Since the last A-Mount Sony came out with, we've seen the a7, the a7R, the a7S, the a3000, the a5000, the a6000 and the a3500. But don't let the names fool you, not a single one of those was actually an A-Mount. This has led many to wonder if Sony had given up on the A-Mount.
Well, today those people have their answer in the form of the a77 II -- in other words, a resounding "No."
It's been over a year since the last Sony A-Mount camera was announced, but it looks like that dry spell may be over soon. According to the ever-reliable sonyalpharumors, a successor to Sony's A77 SLT is on the way, and it's going to pack some serious speed.
Curious as to what Sony’s A77 pellicle mirror looks like on the inside? Here’s an interesting look at the …
Many Nikonians would have been overjoyed if Nikon’s mirrorless cameras had been announced with an APS-C sensor instead of …
Mike Johnston of TOP explains why Sony shouldn’t call its pellicle mirror “translucent”: …
Sony is serious about this whole "catching up to Canon and Nikon" thing -- the company has announced four new large sensor cameras, and each one is a doozy. The cameras, which hit store shelves in a couple of months, include the NEX-7 and NEX-5N mirrorless cameras and the A77 and A65 SLT (AKA translucent mirror) cameras.
Last month, Sony’s not-yet-announced A77 DSLR was revealed in leaked photographs, and now there’s a video that …
Here’s a couple images of Sony’s upcoming A77 translucent mirror camera (with a …
At CP+ Camera and Photo Imaging Show that just kicked off today in …
SonyAlphaRumors received a pretty interesting tip yesterday regarding the design of the upcoming Sony Alpha A77 (which is still a rumor at this point). The anonymous tipster wrote that the camera -- successor to the A700 -- will have an innovative design that boasts a hybrid viewfinder by blending optical and electronic images:
Yesterday Sony explained the new system that will be used for the incoming a77 (the a750 will use a regular SLR design). Practically the are using two semi-transparent mirrors and a high-resolution EVF to reinforced the live image. They are using a reflexive technology design called 70/30, between each semi-transparent mirrors.
The final image in the viewfinder will have 30% of original image and 70% of electronic reinforced image through the new EVF.