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Origin Stories: Steve Sande
I certainly didn't start my career with plans to become a blogger and editor at one of the world's most active Apple websites. When I was a child dreaming about a future career path, computer science barely registered on the "What I want to do when I grow up" list since only corporations owned room-sized mainframes at that time and there was no such thing as a home computer. The first time I had any physical contact with a computer was in 8th grade in Aurora, Colorado in the Apollo moon landing year of 1969. The Aurora Public Schools had purchased a Data General Nova (see console photo of a similar model at top of this post) in that year for accounting and scheduling purposes, and some brilliant person came up with the idea of buying some Teletypes that could be used as dialup terminals to allow personnel at the schools to access the main computer remotely. Well, the administrators and teachers at the school weren't all that interested in computers, so guess who started using the Teletypes and Nova to learn how to program in BASIC? The students. Since they wouldn't let us save our programs to paper tape (that would come in about two or three years), any programs we ran were usually quite short out of necessity – we'd type 'em in, run them, try to figure out what the TOO MANY NESTED GOSUBS error meant, and then start all over again. It was fun, but frustrating with no real way to store the programs permanently. In 9th and 10th grade, I was only able to play rarely with the Nova or whatever computer they may have purchased as an upgrade. But when the school announced in 11th grade that the regular algebra class would also be offered in a "computer algebra" version providing access to the school system's minicomputer, I jumped on the opportunity to have a full semester of working with ... the future! Things were a little better at that point. We could save our programs out on paper tape, kind of the "floppy disk" of the era. I think part of the reason we wanted to save to paper tape was that the tape punch created some very good confetti for high school football games... About this time I became very interested in two things; transportation engineering and writing. I had a wonderful high school English teacher by the name of David Faull (still alive and kicking) who really taught me how to write, something I'd need to do in college in those pesky elective courses. I had decided to go into Civil Engineering, and was accepted at the University of Colorado at Boulder. Every engineering student at the time had to take an introductory computer class – CS 101 – in which they were introduced to two things: punch card input and FORTRAN IV. There was nothing worse than sitting down at a keypunch machine with a handwritten FORTRAN coding form, typing in several hundred cards, all of which needed to be read by a machine in order and without typos for your program to run. I can recall hearing of several computer science grad students who had nearly committed suicide after having ultra-long programs scattered to the wind when they accidentally dropped boxes of punch cards... One of my best high school buddies, Rick Brownson, was a student at CU at the same time in the Electrical Engineering department, and I recall that in 1976 he introduced me to an amazing game –- Lunar Lander –- that displayed vector graphics in real time onto a round green-screen terminal. We wasted many a weekend hour playing that game in one of the EE computer labs. Rick also introduced me to the nascent world of personal computing around that time, as he and I soldered chips into a MITS Altair 8800 kit in late 1975. I really wasn't all that impressed with the Altair, since when we finished it there was no way for us to connect it to a display (usually an old TV), and we had no keyboard for it. So we flipped switches on the front of the device to enter 8080 opcodes and then looked at the LEDs to see the results. I remember taking a weekend drive to Albuquerque, New Mexico in 1976 to go to a Altair convention of some sorts; the highlight was getting a pirated copy of Bill Gates' Altair BASIC on paper tape from another attendee. At the time I graduated from engineering school in 1978, word was getting out about Apple, but at the time I really didn't see any reason to buy a computer. Even while I was working in my first job and going to grad school, I refused to buy a computer. When I was able to get a Commodore VIC-20 for about $300 I bought one, then when Commodore reduced the price on the C-64 to about $250 the next week, I returned the VIC-20, got a refund, and picked up a Commodore 64. After a short amount of time I found myself hooked. I bought an Epson printer, got the cassette tape drive, and bought the height of communications technology at the time – a 300 baud modem. I quickly found myself on some of the early bulletin board systems of the time. But the Commodore 64 wasn't a "real computer", so when IBM compatible devices started hitting the market I went out and bought a Sanyo MBC-555 PC clone complete with two floppy drives (a Sanyo MBC-550 