nVidia Geforce GTX Titan GK110 works on Hackintosh with Mac OSX 10.8.4 and official Drivers, including CUDA support!
This is big news from the hackintosh front: since you are limited to using single GPU graphic cards on hackintosh (Mac OS X only supports single GPU systems) the best possible card up to now was the Geforce GTX 680 (see our previous article).
Not anymore, since the Nvidia Geforce GTX Titan (GK110 chipset) is working on OSX 10.8.4 with official Nvidia drivers. There are already some awesome hackintosh case mods and builds out there.
Netkas reported the card working on April 2nd. Furthermore, there is a possible ROM-hack to get the card working on Mac Pro machines, making it the fastest video card you can possibly put into your Apple Mac Pro.
The current discussions and experiences from the hackintosh community are promising, though we might see several driver updates in the coming weeks. CUDA is supported, also OpenCL is reported working, though strangely not with all different vendor models.
If you want to stay on the bleeding edge, here are recommended cards that people reported working with hackintosh:
If you want to be on the safe side, get the EVGA GeForce GTX 680 2048MB GDDR5, DVI, DVI-D, HDMI, DisplayPort, 4-way SLI Ready Graphics Card Graphics Cards 02G-P4-2680-KR which is working flawlessly and costs only half of the current Titan price...
pictured: DSLR Rig Shoulder Mount Pad Steady Rig Stabilization System for 7D 5D Mark II Z7 from filmcity23 (international orders)
Short answer: go for the cheap Rigs! They are quite durable and you can buy another one if it breaks.
The upgradeability of the cheap rigs are limited. Furthermore the materials used are also cheap, so of course, if you are a pro-shooter you might want to get the more expensive Rigs, such as the Proaim DSLR KIT-3 or the (very expensive) Redrock DSLR Cinema Bundle. If you are beginner or intermediate, you should definitely try the cheap Rigs for a little over 100€, since they are often sufficient. Stabilizing the video output and generating good footage should be your main concern - after all the rig is not visible on your footage.
The new ATI Graphics Cards from the 7970 series are super-fast, while being single GPU systems (the upcoming 7990 will be a dual-GPU 6GB Graphics Card). Besides being quite "cheap" (around 500€ in Europe, $589 in the US, they are said to be supported in OSX soon (see also a discovery by netkas) - until then, there is a current way how to use them (although not accelerated) with chimera. Props go to Shrapnl from the tonymac86 forum:
I was able to force my 7970 into a higher res (still unaccelerated of course) via the org.chameleon.boot.plist with the following:
Of course, you can overclock the 7900 Series just fine. There are "Waterblocks" from Aquacomputer for the 7900 series, as outlined by Geeks3D.
Of course, the GPU runs quite fast without overclocking, still you could go faster. Below: Shamino has overclocked a Radeon HD 7970 under LN2 with the following clock speeds: 1650MHz for the GPU and 1800MHz real speed (7200MHz effective) for the memory. (Source: geeks3d)
[Update] the best way to cool your AMD Radeon 7970 is the Arctic Cooling Accelero Xtreme 7970 which will cool down your GPU for additional 10degrees celsius (at least). Overclocking, here we go!
Magic Lantern, the alternative firmware for Canon cameras is currently running on 550D/T2i, 60D, 600D/T3i, 500D/T1i, 50D 5D Mark II and 1100D. The Unfied Version is not running on the 5D MKII yet (although you can get early access by donating via paypal) - but the long-term plan is "merging the AJ 5.x firmware with the unified one currently running on smaller cameras". This is good news indeed (see the HDR-Video option of ML Unified). You can also read the review of ML Unified on EOSHD.
here is out only wanted feature:
* more work on HDMI output for the 5DMKII so it is fully usable with the Atomos Ninja
You can support the development by sending them a small donation: http://goo.gl/gvD8Q. Here is the original sendout from the magic lantern user group:
Following the small, but positive feedback from this thread [ http://bit.ly/ml-unified-5D2 ], I'm glad to announce the next long-term direction of Magic Lantern: merging the AJ 5.x firmware with the unified one currently running on smaller cameras.
I need your help. As explained in the previous post, a good port (one suitable for paid jobs) requires me having a camera for testing. On 550D/60D ports, crashes are almost non-existent, audio meters are calibrated, HDMI monitors are fully usable and so on. So, if you like this idea, you may help me buy a 5D2 by:
- a small donation (you don't need a PayPal account for this): http://goo.gl/gvD8Q
- or by spreading the word, since right now there are not many users familiar with both ML versions
Feature-wise: I'd like to ask the users who have tried both AJ and Unified ML (especially those using both versions in a regular fashion) to comment on this. Main question: what's the best of both worlds? What do you like better in AJ 5.x and what do you like better in Unified? Big thanks to all ML community for making it possible!
