I am getting into movie making and am searching for good technical resources online for help. So far I have found very little solid Hardware information out there related to FCex/FCP builds (though digLloyd's 'Mac performance Guide' has been a great start).
I want to start out wise with the Mac that I buy but finding info on:
- how FCEx and FCP use cores (how many cores do they use) and
- what Hard Drive setup is best (for Scratch, source material, storage and backup),
- whether an SSD for the OS and Apps is wise . . .
- Can I get away with an iMac with OWCs new eSata connector service and specs or should I go with a Mac Pro from the start, etc.
I simply cannot find good resources out there to help me start out.
I hope some of you experts might be able to point me in the right direction for great information . . . . Thanks in advance.
1. FCP and FCE are not overly multi-core aware. In the majority of cases, you'll rarely saturate 2 CPU cores. However, in applications like Compressor (included with FCP/FCS), you can set up a virtual cluster using QMaster to utilize all CPU cores for faster rendering.
2. You'll get a lot of differing opinions on the "best" brands and models of hard drives for scratch/media. As far as internal drives go, I personally like the WD Caviar Black drives a lot. They're fast and reasonably priced. When I'm building RAID systems, I usually opt for the enterprise versions (RE3/RE4) because they're better built for those applications.
The other thing to think about with scratch disks is your typical workflow. If you're cutting consumer video codecs like HDV and AVCHD, single-disk (non-RAID) systems are plenty fast in most cases. But for professional video codecs at high resolutions, you'll often want a RAID system for increased disk speed.
In any case, you'll probably be fine with an external 7,200-rpm FW800 drive starting out. Even with FCP's ProRes codec, you're not going to saturate the throughput of a typical FW800 drive at 1080p frame sizes.
3. SSDs are great as OS/app drives. The OCZ Vertex Mac Edition drives are very popular here, as are the Intel X25-Ms. I've been pondering doing an SSD for boot/apps on my own system.
4. If you're stuck in decision between getting a high-end iMac and a lower-end Mac Pro (as a lot of people seem to be), you'll just have to ask yourself how important internal hardware expansion would be to you in the long haul. The only thing you can really upgrade on the iMac (without disassembling the computer and potentially voiding its warranty) is the RAM. For some, the ability to easily add internal hard drives is a big selling point for the Mac Pro, even if they don't necessarily need the PCI-E expansion slots.
Seeing that OWC's iMac eSATA upgrade service was just officially announced, there really aren't a lot of specifics regarding how fast it is (1.5 or 3 Gbps) or whether or not it will void your warranty. But it does look appealing; being limited to just a FW800 bus is one of the most critical complaints with FCP users cutting on iMacs.