Podcasts about before mike

Shogun Assassin kicks off a three episode, three location crossover between us and "Resident Historian" Mike Manzi of Third Time's A Charm! Before Mike joins us, Joe catches us up on some more Best Picture nominees, we open the biggest and most sprawling mailbag we've ever had, and we collect the buy-in for 2 Fast 2 Furious's first race in The Fast and Furious Minute. Then, Mike hops in our baby cart as we head to Edo period Japan for Shogun Assassin. We talk about the long-lasting legacy the movie (including its inclusion in GZA's Liquid Swords, Bob's Burgers, and Road to Perdition), our favorite moments (and the film's coolest moments), and why watching a bootleg copy of this movie feels kind of appropriate. We also talk about the benefits and drawbacks of the remix nature of Shogun Assassin, as well as what it does better (and worse) than the first two movies in the Lone Wolf and Cub series: Sword of Vengeance and Baby Cart at the River Styx. Want even more Lone Wolf and Cub talk? Check out Third Time's A Charm on Monday, May 3, for an episode about Baby Cart to Hades, then join our Patreon at 2fast2forever.com for an exclusive bonus episode about Baby Cart in Peril, coming later in May! (Movie conversation begins around 54:35.) Email us: family@cageclub.me Visit our Patreon page at patreon.com/2fast2forever.  Show your support at the 2 Fast 2 Forever shop! Extra special shout-out to Ben Milliman, Jake Freer, Alex Elonen, Nick Burris, Brian Rodriguez (High School Slumber Party), Hayley Gerbes, Christian Larson, and Justin Kleinman for joining at the “Interpol’s Most Wanted” level or above!  Intro music by Nico Vasilo. Interlude and outro music by Wes Hampton.

No doubt, 2020 came out of nowhere, and, for a time, human potential and momentum were seemingly put on pause. Human beings were “forced” to take a step back and revisit their strategizes and plans for the year. At the end of the day, it all comes down to focusing on what matters. Welcome to the 100th episode of Warrior Week: Parables From the Pit, with head coach, Sam Falsafi, in this very special father-son edition with guests Mike Hardy and his son, Jacob. warriorweeknow.com   Parable #1: Warrior Week 29 & 51 Before Mike entered the gates of Warrior Week 29, nearly five years ago, he was in a place where he knew he needed to change his thought process. Work was becoming all-consuming, and he was aware that he needed to reprioritize and realign his role as husband and father and his entire life. Warrior Week 29 was perfect timing for Mike because it helped him get centered, focused, and clear on the things that were really important to him. Why return to Warrior Week 51? Mike realized that if there’s no intention to grow with a healthy environment, it’s part of human nature to easily slip back. “Warrior Week 51 was almost a recommitment to “no compromise” in all areas of life. Things were moving in a good direction, but I think I needed to re-anchor the foundation, and get to a place where I had a higher level of certainty, and double-down on what worked.” QUESTION What caused you to enter the gates of Warrior? Parable #2:  Letting GoK Often we will stay in a place of comfort for years. However, in order to grow, it is imperative that we learn to let go and step out of that comfort zone – especially if it’s working for us – and have the courage to step into the new. The hardest part of getting to great is giving up good. Mike: “One of the things I’ve always struggled with is that I am a very calculated risk-taker. Through the Warrior training, I’ve learned to slow down long enough to take that quiet time (meditation) every morning to listen to that still, small voice, and then act on that, which is not always logical. There are windows in time, like a strong intuition, that open up worlds of opportunity that I would have completely missed out on had I not slowed down and listened.” QUESTION Where in your world do you know it’s time to let go and step outside your comfort zone? Parable #3: A Father’s Impact Coach Sam recalls something his father told him on his wedding day that has stayed with him throughout the years. “Living a life with someone is easy, but building a life with someone is difficult.” When things get heated between two people, he realizes that he could live with someone for a very long time, but to build something and have common projects is something entirely different. Mike’s son, Jacob, is currently nineteen years old. At the time of his father’s entry into Warrior Week 29, he was fourteen. He recounts several projects he and his father have worked on together throughout that time, notably fixing up his first car. “He let me just kind of figure it out, and then I worked through it.” Currently, they are working towards getting their pilot’s licenses. QUESTION What message from your father has remained with you throughout your life?   Parable #4: The Pit “There is a miserable process that takes place on day one of Warrior Week that’s long and goes into the night. It’s called the Pit. It makes us face things and feelings that we’ve kept inside, things that we regret, relationships that caused us harm, and the pain that resides deep inside. No matter what man you look at, all of us have this pain inside of us, but the majority of us are not willing to feel the pain. The first night is a transition into allowing a man to feel some of that pain.” Coach Sam “There’s a heightened learning experience that takes place when I’m pushed to my limit. There are things to let go of and lessons that can be absorbed that just wouldn’t happen otherwise. There’s a catharsis from being able to let go. My belief is that it’s almost impossible to really grow into who you’re supposed to be, and experience what’s possible for life if emotional baggage and anchors are holding one back.” Mike QUESTION What emotional baggage are you hanging onto? Parable #5: Exposed Mike recalled his experience during one of the evolutions, where a picture of his family was presented to him. “There’s something about when what you love most and have to fight for, a human being can make anything happen.” Knowing that intellectually, he experienced it firsthand during this evolution., “It was like a little microcosm for my capacity of what I can do for my family.” From the beginning of time, every generation faces a heavy crisis that they have to go through. Ours is COVID. Mike sees this as a gift, not a curse. “When there are challenges, people will fall to the level of their foundation or their base systems. Everyone is being exposed right now for who they really are. As Einstein said, within every challenge is an opportunity so great that it will literally dwarf the problem itself. Look for the gift and the opportunity.” QUESTION How has 2020 exposed you? “Parables From The Pit” “There is nothing more powerful in this world than to train your brain in gratitude. If your brain is trained in gratitude, it will be a weapon in this society.” –Sam Falsafi “When something is in front of you, and you feel it welling up, it’s there for a reason, and you’re supposed to act on it. When you feel it, you just GO!” –– Mike Hardy “While I’m working on my car, my dad walks in and asks me, “Are you winning, son?” –Jacob Hardy

Where were you on 9/11? In one of the hardest hitting episodes of BOYS, Joe sits down with Mike to discuss his past careers in BOTH sports and music. Before Mike entered the world of comedy, he was a superstar athlete and a world class musician. We get a peek behind the curtain at what it takes to succeed in two fields at once.

