HELIOS Technologies is a leading developer and supplier of high-quality RF coverage solutions designed to maximize wireless network coverage in difficult RF environments and complex settings.

The company specializes in extending RF radio coverage to rural areas, office buildings, subways, tunnels and shadowed areas. The HELIOS wireless coverage solution supports all major mobile technologies and standards for 2G/3G/4G/5G NR Cellular Coverage, Roads & Railway Transportation Communications, Public Safety & Critical Communications, Off-air Repeaters, Active Fiber DAS, Broadcast Break-in System and so on.

LMR AND MISSION CRITICAL SOLUTIONS

5G NR Fiber to The Antenna

Outdoor Network Units owns up to 4T4R RF paths and each RF path support max 100MHz bandwidth and can be configured to be FDD or TDD mode in factory, it has four 14Gbps SFP+ digital optic ports and supports up to 12 AAUs by star, chain, ring and hybrid network topologies, even up to 48 AAUs by adding OEUs in some scenarios.

5G NR Off-Air Repeater MIMO

HELIOS® 5G-NR Single Band Repeater is a carrier-grade, consumer-friendly digital smart signal booster that maximizes a subscriber’s indoor wireless experience by eliminating in-building dead zones. With HELIOS® 5G Base Band TDD synchronization and SDR (Software define Radio) technology.

5G NR Off-Air Repeater SISO

HELIOS® 5G repeater is designed for TDD Telecom Operators who are looking to enhance 5G coverage where cellular signal is weak or unavailable or poor data throughput. It is a real intelligent solution to solve the last mile coverage problem. Versions with support in 5G FDD Bands are available, as are Multi-Band 5G / LTE versions.

Analog Optical Master Unit

HELIOS® Cellular Band Analog Optical Transport System is a two-tier architecture consisting of the Optical Master Units (OMUs) and Optical Remote Units (ORUs). RF signals from Base Stations, off-air, BDAs or combination thereof can be received. In the case of off-air feed, the OMU has the option to combine the functions of the off-air Repeater and OMU to provide transmission and distribution of radio signals.

Analog Optical Remote Unit

The signal is filtered and then converted to optical signal which will be transport via single mode fiber and received by the ORUs. The ORUs then convert the optical signal back to RF signal and amplify signal for delivery to the antennas. On the reverse path (uplink), the ORUs and OMU perform the inverse functions and delivery the signals back to the corresponding off-air antenna, BDAs or Base Stations.

CMAS All-in-One

Helios® All-in-One Smart Managed Access Cellular System (MACS), compared to the traditional indistinguishable passive frequency interference shielding technology, the Smart MACS System enable aware-able, controllable, and manage-able for cellular communication of mobile phone in specific secret area, even also can take over and control the specific mobile phone in the specific area.

Dual Band Digital RF Repeaters

HELIOS® Digital Off-Air Repeaters include a Panted ICS (Interference Cancellation System) Feature. It measures the Isolation between Donor and Service Antennas and intelligent cancel the interference in real time. With ICS function, it prevents self-oscillation, enhance gain and coverage range and reduce isolation requirement between Donor Antenna and Services Antenna.

Dual Band D-Pico Repeaters

HELIOS® Digital Off-Air Repeaters include a Panted ICS (Interference Cancellation System) Feature. It measures the Isolation between Donor and Service Antennas and intelligent cancel the interference in real time. With ICS function, it prevents self-oscillation, enhance gain and coverage range and reduce isolation requirement between Donor Antenna and Services Antenna.

Fixed 2G/3G/4G IMSI Catcher

The HELIOS® P240 2G/3G/4G Portable Smart IMSI Catcher system adopts specially compact design to allow mounted on the car or carry with law enforcement officers, and enables law enforcement agencies to flexible & fast gather the target’s phone identity (IMSI, IMEI or MSISDN) and precise orientation by air scanning with portable directional antenna base on DTOA and AOA measurement technology.