answers to chat-room questions, and more. Host: Scott Wilkinson Guest: Peter Palomaki Subscribe to Home Theater Geeks at https://twit.tv/shows/home-theater-geeks Thanks to CacheFly for the bandwidth for this show.

Adding a lifetime warranty for all customers, LED powerhouse Planar will be at CEDIA Expo in booth 15003 next week in Dallas for the annual high-end residential show. In the latest episode of Rants & rAVes, Gary was joined by Planar's product manager, Jeremy Sternhagen, to talk about using CEDIA Expo as a launching platform for Planar's new Luxury Living family of products, including four sizes of 4K and 8K microLEDs, five sizes of fine-pitch LED and a new outdoor LED product, too. Watch this so you'll have the scoop! […]