TRANSMISSION LINE SYSTEMS
TLS
Components
High Gain Macro Antennas
Macro antennas to fit all RF environments JMA Macro antennas overcome the challenges presented by today’s carrier network needs, from the interference characteristics of the dense, highly populated urban areas to the vast areas requiring coverage in rural areas.
Fast Roll-Off (FRO) for use where throughput and spectral efficiency are critical.
- Improved throughput due to sharper sector roll-off that reduces sector-to-sector interference.
- Increased spectral efficiency using advanced higher order beamforming.
- Increase capacity without degrading RSRP by converting a 3-sector to a 4-sector.
- Reduce structural infrastructure demand with reduced wind load and weight.
Form in Tighter (FIT) for urban/suburban environments.
- Extend sector coverage and reduce low-band link imbalance with optimal gain for the lowest CAPEX.
- Easy deployment in standard urban/suburban environments with like replacement form factor compared to competition.
New Form in High Gain (FHG) antennas for use where coverage and RF efficiency are king.
- Reduce capacity triggers (sub-1/sub-3 triggers) and increase network coverage using high efficiency antenna technology coupled with an incremental increase in low-band (7%) and midband gain (17%).
- Ease of deployment in suburban and rural areas due to reduced form factor (size, weight, wind load) as compared to traditional high-gain antennas.
- More efficient use of AWS/PCS spectrum.
Form Split Sector (FSS)
- Ability to convert traditional 3-sector sites to 6-sector sites in standard panel technology.
- Ability to convert traditional 3-sector sites to 6-sector sites in standard panel technology.
- Helps to alleviate sub-1 and sub-3 triggers in high-density traffic areas.
- Improved SINR (10%) when compared to standard split-sector or lens-based solutions.
- Lower CAPEX solutions when compared to lens-based or multi-beam-based solutions.
In-Building Antennas
Full FR1 Band high-density antennas provide high performance in high sector designs for dense seating environments.
- Easy installation through flexible design.
- Public safety assured through SAR testing.
JMA Wireless SX panel antennas provide vast performance improvements relative to alternative lens technology products.
- Sixty percent volume reduction by using multi-band overlay.
- Forty percent improvement in SINR performance through tight RF pattern control.
- Improved throughput using JMA enhanced beamforming.
JMA Wireless Enhanced OMNI-MIMO Antennas satisfies the drive for aesthetics and performance in private 5G networks.
- Better aesthetics through small and unobtrusive form factor.
- Easy and adjustable installation options.
- Improve network capacity and reduce deployment costs with higher SINR.
Power Boost
Today’s high performance remote radio heads (RRH) are consuming more power than ever to deliver the capacity and reliability customers have come to expect. This increased demand introduces new challenges in providing the correct voltage and power to the radio head. JMA Wireless PowerBoost uses innovative intelligence to monitor the radio power load and automatically adjust voltage to the radios, ensuring maximum efficiency during power delivery.
Digital Power
Powering & Deployment Solutions JMA Wireless FUZE™ directly addresses the complexity of today’s wireless project requirements. When the size and layout of larger venues calls for long-distance, safe, secure cabling, FUZE™ is there with Digital Electricity™. With the ever-increasing power draw needed by remote radio heads to accommodate high traffic volume, JMA FUZE™ PowerBoost provides an intelligent means of monitoring, regulating, and delivering power to your system where it’s needed, when it’s needed. JMA Wireless FUZE™ is the end-to-end answer to any of the questions raised by your projects’ power requirements.
Small Cells
JMA Small Cell antennas fill the gaps of coverage between macro cells and help offload mid-band traffic from the network. Their high omnidirectionality provides outstanding coverage patterns proven to boost capacity and throughput in the network.
New 8T8R Beamforming Small Cell Cylinder provides significant increase in throughput over traditional 4T4R antennas and comparable coverage to 16T16R antennas.
- Large coverage area due to power of beamforming.
- Throughput increases using higher order modulation schemes.
- Efficient mid-band offloading due to superior building penetration.
- Capital savings of up to 60% over 16T16R antennas.
- JMA Wireless Small Cell antenna portfolio has antennas to meet your need.
- Reduced network interference through excellent sidelobe control across entire upper sector.
- Near-omnidirectionality (~.85) is achieved through symmetrical port patterns.
- MIO performance enhanced through excellent cx-pol discrimination across all sectors.
- Easy deployment using common form factors include cylinder and panel.
- Ready for 5G deployment with all FR1 band options available.
- Beam coverage patterns to meet your need including Quasi-OMNI, Tri-sector, Heart, and Peanut configurations.
- High throughput, all antennas capable of 4x4 MIMO on all bands.
- High coverage areas due to increased gain on mid-band and high-band.
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