This week we bring to you something brand new that we have NEVER done before. Tune in to the first ever Beer Night Rewind Episode! Unfortunately this week ALL of the hosts are either out of town or can’t be in the studio - which sucks! - but to keep content coming we are giving a re birth to an old episode from our library and history. Tune in as we re-present to your our 70th episode ever. This is the episode that sent a shockwave through the community as we 1. Say goodbye to Ballast Point as this was the week they sold for 1 billion dollars. and 2. this is the episode were we coined the term Indie Beer or #IndieBeer for San Diego! This episode comes to you all the way back from November 2015 - Before Mike and Noah joined the show and when our original co host Dustin was still on the show. It also includes our original segment which has since been ended “New Beers of the Week”, we also present a segment we used to do called “Get Social” where we answer YOUR questions (Which is coming back in 2020) Tom gets in trouble at a local brewery and we get angry over pizza. Plus tons more. So tune in as we take you all the way back to November 2015 for a little piece of our history on the first ever Beer Night Rewind episode! Its a wildly good time, folks. Trust us!

“Reusing content is the best way to keep costs down.” Mickey Burnett is partner and vice president of marketing and sales of EVOLVE Brands, a start-up plant-based, organic snacking company with brands Supernola and Gorilly Goods. Over the course of his 20-year career, Mickey has been a high-performing consumer package goods marketer and has managed legacy brands, acquired brands, and is known for developing and launching sustainable innovation across various categories. Prior to EVOLVE Brands, he led the brand marketing team for Mike’s Hard Lemonade, including the segment-leading White Claw Hard Seltzer. Before Mike’s, Mickey spent eight years with The Hershey Company developing global innovation, managing the Halloween and Valentine’s portfolios, and leading the post-acquisition national launch of Brookside. Listen And Learn: How to cultivate your tribe. How to grow foundational customers. How to engage your audience with snackable content. Bring consumer insights to life. Creating frequency. Reusing content is the best way to keep costs down. TO LEARN MORE ABOUT, EVOLVE BRANDS, CLICK HERE. TO FIND MICKEY BURNETT ON LINKEDIN, CLICK HERE.

Before Mike and Mike decided to podcast about Jeff Goldblum, they had a whole shortlist of actors in mind - they went head to head with their picks until Goldblum emerged the victor. Hear how it all happened right here!

In part one of this interview, Mike Shaver talks about why he believes leading in the non-profit sector can offer greater challenges than leading a for-profit organization. He also shares lessons he learned during his first CEO post, when he successfully led his team through a major reorganization of a $120 million-a-year business. Before Mike's involvement, it was believed the organization had an uncertain future. Mike is a longtime advocate for children and a recognized leader in the child welfare field. He believes in strategic collaboration and in using research, evidence, and data to develop, deliver, and analyze innovative practices and programs to ensure children and families receive only effective, quality services. He has extensive experience in developing collective impact strategies.Mike served as the President & CEO of Children's Home Society of Florida from 2014 to 2019. He joined the agency after seven years as the Chief Operating Officer and Executive Vice President of Children's Home & Aid. He earned an MA in Public Policy from the University of Chicago, Irving B. Harris School of Public Policy and a BA in Political Science from Colorado College.Children's Home & Aid is a leading child and family service agency in Illinois. They help children recover their health, their hope, and their faith in the people around them.The organization links children to a network of opportunity and care, to extended family, teachers, mentors, and the resources of their neighborhood and community. For 135 years, Children's Home & Aid has gone wherever children and families need them, and where their work has been proven to be most effective: at home, in the classroom, in the neighborhood, in the course of daily life. Their offices are located across Illinois and serve more than 40,000 children and families each year in over 60 counties.

Mike is the Athletic Director at Ursuline Academy in Dedham, MA. Before Mike became an Athletic Director he was a Boston police officer. Check out Jen's chat with Mike as they talk about moving from a Boston police officer to the ranks of high school athletics.

Episode Summary: Dave Ramsey says,” Employees come late, leave early and steal while they’re there”. Mike couldn't agree more.That’s why he refers to his staff as his “team members”, and in this episode, he shares the 7 team traits that helped him more than double his revenue in less than 6 month’s time. Find out exactly what these traits are and why they matter as Mike delivers yet another lesson from the trenches in episode 3 of the Business Grit Podcast. Show Notes: Mike starts out by explaining why he doesn’t want employees and you shouldn’t either. He references the book  ‘EntreLeadership’ (linked at the bottom of show notes) and Dave Ramsey’s quote on employees. Mike doesn’t want you to settle for a mediocre team like he did because he knows it can cripple your business.   Mike explains why it is less about money and more about purpose and how money is not the driver, it's just a result.   Mike gives strong tips on how to draw a revenue doubling team.   As the leader you need to create your company as an opportunity generating machine   It is up to you as the leader to create a winning environment   Before Mike reveals the traits, he tells you - everyone is not going to have these traits.    Mike gives his definition of an employee: “Someone who is going to pass through your company until they get sick and tired of working, thinking you’re taking advantage of them and owe them more, leave and repeat with someone else's company.”   Mike says you need superstar team members at your top tier and you cannot compromise with those members, they must exemplify these 7 traits.   He then gives an in-depth explanation of the 7 team traits that doubled his revenue.   Download the list in the link below in the show notes.   As Mike closes he urges you to download the 7 team traits and post them on your wall to use as guiding principles for every teammate you have in your company.   Rate and review the podcast and listen in next week to the Business Grit Podcast.   Follow Business Grit and tell me more about your business: Instagram  Facebook https://www.flipsnack.com/GYGYMBGP/bgp-7-team-traits-pdf.html Email me: Mike@businessgritpodcast.com If you are unable to get 7 Team Traits Download Send me a Direct message on social or email me! Books Mentioned: Dave Ramsey: EntreLeadership: 20 Years of Practical Business Wisdom from the Trenches  

