Gino Robair is former editor of EM

Longterm Investing

Tom Oberheim SEM

Tom Oberheim SEM

Although it’s easy to imagine analog synths as big, expensive contraptions, they don’t have to be. I just spent several weeks comparing table-top analog modules priced under $1,000—the Tom Oberheim SEM, the Doepfer Dark Energy, and the Dave Smith Instruments Mopho—for an EM feature. Without giving away the results of my work, let me just say that I had a blast.

At an average price of $641, these instruments are not impulse buys. But they’re not meant to be. They’re well built, boutique items designed to last a lifetime. For example, I have an original Oberheim SEM (35 years old, serial number 100) that I used for an A/B comparison in the article. I certainly don’t regret the $600 I paid for it (used), as it continues to serve me well. I wish I felt that confident when I buy software.

Because in 15 years, I will still be using my hardware synths and effects, but I can guarantee that every bit of software I’m using today—along with its sessions, patches, and stored settings—will be inaccessible, either through lack of developer support, because the host computer has died, or because subsequent upgrades no longer open the files I created with today’s version.

I hope somebody will address this issue soon. A can of beans has a longer shelf life than most of our software music tools.

A student of mine confided in me recently that he’d torrented a number of soft synths over the years that he really liked, but now he has to upgrade his computer and will lose all of his pirated stuff. All I could say was “You get what you pay for.�

Or do you?

Let’s put sound quality aside for the moment, because it’s so subjective. If I have $600 to spend on an instrument, do I buy software that will last me a couple of years (at least until I have to pay for an upgrade) or do I buy hardware that is probably not as programmable or powerful as the software, but will outlive me? As I put yet another legacy computer in the shed, while having a blast making music with these synth modules, I find myself returning to that question.

Muse Research MuseBox

Muse Research MuseBox

At the NAMM show in Anaheim last month, I took the Muse Research MuseBox for a quick spin. Like the company’s Receptor 2, the MuseBox provides a convenient, low-latency way to play plug-in instruments via MIDI without the hassle and risks of schlepping a computer. Besides being smaller in size than a Receptor 2 (and not as powerful), the MuseBox is much less expensive. Priced below a grand, they’ll sell a ton of them.

But what I find most interesting about the MuseBox is that you can search for instruments by category, rather than by developer/product/bank/instrument. In other words, if you have 10 software products that offer basses in a MuseBox, you don’t have to open and browse through each product separately. All the basses are listed and subdivided by category (acoustic bass, synth bass, etc.), regardless of who created it. The MuseBox was built for musicians!

Just select the instrument you want, wait a few seconds for it to launch, and you’re ready to go. That makes the MuseBox as easy to use as a hardware synth, but you can add whatever plug-ins suit your fancy.

Of course, the Native Instruments Kore 2 system offers a similar user experience with NI’s products: you can browse through the instruments by type, no matter which product it was created in. Unfortunately you’re still tied to next year’s Intel-based doorstop.

My hope is that products such as the MuseBox will stand the test of time, giving them the longevity of a “real instrument.� Many of us have been dreaming of affordable instruments that can be easily updated without having to replace or discard the hardware parts.

Of course, I’m not suggesting that we stop using software instruments and effects. But I am reminded on a daily basis that we are creating music on general-purpose business machines, which we cleverly subvert for our creative purposes. In 50 years our grandchildren will shake their heads in amazement when they see what we put up with.

“You mean you reconfigured your entire musical system every three to five years?�

“Well, yeah. Besides the fact that the computers back then weren’t built to last very long, the software kept overstepping the processing limits of the computers that did survive. We had no choice but to start all over again.�

I participated in the quintennial ritual yet again last summer, when I bought my MacBook Pro. I had to retire my G4 laptop for something with an Intel chip so I could run Avid (nee Digidesign) Pro Tools 8: It’s not only my main DAW, but the platform I teach with at Diablo Valley College. I had no choice but to update.

But after three months, the MacBook Pro decided not to boot one day, so I took it to the Genius Bar for help. It turns out that the drive died, and I wondered aloud if, surely, the thing shouldn’t have lasted through more than the fourth quarter of the year. The “resident genius� (as Apple calls them) behind the counter apologized for the inconvenience, then added “You know, the drives are made in China.�

WTF! In that case it should’ve lasted a decade. I don’t care where the friggin’ drive was made, Mr. Genius. Just make sure the drive will work long enough for me to amortize the computer this time.

And, sadly, that’s about all we can hope for with any personal computer in the 21st century, not to mention our cell phone and other portable technology: If a computer lasts long enough, we might just be able to make our money back with it, and the software we “rent� for it.

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