Yeah baby, If you’re gonna telecine your Super 8 summer trip reels, why not do it using the RED Digital Cinema Camera at glorious (or is it gruesome) 4K. All those scratches and nicks blown up to 4K….Yummm. Well I guess film restorers will be back in business. The rig is a prototype made by Movie Stuff Workprinter XP specifically for the RED camera. The Workprinter’s “trigger out” interfaces directly to the Red’s GPI input to trigger capture in stop motion mode up to 30 frames per second in the Red’s 4K mode). I wonder if they’re gonna do a 16mm version of this rig as well. Now that would be a cheap 16mm telecine .

And that’s exactly what it does. A fantastic new product from evernote that offers you the opportunity to offload your brain of all those ideas/clippings/musings. Basically this thing is the kitchen sink of organizers….and it does OCR to boot.

So head over to evernote.com and sign up for an invite, download whatever method of interface you want/need (webbased/OSX/Windows) and start clipping and organizing your life/brain. One of coolest thing about evernote is that you can feed the elephant anything (sound/image/text) and it will make it searchable. In the case of an image for example, you can shoot your buddies business card using your cellphone, send it to your evernote account and it will automagically OCR the card content and make it searchable. Same with handwritten notes, memos, doodles, stickies. All this works in Windows/OSX and on the Web……very nice.

Now if they could add a bit of RSS import/export goodness to it, I think it would make the perfect central hub application for all your social interfaces (blog/twit/flick/wiki/etc….).

As some of you might know I’ve been setting up my OTA (Over The Air) HDTV gear for the past couple of months and learning all about Antenna design, gain, amplification, directionality and such…..Lots of fun/confusing stuff. Well today I came across this article on digitalhome.ca that describes how a bunch of guys got together and using digital modeling improved the original Gray-Hoverman Antenna design. And if that wasn’t enough, they’ve released their design completely under GPL……Bravo. They’ve truly built the Super Antenna and in true spirit of engineering have shared their results/designs. So go grab some coat hangers, set aside 30 minutes of your life and get off the bandwagon and save some money by grabing your HD over the air for FREE….Like it’s supposed to be.

Well if you frequently need storage in a flash or don’t want to spend the money on multiple HD enclosures, the HD Rack Super Combo might be the solution. HD Rack Super Combo provides you with just about every external connection you can think of (USB 2.0 mini, Firewire 400, Firewire 800 and E-Sata). On the disk side it accepts 2.5″ and 3.5″ SATA HDD’s. This is perfect for people who just want to have a docking station and plugin bare drives in and out all the time.

iCinema has teamed up with Projectiondesign to create the first AVIE (Advanced Visualization and Interaction Environment). AVIE is the first horizontal panoramic streoscopic projection environment. The system uses a cylindrical screen measuring 35 feet in diameter and 13 feet in height. Seven PC’s and twleve F1+ projectors complete the system. Infrared camera’s allow the audience to interact with the projection environment. More info here.

Canon is using Iris watermarking to take photographer’s copyright protection to the next level. A new Canon patent application (Pub. No.: US 2008/0025574 A1) reveals the next step in digital watermarking – Iris Registration. The process is as follows:

1. Turn the Mode dial to “REG”
2. Choose between “REG 1″ through “REG 5″ (for up to 5 registered users)
3. Put eye to viewfinder
4. Look at display of center distance measurement point
5. Press the shutter button
6. Iris image captured
7. Shoot

Original and more details via Photography Bay.

If you like to see some of the most prolific Engineers and Scientists of our time talk about how we got to where we are in computers, head over to the Computer History Museum Channel on You Tube. Oh, and if you’re ever in Northern California somewhere, take a side trip to Mountain View and visit the Museum in person, I did.

Came across a pretty good write up on OpenMoko  project and Neo1973 opensource Cell phone over at wired. It sounds like the Hardware is pretty good (well aside from the promised bits that are still coming), the software though seems to have some problems. The author seems to think the partially open source Qtopia software is much nicer. We’d covered this device before and think that once it matures a bit more it could give others a run for their money.

I came across FotoFlexer a couple of months ago and I thought I would do a write-up at some point. Now with the addition of advanced morphing tools and image carving, I think I have to. If you haven’t heard of FotoFlexer go to their site and signup for an account. Trust me you’ll be sorry you didn’t. Their editing application is way up there in terms of advanced functionality and they integrate with pretty much any photo/social site (Facebook, myspace, photobucket, flickr, picassa, yahoo photo and even your own website). Below you’ll find some of the tools available to you when you login:

Have a look at their demo page first if you want to get an idea of the functionality. Below is a nice video tutorial on image carving, which we had covered earlier.