with only one floppy is shown below)! This is where I got my first introduction to business software, with WordStar as a word processor and CalcStar as a spreadsheet. At this time, I was working for a natural gas pipeline company called WestGas. The company was a subsidiary of a larger electric and gas utility (Public Service Company of Colorado, now part of Xcel Energy), and as a subsidiary we had of control over our destiny. In the fall of 1983, the Vice President of our company came to me to see if I would perform a study of possible uses for personal computers in our company and create a five-year plan to budget the introduction of those devices, so I jumped to the task. Everything was based on costs and benefits, and a calculated rate of return on the investment in IT. In retrospect, a lot of my numbers were probably quite suspect, as they were based on estimates of time savings that most likely never occurred... The final study saw a need for no more than about 15 PCs over the next five years as well as a handful of dedicated IBM DisplayWriter word processors. About the time that my study was completed, there was a lot of speculation in the computer world about Apple's forthcoming Macintosh. I was interested in seeing one, so a few days after they were introduced my boss and I went over to a Nynex Business Center store to take a look. While the mouse, the bitmapped display, and the 3.5" floppy drive were all amazing, the lack of memory (128K) was a real turnoff. Still, I felt as if I had seen the future, and I vowed to get myself a Mac if they ever built a model with more RAM. Towards the end of the year Apple introduced the 512K "Fat Mac", and the company was doing a "Test Drive A Mac" promotion where you filled out loan paperwork, took a Mac home to use for about three days, and if you decided you wanted to keep it they processed the loan. Having the Mac at home really made me fall in love with it, so in December of 1984 I bought my first Mac. Being enthralled with the Mac, I started lugging it with me to work. By this point I was the supervisor of a group called "Special Projects", and my team was charged with a number of things: regulatory compliance, studies, project management, and now IT. Pretty quickly, my co-workers got began to turn into Mac fans, and I started tweaking the five year plan to buy fewer PCs and more Macs. I was also going to a lot of Mac User Group meetings in those days; that was the place to really try out software, as most everyone would bring boxes of floppies as well as the original disks for new applications they had purchased. Copying was rampant, but I don't remember anyone doing outright pirating; if you tried a program and liked it, you'd end up buying it. That was the case for me in 1985 when I tried out a copy of Aldus Pagemaker (the first "professional" page layout application) and then bought the application. At one point, I bragged to our financial manager that I could use the app to lay out our subsidiary's annual report at a much lower cost than sending it out to a traditional printshop; he called my bluff and for the next month I worked with the very buggy 1.0 software to create the report. In the end, I was successful and the finance department decided to get Macs for everyone. In a few more years, the engineering role ended for me and I was a full-time IT manager. Starting in 1987 and through 1994, I attended Macworld Expo in San Francisco. From about 1990 to 1994, I also went to the Apple WorldWide Developer Conference, which was held in San Jose at that point. These were the years of trying to get a new Mac OS off the ground, the intro of the Newton MessagePad, the MPW vs. CodeWarrior battles, and extremely boring keynotes by such luminaries as Michael Spindler and Gil Amelio. I also spent a lot of time using Pagemaker to create printed newsletters for WestGas and for a number of groups I was a member of. While that was a bit of work that I never really ended up getting paid for, it taught me a lot about design, layout, printing, and writing. From 1986 to 1994, I also ran a Mac bulletin board system known as MAGIC (Mac And [Apple II] GS Information Center). This started off on my original Mac 512, and by the time I quit running the BBS and moved to a website, it was a three-phone-line setup running on two networked Macs Including my favorite Mac of all time, a Mac IIcx. The BBS was the "official site" for the MacinTech Users Group, a MUG that's still going strong to this day. My first website was PDAntic.com, a play on John Sculley's acronym for the Newton – Personal Digital Assistant – and the fact that my wife often refers to me as being pedantic. I chose to run the site with news posts written in a reverse chronological order, which means that I was essentially doing blogging in 1994! I was doing some half-hearted development for the Newton at the time, and still have a working MessagePad 2100. 