Archive for August 2010

Announcing The New DiskGO Secure GUARDIAN (PC/Mac) Flash Drive

We are excited to announce that we have released our new DiskGO Secure Guardian Flash Drive that is fully cross-compatible between PC and Mac computers!

  • Fully cross-compatible between PC and Mac computers
  • Exceeds government standard encryption security by utilizing 256-bit AES hardware encryption
  • Complex passwords required for added security.  Data is erased after eight failed password attempts.
  • Hi-speed flash ensures fast transfer rates
  • Anodized aluminum housing withstands rough treatment, water, dirt, and sand
  • Mandatory data encryption ensures safe and secure files
  • Includes option to display return contact information if misplaced
  • Simple, easy-to-use interface

 

Product Specs:

Capacity* 2GB / 4GB / 8GB / 16GB
Dimensions 3.1″ x 0.8″ x 0.5″
Weight 0.4 oz
Read / Write Speed 27MB/s (read) 14MB/s (write)
ReadyBoost Enhanced for ReadyBoost
Operating Temperature 32°F – 158°F
Storage Temperature -40°F – 176°F
Flash Type MLC
Voltage 4.5V – 5.5V
Encryption Level 256-bit AES hardware encryption
Compatibility Windows XP and higher / Mac OS X 10.4 and higher
Connectivity USB 2.0**
File System FAT32
Warranty Limited lifetime
Support Toll-free tech support
What’s in the box DiskGO Secure GUARDIAN® and key ring

* Some capacity used for formatting and not available for storage

** Also works with USB 3.0 computers and other host devices


Click Here To learn more about our new DiskGO Secure Guardian Flash Drive or comment below!

Ask A Designer: James Barry

Who or what influenced you to get into design field?
I grew up skateboarding and making skateboard videos, and I was always influenced by board graphics, magazines and skate videos.  I started with making some basic titles and packaging and then progressed into more motion graphics and design work.

I’ve always been a big fan of Micheal Leon ( http://michaelleonstudio.com/web/ ), Evan Hecox (http://www.evanhecox.com/) , Joe Castrucci ( http://www.habitatskateboards.com/ ) & Matt Irving’s ( http://www.delphicollective.com/ &  http://juicedesign.com/ ) stuff.

I went to school for a bit where I got a good foundation in web design and development and I’ve been doing the web thing ever since.  I had to work hard at it for a couple of years after school, learning everything I could get my hands on before I was up to the industry par.

Where do you get your creative inspiration from?

It sounds cliche, but I can get inspired by almost anything that has been hand crafted and has a mastered aesthetic and design sense to it.
What tools of the trade you use to make your life as a designer easier?

I’m on the computer way too much.  Lots of Adobe products. My digital camera and video camera as well.  Occasionally I’ll reacquaint my pen with some paper.

What is your next planned software or hardware purchase?

Macbook Pro.  I need to get mobile!  Currently I’m stuck with an old G5 tower that has decided it’s fed up with all the abuse.

What do you see as the next evolution in design in terms of trends?

I work heavily in web design these days, and the next trend I’m expecting is the magazine layout styled sites – sort of along the lines as what Jason Santa Maria preaches.  ( http://jasonsantamaria.com/ )  Mobile is rapidly overtaking the internet right now as well, so it’ll be interesting to see how people deal with it.  I’m expecting that we’ll see a lot of great innovative stuff, as well as a lot of terrible stuff as well.

Could you share a favorite recent web or graphic design project you worked on and tell us a little bit about it?

I’m working on some super secret personal projects right now that should turn out ok…  once I get around to it.  I’m spending a lot of time exploring and learning about mobile lately.

What are you favorite websites or blogs that you frequent?

I’m all over the place – I can never keep up to date with my RSS reader.  I don’t like to restrict myself to specific design sites, because I know that’s what a lot of other people will be doing and I’ll inevitably create work that’s boring and ordinary.  I do however have a lot of respect for Luke Wroblewski, ( http://www.lukew.com/ )  who has emerged as a bit of an authoritative voice on all things mobile + design.  Go explore his site, it’s packed full of brilliant information.

Any advice or tips for someone wanting to become a designer or to improve their quality of design?

