Sony F55 and F5 Review

At a small press gathering a few months back, Sony executives introduced their latest CineAlta camera system. For the past few years, Sony has been killing it in the digital video camera space by releasing an army of HD cameras in multiple categories, including the consumer VX900, the first full-frame-sensor camcorder. And with the F65 and 4K cameras from RED (EPIC and SCARLET), Canon (EOS C500 and EOS 1D C) and even GoPro (HERO3 Black Edition) all now available, it was inevitable that Sony would go long with 4K. After all, it’s already the leader in 4K digital cinema with its SXRD 4K projectors, and its XBR 4K Ultra HDTVs will see to it that even your living room will soon be 4K-ready.
The new Sony F55 was one of the most anticipated cameras in a long time, because telling from the specs, it ticks almost all the boxes. It seems like a camera which tries to please everyone: 4K, 2K and 1080p raw and compressed, without crop factors, high speed recording of up to 240 fps in 2K, SLog2 curve with a huge latitude, a global shutter (!) and the Sony FZ mount which (like the F3) gives you extreme versatility with mount adapters, allowing you to put almost every lens you have ever seen on it (provided you have the right adapter, but it’s possible). And apart from all that, ergonomically one of the first cameras in a very long time that sits on the shoulder just as-is, without any huge rig that you have to build around it.
XAVC to FCP Converter allows you to convert xavc to mp4 and convert XAVC video files from Sony PMW F55 and F5 camcorder to Apple Prores 422(HD)(.mov), Apple Prores 422(LT)(.mov), Apple Prores 422(Proxy)(.mov), Apple Prores 422 (.mov), Apple Prores 4444 (.mov) etc to Final Cut Pro x, 6, 7 for editing.
Instead of one, Sony introduced two new 4K systems: the PMW-F5 and PMW-F55. Both cameras can capture 4096×2160 resolution on a single Super 35mm, 3-perf-format-sized CMOS sensor, and can also capture 4K and 2K RAW footage using Sony’s new AXS-R5 recorder. In terms of dynamic range, both cameras contain a minimum 14 stops of latitude with very high sensitivity and very low noise. According to Sony Marketing Manager Peter Crithary, “Sony spent a considerable amount of time gathering feedback from the market, and dedicated over 500 engineers to this effort, resulting in a truly next-generation technology platform suitable for any production application.”
Cosmetically, the F5 and F55 look like twins, with the one exception being that the F5 has a black FZ lens mount and the F55 has a silver one. For a high-end professional system, both cameras are lightweight at only 4 pounds, 14 ounces; and when compared to the F65, the body style is much smaller and lighter than even the ARRI ALEXA, with a thin rectangular shape to which you add accessories, like the recorder and battery pack, at the rear. The cameras also contain three internal optical filters to give you up to six stops of neutral density.
The F5 and F55 both give shooters plenty of options in resolution and formats, capturing HD, 2K, QFHD (3840×2160) and true 4K (4096×2160). They’re also the first cameras to employ Sony’s new XAVC format, a cost-effective and file-size-efficient H.264/MPEG-4 Level 5.2 AVC codec that’s scalable and can support smaller 4K data files up to 60 fps, plus 8-bit, 10-bit and 12-bit color depth. Sony recently released an SDK to developers, and so far, a number of companies have signed on as licensees for native editing, including Apple and Adobe. If you don’t want to employ a new format just yet, you also can still capture HDCAM SR (MPEG4 SStP) in both 4:2:2 and RGB, as well as XDCAM 50 Mb/s 4:2:2 codecs.
Sony brings the new AXSM Access Memory System for 2K/4K RAW recording with a new memory card platform, AXSM (512 GB capacity), that’s even faster than SRMemory capture and can mount to your computer without a driver. For high-speed capture, you can record 4K RAW at up to 60 fps and 2K RAW at up to 240 fps, with a 300 MB/s sustained transfer speed, and without cropping and/or windowing the picture.
The AXSM memory cards work with the AXS-R5 RAW recorder, which docks directly to the F5 and F55. The AXS-R5 RAW is also the 4K RAW recorder for the FS700U via the new interface adapter HXR-IFR5. And there’s a new USB 3.0 card reader, the AXS-CR1, that lets you transfer footage at up to 2 GB/s to your computer.
For onboard capture, you can use Sony’s new SxS PRO+ memory cards (F55—4K 60p, 422, 10-bit XAVC and HD 422, 10-bit XAVC high frame rate, F5—HD XAVC and HD high frame rate). The cards are available in 128 GB and 64 GB capacities, and deliver speeds of up to 1.6 GB/s.
Although the two camera systems may look similar, there are quite a few internal differences. Perhaps the biggest is color depth, with the F55 having the same color filter array as the F65, and the F5 containing the same as the F3. Since the F65′s color gamut exceeds that of 35mm motion-picture film, this is a pretty big deal. Unlike the F55, the F5 doesn’t have a 3G-SDIx4 out for 4K output. Another big difference is that the F55 has more options for high-frame-rate shooting, letting you crank up to 240 fps at 2K RAW 16-bit linear, compared to 120 fps with the F5 when using the onboard AXS-R5 recorder.
With your 3G-SDIx4 out, you can connect your F55 to Sony’s new 4K 30-inch LCD production monitor (PVM-X300), which uses 4 3G-SDI interfaces for live 4K monitoring up to 60p, and you can also connect to the 84-inch BRAVIA XBR 4K Ultra for large-screen monitoring of 4K 60p images.
Sony’s new BP-FL75 battery pack uses Olivine—Lithium Iron Phosphate—instead of Lithium Ion cathodes, which should increase your charge-discharge cycles with the F5 and F55. Because of the compact size of the cameras, Sony is also releasing a special shoulder rig that offers more stability and comfort for shoulder-mount use.
Pricing was provided not long after the announcement, and Sony aggressively priced the F5 at $19,400 and the F55 at $34,900. Since professional camera systems seem to be released every one to two years, it’s very difficult to get a good ROI (return on investment) with an expensive camera system, so Sony was smart to price both cameras closer to the F3 than the F65. (RED smartly dropped prices on its own cameras across the board shortly after the F5 and F55 were announced.)