1995 was the start of a bad period for me personally – our pipeline company was swallowed back into our parent company, and then all of us who had any dealings in information technology were outsourced to IBM's ISSC services group (later IBM Global Services). While I won't go into details, it was the worst part of my career, with incompetent and occasionally unethical managers, a strategy that consisted of trying to do more and more work with fewer employees (with predictable bad results), and the most demoralized staff I've ever seen. I survived for nine years, after which I chose to go out on my own. At the beginning of my time with IBM our client (the company I worked for) had a total of over 1,200 Macs company-wide; by the time I left we were down to a handful in the corporate communications department. One of my first IBM projects in 1996 was to move all of the Mac users to Windows 95 –- I should have quit when I was ordered to do that. One bright spot during the years 1999 through 2006 was my participation in a number of Microsoft's Mobius conferences. These were meetings of those of us who ran mobile-oriented websites, with Microsoft showing off concepts and picking our brains for ideas about UI, built-in applications, and the direction of the mobile world. I also met a number of the top bloggers in the mobile space, including Ryan Block and Peter Rojas, who were both instrumental in starting up Engadget. Peter was one of the co-founders of Weblogs, Inc., the blog network that TUAW was a part of before being purchased by our current owner -- AOL. In 2005 I started my own consulting firm, Raven Solutions, to do Mac consulting and support. I became a member of the Apple Consultant Network (ACN), which helped my business to grow quite quickly. I also started writing books at about this time, creating a book called "Take Control of your iPod: Beyond the Music" that is still for sale from Adam and Tonya Engst's Take Control Books. One top moment about this time was seeing Steve Jobs introduce the iPhone at the 2007 Macworld Expo. That was something I'll never forget, and I have a Nitrozac painting of the event within my field of view in my office. In late 2007 I was on a weekend trip to Vegas with my wife when a friend pointed out that one of my favorite Apple sites –- TUAW –- was accepting applications for freelance writers. I turned in my requisite three sample articles, but didn't hear anything ... until April of 2008. I was on a business trip when I received a call from former TUAWite Scott McNulty, who wondered if I was still interested in being a TUAW blogger. He gave me a test that I remember quite well; I had one hour (sitting in an airport waiting for a flight) to write a news post about a new and completely hypothetical Apple product. I zapped it to him via email with time to spare and was offered the job. Since that time I've become a full-time employee of TUAW parent company AOL, I've met thousands of TUAW readers at Macworld/iWorld and other events, written a number of books (many with fellow TUAW blogger Erica Sadun), and published almost 1.8 million words of blog posts. I love sharing time with TUAW fans every Wednesday afternoon on TUAW TV Live, as well as delivering the daily Apple news on the Daily Update podcast. And when I get to join with my teammates for one of the Sunday night Talkcasts, that's like getting together with family. The only way to describe my life right now is as "blessed." I work with a great team of professionals doing what I love to do the most, writing about a company that has had such a huge effect on the course of my career and my life. I don't know how long this ride will last, but I sincerely hope it's for a long, long time.
Epson joins fitness market with world's lightest GPS watch
In the world of electronics, the size of a device directly relates to its ability to pull ahead of the competition -- especially when it comes to fitness-tracking gadgets. The latest and greatest in this field has emerged from the most unexpected of places, with Epson, a company known for its printers and projectors, releasing the world's lightest GPS watch. This timepiece, specifically designed for runners, reportedly offers more accurate readings and better battery life (up to 12 hours on one charge) than competing products from Garmin, with acute data on distance, speed and pace, all due to its newly-designed 13mm-thick module. If sweat is an issue, the water-resistant casing offers protection against a full submersion of up to 50 meters -- you can wipe your brow with a sigh of relief. Pricing and availability on the company's latest concept is still unknown, but you can let your eyes do the jogging as you peruse the press release just past the break.
Seiko Epson marks Boxing Day by announcing Nokia lawsuit settlement, 'extraordinary loss'
With Christmas behind us, it's time to get back to the real world. For Seiko Epson, that means some serious downer news. The company announced today that it has finally opted to settle with Nokia over antitrust lawsuits filed in the US and UK. The company will pay the Finnish handset maker a cool $80 million over the lawsuit, which stems from issues with LCD supply. That sum that will result in an "extraordinary loss" for Q3, according to Epson, though the company has opted not to adjust full-year earnings forecasts. Check Epson's press release after the break.
