Synergistic Research Galileo UEF System

Like Father, Like Son

Equipment report
Loudspeaker cables,
Synergistic Research Galileo UEF System

I’ve been using various generations of Synergistic Research interconnects, cables, and power cords since Ted Denney first introduced his original ultra-complex, ultra-expensive Galileo line about a decade ago. There is a simple reason for this: With a first-rate source and first-rate system, Synergistic Galileo UEF allows playback to sound more like the real thing more often than most of the other wires I’ve auditioned (regardless of how much they cost).

There are, doubtlessly, technical reasons for Galileo’s UEF’s audible superiority, and I’ll come to them (or what is claimed about them) anon. But I want to start with a case in point that, for those of you who know my listening biases, may say more than all the mumbo-jumbo cable-makers (including Synergistic) shovel out there and expect you to swallow.

As most of you know I was and am an analog devotee. I don’t listen to digital, save for the occasional review, because good digital doesn’t sound as much like the real thing to me as good vinyl. However, this long-standing bias has recently been diminished. I’m not going to attribute this transformation strictly to Denney’s Galileo UEF interconnect, cable, power cords, and PowerCell 12 UEF SE power conditioner—that would be a considerable overreach. No, the primary difference here is the source—MSB’s Reference DAC (souped-up with MSB’s Mono Power Base and its Femto 33 clock). This is the most lifelike digital source I’ve heard since the dCS stack I reviewed many moons ago. Indeed, from Red Book to MQA streaming this is the most lifelike digital source I’ve auditioned in my home. But…the MSB gear is at its finest with the Synergistic Galileo UEF bundle (and I’ve tried a number of other interconnects and cables in Galileo UEF’s stead).

It’s a funny thing about realism in audio playback. You don’t really need experience or expertise to discern it, although you may need both to explain it. It’s just there—immediately and unmistakably. When I played the Synergistic/Constellation/Soulution/MSB/Magico system for a friend who designs other very fine loudspeakers, electronics, and cables, his jaw dropped. “I’ve never really liked Magicos,” said he, looking more than a little disconcerted, “but this is unbelievable.” And indeed it was (and is). Even a Red Book CD, like Harry Connick, Jr.’s We Are In Love (from the Digital Dark Ages around 1990) sounded so much like Connick’s real voice (and Branford Marsalis’ real tenor sax) on “A Nightingale Sang in Berkeley Square” that it sent a thrill of pleasure and recognition up my back (and my friend’s).

This shock of recognition is what you should get—first and foremost—from any great high-end audio system. But of course you don’t—or at least you don’t on a regular basis. There are just too many variables that get in the way—the primary one being the quality of the recording and mastering. No, the best you can hope for is a system that will deliver this supreme sense of bliss  whenever conditions permit. Galileo UEF does that more often than almost anything else I’ve tried—and does it on some cuts where other wires don’t.

What is Galileo UEF getting right—or righter? Well, that’s always the question, isn’t it? And as usual it’s hard to answer without resorting to audiophile jingo, which (as noted) is fundamentally unnecessary. When you hear something sound “real” enough to give you that thrill of recognition it is ipso facto obvious that the system is getting everything of audible musical importance “right” (or at least everything that the playback medium is capable of capturing)—timbres, dynamics, durations, pitches, imaging, soundstaging, etc. And it is delivering all of them with the inimitable immediacy of real music being played live. This sense of every musical element being presented with lifelike pace and in lifelike proportion is what fools and delights you. And it’s this sense of lifelike pace and proportion that Synergistic Galileo UEF offers up on a more regular basis than almost any other cables I’ve yet used or heard.

How Denney and Co. have created this “cleaner,” more neutral, more transparent, higher-fidelity signal path really comes down to the constant improvements they’ve added to the Galileo platform over time. The original Galileo had certain unique features that made it an audiophile standout and a technological tour de force. For one thing it used wires of different high-purity metals—not twisted together (regardless of the mojo of the twist) but run separately. These individual “air strings”—current-bearing, actively shielded, copper/silver alloy, pure silver, pure gold, or pure platinum conductors—were routed (via LEMO connectors) into and out of free-standing electromagnetic power-conditioning/active-shielding junction boxes (called “Active Mini EM Cells”) that themselves were plugged into “quantum tunneled” Mini Power Coupler power supplies (wall-wart-like devices that provided the DC current for the active shielding and EM power conditioning of the cells and the precious-metal “strings” attached to them). Obviously Galileo involved a lot of connections and a lot of connectors (twenty separate LEMO plugs for a single set of XLR interconnects), making for a complex system that despite its gorgeous sound was prone to breakage due to the effects of gravity and (in this reviewer’s system) the constant plugging and unplugging of component parts.

To solve these issues, Denney next introduced Galileo LE, which to my ear gave you most of the sonic virtues of the original in a much sturdier (though every bit as sophisticated and ingenious) package, priced at about two-fifths of what Galileo cost.

Like Galileo Senior, Galileo LE was not just a series of similarly constructed interconnects, speaker cables, and power cords. It was an entire system of wire and power-conditioning products. The main physical differences between it and Galileo were structural. The principles behind both cables (e.g., active shielding, grounding, and tuning of the wire) remained the same, but where Galileo looked like an “exploded view” of a typical cable—with its separate air strings running between free-standing electromagnetic junction boxes—LE looked more like a conventional, braided, single-piece wire.

Looks, however, were deceptive as each leg of LE interconnect actually comprised three to five individual, pure-silver “air strings,” each with its own separate air dielectric and grounding wire (three sets of these strings per interconnect for RCA connectors and five sets for XLRs). Although the strings were braided together into a bundle, each string functioned independently and each was individually hard-wired into and out of two carbon-fiber-encased EM Cells, which were now integral in-line parts of the cable rather than separate freestanding objects. When these EM Cells were powered by Synergistic’s wall-wart-like Mini Power Couplers (supplied with each cable), they performed the same function that the outboard Mini EM Cells did with Galileo Senior—actively shielding, conditioning, grounding, and tuning the air strings for audibly lower noise and higher resolution and transparency.