Before Mike and Sully were the scream collecting kings they were frenemies in college. We break it all down. __ Like us on Facebook - PGPodcast Follow us on Twitter - @RatedPGPodcast Follow us on Instagram - @RatedPGPodcast Check out Campfire Media - http://wearecampfire.media Subscribe: Apple Podcasts Subscribe: Spotify Subscribe: Stitcher

What finish should I use for my PCB Design? There’s no one single answer, it depends. Meet chemist and surface finish expert Mike Carano, the Vice President of Technology and Business Development at RBP Chemical, industry leaders in high performance chemical technology. Mike emphasizes a key question when it comes to surface finishes, “What are the reliability requirements of the environment?” Learn about the chemistry behind different finishes, fabrication and get tips for avoiding corrosion in unexpected environments in this episode of the OnTrack Podcast. Show Highlights: Mike was Inducted into IPC hall of fame. RBP Chemical - veteran owned small business, based in Milwaukee, founded in 1954 as a supplier for the printing industry and over the years evolved into surface finishes and also carry product lines for Embedded Medical Devices and Semiconductor and Mining industries. On using solder mask over bare copper method - prior to going out to assembly the copper needs to be made pristine. What are the surface finishes and which to use when? 50% of industry using hot air solder leveling (HASL), a surface finish with a long successful history. Other surface finishes: Electroless nickel immersion gold (ENIG), Electroless Nickel Electroless Palladium Immersion Gold (ENEPIG) - which is common in IC substrate, packaging industry. Future of surface finishes: Tin-silver, Direct palladium copper What finish should I use? There’s no one answer, it depends. Are there common examples of things that can go wrong? ie. High frequency design applications - ENIG is a well known issue that most engineers learn about the hard way. Where is the final product going to be used? Is it a domestic product or for the military? Reliability first, cost last. Cost should not be driving force. The environment is what really matters i.e. Shock-drop or Brunel fracture - consider for mobile phones, ENIG - tin-nickel bond, not tin-copper, corrosion environments, temperature extremes What are the reliability requirements of the environment? The most high quality board fabricators have strong process control and automation in place to ensure chemical stability. Board designers are looking for electrical performance. Need to ask about the environment. I would put every designer in a circuit board fabricator for a week and let them build a board they design. To learn, you need to practice and get practical information on building the bareboards. Creep corrosions on the mill automation machines because the OEM is specifying the finish. Japanese techniques i.e. Shokuku chemical Most substrate work is done in Asia; IC substrate packaging at its best is in Japan. Advice for learning: IPC courses, CID and CID+ training is one way to learn more. Links and Resources: RBP Chemical Trouble in Your Tank IPC Hall of Fame Interview Video IPC Hall of Fame induction IPC courses HDP Users Group (HDPUG) SMTA.org   Hey everyone it's Judy Warner with Altium’s OnTrack podcast. Welcome back we are glad to have you join us again today we have a very unique topic and speaker which was actually brought about by Mark Okumura who is the Senior Principal Hardware Engineer from ETS Lindgren who reached out to me and asked me about the topic of surface finishes and lucky for you I happen to know the guy who is a chemist and expert on surface finishes. A longtime friend Mike Carano from RBP Chemical. Before Mike and I get started, I wanted to please invite you to connect with me on LinkedIn or on Twitter, I'm @AltiumJudy. Altium is on LinkedIn, Twitter, and Facebook, and also please know that we're recording on YouTube in case you want to see our sunshiny faces. So Mike, welcome thanks so much we’re delighted to have you. Thanks for inviting me. It's good to know friends in high places right? Well, I have friends in low places. [Laughter] I don't believe it, well maybe, so Mike, I’ve got a question. First of all let's talk about your background a little bit so as a way of introduction Mike Carano was inducted into the IPC Hall of Fame a few years ago and I had the privilege of doing the video interview that was highlighting his induction into the IPC Hall of Fame because he has served on so many committees and boards for IPC, but he really is the go-to guy on chemistry. So Mike, tell us a little bit about your background how you got into chemistry specifically related to the printed circuit board electronics industry? Well sometimes Judy, things happen by accident really, chemistry and sciences were always a love of mine so I always liked to experiment - my parents got me the chemistry set, and   everything from blowing up golf balls to me making things at home, everything from even experimenting with making wine that's chemistry - that seemed like a good thing to do right? I also realized that probably owning a vineyard would not be in the immediate future so onward and upward with chemistry, particularly the area of physical and advanced chemistry electrochemistry working on a Master's Degree, I happened to be walking up on campus one day back in 1980, 24 years old, and there's a gentleman standing outside this building and he noticed my chemistry books he says, hey come here I want to talk to you, and I thought, oh what's this about? And I noticed the sign on the door there, Youngstown Ohio City Electrochemicals, and he asked me if I wanted to interview for a position there. Well it was perfect because graduate school was more part-time. I was doing some teaching assistance and what do you know, I interviewed for this thing on surface finishing chemistry having no idea really what I was getting into, but I did. The idea was finishing my Master's degree, and go on and do something else - maybe do this for two years - well 39 years later here I am still in the industry. In some way, shape, or form, so that's how I got into this and as the company, Electrochemicals in those days, founded primarily on the metal finishing industry - you know, surface finishing for doorknobs and bumpers and decorative plating. Well the company was just then getting into printed circuit board chemistry and a lot of people didn't even know what that was in those days because it was a fledgling industry there was mostly - remember Judy way back then was the 80% of the industry was really run by the OEM... Yeah -So digital equipments the the Adelphi’s, the Delco’s the IBM's, but pretty soon there was that switch, and then I got involved in IPC and pretty soon was formulating chemistries and technical service, traveling globally around the world was fascinating for me, and here I am today, and still in the industry in some way, shape, or form. You know, you evolve, you continue to evolve matter of fact, just like surfaces they've evolved. Yeah right. Where we are today, I'm sure they'll continue to evolve in the very near future. Yeah for sure, so can you give us a quick overview, I know you were Chief for many many years and now you're with RBP can you give us a quick thumb nutch of RBP? Absolutely, great opportunity, company privately owned (veteran owned) small business, our company is based in Milwaukee Wisconsin and was founded in 1954 and has been privately held since. The current CEO and majority owner is Mr Mark Kannenberg, he's my immediate boss, Mark served in Vietnam, he's a West Point graduate and also a Harvard MBA, but he always wanted to kind of get in the business of owning his own company even though he had many, many opportunities. So he's now been running RBP for these last 30 years. Under his control the company has grown beautifully - initially, the company was founded as a supplier of materials and chemistries for the printing industry, newspapers, newsprint magazines, but over the years also evolved into surface finishing, surface treatment and printed circuit board chemistry, which is the company today, because as I said it continues to evolve. Today and we have four major product lines the printed circuit board and photochemical milling chemistries. We have a great product line in the area of embedded medical devices, and we also serve the semiconductor and the mining industries with some specialty additives. A lot of people don't understand the connection but there's a connection all the way through the platforms because the chemistries are basically adapted to work in all those industries which makes working with RBP fascinating for me - the diversification but yet the the continuity and the familiarity - so great opportunity and I've enjoyed it immensely. Good, thank you for sharing that Mike, so let's jump right into surface finishes. I'm sure most of our listeners who are engineers and designers will be familiar with surface finishes but let's just go back to our ABCs for a second and just define surface finishes for us for PCBs. Sure that is the part of the board that is really going to be used to prevent oxidation of the base metal, as you know, typically we have copper as the base metal if you're using the solder mask over bare copper method where you basically put solder mask down that nice green stuff and the copper is