Magic Lantern Unified looks promising: High Dynamic Range VIDEO for Canon cameras:
============== UPDATE ================
available for download now!
Demonstration of the new and free High Dynamic Range VIDEO feature for control over ultra contrast situations.
Discussion, workflow, RAW footage, FAQ:
Magic Lantern is a custom firmware add-on for Canon dSLR cameras. It is not a hack, or a modified firmware, but it runs alongside Canon's own firmware, booting from the card every time you turn the camera on. The only modification to the original firmware is the ability to boot software from the card.
HDR Video: what does it mean? It does not output pre-processed HDR video from the camera, rather it blends the alternative high ISO / low ISO frames together in post (see this discussion thread at Vimeo). There is of course a difference if you use two Canon 5D MKII for generating a HDR movie (as this guy did) compared to this "hack", although the development of Magic Lantern continues to impress!
Keep on rocking! We can't await clean HDMI output for the 5DMKII to use it with the Atomos Ninja (if this hack is possible at all...)
Caution with Promise Pegasus Thunderbolt RAID 6x3TB (18TB) or 6x4TB (24TB) modification. 6x5TB (30TB) possible as of January 2012?
Nanofunk reported on a possible modification of the Promise Pegasus Thunderbolt RAID to host 6x3TB Hard Drives for a total of 18TB storage back in July 2011. While we did not have any issues with Hitachi Deskstar 3 0F12450 and Western Digital 3 TB SATA II Intellipower 64 MB Drives, other people repeatedly reported issues and even failures when the drives hold more than 11TB of data.
Currently, with the announcement of the Hitachi Deskstar 7K4000 4000GB, SATA 6Gb/s (0F14681) and the 4TB Deskstar 5K4000 as well as the 4TB Seagate Barracuda XT 7200RPM a total of 24TB could be reached when modding the Promise Pegasus just replacing the 2TB drives it comes with.
Tomshardware even reported on 5TB HDDs arriving in January 2012, so a modification to fit 30TB into the Promise Pegasus would be possible theoretically.
While all the drives are not available at the current time of writing of this article, please do consult the Promise Support if you are planning to do modifications or already did! Judging from the current feedback on modifications, updating the Promise Pegasus before an official answer or statement from Promise Technology is NOT RECOMMENDED!
Please send emails to Promise directly and ask them to react on the current limitations. I already did so - still waiting for response.
Video: Tsawout Spit – Gh2 Test (driftwood 176mb gop1 hack) from mark wyatt on Vimeo.
There seems to be no day without any surprises with the Panasonic GH2. The latest hot-shit is a hack to get 176Mbps AVCHD Intra up and running on the camera. Right now there's no possibility to record in 25p but there are attempts by vitaly and others, so let's see what the future holds.
What is AVCHD Intra?
"AVCHD Intra is usually recorded to extremely expensive P2 cards on high end cameras and here it is on a consumer camera with an SD card. [...] This is a codec that uses i-frames only unlike consumer AVCHD. Every frame from the sensor is stored. Standard AVCHD is a Long-GOP compression format and works by estimating and guessing at frames in-between ‘real’ images but Intra doesn’t. [...] AVCHD Intra is very good for heavy colour grading, fast action, hand held footage and green screen VFX work. You certainly get a better result from AVCHD Intra on the GH2 than by outputting from any DSLR’s HDMI feed to a external recorder as well." (via eosHD)
How does it compare?
eosHD has a comparison on AVCHD intra 100Mbps vs 24Mbit AVCHD.
And if that's not enough: there is even a 244Mbps AVCHD Intra Hack, as outlined by Driftwood: "It's stable and with good lighting conditions can look amazing."
eosHD recommends: "AVCHD Intra at such high bitrates can be tricky to edit so I recommend transcoding it to ProRes 4-4-4 first."
RAW Video for DSLR with Magic Lantern and Black Magic Hyperdeck Shuttle (vs. Atomos Ninja): 5D MKII, 550D, Rebels
[Update] Black Magic Hyperdeck Shuttle 2 as well as the Atomos Ninja 2 Recorder are already out. We are reviewing them shortly, as we have used both already in production. Both are capable of DNxHD as well as Apple ProRes.
SLR Film making got even more exciting: with the availability of HDMI recorders, RAW Video footage can be recorded to get the maximum out of your Canon 5D MKII or other camera compatible with Magic Lantern. Standard Firmware does not output a "clean" HDMI signal, at least not for Canon cameras; the Panasonic GH2 produces a clean HDMI output, as noted by Philip Bloom (!).