Panasonic, Xpand team up on M-3DI standard for active shutter glasses at home and in theaters
Last year's problem was a complete lack of standards on active shutter 3D glasses but now we might have too many, as Panasonic and Xpand have joined forces with several other companies to push M-3DI as a single spec for TVs, computers and theaters. Initial plans for the spec cover only IR sync, with the RF Bluetooth technology included on many 2011 3DTV models (Samsung and Sony are notably missing from the list of participants) to "be considered" for the next step. We'll wait to see some cooperation between this alignment (full list of supporters in the press release after the break) RealD and the CEA's 3D Technologies Working Group -- which, probably not coincidentally is expecting proposals by the end of this month -- before believing the current 3D glasses mess will be resolved.
iPad production may be slowed by touchscreen production woes
If you're an international customer who's waiting for an iPad, you're probably a bit anxious about the lack of a solid release date. The problem might not just be unprecedented demand for the iPad in the U.S., but also production issues with the 9.7" touchscreen displays. Andrew Rassweiler, an analyst with research firm iSuppli, told Bloomberg News that yields on the displays have been low. That problem is in turn causing a production bottleneck. The displays are made in South Korea by LG Display and Samsung Electronics, and also in Japan by Seiko Epson. The displays are similar to those used on the iPhone, but of course are much larger on the iPad. Scaling up the displays complicates the process of production. iPads won't be available internationally until sometime in May, and will then appear in the UK, Canada, France, Germany, Australia, Italy, Japan, Spain, and Switzerland. Apple is expected to announce pricing in those countries on May 10, 2010. [via Macworld UK]
Epson concocts world's first 4K HTPS panel, 4K 3LCD projectors closer to reality
Oh, the beauty of progress. Just a few months back, Epson seemed fairly content showing off an HTPS panel with a WUXGA (1,920 x 1,200) resolution, though today that very product just seems lackluster. Up until now, 4K x 2K projectors were reserved strictly for cinemas, businesses and consumers with a) more money than sense and b) room for a 200-pound beamer in their basement. The planet's first 4K-compatible high-temperature polysilicon (HTPS) TFT liquid crystal panel for 3LCD projectors measures just 1.64-inches and supports displays with resolutions as high as 4,096 x 2,160. Your guess is as good as ours as to when this stuff will actually hit the market in a functioning product, but yesterday is as good a day as any to start saving up. [Via Akihabara News]
Seiko Epson envisions large inkjet-printed OLED TVs, unicorns for all in 2012
As much as we'd like to put stock in Satoru Miyashita's forecast, we're still hesitant to believe that we're just two Consumer Electronic Shows away from seeing big-screen OLED TVs for sale. After Sony's polarizing XEL-1 hit the scene around two years ago, we've seen an anemic amount of action in the commercial OLED TV space. Sure, we've heard promise after promise, but we've still got no solid evidence that a large-screen set is anywhere near a Sam's Club shelf. In a recent interview with the general manager of Seiko Epson's Core Technology Development Center, OLED-Info managed to get this out of the exec: "We see 2012 as being the year that 37"+ OLED TVs will be launched by various makers, and 2015 as the year that sales will really take off for this market." He's referring to the year in which OEMs will begin to use its new inkjet-printing approach to making OLED TVs, which will hopefully allow for easier development of larger panels. 'Til then, we suppose we'll just have to be content with using the Zune HD as our primary television.
Seiko Epson's inkjet tech brings big-screen OLED TVs closer to reality
We know it's been burning on your mind everyday since December 6th, 2007: "What on Earth are those guys and gals over at Seiko Epson doing now that they've killed production of RPTVs?" At long last, we've located an answer. According to a prideful new release from the outfit, it has developed a new inkjet technology that will enable the "uniform deposition of organic material in the production of large-screen OLED TVs." For what seems like years now, manufacturers have teased us with 37-inch OLED HDTVs, but they've skirted around questions relating to "price" and "release." Now, the last remaining excuse seems to have been vaporized, so if we don't see a market-ready big-screen OLED at CES 2010... well, let's just say the knee-capping club is dying for a reason to reunite.[Via Akihabara News]
Seiko Epson's 500ppi 3D display for phones: how dense is dense enough?
Not that we're complaining, it's just that human eyes usually can't discern denser than 300ppi, and few interfaces are built to take advantage of... ah, who are we kidding? This is awesome. Seiko Epson has built a 2.57-inch 3D display for phones that runs at an astounding XGA resolution, and should be ready for commercial applications in two years. There's a special lenticular lens on top of the pixels to allow you to view images from multiple angles, which usually means a hit to the pixel density, but obviously this display can handle a bit of that.