School can only teach you so much.  Don’t rely on it exclusively.  Most of the valuable things you will learn in this industry will come from trying things on your own.  Learn to code properly.  Learn something new.  Stay current.

Although my website is old and out of date, I’d love to have a link to it: www.jamesbarry.ca


New computer models for the week of 08/27/2010

Released this week, 100% compatible memory upgrades for the following systems

Apple Power Macintosh G4 G4 466MHz

  • Speed of RAM: PC-133
  • Fixed RAM: 0MB
  • Standard RAM: 64MB
  • Maximum RAM: 1.5GB
  • # of Banks: 3
  • # of Sockets: 3
  • Chipset: N/A

Apple Power Macintosh G4 G4 533MHz

  • Speed of RAM: PC-133
  • Fixed RAM: 0MB
  • Standard RAM: 128MB
  • Maximum RAM: 1.5GB
  • # of Banks: 3
  • # of Sockets: 3
  • Chipset: N/A

Apple Power Macintosh G4 G4 733MHz (M7681LL/A) Digital Audio

  • Speed of RAM: PC-133
  • Fixed RAM: 0MB
  • Standard RAM: 128MB
  • Maximum RAM: 1.5GB
  • # of Banks: 3
  • # of Sockets: 3
  • Chipset: N/A

Apple Power Macintosh G4 G4 733MHz (M8451LL/A) Digital Audio

  • Speed of RAM: PC-133
  • Fixed RAM: 0MB
  • Standard RAM: 128MB
  • Maximum RAM: 1.5GB
  • # of Banks: 3
  • # of Sockets: 3
  • Chipset: N/A

Apple Power Macintosh G4 G4 800MHz (M8705LL/A) Quicksilver 2002

  • Speed of RAM: PC-133
  • Fixed RAM: 0MB
  • Standard RAM: 256MB
  • Maximum RAM: 1.5GB
  • # of Banks: 3
  • # of Sockets: 3
  • Chipset:

Apple Power Macintosh G4 G4 933MHz (M8666LL/A) Quicksilver 2002

  • Speed of RAM: PC-133
  • Fixed RAM: 0MB
  • Standard RAM: 256MB
  • Maximum RAM: 1.5GB
  • # of Banks: 3
  • # of Sockets: 3
  • Chipset:

Apple Power Macintosh G4 G4 Dual Processor 1GHz (Quicksilver 2 PC133 SDRAM)

  • Speed of RAM: PC-133
  • Fixed RAM: 0MB
  • Standard RAM: 512MB
  • Maximum RAM: 1.5GB
  • # of Banks: 3
  • # of Sockets: 3
  • Chipset:

Asus Asus Eee Box Eee Box EB1012

  • Speed of RAM: PC2-6400
  • Fixed RAM: 0MB
  • Standard RAM: 2GB (2x1GB)
  • Maximum RAM: 4GB
  • # of Banks: 1
  • # of Sockets: 2
  • Chipset: Nvidia ION

Asus Asus Eee Box Eee Box EB1012P

  • Speed of RAM: PC2-6400
  • Fixed RAM: 0MB
  • Standard RAM: 2GB (2x1GB)
  • Maximum RAM: 4GB
  • # of Banks: 1
  • # of Sockets: 2
  • Chipset: Nvidia ION

Asus Asus Eee Box Eee Box EB1012U

  • Speed of RAM: PC2-6400
  • Fixed RAM: 0MB
  • Standard RAM: 2GB (2x1GB)
  • Maximum RAM: 4GB
  • # of Banks: 1
  • # of Sockets: 2
  • Chipset: Nvidia ION

Asus Asus Eee Box Eee Box EB1501

  • Speed of RAM: PC2-6400
  • Fixed RAM: 0MB
  • Standard RAM: 2GB (2x1GB)
  • Maximum RAM: 4GB
  • # of Banks: 1
  • # of Sockets: 2
  • Chipset: Nvidia ION

Asus Asus Eee Top PC EeeTop PC ET2010AG

  • Speed of RAM: PC3-8500
  • Fixed RAM: 0MB
  • Standard RAM: 2GB
  • Maximum RAM: 8GB
  • # of Banks: 2
  • # of Sockets: 2
  • Chipset: AMD Neo X2