Hallelujah, Intel has finally milked us enough, that they are now ready to give us Quickpath. Woohoo. Fresh squeeze from IDF, the Inquirer reports that intel has started handing out details about it’s upcoming Nehalem family of processors and QPI (Quickpath Interconnect). This is of course a reaction to AMD’s announcement and implementation of HT (Hypertransport) v3. All this might sound brand new to you and you might be thinking wow, aren’t these guys cool…..Well, NO….QPI and HT are the Alpha EV7 architecture bus, rebranded.

You see there used to be a company called DEC (Digital Equipment Coorporation) who’s brilliant engineers designed this processor called Alpha 21364 (aka. EV7) and the associated bus structure wayyyy back in 1998/1999. Sometime after, a group of idiots (most likely accountants) decided that the company should merge with the Compaq computers , who themselves were sold to HP later. So to all you “original” DEC engineers…..we salute you. It’s just too bad that it took 10 years for your visions to become mainstream.

You can find out more info about these heroic nerds and their company on wikipedia.

So this is just a short tutorial, so I don’t have to repeat this to every person who asks about the difference between T and E circuits. Here is the whole thing (more or less), (hopefully) once and for all.

It all starts with the Nyquist’s Theorem and Pulse Code Modulation. PCM is the way telephones digitize audio (your voice). Nyquist’s Theorem (named after Harry Nyquist) says that “When sampling a signal, the sampling frequency must be greater than twice the bandwidth of the input signal in order to be able to reconstruct the original perfectly from the sampled version”. Another way of putting this is that to accuretly encode an analog signal (your voice) you have to sample it twice as often as the total bandwidth you wish to reproduce (your voice on the other side).

Now the phone system carries frequencies between 300-4000 Hz, so according to Nyquist, a sampling of 8000 samples per second will be enough to reproduce any frequency within the bandwidth of an analog phone.

Now fast forward past a bunch of engineering mombo-jumbo (keeping the 8000 samples/sec in mind) and we get to DS-0, the magic designation of the foundation of digital communications. You see the standard way of to digitize a phone call is to record (transmit) an 8-bit sample 8000 times/sec. This PCM encoded stream requires a bandwidth of 64,000 bps. This 64-kbps channel is known as DS-0 and is the foundation of all digital telecommunication circuits.

So now that we have our base unit (DS-0) lets look at one level higher, the T-carrier circuits. You’ve probably heard of a T-1 line, right? Well a T-1 line is actually 24 DS-0 lines multiplexed into a 1.54 Mbps line. The proper definition of a T-1 line is actually DS-1. Now for your trivia question…..what’s a E-1? Well it’s similar in concept to a T-1 except the Europeans actually used 32 DS-0s to define E-1 (rather than 24 like in North America). BTW the really confusing part is that an E-1 — despite having 32 channels rather than 24 — is also called DS-1…..go figure.
Usually T-3 is the max and it’s pretty uncommon to find higher T-carrier circuits (ie: T-4, 5′s). That’s where Optical Carriers (aka OC) come in. The SONET (Synchronous Optical Networks) were developed to push the T-carrier systems to the next level (ie: Fiber). SONETs are based on the bandwidth of a T-3 line (44.736). Actually the are exactly 51.84 Mbps, the difference being attributed to overhead. This is what they call OC-1 or STS-1 which is the basic unit of measure here.
So now you know all there is to know about the telecomm buzzwords, but please keep in mind that the industry is changing and as we speak Dense Wave Division Multiplexing (DWDM) schemes are jepourdising the future of the above technologies (anyone remember ATM?)

Now I haven’t tried it myself (yet), so maybe the title should read “Jott (should) rock, if it works as advertised!!!”, but that just wasn’t cool. You all know that you can send email to certain blogging services and services like twitter (you can also txt twitter) with new content and/or comments. But can you type as fast as you talk? I bet not:

Jott capitalizes on that efficiency and allows you to quickly blog, Tweet or get a “Zestimate™” from wherever you are. You have more time to get on with whatever you were doing in the first place.

