SureCall 2-Way Splitter UWB 600–2700 MHz

This ultra-wideband 2-way splitter handles signals across a broad frequency range and is designed for installations that need consistent splitting with commercial-grade build quality. It supports cellular, GPS and other RF services across 600–2700 MHz, offering flexibility when routing one antenna feed to two devices while keeping a compact, black housing.

Key Points

The product offers high performance splitting with 50 ohm N-female connectors that simplify integration into existing coaxial networks. It is built to a commercial grade according to the manufacturer and is useful where frequency coverage from low VHF-adjacent bands up through many cellular bands is required. It is compact and straightforward to mount, making it suitable for closet or rack installations where space is limited. ⚙️

The splitter does not advertise built-in amplification or isolation ratings in the provided data, so consider the overall link budget when adding it to systems that require strict isolation between ports. In practical setups you may need additional attenuators or isolation devices depending on transmitter power and the sensitivity of connected equipment. 🔌

Technical Specifications

• Name: SureCall 2-Way Splitter Ultra-Wideband UWB 600-2700 MHz High Performance with N-Female Connectors, Black
• Connector type: - N-female, 50 ohm
• Frequency range: - 600–2700 MHz
• Channels: - 2-way split
• Finish: - Black commercial-grade housing

Usage Recommendations

Install this splitter in-line with low-loss coaxial cable runs and secure connectors to avoid signal degradation from loose mating. For best results, tighten N-female connections with the appropriate torque to prevent intermittent loss. When splitting a single antenna feed between two receivers, verify that each receiver’s front-end can tolerate any reflected signals and that the system noise figure remains acceptable. 📡

If you are combining transmitters or planning to connect two transmitters to opposite ports, note that additional isolation or diplexing circuitry may be required to prevent damage or interference. Also consider using weatherproofing on outdoor connections if you place the splitter in an exposed environment.