6-beam panel lens antennas deliver 6x capacity boost
MatSing, the pioneer and innovator of high-capacity lens antennas, has announced general availability of its new 6-beam MBA product set to address evolving connectivity needs of carriers.
Designed for carriers looking for a high-performing antenna, the new 6-beam panel lens antennas deliver significant signal gain improvement, higher isolation between beams, and 4×4 MIMO support to provide the optimal coverage and capacity for 4G LTE and 5G networks.
“Superior connectivity in the entire coverage area, increased speed and capacity, as well as a scalable, cost-effectiveand future-proof solution remain key requirements for carriers globally,” said Bo Larsson, MatSing CEO. “Following up on the recent 3-beam panel lens antenna portfolio launch, the new 6-beam set delivers 6x capacity enhancements. The lens antennas are designed to minimize signal degradation with high gain and isolation alongside 2x lower wind-loading while delivering reliable 120 degree coverage. Carriers looking for a macro solution ideal for suburban and rural deployments, both for mobile broadband and fixed wireless access, now have a next-generation offering to appropriately address their coverage and capacity needs. Opting for our innovative lens panel antennas helps our carrier customers transform their network connectivity and make their network future ready.”
MatSing’s comprehensive 6-beam lens antenna portfolio addresses complete low and mid band requirements with support ranging from 600 MHz through 4200 MHz frequency bands. Some of the new second generation lens antennas ideal for macros and capacity relief include:
- MS-MBA-6.3-H4-L2 with 6 isolated H-band (1695-2690 MHz) and 3 isolated L-band (698-960 MHz) cross-polarized beams with each H-band beam having 4 ports for 4×4 MIMO.
- MS-MBA-6.3-H4-L4 with 6 isolated H-band (1695-2690 MHz) cross-polarized beams and 6 isolated L-band (698-960 MHz) cross-polarized beams with each beam having 4 ports for 4×4 MIMO.
- MS-MBA-6.6-F4-H4 with 6 isolated F-band (3300-4200 MHz) cross-polarized beams and 6 isolated H-band (1695-2690 MHz) cross-polarized beams with each beam having 4 ports for 4×4 MIMO.
- MS-MBA-6.6.3-F4-H4-L2 with 6 isolated F-band (3300-4200 MHz) cross-polarized beams, 6 isolated H-band (1695-2690 MHz) cross-polarized beams and 6 isolated L-band (698-960 MHz) cross-polarized beams with each F and H band beams having 4 ports for 4×4 MIMO.
- MS-MBA-6-F4 with 6 isolated F-band (3300-4200MHz) cross- polarized beams with each beam having 4 ports for 4X4 MIMO.
- MS-MBA-6-H4 with 6 isolated H-band (1695-2690 MHz) cross- polarized beams with each beam having 4 ports for 4X4 MIMO.
While global deployments of 5G continues at a rapid pace, and are expected to keep growing over the coming decade, there is an ongoing need to improve the performance of the 4G LTE networks. Getting more devices connected concurrently on the network while effectively increasing customer satisfaction remains a key goal for carriers. With several carriers internationally continuing to also focus on 4G LTE network densification, the new 6-beam panel lens antennas provide an immediate capacity relief option with scalability provided in a highly cost-effective manner for all types of connectivity, including 4G LTE and 5G.
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