showing, you have to make that copper solderable, you have to preserve the solderability so typically, prior to that board going out to the assembly operation, the copper has to be basically made pristine with a finish that does not oxidize so that you can join the component leads, whatever they may be, whether they be surface mounts, through-hole, BGA, QFNS, QFPs, they have to be able to to wet that surface and form a reliable joint. So the surface finish is critical for that application and for that end product. So tell us - give us just a rundown - of what the surface finishes are and then we're gonna jump in to which one to use when. Sure well, here in North America and primarily for the military, we're still using - at least 50 or so percent of the industry - uses hot-air solder leveling. Basically you're taking that solder mask over bare copper board, flexing it, cleaning the copper and then dipping it into a molten solder pot to coat the surface. But over the years, due to a lot of other constraints, one of them was to get rid of lead. And even when we have lead-free, hot air leveling, the other surface finishes have evolved, as a matter of fact, have taken center stage primarily outside of North America. With these surface finishes are we hear the term ENIG, which is Electroless Nickel Immersion Gold we also hear about Electroless Nickel Electrons Palladium Immersion Gold also known as ENAPEG, and while that may be an expensive finish, you see that used quite a bit in the packaging industry, the semiconductor packaging IC substrate industry. Then there is OSP Organic Solderability Preservatives, which is actually the only one of these to be non-metal-containing and then we have immersion silver, and immersion in tin, and again we expect that there’ll be other additions of these finishes coming up in the near future. Potentially a tin silver or direct palladium over copper to get rid of the gold altogether. There's a lot of movement in this area to enhance the surface finish reliability at the same time managing costs because you see how precious metals like gold and palladium can contribute significantly to the cost of that board. Which then makes you wonder, okay what finish should I use and when should I use it? So that's a rundown of our finishes and each one of them - I can tell you this Judy - when people ask me, and I travel all over the world, what finish should I use... Yeah -no one finish fits all. That's a loaded question isn't it Mike? It depends, that's the answer. It depends right. Well as I mentioned in the beginning, this gentleman Mark Okumura reached out to me and said, are you ever going to talk on your podcast, or do you have any information about surface finishes? Because in his particular case - and this is just one of many many high frequency application engineers and designers - have found out the hard way that if they use ENIG the Electroless Nickel Immersion Gold, that if it's high frequency then we have the skin effect and then the signal begins moving through the nickel and the nickel is lossy, and unfortunately that's a well-known issue it's been going on forever but it seems like people have learned that the hard way, unfortunately one at a time, that's just one example. So can we talk about when we talked a few weeks ago, about environment playing a huge role on how to make a selection on your surface finishes. So can you jump into that a little bit? What I mean by environment is, where is that final product going to be used, and let me just preface it this way, if you're in this industry, whether you're in the printed circuit board industry directly or you're an assembler or you're an OEM. Choosing the final finish for that product may be the most important decision you make, because it is going to impact that long-term reliability of least of that solder joint now as I’m saying solder joint,  I'm using it interchangeably with lead-free as well. And compounding that, is again, where are the boards going to be used? Is it to finish in harsh use environments such as automotive under the hood, military aerospace - and that's one application. But then, what about consumer items like mobile phones, smartphones, desktop computers, smart tablets, household devices. You don't need a product or a finish that adds $9 a surface square foot of the board if you're using it in a washing machine in your house, or in a microwave, or even a desktop or laptop computer. Now military aero things like class 3, or class 3A that have to work 24 hours a day, seven days a week and can't fail - you can't fail. You may look at that and you say, well do I need ENAPEG, do I need ENIG? Do I need to make the OSP also work? And some people really are surprised when they find out that OSP’s a very reliable finish. It's not wire bondable but in terms of reliability in forming the copper tin in a metallic, and having a reliable solder joint, it's fantastic. So think about that, it also happens to be the lowest cost finish but I am of the opinion, and I asked somebody this, and I listed ten things I have cost of the finish at the bottom, because that should not be the driving force of what you put on the board. It's the environment where the board is used and then you ask yourself other questions. Is cosmetics important? Do I have to have a shiny silvery finish or don't I need one? I'm worried about shock drop, we know for example, if something I have in my hand drops a lot like a smartphone. you worry about brittle fracture of the components - actually fraction when that phone hits the ground - we've all dropped our phones and the mobile phone companies, the Apples of the world and the Samsung's, conduct shock drop tests all the time because that's important criteria. You don't want to spend money on a new phone, drop it and find out the components fell off. So that's why you don't see ENIG used a lot on the smartphone, you use things like something that makes it much stronger - copper tin and a metallic bond - whereas with ENIG, your tin is formed with the nickel so it's a tin-nickel bond not a tin copper one. I see. So, we all know, and there's been hundreds of papers published by many, many companies and fantastic researchers around the world, showing that the tin to copper in a metallic is much stronger than the tin to nickel in a metallic. So that's something to consider as well, not just the cost. But you might use ENIG in medical devices, we know the military is starting to look at ENIG as a final finish, but they also do some things to ensure the reliability of that component as it is attached to the surface. So there's a myriad of things to look at - oh and corrosion environment - in terms of creep corrosion, and that's an issue and silver tends to be somewhat prone to creep corrosion, but in an industrial environment kind of outside, or in a clay modeling studio or in a paper mill where sulphur is emitted. Yeah that's interesting. So, if you told me, well I'm making this part because I work for General Motors and I'm modeling, I'm gonna use clay to model my next car and I'm gonna have all these computers hooked up inside that studio, I think I'll use boards with silver on them. Well you probably don't want to, your work is gonna be lost, so that's one consideration. As I said shock drop is another, but again where are you using the final product? Industrial automation, using it outside, base stations, all of those things. Industrial controllers where we're subjected to not just environmental contaminants,but maybe significant vibration, temperature extremes etc. So always look at the environment where you're using it and what the reliability requirements are. Can you afford the warranty, what is the warranty when you take something back? If it's inexpensive, you can use an inexpensive finish but if the cost of failure is great, you should rethink that finish which you're going to use and how you're going to use it. That totally makes sense to me. You had mentioned that a lot of people think that OSP is generally a sort of low-tech product, but you were pushing back against that when we discussed that, why is that? Well 25 years ago OSP was what you would call the single attachment finish - one reflow, maybe one through-hole, and that was it. It lasted four to five months whereas the other finishes, like hot air leveling - one year, two year shelf life - that's changed. Companies have made significant improvements in the reliability. Also the the ability of the OSP to reduce oxygen penetration on the copper, and that again is what you're trying to do, you're trying to prevent the underlying copper from oxidizing so that when the solder melts and spreads on the surface, it spreads and encapsulates the leads on the side on the components and solidifies and it's a highly reliable. If the surface is oxidized even slightly and doesn't wet properly you've lost your reliability, but OSP has come on strong now and you see it in automotive under the hoods, major telecommunication companies using it for the reasons of getting away from brittle fracture, you see them in smartphones - a significant number of smartphones - and I have experience in those areas so, I'm talking from personal experience - the reliability is there with the right finish. Now the low-tech you find, if you buy a low-tech OSP from somebody you've never heard of, you’re taking a risk, but the companies out there - two or three that are