Asus Asus Eee Top PC EeeTop PC ET2010AGT

  • Speed of RAM: PC3-8500
  • Fixed RAM: 0MB
  • Standard RAM: 2GB
  • Maximum RAM: 8GB
  • # of Banks: 2
  • # of Sockets: 2
  • Chipset: AMD Neo X2

Asus Asus Eee Top PC EeeTop PC ET2010P

  • Speed of RAM: PC2-6400
  • Fixed RAM: 0MB
  • Standard RAM: 512MB or 1GB
  • Maximum RAM: 4GB
  • # of Banks: 2
  • # of Sockets: 2
  • Chipset: Nvidia ION

Asus Asus Eee Top PC EeeTop PC ET2010PN

  • Speed of RAM: PC2-6400
  • Fixed RAM: 0MB
  • Standard RAM: 512MB or 1GB
  • Maximum RAM: 4GB
  • # of Banks: 2
  • # of Sockets: 2
  • Chipset: Nvidia ION

Asus Asus Eee Top PC EeeTop PC ET2010PNT

  • Speed of RAM: PC2-6400
  • Fixed RAM: 0MB
  • Standard RAM: 512MB or 1GB
  • Maximum RAM: 4GB
  • # of Banks: 2
  • # of Sockets: 2
  • Chipset: Nvidia ION

Asus Asus Eee Top PC EeeTop PC ETP1602C

  • Speed of RAM: PC2-6400
  • Fixed RAM: 0MB
  • Standard RAM: 512MB or 1GB
  • Maximum RAM: 2GB
  • # of Banks: 1
  • # of Sockets: 1
  • Chipset: Intel 945GSE

Canon PowerShot SD1300 IS

  • Speed of RAM: N/A
  • Fixed RAM: N/A
  • Standard RAM: N/A
  • Maximum RAM: N/A
  • # of Banks: 1
  • # of Sockets: 1
  • Chipset: N/A

Cisco Cisco Network Routers 1751

  • Speed of RAM: N/A
  • Fixed RAM: 64MB
  • Standard RAM: 64MB
  • Maximum RAM: 128MB
  • # of Banks: 1
  • # of Sockets: 1
  • Chipset:

Dell Precision Workstation M4400

  • Speed of RAM: PC2-6400
  • Fixed RAM: 0MB
  • Standard RAM: 1GB or 2GB
  • Maximum RAM: 8GB
  • # of Banks: 2
  • # of Sockets: 2
  • Chipset: N/A

HP Compaq HP Compaq Business Desktop Pro 3130 Business PC (Microtower)

  • Speed of RAM: PC3-10600
  • Fixed RAM: 0MB
  • Standard RAM: 512MB/1GB/2GB
  • Maximum RAM: 16GB
  • # of Banks: 4
  • # of Sockets: 4
  • Chipset: Intel H57

HP Compaq HP Compaq Business Desktop Pro 3130 Business PC (SFF)

  • Speed of RAM: PC3-10600
  • Fixed RAM: 0MB
  • Standard RAM: 512MB/1GB/2GB
  • Maximum RAM: 16GB
  • # of Banks: 4
  • # of Sockets: 4
  • Chipset: Intel H57

Lenovo Lenovo Thinkcentre A70 SFF (7844-xxx)

  • Speed of RAM: PC3-8500
  • Fixed RAM: 0MB
  • Standard RAM: 1GB or 2GB
  • Maximum RAM: 4GB
  • # of Banks: 2
  • # of Sockets: 2
  • Chipset: Intel G41

Lenovo Lenovo Thinkcentre A70 Tower (7099-xxx)

  • Speed of RAM: PC3-8500
  • Fixed RAM: 0MB
  • Standard RAM: 1GB/2GB/3GB/4GB
  • Maximum RAM: 4GB
  • # of Banks: 2
  • # of Sockets: 2
  • Chipset: Intel G41

Sony Vaio VPCEA21FX/BI

  • Speed of RAM: PC3-8500
  • Fixed RAM: 0MB
  • Standard RAM: 4GB (2x2GB)
  • Maximum RAM: 8GB
  • # of Banks: 2
  • # of Sockets: 2
  • Chipset: Intel Core i3 HM55

