
Nebula VE Series Cables
Available Cable Types
Every Dynamic Design series is built on a shared engineering foundation, then shaped into distinct performance tiers that reflect different priorities in system design and musical expression. From the accessible clarity of our entry lines to the commanding authority of our reference‑level creations, each series carries the same DNA of precision materials, disciplined geometry, and an unwavering pursuit of musical truth. Explore the lineup below and discover the series that aligns with your system, your listening style, and your vision for what great sound can be.
Interconnects

The THB Nebula Interconnects represent the highest expression of THB’s signal‑transfer architecture. Every element — conductor geometry, dielectric control, multi‑layer shielding, and mechanical damping — is executed without constraint to preserve absolute signal integrity. The noise floor drops to vanishing levels, allowing micro‑detail, spatial information, and harmonic structure to emerge with effortless clarity. Nebula Interconnects maintain phase accuracy and bandwidth uniformity across the entire audible spectrum and beyond, delivering a presentation that is simultaneously precise, dimensional, and tonally complete.
| Specification | Details |
|---|---|
| Conductor Size | 13 AWG |
| Conductor Type | Stranded ASTM-B298-12 Class E Alloy |
| Insulation System | Multi-Layer Air-Impregnated PTFE |
| Shielding Architecture | Multi-Layer Flat/Round Braided SPC |
| Geometry | Hybrid 2.5 Twists/Inch |
| Jacket Material | Mylar.PET |
| Termination Options | RCA, XLR |
| Available Lengths | 1.0 Meter and 0.5 Meter increments |
Speaker Cables

The THB Nebula Speaker Cables are engineered for uncompromised current delivery and absolute stability under dynamic load. Their high‑current conductor arrays, multi‑layer shielding, and advanced dielectric system maintain uniform propagation velocity and minimize field interaction. With Dynamic Shielding™, the cable’s shielding environment becomes actively controlled, reducing noise intrusion and preserving amplifier damping behavior. The result is authoritative bass control, explosive dynamic contrast, and a soundstage that remains coherent and stable even at extreme playback levels. Nebula Speaker Cables are designed for systems where the amplifier and loudspeaker must operate at their full potential.
| Specification | Details |
|---|---|
| Conductor Size | 4 AWG |
| Conductor Type | Stranded ASTM-B298-12 Class E Alloy |
| Insulation System | Multi-Layer Air Impregnated PTFE Tape |
| Shielding Architecture | Multi-Layer Copper foil and Braided SPC |
| Dynamic Shielding™ | Yes – Active Closed-Loop System |
| Geometry | Hybrid 2.0 Twists/Inch |
| Jacket Material | Aramid/Carbon Hybrid Fabric |
| Termination Options | Locking Banana Type |
| Available Lengths | 1.0 Meter and 0.5 Meter increments |
Digital Cables

The THB Nebula Digital Cables are built to maintain timing precision and data integrity at the highest digital resolutions. Their controlled‑impedance architecture, multi‑layer shielding, and vibration‑damped dielectric reduce jitter, minimize error rates, and maintain clock stability across the transmission path. The result is a cleaner, more stable digital handoff that supports deeper resolution, improved transient accuracy, and greater retrieval of low‑level detail. Nebula Digital Cables are designed for reference‑grade DACs, transports, servers, and digital processors where timing accuracy is paramount.
| Specification | Details |
|---|---|
| Conductor Size | 17 AWG |
| Conductor Type | Stranded ASTM-B298-12 Class E Alloy |
| Insulation System | Multi-Layer Air-Impregnated PTFE |
| Shielding Architecture | Multi-Layer Round Braided SPC |
| Geometry | Hybrid 2.5 Twists/Inch |
| Jacket Material | Mylar.PET |
| Termination Options | RCA, XLR, BNC |
| Available Lengths | 1.0 Meter and 0.5 Meter increments |
Digital Power Cords

The VLT Nebula Digital Power Cords isolate digital components from the noise they generate and the noise they receive. Their multi‑stage shielding, high‑purity conductors, noise‑rejection geometry and Dynamic Shielding™ technology suppress high‑frequency interference and prevent cross‑contamination between digital and analog circuits. The result is improved clock stability, lower jitter, and a quieter digital noise floor. Nebula Digital Power Cords allow DACs, streamers, transports, and processors to operate with greater precision and transparency.
| Specification | Details |
|---|---|
| Conductor Size | 5 AWG |
| Conductor Type | Stranded ASTM-B298-12 Class E Alloy |
| Insulation System | Multi-Layer Air Impregnated PTFE |
| Shielding Architecture | Multi-Layer Round Braid SPC |
| Dynamic Shielding™ | Yes – Active Closed-Loop System |
| Geometry | Hybrid 2.0 Twists/Inch |
| Jacket Material | PTFE Impregnated Glass Fiber |
| Termination Options | 15- or 20-Amp US Spec Plugs |
| Available Lengths | 1.5 Meter and 0.5 Meter increments |
Analog Power Cords

The THB Nebula Analog Power Cords are engineered for maximum current stability and noise suppression in high‑demand analog components. Their high‑current conductor arrays, multi‑layer shielding, and vibration‑controlled dielectric maintain consistent power delivery under load. With Dynamic Shielding™, the cable’s shielding environment becomes actively regulated, reducing electromagnetic interference and preserving the purity of the analog power supply. The result is greater dynamic headroom, tonal density, and system stability. Nebula Analog Power Cords allow amplifiers and analog stages to operate with full authority and refinement.
| Specification | Details |
|---|---|
| Conductor Size | 5 AWG |
| Conductor Type | Stranded ASTM-B298-12 Class E Alloy |
| Insulation System | Multi-Layer Polyimide Film.FG.PTFE Hybrid |
| Shielding Architecture | Multi-Layer Round Braided SPC |
| Dynamic Shielding™ | Yes – Active Closed-Loop System |
| Geometry | Hybrid 2.0 Twists/Inch |
| Jacket Material | Mylar.PET |
| Termination Options | 15- or 20-Amp US Spec Plugs |
| Available Lengths | 1.5 Meter and 0.5 Meter increments |

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