making significant contributions to the performance of OSP - they've upped the game significantly. Many of them are fifth-generation molecules, these are synthesize organic azone molecules, that just do a fantastic job, and I would not hesitate to recommend it for numerous applications. It's interesting how that's evolved over time, I wasn't aware of that until you mentioned it to me recently, and that's some of the magic of chemistry that just runs in the background of our industry until sometimes - it seems like - until there's a problem. That's right. We don't talk about it, so I'm glad to sort of have this discussion. That’s a good point, to that point Judy, when Black Pad showed up what people will call brittle fracture... Yeah. -it set the industry back 15 years for ENIG because they didn't understand it, they wanted to blame the phosphorus content of the nickel deposit, but that turned out to be incorrect, it turned out that the cause of that was the galvanic effect. When you put immersion gold on top of nickel you're not electrolytically plating it, you're doing an immersion deposit, also known as galvanic cells, so to deposit on nickel, some nickel actually has to corrode and leave the surface, so that the gold can take its place. And that's the main difference of an immersion deposit. Well, what was happening because of the way things were being run, pH, nickel morphology, roughness, etc that galvanic effect was significantly large, causing this corrosion - significant corrosion - to take place on the nickel surface, and that would impact negatively the formation of the solder joint. And there you would get brittle fracture, you drop something, It breaks. So, things are better now, but I still would be very careful, if you told me, I'm gonna put ENIG on my board today, I would say do a first article, make sure that the board design you have, will not end up with this issue. That's a good advice and, for people who are listening. Again - you're going to hear me say this over and over again - and I'm not going to apologize for it, is that you need to get into a board house, find the time because most really good, world-class board houses - you're going to go in and you're going to be surprised to see... and Mike can talk about this, the complexity of the labs they have in place to make sure that their chemicals are stable and doing what they're supposed to do. Mike, I imagine you've spent just more than a little bit of time inside of board houses discussing chemical balance and, if you would, jump in on what the choice of surface finish has on the fabricator and why the designer should know about that? Right yeah, well first let's go back to your first question about these board fabricators the ones that are high-quality board fabricators and I'm looking at not just on the surface finishing side, but also other aspects of the circuit board fabrication including electroless copper, direct metallization, the amount of control that they have in place, process control automation, to keep plating and other the key ingredients within a very tight operating window. And that's not difficult if you invest the time, and you have the commitment to ensure that. I can’t tell you how many times Judy, have been in situations where I've had to troubleshoot a problem because someone said I've got this issue, I've got that issue, you go there and you find out that they were running the chemistry basically way outside the window. Well, why'd you do this? Well, we only check it once every two shifts. Well, you can't have a high volume operation like what you're doing and then check the chemistry once every two shifts and I'm telling you, 90% of these problems that I see related to process, are related to incorrect use of the chemistry and mishandling of the controls that are available to you. Now does that mean that the fabricator needs to work much closer with the supplier, but if the supplier is already doing this for them, the fabricator needs to take some responsibility. But again, I've been with a number of companies who have complete failure analysis labs also in their facility. So, they take it to a very high level, they're basically their own qualification facility to ensure that they understand where the issues are. They categorize every defect and those are the kinds of ones you want to work with. Absolutely, and I've worked for shops like that where they literally had PhDs in chemistry renting the lab. They were doing their own cross section and when suddenly, there's a spike in volume - if you're not on top of it and you don't have those people and all of a sudden - whoops production went up, but we're still checking our bass at the same rate we were before. And then like, oh what happened? Well there's all these things that need to be taken   into consideration and adjust it accordingly. So, what other fabrication considerations are there that that maybe designers or engineers that are designing boards would want to consider as they decide what they're going to choose? Well good that's a good point, and you and I know design is important, because there's this conundrum in our supply chain. The fabricator is looking for design for manufacturing and the designer is designing something to work in a certain fashion. Electrical performance, dielectric spacing, and and they don't take into consideration potentially what that does, how that impacts the bare board fabrication process. That's a very significant right? What - and I'm gonna go back to this - because I find this to be an issue as well on the assembly side boards come into the assembler, they come from somewhere, and they call me and say I have the the plating is lifting from the surface when we assemble, or the solder mask is lifting well I said do you did you specify the grade of solder mask, do you even know what solder mask is being put on the board that you're bringing in to assemble? Well no. Now I find out - it's very easy for me to find out - that they’re using, the fabricator... wherever, typically not here, are using a low $10 a kilo solder mask because no one specified it. And of course, that $10 a kilo or less solder mask is probably gonna work beautifully in a handheld child's toy, it's not going to work very well for your medical device. And you're gonna have all these other problems. So I think, I hope the designers would get more involved in understanding the difficulties in making a bare board and also understand: just don't specify ENAPEG because it sounds great, or sounds sexy. Because number one, you're probably not paying for it, somebody else has to pay for that ENAPEG and at $12 and $10 a square foot.   Understand - and this is where the board designers are looking for the electrical performance - do they ask where the board is going to be used? Is it going to be in a harsh-use environment, is it going to be in a benign environment clay modeling studio? These are the key questions for them. Typically what I see designers do is, say this is how the board should be built, these are the layers, these are the holes, and you should use this material with this dielectric constant. That's all great, but it's not enough. Right And  I've been teaching this advanced troubleshooting course with printed circuit board fabrication for years, and you'd be surprised at the number of designers that actually take that course, and they ask the craziest questions. Which tells me they haven't been outside of the board fabrication, outside of their design studio. Understand that you need to live with that a little bit I would put every designer at least in a circuit board fabricator for two weeks and have them build a board that they designed. Yep I agree it's hard - we encouraged that here a lot - and almost every guest on here says the same thing. Because you and I've been around the block a little while, and understand that there's time constraints for them to get out. However the long-term cost of not getting out there and not onboarding. And this is another plug - you and I've been around IPC awhile - this is another plug for CID and CID+ training, as well because there you onboard some of these things that may be outside of the obvious things that are around manufacturing and assembly. So Kelly Dack wants to start field trips on every CID course. I'm like, yes let's do it! You know, to me that would be fantastic, and to be honest with you and being heavily involved myself in an IPC, one of the things that I've suggested that when CIDs and the CID+ students earned their certifications, they should also have to get some understanding in coursework and practical on the bare board fabrication. You should make it like you did in college, the practicals, you just didn't do the book work, you had to go into the lab... Exactly! -apply what you just learned from the book, because if you couldn't resort to practice, at the end of the day you can't practice it. You've not learned. And as we both know, the cost of ignorance in these areas is so high, like avoidable mistakes. Costly...  