Sony Vaio VPCEA21FX/WI

  • Speed of RAM: PC3-8500
  • Fixed RAM: 0MB
  • Standard RAM: 4GB (2x2GB)
  • Maximum RAM: 8GB
  • # of Banks: 2
  • # of Sockets: 2
  • Chipset: Intel Core i3 HM55

Sony Vaio VPCEA22FX/L

  • Speed of RAM: PC3-8500
  • Fixed RAM: 0MB
  • Standard RAM: 4GB (2x2GB)
  • Maximum RAM: 8GB
  • # of Banks: 2
  • # of Sockets: 2
  • Chipset: Intel Core i3 HM55

Sony Vaio VPCEA22FX/P

  • Speed of RAM: PC3-8500
  • Fixed RAM: 0MB
  • Standard RAM: 4GB (2x2GB)
  • Maximum RAM: 8GB
  • # of Banks: 2
  • # of Sockets: 2
  • Chipset: Intel Core i3 HM55

Sony Vaio VPCEA22FX/W

  • Speed of RAM: PC3-8500
  • Fixed RAM: 0MB
  • Standard RAM: 4GB (2x2GB)
  • Maximum RAM: 8GB
  • # of Banks: 2
  • # of Sockets: 2
  • Chipset: Intel Core i3 HM55

Sony Vaio VPCEA25FX/BI

  • Speed of RAM: PC3-8500
  • Fixed RAM: 0MB
  • Standard RAM: 4GB (2x2GB)
  • Maximum RAM: 8GB
  • # of Banks: 2
  • # of Sockets: 2
  • Chipset: Intel Core i3 HM55

Sony Vaio VPCEA2FFX/B

  • Speed of RAM: PC3-8500
  • Fixed RAM: 0MB
  • Standard RAM: 4GB (2x2GB)
  • Maximum RAM: 8GB
  • # of Banks: 2
  • # of Sockets: 2
  • Chipset: Intel Core i3 HM55

Sony Vaio VPCEA2GFX/B

  • Speed of RAM: PC3-8500
  • Fixed RAM: 0MB
  • Standard RAM: 4GB (2x2GB)
  • Maximum RAM: 8GB
  • # of Banks: 2
  • # of Sockets: 2
  • Chipset: Intel Core i5 HM55

Sony Vaio VPCEA2HFX/B

  • Speed of RAM: PC3-8500
  • Fixed RAM: 0MB
  • Standard RAM: 4GB (2x2GB)
  • Maximum RAM: 8GB
  • # of Banks: 2
  • # of Sockets: 2
  • Chipset: Intel Core i5 HM55

Sony Vaio VPCEA2KGX/B

  • Speed of RAM: PC3-8500
  • Fixed RAM: 0MB
  • Standard RAM: 3GB (2GB+1GB)
  • Maximum RAM: 8GB
  • # of Banks: 2
  • # of Sockets: 2
  • Chipset: Intel Core i3 HM55

Sony Vaio VPCEA2LGX/BI

  • Speed of RAM: PC3-8500
  • Fixed RAM: 0MB
  • Standard RAM: 4GB (2x2GB)
  • Maximum RAM: 8GB
  • # of Banks: 2
  • # of Sockets: 2
  • Chipset: Intel Core i3 HM55

Sony Vaio VPCEA2MGX/BI

  • Speed of RAM: PC3-8500
  • Fixed RAM: 0MB
  • Standard RAM: 4GB (2x2GB)
  • Maximum RAM: 8GB
  • # of Banks: 2
  • # of Sockets: 2
  • Chipset: Intel Core i5 HM55

Sony Vaio VPCEA2PGX/BI

  • Speed of RAM: PC3-8500
  • Fixed RAM: 0MB
  • Standard RAM: 6GB (1x4GB + 1x2GB)
  • Maximum RAM: 8GB
  • # of Banks: 2
  • # of Sockets: 2
  • Chipset: Intel Core i5 HM55

Sony Vaio VPCEA2QGX/BI

  • Speed of RAM: PC3-8500
  • Fixed RAM: 0MB
  • Standard RAM: 6GB (1x4GB + 1x2GB)
  • Maximum RAM: 8GB
  • # of Banks: 2
  • # of Sockets: 2
  • Chipset: Intel Core i5 HM55

