Antenna TELTONIKA PR1KC647 5G Combo MIMO — external 5G/LTE/2.4–6 GHz multi-band MIMO antenna

External TELTONIKA PR1KC647 5G Combo MIMO antenna designed to improve cellular and Wi‑Fi reception for routers, gateways and industrial modems. The multi‑band external antenna supports 5G NR and legacy LTE bands as well as Wi‑Fi frequencies in the 2.4–6 GHz range, and features two SMA connectors for MIMO operation to increase data throughput and connection stability.

Advantages

The PR1KC647 offers multi‑band coverage that combines 5G, LTE and Wi‑Fi frequencies in a single external antenna. Its MIMO configuration with dual SMA connectors enables better signal diversity and higher throughput compared to a single antenna. The robust external design is suitable for rooftop or vehicle mounting to enhance reception in mobile, fixed wireless and remote installations.

Suitable for

• Routers and gateways requiring external 5G/LTE/Wi‑Fi antennas
• Industrial modems and IoT gateways in mobile or remote locations
• Fixed wireless access points and mobile installations on vehicles or roofs

Key specifications

• Model: TELTONIKA PR1KC647
• Type: External multi‑band 5G Combo MIMO antenna
• Frequency range: Cellular 5G/LTE and Wi‑Fi 2.4–6 GHz
• Connectors: Dual SMA (MIMO)
• Mounting: External/roof or vehicle mount

How to use

Mount the antenna externally on a roof, vehicle or suitable outdoor location using appropriate hardware. Connect the two SMA connectors to the corresponding antenna ports on your router, gateway or modem following the device manufacturer’s port labelling for MIMO. Ensure connectors are tightened securely and route cables to avoid sharp bends or damage. Power and configure your router or modem as required; the antenna is passive and does not require separate power.

Recommendations

Place the antenna as high and unobstructed as possible and orient it for best signal reception. Use weatherproof cabling and sealed fittings for permanent outdoor installations. Verify antenna compatibility with your device’s SMA connector type and frequency bands prior to installation.