I've seen an entire clay modeling studio shut down, a paper mill shut down, because, again the paper mill folks were buying the controls from the OEM who was specifying the boards to be made but the finish... So the poor industrial automation company using these expensive controls were wondering why these inexpensive instruments are no longer doing what they're supposed to do. And they find out that there's creep corrosion in there because the OEM specified immersion silver or bought the board somewhere cheap where the individual companies decided to cut corners, like they do, to meet the cost. Like not putting enough gold on, not putting enough nickel on. You know, there are specs for a reason. There is, absolutely. And that's obviously a discussion for another time. Yeah that's a whole other podcast, and then there's everything you're doing - HDPUG - which is another podcast I'd like to get you on for as well. I want to put a pin in our conversation right now because I realized, in the beginning I failed to mention to our listeners that you may hear some background noise here. There's some... well, what I was telling our producers is, we're building a better podcast but it’s noisy in here, but really what's happening is we have some construction and of course it's overhead in the green room here in our La Jolla office, so it's directly overhead, on this day of course, so please, please excuse any background noise. So Mike, you sit on boards for international companies as well as companies here and you are a respected and trusted advisor. You mentioned to me about things that the Japanese are doing that are very innovative and that is that they're mixing finishes and doing selective finishes can you tell us a little bit about that? Yeah, and this is if you can see the IC substrate side in the Japanese, or the ones who really made miniaturization go. I mean they understood how to make things small, not just lawn mowers and engines like Toyota Camrys and things like in the Prius, but they figured out early on how to do it with circuit boards and and putting more functionality on the chip. Matter of fact, that's where OSP was actually invented was in Japan, in those days it was called pre-flux because it was in the rudimentary 1970s day, but they pioneered the OSP and matter of fact, today the leading OSP company in the world is Shikoku Chemicals out in Japan, they continue to evolve that chemistry and I trust them immensely. So, going back to that question what you do is, in the IC substrate market, where you've got a complex chip that has to have gold leads or gold wire bonding, you have on one side of the substrate, nickel gold, and then you bond the chip with the wires to that feature. But then on the flip side, which is going to be a BGA feature, you have bare copper which is OSP. So they have the BGA balls on the bottom side and the IC substrate - the chip actually, the the die as they call it - on the top side. So you have ENIG - selectively on one side and bare copper meaning OSP - on the other and of course it's a flip chip. So with the IC substrate or the IC chip in there, you marry that BGA to the Barriss surface of the copper board meaning an OSP, and you've got this fantastic package, if you will, instead of doing it all in the nickel gold or all in ENIG and handle it selectively. And they've developed these processes, and they've also developed a selective imaging, if you will, to make that happen. but it's relatively easy to do, once you understand the ramifications and how to make it work, and make sure you don't get an OSP that doesn't say, ‘attack’ the exposed nickel gold. All these things, it's pretty pretty intricate, but it's been around for some time and with a lot of success so I've selected ENIG as they call it. Interesting, so I was just gonna ask you, what does that do to cost and process ? You're saying it's not difficult, how about cost implications? Well there is an additional cost of putting the second imaging step down to protect the board from plating where you don't want it to go, but instead of doing the entire IC substrate in nickel gold, you're doing just one portion of it where the wires from the chip are placed,  from the die so, that does help you significantly in the long run. It also makes the BGA perform better because you're marrying basically tin to bare copper making another opportunity there. Do you think that will find its way here into North America? Well, the thing is there's only a few fabricators here who do work in the substrate industry, most of the substrate work is done in Asia for the Amcor’s and the Intel's and the Samsung’s so you see a lot of the supply chain there. Some big American owned companies in Asia are doing it in volume, but again, if you want to see IC substrate packaging at its best it's the Japanese. Yeah that makes sense. Yep they’re the leaders,and they've been doing that for 30 years, so they tend to be ahead of their time, but now the time has come. Yeah well it's interesting to get your perspective on sort of a global scale, as well this has been great. Our time is coming to a close here, but will you please share with us links to any white papers or slide decks or anything you have? Because I think how I want to wrap up is Mike, if you are a designer what would you do with all this information? And we've kind of shared it sort of anecdotally and quickly here, but if you wanted to learn more about this where would you go, and what kind of things maybe can you share with our listeners that we can throw on the show notes so they can maybe get better at this. Well very good. I would encourage you designers who haven't taken an IDC course outside of design - I encourage you to take them - you look on the IPC website. We just had Apex where, in addition to technical papers, there were workshops on a number of different subjects including my Advanced Troubleshooting course, but there were also courses on the Basics of Bare Board Fabrication, and some of the instructors do a great job of giving you the tour, if you will, of the very basics. So you can get a feel for how the board starts with bare laminate, actually starts from the design, and actually ends with the finished product, going out to assembly from a manufacturing standpoint, and you can follow that up by taking the Advanced Troubleshooting, so you can understand where some of the problems and technical issues come from when the board is fabricated, with the various chemical steps and the mechanical steps like drilling and plating and immersion gold and silver. Whatever you need to do, that would be something you should do, and also watch for IPC Tech Ed, where they're going to be putting more and more of these courses. Standalones in different parts of the company whether it be San Jose, San Diego. We just did a course in Boston back in April which was well attended, and we just had the High Reliability Conference in Baltimore a few weeks ago, which had a high military aero content to it. But there's a webcast as well. And also, I encourage you to look at the IPC website - http://ipc.org/. Go through the technical papers, look for the events that are going on there but obviously at every Apex there will be this myriad of courses to take, and I encourage you to go to your boss and say, look this is something I think will benefit me, and you're gonna send me there anyways for the other events, so why not get there on a Sunday and take this course? Yeah good advice. SMTA is another good place that has a lot of technical papers and seminars and webinars related to things like surface finishes and design for reliability etc. Matter of fact, IPC actually has a Design for Manufacturing workshop that is taught by some really highly-skilled people too, so that might be something that a designer would benefit from. Again, because the designer or an actual designer is actually teaching the course from experience because he lives it... Yeah -let me build bare boards...   I'm talking like Gary Ferrari and Susie Webb and those folks, they've actually built boards but they also design. Happy Holden and he's built boards, he designs boards, he understands - they get it. Right. That would be an interesting perspective for all those out there. Okay good, that's great stuff. Well we'll make sure to attach the links to IPC and I know they're doing a lot with education right now, and so I'll make sure - and if you have anything to share with me please do - and we'll make sure we also include links to RBP Chemical. Yeah, https://www.rbpchemical.com/ And then we will share anything else that you want, and I'm hoping I might be able to twist Mike's arm to come teach a surface finish course at Altiumlive in October. But we'll see, he's so in demand, hie’s a popular guy - but if I had my wish, that's what we would do because I think it'd be a great place again hope to have about five six hundred designers there so I think they would benefit. So Mike thank you again, you're a dear friend, and thank you so much for always freely sharing your information. Mike also writes a column for PCB007 Magazine, called Trouble in Your Tank, and that's where I learned a lot and actually how I became friends with Mike as I was asking him if I could please take some of his content and repurpose it for blogs I was writing. So we'll also include that link to his column. So Mikey, thank you again you're a dear contributor and friend to the industry and thanks so much for taking time out of your busy day to do this with us it's been fun. Well, thank you Judy, thanks for inviting me. I appreciate it, you have a great day. Thanks you too again. This has been Judy Warner with Altium’s OnTrack podcast and Mike Carano of RBP Chemical. please join us again next time - until then - always stay OnTrack.  

