The Ebyte XC and XP Series represents a premium line of high-performance RF Extension Cables and Magnetic Suction Cup Mounts designed for robust broadband connectivity spanning 0 to 6000 MHz. Engineered to interface seamlessly with modern wireless modules, these accessories provide flexible mounting options for everything from compact urban IoT nodes to remote industrial gateways.
Unlike standard generic pigtails, models like the XC-NK-SJ-300 and the XP-NK-SJ-300 utilize high-grade RG58 cabling and feature low-loss N-Female to SMA-Male (N-K to SMA-J) connectors. The XP series further integrates a heavy-duty, 119mm ABS magnetic base, delivering exceptional stability for large fiberglass antennas during permanent outdoor or mobile installations.
Series Specification Comparison
Select the optimal RF accessory variant based on your required deployment and physical installation constraints:
| Model | Type | Connector Interface | Frequency Range | Cable Length / Material | Weight | Key Feature |
|---|---|---|---|---|---|---|
| XC-NK-SJ-300 | Extension Cable | N-Female to SMA-Male | 0–6000 MHz | 3m / RG58 | 113g | Flexible RF Routing |
| XP-NK-SJ-300 | Suction Cup Mount | N-Female to SMA-Male | 0–6000 MHz | 3m / RG58 | 615g ± 5g | 119mm Magnetic Base (ABS) |
*Note: All models feature 50Ω input impedance and support up to 100W power capacity. Operating temperature: -40°C to +85°C.
Updated: April 2026
Key Technical Features
① Broadband Frequency Optimization
The XC and XP series are fully optimized for global wireless communication bands, covering everything from sub-GHz LoRa/NB-IoT all the way to 6GHz Wi-Fi networks. The 50-ohm impedance matching ensures maximum data throughput, maintaining signal integrity even across the full 3-meter RG58 cable run.
② Extreme Deployment Resilience
Built for industrial environments, the heavy-duty RG58 cable withstands temperature fluctuations from -40°C to +85°C. The XP-NK-SJ-300 features an ABS-housed magnetic base (119mm diameter) that securely locks onto metal enclosures, keeping heavy outdoor fiberglass antennas perfectly vertical even under high wind loads.
Which configuration should you choose?
- XC-NK-SJ-300 (Extension Cable): Ideal for bypassing structural interference. Perfect for running a connection from an indoor module to an outdoor N-Type antenna.
- XP-NK-SJ-300 (Suction Cup Mount): The perfect all-rounder for mobile deployments, vehicle telemetry, or temporary outdoor sensor clusters requiring rapid magnetic attachment.
Ideal Applications
🌐 Industrial IoT Gateways
Extend the reach of cellular and LoRa routers to optimal outdoor vantage points securely.
📡 Telemetry & SCADA
Reliable magnetic mounting for data backhaul antennas on utility meters and electrical cabinets.
🚗 Mobile Connectivity
Strong 119mm suction cup base ensures antennas remain stable on moving vehicles or machinery.
🏙️ Smart Infrastructure
Durable 0-6000MHz connections for municipal IoT grids requiring adaptable outdoor antenna placement.
Frequently Asked Questions
1. Can I use the XC-NK-SJ-300 extension cable with my Raspberry Pi LoRa gateway?
Yes. The XC-NK-SJ-300 uses an N-Female to SMA-Male (SMA-J) connector which is perfectly compatible with most Raspberry Pi LoRa HATs and Ebyte wireless modules that feature an SMA interface. This allows you to easily run the connection outdoors and mount a higher-gain N-Type antenna for superior range.
2. Are there GitHub resources for configuring Ebyte modules connected via this cable?
Absolutely. Many open-source IoT automation projects on GitHub feature Ebyte transceivers. While the XC and XP series cables are purely passive RF hardware, you can find extensive library support and wiring diagrams on GitHub to optimize the digital and software side of your Raspberry Pi and Ebyte module setup.
3. Does the XP-NK-SJ-300 suction cup support heavy outdoor antennas?
Yes. The XP-NK-SJ-300 features a massive 119mm ABS magnetic suction cup base. It is engineered to securely anchor heavy-duty fiberglass antennas from cdebyte.com, making it highly reliable for both static outdoor nodes and mobile telemetry scenarios without tipping over.