Mini splitter QOLTEC 52249 1x2 – compact signal splitter for one input to two outputs

QOLTEC 52249 Mini Splitter 1x2 is a compact signal splitter designed to divide a single RF or antenna input into two outputs. Its small form factor makes it suitable for tight installations in homes or small offices where one source must feed two devices. The device supports straightforward passive splitting without active amplification, preserving a simple, durable connection between a single antenna or RF source and two receivers.

Advantages

The mini splitter offers a space-saving design that fits into congested installations while providing reliable passive signal distribution to two outputs. Its mechanical construction is aimed at stable contact and easy cable connection without the need for external power. The neutral, compact housing minimizes visual impact and simplifies placement near antennas, set-top boxes or other RF equipment.

Suitable for

• Splitting TV antenna signals to two receivers
• Distributing RF signals to two set-top boxes or tuners
• Home or small-office installations with limited space
• Non-amplified signal distribution where passive splitting is acceptable

Key specifications

• Configuration: 1 input to 2 outputs (1x2)
• Type: Passive RF/antenna splitter
• Form factor: Compact, low-profile housing for tight spaces
• Connections: Standard RF coaxial connectors compatible with common antenna cables
• Operating principle: Passive splitting without external power

How to use

Connect the incoming antenna or RF source cable to the splitter’s input connector, then attach two output cables from the splitter to the destination devices such as TVs or set-top boxes. Ensure connectors are firmly tightened to provide reliable contact. Because the unit is passive, no power connection or configuration is required. If signal levels are weak, consider using an amplifier upstream of the splitter to maintain adequate reception.

Usage recommendations

Use the QOLTEC 52249 Mini Splitter when passive distribution is sufficient and cable runs are relatively short. Avoid using multiple passive splitters in series without amplification, and prefer good-quality coaxial cables and proper connector tightening to minimize signal loss.