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| Markenbezeichnung: | ITI -LINK |
| Modellnummer: | ITI-CTSF8-018 |
| MOQ: | 1000 Stück |
| Preis: | 50$-100$ |
| Lieferzeit: | 15-45 Tage |
| Zahlungsbedingungen: | T/T |
| Construction Item Description | Electrical Property |
|---|---|
| Conductor Material: Bare Solid Copper(elongation: 19-24%) |
Conductor Resistance at 20°C: ≤ 5.6 Ω / 100m |
| OD: 22 AWG | Resistance unbalance within a pair: ≤ 0.2% |
| Insulation Material: PE Skin-Foam-Skin |
Insulation Resistance at 20°C after 2min of electrification under a DC voltage between 100 & 500V: >1500 MΩ / 100m |
| OD: 1.62 ±0.01 mm | Mutual capacitance: 5600 pF / 100m MAX |
| Average THK: 0.50 mm | Capacitance unbalance pair to ground at 800Hz or 1 kHz: ≤ 160 pF / 100m |
| Color: 1p: white + 2 blue stripes & blue 2p: white + 2 orange stripes & orange 3p: white + 2 green stripes & green 4p: white + 2 brown stripes & brown |
Characteristic impedance at 100MHz: 100 ± 15 Ω Dielectric Strength Test Voltage (cd/cd,cd/screen): 1.00KV DC or 0.7 KV AC for 1 min: No breakdown |
Data Center & Exchange Rack: Use the ITI-CTSF8-018 for switch-to-switch uplinks and top-of-rack interconnects where CAT8 and 2000MHz bandwidth are required. The SFTP shielding reduces crosstalk in dense patch environments and ensures consistent 40Gbps links across short channels.
Industrial Automation & Robotics: Deploy as backbone and panel wiring within robotic cells and conveyor systems. The robust 22AWG solid copper and braided shielding tolerate repeated bends and keep signals stable near drive motors and welding stations.
Automated Warehouses & AGV Networks: Supports real-time control and telemetry for hundreds of AGVs and IoT sensors--shielding prevents interference from heavy machinery and power electronics.
5G Edge Sites & Base Stations: Use for server and switch interconnects inside 5G edge data rooms where high throughput and reliable shielding are essential.
Financial Trading & Low-Latency Environments: Ideal for short, ultra-low latency interconnects between trading servers and switches to preserve microsecond advantages.
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