What are currently recommended HDMI field recorders?
1. Black Magic Hyperdeck Shuttle (RAW Video)
2. Atomos Ninja - Portable HDMI Recorder (ProRes)
Unless you are super-rich and have tons of money to spend for Solid State Drives and a RAID Array, you should get the Atomos Ninja. Besides the actual device, you also get a monitoring solution and have a true portable device, that creates files usable with normal hard drives. Overall cost is much lower and there should not be a really visible difference from ProRes to RAW footage. If you are into Bokeh Porn, you might want to spend your money in the Black Magic Hyperdeck Shuttle.
Keep in mind, there are currently some issues with HDMI out an Magic Lantern: there is a video on the 5D MKII's 1080i out and also some discussions going on in the Magic Lantern Forums, because some processing needs to be done to get actual usable files. Actual resolutionis 12-19% less (depending how you do it) but still the results are awesome - especially in low light situations. Maybe we will get real clean HDMI out with the Canon EOS 5D MKIII.
The Bliptronic 5000 is a great and super-cheap rival to the $500 Monome although not with such a great chassis and quality. But: it is chainable and has its own built-in sound engine (chiptunes-style, sound similar to the tenori-on or the casiotone)
createdigitalmusic posted some hacking tips, including information on how to build your own MIDI clocking and how to create a "switchonome". Another post by runagate describes how to Turn A $50 Bliptronic 5000 Into A Monome Controller [update: Bliptronome conversion kit for $68 USD].
Information via ThinkGeek:
* Unusual retro synthesizer is played with a grid of glowing buttons
* Create looping patterns and change them dynamically while playing
* Chain multiple units together and create more complex melodies
* One octave range. 8 notes can be played simultaneously
* 8 different old-skool synth sounding instruments to choose from
* Sounds created using FM waveform synthesis
* Set the BPM (beats per minute) from 60 to 180 in 20 BPM increments
* Built in speaker with headphone jack and line-out jack
* Front panel is constructed from brushed aluminum
* Includes, manual and 2 link cables for connecting additional Bliptronic units
* Requires 4 x AA batteries (not included)
Having a hackintosh can be a good experience, once you get it up and running. According to the geekbench result browser, there are some fast ass-kicking machines out there. Unfortunately, one thing not benchmarked by geekbench still sucks big time: the case. How to find the perfect case for hackintosh computers?
1. Get an original Apple Mac Pro Case (Enclosure/ Chassis) or alternatively: an Apple Power Mac G5 Case to tinker with
You can find Apple Mac Pro Cases (case only) via ebay, although they might be quite pricy. Another option is to search for Apple Power Mac G5 Cases instead, which are sometimes selling for a few bucks (most of the people interested are searching for "Mac Pro" and not for "Power Macintosh"). So while there might be some tinkering required, still the Apple Power Macintosh G5 Case is a very fine piece of casing. (see a howto for G5 Casemodding on Youtube)
2. Almost as good as the "original": Lian Li PC-V1000 computer case
You might get lucky and find the Lian Li PC-V1000 computer case on ebay - unfortunately I did not find any other ways of ordering this awesome case somewhere else.
3. DIY your own.
There are some impressive CaseMods out in the wild (e.g. the Hackintosh Jr. Case Mod). While this might be a lot of work, you will earn lots of (digital) street creds for your "almost impossible mod". Enter hardforum.com if you are brave.
Gem SK 760 88 880, EMU, Akai, Roland synthesizer RAM 16MB Modules (for a total of 32MB) – HOWTO: which modules to use
As various people were asking me which modules to use for their old retro synthesizers, here is an update on that issue. Lots of those RAM are hard to find, but if you know what to search for you can easily order them in the internet.
Make sure you get RAM that have the speeds from 50ns to a maximum of 70ns. 80ns SIMM modules are not recommended for synth upgrades!
(2) Apple RAM 30pin
Apple RAM 30pin work very good in the GEM Synthesizers, as well as in other older synths that take 30pin RAM SIMM modules, as they have the same specs.
If you are searching for old SIMM, SIPP or 72pin RAM, you can also drop us a mail, since we have lots of old memory modules that we collected. We are not a business but would be willing selling those.
Owl Project is a collaborative group of Manchester based artists who share interests in human interaction with technology and process led art. Over the last few years they have become known for a distinctive range of wooden musical and sculptural instruments that critique human interaction with computer interfaces and our increasing appetite for new and often disposable technologies.