Sony Vaio VPCEA2SGX/BI

  • Speed of RAM: PC3-8500
  • Fixed RAM: 0MB
  • Standard RAM: 4GB (2x2GB)
  • Maximum RAM: 8GB
  • # of Banks: 2
  • # of Sockets: 2
  • Chipset: Intel Core i3 HM55

Sony Vaio VPCEA2TGX/BI

  • Speed of RAM: PC3-8500
  • Fixed RAM: 0MB
  • Standard RAM: 4GB (2x2GB)
  • Maximum RAM: 8GB
  • # of Banks: 2
  • # of Sockets: 2
  • Chipset: Intel Core i5 HM55

Sony Vaio VPCEB23FX/BI

  • Speed of RAM: PC3-8500
  • Fixed RAM: 0MB
  • Standard RAM: 4GB (2x2GB)
  • Maximum RAM: 8GB
  • # of Banks: 2
  • # of Sockets: 2
  • Chipset: Intel Core i3 HM55

Sony Vaio VPCEB23FX/T

  • Speed of RAM: PC3-8500
  • Fixed RAM: 0MB
  • Standard RAM: 4GB (2x2GB)
  • Maximum RAM: 8GB
  • # of Banks: 2
  • # of Sockets: 2
  • Chipset: Intel Core i3 HM55

Sony Vaio VPCEB23FX/WI

  • Speed of RAM: PC3-8500
  • Fixed RAM: 0MB
  • Standard RAM: 4GB (2x2GB)
  • Maximum RAM: 8GB
  • # of Banks: 2
  • # of Sockets: 2
  • Chipset: Intel Core i3 HM55

Sony Vaio VPCEB24FX/BI

  • Speed of RAM: PC3-8500
  • Fixed RAM: 0MB
  • Standard RAM: 4GB (2x2GB)
  • Maximum RAM: 8GB
  • # of Banks: 2
  • # of Sockets: 2
  • Chipset: Intel Core i3 HM55

Sony Vaio VPCEB24FX/WI

  • Speed of RAM: PC3-8500
  • Fixed RAM: 0MB
  • Standard RAM: 4GB (2x2GB)
  • Maximum RAM: 8GB
  • # of Banks: 2
  • # of Sockets: 2
  • Chipset: Intel Core i3 HM55

Sony Vaio VPCEB25FX/BI

  • Speed of RAM: PC3-8500
  • Fixed RAM: 0MB
  • Standard RAM: 4GB (2x2GB)
  • Maximum RAM: 8GB
  • # of Banks: 2
  • # of Sockets: 2
  • Chipset: Intel Core i3 HM55

Sony Vaio VPCEB2FFX/B

  • Speed of RAM: PC3-8500
  • Fixed RAM: 0MB
  • Standard RAM: 4GB (2x2GB)
  • Maximum RAM: 8GB
  • # of Banks: 2
  • # of Sockets: 2
  • Chipset: Intel Core i5 HM55

Sony Vaio VPCEB2HFX/B

  • Speed of RAM: PC3-8500
  • Fixed RAM: 0MB
  • Standard RAM: 4GB
  • Maximum RAM: 8GB
  • # of Banks: 2
  • # of Sockets: 2
  • Chipset: Intel Core i5 HM55

Sony Vaio VPCEB2KGX/B

  • Speed of RAM: PC3-8500
  • Fixed RAM: 0MB
  • Standard RAM: 3GB (2GB+1GB)
  • Maximum RAM: 8GB
  • # of Banks: 2
  • # of Sockets: 2
  • Chipset: Intel Core i3 HM55

Sony Vaio VPCEB2MGX/BI

  • Speed of RAM: PC3-8500
  • Fixed RAM: 0MB
  • Standard RAM: 4GB (2x2GB)
  • Maximum RAM: 8GB
  • # of Banks: 2
  • # of Sockets: 2
  • Chipset: Intel Core i5 HM55

Sony Vaio VPCEB2MGX/BI

  • Speed of RAM: PC3-8500
  • Fixed RAM: 0MB
  • Standard RAM: 4GB (2x2GB)
  • Maximum RAM: 8GB
  • # of Banks: 2
  • # of Sockets: 2
  • Chipset: Intel Core i5 HM55