In this day and age of security breaches and active shooters, Phil brings on G. Michael Verden, the CEO of the Lake Forest Group, a private security consulting firm, to discuss crafting a security plan for your company. With an extensive career as a police officer, 21 years as a Secret Service agent guarding the First Lady and President, Director of Security for the NBA, and security consultant, Mike Verden understands how to apply security best practices to your unique setting to safeguard people, property, and assets. Before Mike comes on, our managing principal, Andy Annes, sets the stage by discussing how landlords and businesses should approach having a security plan for their employees and business. Then, our feature guest Mike discusses the specifics of security, the different types of security threats, and different policies that can help keep companies and people safe in the event of an emergency. Later in the episode (34:00), Mike shares real life stories of security situations he has encountered during his extensive career.

Before Mike hits the road to work on Football Night in America, he covers the top trending stories in the #NFL. Topics include the Jameis Winston / Uber Driver story, the ongoing Jerry Jones v the #NFL and top picks for this weekend's best games. Enjoy

In our latest episode, we welcome former Rutgers quarterback Mike Teel, who led the Scarlet Knights through much of 2005-2008 and holds many Rutgers records. Before Mike joins us, Bobby and John discuss some of the hot topics trending on the scarletnation.com message boards. Highlights: 1:20 - What is your top reason to believe that Rutgers football will be better in 2017? 5:00 - What was the best offense that host Bobby Deren has seen during his time covering Rutgers? 5:45 - Will New Jersey be more prominently featured in the new Adidas uniforms and Rutgers gear? Is it a good move? 8:26 - What should fans expect from the new director of recruiting communications, Omar Hales? 11:30 - Mike Teel joins the podcast!

