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We made it! We are now online on a new and far more powerful server. Now it’s time to add new stuff on 43rumors!

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US MicroFourThirds deals update…(GF1+20mm and 7-14mm in Stock!)

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Deals summary:

1) Finally Amazon has the Panasonic GF1 with 20mm f/1.7 Aspherical Lens in Stock (amazon itself is selling it for $899!)

2)The Panasonic 7-14mm is in Stock at amazon for $1,049.00 (via third party reseller) (Once clicked scroll down to find the dealer).

3) Few weeks ago we told you that Amazon has also some colored GF1 in Stock via third party resellers. There has been some price drop on some of them:
WHITE GF1 with 20mm Lens now for $1,029.95.
RED Panasonic GF1 with 14-45mm Lens + WSP Mini Camera Tripod for $999.95.
SILVER GF1 with 14-45mm Lens + WSP Mini Camera Tripod. for $999.95.

4) Panasonic GF1 (Black Body) for $599.99

5) Panasonic GH1 for $1,189.95 at amazon / for the same price also available at BHphoto

6) Olympus E-Pl1 preorder table is available here: https://43rumors.com/updated-olympus-e-pl1-preorder-table/

Thanks to everyone who sent us the link!

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(FT5) UPDATED: New Olympus teaser….for a new website :(

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Olympus Malaysia launched a new website with the following teaser: http://www.evolve.com.my/.

But CNET Asia learned that this is not a teaser for a new product announcement:”We got back to Olympus Singapore which told CNET Asia that the microsite is just part of the company’s marketing scheme for the already-announced E-PL1 Micro Four Thirds camera. Also, no new dSLRs are expected on February 28.

[Thanks Sam and Thanks Leonard Goh from CNET Asia]
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(FT3) New dual exposure technique sensor for the GH2?

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The website EOShd.com reported what Panasonic engineer T. Azuma’s said during the International Solid State Circuits Conference (ISSCC) in San Francisco (which took place last week).

Basically Azuma says that Panasonic developed a sensor based on ‘dual exposure technique’ which improves the sensitivity by a factor of 4. This goal has been archived allowing green pixels to be read independently of the blue and red ones on the sensor. They are exposed four times longer than the red and blue pixels.

More details on EOShd.com.

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