Epson and E Ink partner on controller IC for e-paper displays
Epson and E Ink, two mainstays in the electronic paper realm, have pooled their resources in order to develop an all new display controller IC set to enable "faster navigation, multitasking and real-time pen / keyboard input." The S1D13521 chip is slated to be used in E Ink's Vizplex-enabled electronic paper displays (EPDs), and it'll also be making an appearance in said company's forthcoming AM300 Broadsheet prototype kit (pictured). In layman's terms, this device should speed up the user interface considerably, as it will enable the display to "perform up to 16 tasks in parallel and support smooth and responsive pen input devices for annotations and sketches." As for availability, we're seeing that samples ($18 apiece) should make their way out next month, while production quantities won't be able to scamper free until August.[Thanks, Jack]
Seiko Epson ceases production, sales of RPTVs
Not even a full month after Hitachi pulled the plug on its own RPTVs and started looking to sell off its CRT operations, Seiko Epson has come forward and announced that it too will discontinue the production and sales of its rear-projection televisions. Reportedly, the outfit will be refocusing efforts on front projectors, and judging by its installation at CEDIA, we can't say we're shocked to hear it. It should be noted that the firm will "continue its research and development activities for rear-projection models," and moreover, a company spokesman proclaimed that it wasn't totally withdrawing from the rear-projection TV "business" -- whatever that means. Another one bites the dust, we suppose.[Image courtesy of Astera]
Seiko Epson shows off UXGA e-paper display
Those fortunate enough to traverse the halls of Embedded Technology 2007 could've seen Seiko Epson's latest wonder up close and in person, but for the rest of us, we'll have to settle for the above picture and a drool-worthy description. The prototype e-paper terminal measures in at just 3-millimeters thick and weighs only 57-grams, and it's even equipped with a USB port. Furthermore, it features a 6.7-inch display with a luscious 1,600 x 1,200 resolution, but the unit on display could only handle grayscale imagery. Also of note, the entire unit was powered by a single button cell battery, which enabled the screen to be redrawn upwards of 1,400 times (at 0.7-seconds per redraw) before running out of juice. Details surrounding its eventual commercialization were pretty much par for the course, meaning your guess is as good as ours at this point. Two more snapshots after the jump.[Via Technabob]
Seiko Epson, Murata team up on contactless quick charger
Not even a week after startup WiPower boasted about its breakthrough in wireless power, Murata and Seiko Epson have announced plans to "jointly development a non-contact quick charging system." Reportedly, the technology "leverages electromagnetic induction," and both the charging stand and a given mobile device would be "respectively equipped with coils that generate power." As for the production, it sounds like Seiko Epson will hone in on the "transmitting side, or primary side," while Murata "will be involved in the production of the rechargeable Li-ion." The overriding goal is to recharge a handset "in about 10 to 15 minutes in a non-contact manner," which would purportedly push power transmission efficiency from current levels of 30- to 50-percent to nearly 70-percent. Oh, and we've already been assured that these "will not generate heat."
Epson wins ink ruling; ITC recommends banning third-party imports
While we're still not sure whether refilling those empty ink cartridges is indeed a criminal act (or a waste of money), Epson has taken one more step towards forcing the average consumer to purchase name-brand carts at sky-high prices. Of course, Epson would have you believe that it's simply protecting its patents, but in a recent preliminary ruling that deemed some 24 suppliers that "import and sell Epson-compatible cartridges" as in the wrong, it could spell higher prices and less choices for consumers with Epson printers. Nevertheless, if the final ruling (set for July 30th) follows the same path as this one, a "general exclusion order on the cartridges" would be enforced, barring any future imports of the presumably lower-cost alternatives into the States. It looks we're almost down to two choices when it comes to printing: break the law, or break the bank?[Via TGDaily]
Epson's 7.1-inch, QXGA e-paper
Seiko Epson, consistently at the forefront of new flexible display technology, has once again announced a breakthrough in plastic-substrate-based electronic paper manufacturing. Using its proprietary SUFTLA (surface-free technology by laser annealing) technique, combined with electrophoretic technology from US-based E-Ink, the company has managed to produce a 0.47-millimeter-thick, A6-size (7.1-inch) sheet of e-paper that sports an impressive 2,048 x 1,536 pixels (QXGA) and a maximum drive voltage of six volts. The new display, which also features a 10:1 contrast ratio and almost border-less design, was announced at the Society for Information Display's (SID) recent international symposium in San Francisco.[Via Akihabara News]