It's our last episode of the year (but you'll hear more from us in 2017, we promise), and we decided to give you a little bit more: an XL version of the podcast that runs 15 percent longer than usual, but includes a developer interview about Macphun's latest photo-editing app, Luminar, and a spoiler-riffic discussion (at the end, with plenty of very obvious warning we should add) about the latest Star Wars franchise film, Rogue One. Before Mike and Chas play Siskel and Ebert (or, more accurately, Statler and Waldorf) for the movie, though, we have tech news! The AirPods are shipping (contrary to rumors), Super Mario Run is out, there's an outrageous assault on the Fifth Amendment over an iPhone (again), and plenty of lawsuits for Apple to lose. We talk to Kevin LaRue from Macphun about its amazing new full-featured image editor Luminar, and we encourage our listeners to check it out via a free trial to be found at macphun.com/luminar, and the team have a fantastic sale price on it (and a sweet discount for owners of any other Macphun software) running until the end of the year. For our finale, we then proceed to ruin Rogue One for you (well, if you ignore the vociferous alerts and wander into our penultimate segment) before finally wishing you all a happy holiday season until we meet again on January 9th. Sorry for being a bit overlong, but what's a holiday episode without feeling stuffed? Thanks for listening!

Michael Cardamone is the Managing Director of Acceleprise, a SaaS focused accelerator based in San Francisco and backed by leading operators. He is also an advisor to and angel investor in early stage SaaS companies. Prior to Acceleprise, Michael was one of the first 30 employees at Box in a business development role and then led partnerships at an EdTech company called AcademixDirect.   In Today’s Episode You Will Learn: How did Michael make his way into the world of SaaS and then start Acceleprise in SF? How can founders know when is the right time to ship product? Does Michael agree with Reid Hoffman, ‘if you are not embarrassed by your V1, it is too late’? How should startups look to establish a pricing mechanism at such an early stage? What are Mike’s thoughts on freemium? Before Mike has said founders can charge more than they think. Why does he think this and how can founders know when they have reached their price ceiling? Do founders need to sell their own product? How should founders approach the sales learning process? What questions should they be asking How important is it for a startup to have an ideal customer profile? Should founders be looking for influential customers early or just getting as many dollars in as possible? How impactful can big brands and companies be as customers to early stage companies? 60 Second SaaStr Scrappiness: good or not as it just simply isn’t scalable? Most common challenge for Mike’s companies? Fave SaaS reading material? Entrepreneur optimism: Let it run or be wary? If you would like to find out more about the show and the guests presented, you can follow us on Twitter here: Jason Lemkin Harry Stebbings SaaStr Michael Cardamone  

Before Mike plays three Star Wars Read-Along Adventures (Star Wars, The Empire Strikes Back, and Return of the Jedi), he discusses Spawn #258 by Todd McFarlane and Erik Larsen.

Before Mike plays three Star Wars Read-Along Adventures (Star Wars, The Empire Strikes Back, and Return of the Jedi), he discusses Spawn #258 by Todd McFarlane and Erik Larsen.

Before Mike plays three Star Wars Read-Along Adventures (Star Wars, The Empire Strikes Back, and Return of the Jedi), he discusses Spawn #258 by Todd McFarlane and Erik Larsen.

Before Mike plays three Star Wars Read-Along Adventures (Star Wars, The Empire Strikes Back, and Return of the Jedi), he discusses Spawn #258 by Todd McFarlane and Erik Larsen.

Before Mike and Kevin even start the 78th episode of ToonCast Steve joins them for a leftover debate about that puppy Scrappy Doo!!!!! PUPPY Power!!!!!!! Geeks: Mike “TFG1? Blanchard Kevin “Optimus Solo” Thompson Subscribe to us using iTunes or use any other podcatching client by using: http://feeds.feedburner.com/GeekCastRadioTooncast Download TC_EP78.mp3

Episode 99 of PotterFicWeekly has been released! Before Mike bids us farewell, he decides to capture Poufwa! His reign of terror involves the spread of communism, an explosion of sound effects, Conan the Adventurer, Richard M. Nixon, a bagel, the ultimate victor in the battle between an armchair and a love-seat, and former US Vice […]