Sony Vaio VPCEC22FX/BI

  • Speed of RAM: PC3-8500
  • Fixed RAM: 0MB
  • Standard RAM: 4GB (2x2GB)
  • Maximum RAM: 8GB
  • # of Banks: 2
  • # of Sockets: 2
  • Chipset: Intel Core i3 HM55

Sony Vaio VPCEC25FX/BI

  • Speed of RAM: PC3-8500
  • Fixed RAM: 0MB
  • Standard RAM: 4GB (2x2GB)
  • Maximum RAM: 8GB
  • # of Banks: 2
  • # of Sockets: 2
  • Chipset: Intel Core i3 HM55

Sony Vaio VPCY216FX/P

  • Speed of RAM: PC3-8500
  • Fixed RAM: 0MB
  • Standard RAM: 4GB (2x2GB)
  • Maximum RAM: 8GB
  • # of Banks: 2
  • # of Sockets: 2
  • Chipset: Intel Core i3

Sony Vaio VPCY216FX/S

  • Speed of RAM: PC3-8500
  • Fixed RAM: 0MB
  • Standard RAM: 4GB (2x2GB)
  • Maximum RAM: 8GB
  • # of Banks: 2
  • # of Sockets: 2
  • Chipset: Intel Core i3

Sony Vaio VPCY216FX/V

  • Speed of RAM: PC3-8500
  • Fixed RAM: 0MB
  • Standard RAM: 4GB (2x2GB)
  • Maximum RAM: 8GB
  • # of Banks: 2
  • # of Sockets: 2
  • Chipset: Intel Core i3

Sony Vaio VPCY21AFX/B

  • Speed of RAM: PC3-8500
  • Fixed RAM: 0MB
  • Standard RAM: 4GB (2x2GB)
  • Maximum RAM: 8GB
  • # of Banks: 2
  • # of Sockets: 2
  • Chipset: Intel Core i3

Sony Vaio VPCY21BGX/B

  • Speed of RAM: PC3-8500
  • Fixed RAM: 0MB
  • Standard RAM: 3GB (2GB+1GB)
  • Maximum RAM: 8GB
  • # of Banks: 2
  • # of Sockets: 2
  • Chipset: Intel Core i3

Sony Vaio VPCY21CGX/B

  • Speed of RAM: PC3-8500
  • Fixed RAM: 0MB
  • Standard RAM: 3GB (2GB+1GB)
  • Maximum RAM: 8GB
  • # of Banks: 2
  • # of Sockets: 2
  • Chipset: Intel Core i3

Sony Vaio VPCY21DGX/B

  • Speed of RAM: PC3-8500
  • Fixed RAM: 0MB
  • Standard RAM: 4GB (2x2GB)
  • Maximum RAM: 8GB
  • # of Banks: 2
  • # of Sockets: 2
  • Chipset: Intel Core i3

Ask A Photographer: Taylor Davidson

Who or what influenced you to get into photography?

My mother was a photographer. I remember her always taking pictures, showing us them, showing me her love for photography. Taking an interest in photography was natural to me from the very beginning.

Where do you get your creative inspiration from?

I’m an observer. I may not notice everything, but then again, I’m not trying to notice everything. My inspirations come from the intersections of the physical and the human environments, but usually without any people present. I tend to pay more attention to what has come and gone than what is there at the moment, and thus most of my pictures are of spaces created by humans, lived in and molded by humans, but temporarily abandoned by humans. That’s what tends to catch my eye, mind and soul.

What type of camera do you use most and do you prefer digital or film cameras?

I grew up in darkrooms and shot 35mm black and white film, but these days I shoot strictly digital. Canon Digital SLR (I’ve had four different ones, I’m currently on the 7D) and Panasonic Lumix LX3.
Although I love the quality of the DSLRs, my LX3 is simply too powerful, flexible, and small to not have with me, and thus I end of using my LX3 for the majority of my daily shooting.

What is your next planned equipment purchase?

Perhaps a wide-angle lens, but honestly, nothing.

What do you see as the next evolution in digital photography in terms of trends and new products?

