
KA-1002 TDD TMA B41
TDD B41 2500 MHz · 2×2 & 4×4 MIMO
Kaelus B41 (2500MHz) TDD TMA KA-1002 can be deployed as a 2x2 or 4x4 MIMO.
Kaelus TMAs that recover uplink sensitivity lost in long feeder runs — TDD MIMO and FDD twin single, dual and triple-band units with AISG 2.0 and bypass.
Partner brands: Kaelus

TDD B41 2500 MHz · 2×2 & 4×4 MIMO
Kaelus B41 (2500MHz) TDD TMA KA-1002 can be deployed as a 2x2 or 4x4 MIMO.

TDD B40 2300 MHz · 2×2 & 4×4 MIMO
Kaelus B40 (2300MHz) TDD TMA KA-1003 can be deployed as a 2x2 or 4x4 MIMO.

TDD B42/B43 3500 MHz · 4×4 & 8×8 MIMO
Kaelus B42/B43 (3500MHz) TDD TMA KA-1004 can be deployed as a 4x4 or 8x8 MIMO.

TDD 3700–4100 MHz · 4×4 & 8×8 MIMO
Designed to be deployed with 3700-4100MHz TDD systems, the Kaelus KA-1006 enhances cell uplink coverage through improved system noise figure, thereby saving operational and capital expenditure. It can be used in 4x4 or 8x8 MIMO systems.

FDD twin TMA · AWS uplink gain · AISG 2.0
Designed to be deployed in collocated AWS systems, the Kaelus MI-124 enhances cell uplink coverage in AWS through improved system noise figure, thereby saving operational and capital expenditure.

FDD dual-band twin · 1800 / 2100 · AISG 2.0
Designed to be deployed in collocated 1800, 2100 systems, the Kaelus MI-127 enhances cell uplink coverage in 1800, 2100 through improved system noise figure, thereby saving operational and capital expenditure.

FDD dual-band twin · 1800 / 2100 · AISG 2.0
Designed to be deployed in collocated 1800, 2100 systems, the Kaelus MI-143 enhances cell uplink coverage in 1800, 2100 through improved system noise figure, thereby saving operational and capital expenditure.

FDD dual-band twin · 800 / 900 · AISG 2.0
Designed to be deployed in collocated 800 and 900 systems, the Kaelus MI-146 enhances cell uplink coverage in 800 and 900 through improved system noise figure, thereby saving operational and capital expenditure.

FDD dual-band twin · 2100 / 2600 · AISG 2.0
Designed to be deployed in collocated 2100 and 2600 systems, the Kaelus MI-147 enhances cell uplink coverage in 2100 and 2600 through improved system noise figure, thereby saving operational and capital expenditure.

FDD dual-band twin · 1800 / 2600 · AISG 2.0
Designed to be deployed in collocated 1800 and 2600 systems, the Kaelus MI-149 enhances cell uplink coverage in 1800 and 2600 through improved system noise figure, thereby saving operational and capital expenditure.

FDD triple-band twin · 1800 / 2100 / 2600 · AISG 2.0
Designed to be deployed in co-located 1800, 2100 and 2600 MHz systems with wideband antennas, this Tower Mounted Amplifier provides gain in all the bands.

FDD dual-band twin · 2100 / 2600 · AISG 2.0
Designed to be deployed in collocated 2100 and 2600 systems, the Kaelus MI-160 enhances cell uplink coverage in 2100 and 2600 through improved system noise figure, thereby saving operational and capital expenditure.

FDD single-band twin · 900 E-GSM · AISG 2.0
Designed to be deployed in collocated 900 E-GSM systems, the Kaelus MI-163 enhances cell uplink coverage in 900 through improved system noise figure, thereby saving operational and capital expenditure.

FDD dual-band twin · 800 / 900 · AISG 2.0
Designed to be deployed in collocated 800 and 900 systems, the Kaelus MI-165 enhances cell uplink coverage in 800 and 900 through improved system noise figure, thereby saving operational and capital expenditure.

FDD dual-band twin · 1800 / 2600 · AISG 2.0
Designed to be deployed in collocated 1800 and 2600 systems, the Kaelus MI-168 enhances cell uplink coverage in 1800 and 2600 through improved system noise figure, thereby saving operational and capital expenditure.
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