Product Features

* Intel Atom N280 Processor 1.66GHz

* 1GB DDR2 RAM, 2GB Max* (*Eee PC 1008HA model has no Memory Bay Door due to ultra slim design)

* 160GB SATA Hard Drive (5400 RPM)

* Windows XP Home Operating System, 6 Hour Battery

* Intel UMA, 10-inch WSVGA 1024×600 Screen

I also upgraded the Memory to 2GB of RAM.

Great for traveling needs. Here’s some of the pictures:

Below Pictures taken by Panasonic Lumix LX3

3 of My Favorite Camera’s and Lenses (1DMKIII + 5DMKII + 5D + 24mm 1.4 + 50mm 1.2 + 135mm 2.0

I used both 3G Iphone and Blackberry Bold. I just can’t decide which one is the best, but both have their own awesome features.. I definitely love the blackberry Messenger..

I Sold my Canon G7 that been with me almost 2 years.. and in exchange I got a Panasonic Lumix LX3

I travel almost 20 times this year coast to coast, I hate bringing my Dell laptop is too heavy, and I got a small netbook Acer Aspire One with 8.9″ running window XP with 1 GbRam.

I just finished setting up my new desktop n monitor .. I use 24″ + 30″ for my main Editing work at home.

I am having fun and enjoy editing photos even more :)

Panasonic Lumix LX3 – F2.0 | 1/2000 :)

I put my 24″ in Vertical. I love it especially looking at many photographer’s BLOG in Vertical view .. Awesome !!

Radiopopper is back in stock.. Click HERE to order from Radiopopper website.

I have installed the radiopopper on my 580EX and STE2.. It worked very well.

I can’t wait to test it out for this weekend Engagement session in San Jose. I’m so Excited already. Review is coming soon …

One of my good friend’s Ed Pingol reviewed the radiopopper on his website : Please Check it out !! ( Ed..Your review is the Best!! thanks for sharing it).

Anyway, Here’s a little bit details about Radiopopper:

What is the RadioPopper?

The RadioPopper addresses a key issue faced by photographers when it comes to reliable triggering of off camera wireless flashes. The industry currently offers two basic solutions – each with strengths, and each lacking the strengths of the other.

Radio – Reliable, not always Usable

You can purchase high quality radio triggering devices that activate your remote lighting. These devices can be trusted to activate your lights nearly 100% of the time, but all lights must still be controlled manually. You’ll need to physically reach your lights to dial in their power as the scene changes. Additionally, you’ll usually require some sort of external light meter, trial and error, or considerable experience with your lights to dial in the correct exposure. This is a fine solution on commercial sets or environments that don’t change very quickly, but this solution alone is just not very practical when shooting events such as weddings, or chasing a toddler around a park during a family session.

Automatic Wireless – They call it “ETTL”

Canon and Nikon got smart and found a way to automatically adjust the power of all your remote slave flashes on the fly – automatically – shot to shot. And if you did prefer manual, you could still operate said flashes in manual mode – using an on camera master to remotely set the output power of your slave flashes. A beautifully workable solution. Unfortunately, this type of solution is dependent on a light signal sent between the master and slave flash. This allows the big manufacturers to export their products into more countries without the worry of radio licensing, but it amounts to a triggering system that isn’t always reliable.

Bridging the Camps

So on one hand you’ve got reliable triggering, but a flash system that quickly becomes inconvenient and unworkable in changing lighting environments. You’ve got every convenience feature you could ask for built into your name brand flashes, but you dare not rely on it to light those really important moments.

RadioPopper addresses the key issue of reliability of the “line of sight” infrared system by essentially “bridging” the infrared light signal over a radio link. This translates to a beautifully simple solution to a very complex problem.

Some pictures of RadioPopper.