Professional USB 2.0 Hi-Speed Cable
4053
Individually characterized
Best-in-class signal transfer by impedance controlled design, double shielding and stronger power lines.
- USB 2.0 Hi-Speed cable for highest demands
- Impedance controlled design
- Suitable for data and media applications
- Individually characterized with different performance levels
- Intona Double Shielding Technology (IDS) and stronger power lines
Signal Integrity
The key to highest Signal Integrity? Constant Impedance vs. cable length...
- Highest possible impedance continuity is a key for excellent signal integrity
- Any change in impedance causes a reflection of energy
- The reflected energy causes echo effects which disturb original signal
- The resulting effects are similar to those of Jitter - the natural enemy in any audiophile HiFi-System
- Intona's Innovation: the first commercial USB 2.0 Hi-Speed cable offering a visible and measured level of impedance continuity
Perfomance Grades
PREMIUM
our standard grade but much better than USB 2.0 specs
REFERENCE
for highest demands
ULTIMATE
only a small percentage of cables reach this ultimate performance level
IDS & More
Intona Double Shielding Technology (IDS)
- Maximium safety to prevent from ESD, RFI and EMI by applying 2 shielding layers
- Inner shielding using a synthetic / metallic laminate plus braid
- Additional outer shielding – braided wire made from tinned copper filaments
Stronger power lines
- reliable and stable 5V power supply wires for any external device
- much stronger power lines compared to other cables
Premium material selection
- For our professional USB cable, we have selected the finest materials available to provide durability and best performance possible
- Conductors made from Oxygen-Free Copper (OFC) for best conductivity
- 24K gold plated connectors
- Zero-resistance and highly conductive material compsition for the plugs
- CNC machined connector housings made from solid all-aluminium
- Intermediate Polyurethane cable sleeve provides ultra-high stability and prevents from buckling
- Outer cover made from ultra fine tinned copper
Individual cable characterization by Intona
- We have defined our own standard for impedance continuity which is much more narrow compared to USB 2.0 specs
- Step 1: application of Vector Network Analysis (VNA) to identify non-suitable parts of the raw cable
- Step 2: cable Assembly and allocation of individual serial number
- Step 3: next VNA measurement to set performance grade