How to Unlock PDF Mac?

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2: PDF Unlocker Mac
PDF Unlocker Mac is a easy-to-use PDF Password Remover Mac tool which can help you unlock and decrypt PDF password protections and remove restrictions on printing, editing and copying directly on Mac os x 10.5.8.-10.8.3 Mountain Lion.
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Mobile Flash Deaded

iOS is a mobile operating system developed and distributed by Apple Inc. Now, it has been extended to support mostly popular Apple devices, such as iPhone, iPod Touch, iPad, iPad Mini and Apple TV. Until now, Flash still can't be used on iOS devices. This article will intro you how to play Flash SWF video on iOS devices.
If you want to permanently store the SWF video on your iOS devices and play it anywhere and anytime with media players, converting SWF to iOS devices supported formats is the best choice. SWF Converter for Mac and SWF to iOS Converter allows to you convert Flash SWF to MOV for Mac or SWF to MP4 for Mac etc iOS supported formats, then you can import and play the SWF files on iOS devices directly, including play SWF on iPad, iPhone, iPod, iPad Mini, Apple TV etc.
Apple was the first to announce that it wouldn’t be supporting Flash on iOS. At the time of the announcement, Apple was severely criticized for not offering Flash support, as Flash was almost ubiquitous on the web.
Today, Google confirmed that Flash won’t be available for Android 4.0 Ice Cream Sandwich, the latest version of Android.
It was assumed that Apple would see the error of its ways, and eventually work with Adobe to include Flash support on iOS, but that day never came.
Adobe seems to have confirmed that it will ship Flash for Android 4.0 before the end of 2011, but that it will be its last Flash release for Android.
Initially, when Android was still in its infancy, it was one of the few reasons, why anyone would choose Android over iOS. Flash support on Android pretty much sucked, but at least it was there.
When Windows 8 was launched, Microsoft announced that it wouldn’t be supporting Flash support in the Metro view of Internet Explorer, which pretty much confirmed that even Microsoft didn’t believe Flash could ever perform well on mobile devices. Since the launch of Windows Phone, it was assumed that Flash would eventually come to the platform, but even that never happened.
Finally, around two weeks ago, Adobe gave up on Flash on mobile. It announced that it would be ending all future development on Flash player for new mobile devices, and would instead focus on HTML 5. Here’s why: Why Adobe Had to Kill Flash for Mobile
News:
1:Maybe Steve Jobs was right all along. Flash was never meant for mobile.
2:Flash hasn’t been released for ICS yet so as far as we know, Adobe will support Flash for ICS. Google
3:With the top 3 mobile platforms – iOS, Android and Windows Phone – officially not supporting Flash anymore, it’s dead.
4:So we don’t really know whether or not Flash is going to be available on Ice Cream Sandwich, but it’s very likely that it won’t be.