Band 7 2600MHz 33dBm LTE Power Repeater
The EMTS Telecom Services Band Selective Power-Repeater (PR) is an integral part of the LTE network deployment. It extends the coverage by receiving processes and amplifying the RF signal. The single-band LTE 2600MHz Power-Repeater providing an affordable solution to solve the indoor signal coverage problems in LTE 2600MHz systems. Due to signal fading and attenuation caused by architecture obstacles, the signal strength is weak; The EMTS Repeater, its easy installation & maintenance can help carriers get a faster return on investment. The Repeater works as a relay between the BTS and mobiles. It picks up the strongest signal from BTS via the Donor Antenna, linearly amplifies the signal, and then retransmits it via the Indoor Signal Distribution System to the weak/blind coverage area. The mobile signal is also amplified and retransmitted to the BTS in the opposite direction. The band-selective function can choose to amplify the signal within the customized band. The EMTS LTE Poweri Repeater is designed explicitly for in-building LTE applications. It supports different LTE channel bandwidths (1.4, 3, 5, 10, 15 & 20MHz) and can meet any future LTE channel allocation need (applicable for tunable band selective type).
EMTS offers a comprehensive portfolio of enhanced coverage solutions for the Wireless Networks, Based on advanced technologies, EMTS’s proven, indoor and outdoor solutions solve a wide range of network for the Wireless Networks.
Key Features
- Fully comply with LTE standard & LTE system requirements
- Expand LTE signal coverage or fill the signal in the blind area where the signal is weak or unavailable
- Linear power amplification to effectively suppress inter-modulation and spurious emission designed to meet LTD modulation
- High system gain & Smart Automatic Level Control (ALC) ensures stable output level and continuous adjusting
- Remote monitoring via wireless modem
- Efficient thermal characteristics, careful component selection, and robust design result in high system reliability