With Jott Links, users can now call Jott and leave voice-to-text messages on the following services:

* WordPress (both .com and on local installs)
* Twitter
* Jaiku
* TypePad
* Zillow
* LiveJournal
* Blogger
* 30 Boxes
* Yahoo Groups

It’s simple, Call 1-866-JOTT-123, say the name of your link (ie: “Twitter”), after the beep, say your message and hang up. Very cool.

You can also Jott yourself, in which case you will receive a Email reminder with text version of your voice message. You can also Jott messages to other peoples email or to a group of people (ie: next time you’re late for a meeting, just phone jott, speak your message and send it to the group…done).

Take this with a grain of salt (maybe a rather large grain), but this soon to be released product (September 25th) might be a goodway to introduce kids (and adults) to green screen concepts for cheap. It even comes with a “Tripod”….Ooooohhhhh……Triipoooddd

So today I had a choice to make. You see I had to draw a small diagram and needed a editor. Now I know visio is the end-all-be-all of editors, but I needed something fast and simple. Oh and I really didn’t want to go down to the office to pick up the install disks for visio (on vacation). That’s where web2.0 came to rescue again. After a short google search I found two online services that allow you to edit/share Diagrams right in your browser:

Gliffy Online: Gliffy allows you to create many types of diagrams such as Flowcharts, UI wireframes, Floor plans, Network diagrams, UML diagrams, or any other simple drawing or diagram. Gliffy Online brings you a familiar desktop application feel in a web browser. Features such as copy,paste and undo are all a part of this advanced web application.

Gliffy Online has two ways to make document sharing simple. Collaboration enables others to see and edit your work by simply entering their email address. Publishing creates a read-only, or public, image of your diagram that you can easily embed in a wiki, blog, or other type of web software.

Best4c: Best4c(Best for chart) is a Web-based, online diagram tool that allows you to create, edit and share charts anytime, anywhere. It allows you to create many types of diagrams such as Flowcharts, Floor plans, Network diagrams, or any other simple drawing or diagram.

I’ll leave it to you to decide, for me personally Gliffy is more polished and has a better feel. Try them both (they are free) and let us know.

This is just such a gem I couldn’t help, but put it up. Head over to Briel Computers and have a look. Fully functional Apple I, KIM-1 and Altair PC cases. Man this just took me back in time.

Note that Replica I is actually an “upgraded” APPLE I. Their version has USB and serial and can be used with PC keyboard and power supplies. The Micro-KIM is exactly the same as the original KIM-1, but at quarter the size.

Stumbled across this earlier today and did not get a chance to make a note of it. From the overview portion of the page:

“The Eyebeam OpenLab is a home for artists, engineers and hackers pioneering open source creativity. The first initiative of its kind, the lab is focused entirely on incubating experimental technologies and media that directly enrich the public domain.”

Sounds like my kinda place. Now you might be asking why it’s mentioned here…..well it’s N.E.R.D. content and since I’m working with a group of people at my Uni on a very similar Lab, atleast in concept, I thought it deserved a mention.

Their Facilities section describes the environment as:

“The OpenLab at Eyebeam includes a mezzanine with an extended whiteboard and projector for informal meetings; a Lab space for electronics production, software and hardware hacking and rapid prototyping with technologies such as a laser cutter and 3D printer; the Prototyping Gallery, a semi-public space adjacent to the lab allowing for ad-hoc installations and project demos where the public can view the latest developments and artists and engineers can receive feedback on prototypes; and raw studio space where artists in residence create projects and access all of the opportunities and expertise within the OpenLab, Production and Education Studios.”

Sounds like a very cool place to Hack/Create/Invent. BTW, some of their earlier projects include — for those who remember — Wifi Liberator and Laser Tag/Mobile Broadcast Unit.

Wow, very cool page that contains basically every graphics chipset specs known to man. Definetly worth bookmarking and visiting when you just have to find that chipset detail you’re looking for. Nice work . If you browse to the top level you’ll find even more detailed tables of everything from processor charts to socket charts to chipset charts……

Yeah, I like history, and I think you can learn a thing or two from it. In this case we’re talking about google (and I guess all search engines before and after). Just have a look at this ad for the “Answer Machine” from 1964. Published in Childcraft Vol. 6: How things change by Field Enterprises Educational Corporation. Are you having a “Wow, who would have predicted that” moment…?

(Credit: Web Owls)

Yeah, you heard right, I’m gonna show you how the mouse pointer on your computer really works. To do this we have to zoom in a portion of the screen. When you move to the next page, move the mouse to the centre of your screen and have a look. Also try clicking your mouse button. Now you know the secret…You are a true NERD