More Micro 4/3, more HD video, a rationalization of features to focus more on camera usability and size, and better integration between cameras and third-party services used to store, display, send, share and print pictures.

Could you share a favorite recent image you took and tell us a little about it?

The best images are the ones we come back to and revisit time and time again.

So, why do we come back to them? Is it because of what we see inside the frame, or because of what we’re imagining happening outside the frame?

In this case, it’s all about what’s happening outside the frame. The picture is a recent favorite of mine because there’s a story behind it, and because I know what they’re looking at, but there is still something meaningful even without knowing the full context. Somewhere in their different reactions and postures are stories about what’s happening on the street below and in their own minds.

What are you favorite websites or blogs that you frequent?

Tons. But I don’t read most major news source, I filter my news by depending on curators to pick out the best stories, insights and opinions I should check out and perhaps dig deeper into. I use Google Reader to skim through many blogs about a variety of subjects. I read everything that John Hagel, Umair Haque, Alan Patrick, Valeria Maltoni, Jan
Chipchase
and Clay Skirky write. I depend on friends Sloane Berrent and Ethan Bauley, in particular, to point out things I should be paying attention to in relation to cause-based living and tech and media geekery, respectively. And I depend on many friends on Twitter to point out more things I should pay attention to.

You’ll note that none of that relates to photography. Even though I’m a photographer, I’m still a business geek first and foremost. I do read a ton a photography blogs, notably A Photo Editor and Conscientious, to start.

Any advice or tips for someone wanting to become a photographer or to improve their photography?


Learn all the rules so you can break them completely.

And just shoot what you want to shoot. Because photography is for you.

Taylor Davidson, @tdavidson, is a Business Designer and Photography Geek who focuses on digital business and marketing strategies in the creative content and technology industries.

What is ECC “Error Correction Coding” in RAM?

Are you confused about the RAM term “ECC”? The truth is that this feature doesn’t make much sense for most PC users, since the most common type of RAM is Non-ECC Unbuffered RAM. However, this advanced memory feature can be useful, or even necessary, for certain types of usage.

What Is ECC?

ECC, or Error Correction Coding, is a system of error control used in digital data transmission. As the name “Error Correction Coding” suggests, ECC is a technology that allows computers to correct data related memory errors. The most common type of ECC used in RAM modules is single-bit error correction. This enables the DIMM to detect and correct single-bit errors within a byte. It can also detect double-bit and multiple bit errors, but would be unable to correct them.

How dos ECC work?

For example, take the most common single-bit error correction. For every byte of data sent through the memory bus, a “check-bit” is generated by calculating the byte of data using an algorithm. This check-bit would be stored in an “extra” memory chip. This is why RAM modules with ECC will have DRAM chips arranged in multiples of 9, rather than the multiples of 8 DRAM chips we see with Non-ECC memory modules.

The system will use this check-bit to verify if the data is consistent, and correct any single-bit errors found. The check-bit is sent along with the original byte of data; therefore, the ECC memory bus is 72-bit wide as opposed to the 64-bit bus of non-ECC memory. Remember only 64 bits out of the 72 bits of data are counted for bandwidth and application usage, the other 8 bits are all check-bits, so the effective bandwidth of ECC and non-ECC memory is identical.

What causes “memory errors”?

While the most common cause of these types of errors is caused by simple electrical or magnetic interference inside a system, it is not uncommon for a “defective” DIMM module to cause a similar type or error as well. These days, it’s very common for a server or workstation purchased from an OEM (Original Equipment Manufacturer) to have warning lights and/or beep tones to indicate an excessive number of errors in a particular module.

If you are saying to yourself, “why doesn’t all RAM come with the ability to detect and correct errors?” , allow me to explain. Yes, error correction is great, but it comes with a downside as well. Because of the extra “work” being done by the chip, it is typically slower (2-5% on average) in speed that an identically clocked Non-ECC module. Also, because ECC chips require either one or two extra DRAM chips (small black chips on your RAM) for the ECC function to work, they are more expensive to manufacture and this cost is, of course, moved on to the consumer. It is also more expensive to manufacture motherboards that utilize ECC RAM, thus making it the best choice for situations that require a 100% data integrity rate, as opposed to the faster speeds that most standard consumers prefer.