LNA
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RF-ACTIVE-ANTENNA-SYSTEMS:
Active Antenna Systems
Compact List
5G Integrated Small Cell
The Integrated Small Cell (ISC) in many ways is a size, power, and cost-optimized version of the larger, traditional, all-in-one base stations. Integrated small cells are mostly used in densely populated urban areas , where coverage near the macro edges and providing enough capacity to high numbers of mobile users can be challenging. These “infill” small cells can be deployed on buildings and street lights and fixtures as well as on traditional cell towers. This smaller version gNode B allows for cost efficient deployment.
Integrated small cells are also a key technology for enabling private 5G enterprise and industrial networks, where 5G low latency features support manufacturing and factory automation and the 5G CBRS and industrial spectrum supports reliable connections in healthcare, retail, hospitality, aviation, and maritime use cases.
NXP’s Integrated Small Cell solutions resolve two major issues:
- Broad coverage, good spatial diversity and high performance with a choice of FR1 (sub 6 GHz) ecosystem radio solutions: up to 4 transmit, 4 receive antenna configurations, TDD and FDD support, higher power class support and 100 MHz channel bandwidth.
- Cost effective mmWave configurations for world-wide bands, high performance EIRP options, proven multigigabit throughput.
NXP’s Integrated Small Cell offers:
- Software defined radio (SDR), that allows to choose optimized software algorithm for the ISC used cases and brings feature flexibility.
- Open RF interface optimized for price, power and performance for both sub 6 Ghz and mmWave applications.
- Network grade products, that supports physical robustness and product longevity guarantees.
Application Details
Interactive Block Diagram
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Select a block diagram:
Block Diagram
- 4T4R Sub-6 GHz ISC
- mmWave ISC
PA
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RF-ACTIVE-ANTENNA-SYSTEMS:
Active Antenna Systems
Host-Processor
Host-Processor
Programmable Baseband L1 Processing
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LA12xx:
Layerscape® Access LA12xx Programmable Baseband Processor
Programmable Baseband L1 Processing
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LA12xx:
Layerscape® Access LA12xx Programmable Baseband Processor
Programmable Baseband SDR Broadcast Decoder
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LA9310:
Layerscape® Access LA9310 Programmable Baseband Processor
Programmable Baseband SDR Broadcast Decoder
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LA9310:
Layerscape® Access LA9310 Programmable Baseband Processor
Host-Processor
Host-Processor
Programmable Baseband L1 Processing
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LA12xx:
Layerscape® Access LA12xx Programmable Baseband Processor
Programmable Baseband L1 Processing
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LA12xx:
Layerscape® Access LA12xx Programmable Baseband Processor
Analog Beam Former
LNA
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RF-ACTIVE-ANTENNA-SYSTEMS:
Active Antenna Systems
PA
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RF-ACTIVE-ANTENNA-SYSTEMS:
Active Antenna Systems
LNA
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RF-ACTIVE-ANTENNA-SYSTEMS:
Active Antenna Systems
Programmable Baseband SDR Broadcast Decoder
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LA9310:
Layerscape® Access LA9310 Programmable Baseband Processor
Programmable Baseband SDR Broadcast Decoder
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LA9310:
Layerscape® Access LA9310 Programmable Baseband Processor
Documentation
Quick reference to our documentation types
3 documents
Brochure (2)
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Why Private, Industrial 5G Networks Will Drive Business Digitalization and Growth[WHY-PRIVATE-5G-NETWORKS-LEAFLET]
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5G RAN Diversification: Balancing the Trade-offs of Making 5G A Working Reality[5G-RAN-DIVERSIFICATION-LEAFLET]
White Paper (1)
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Digital Airfast Reference Design - White Paper[DIGAIRFASTWP]
Training
4 trainings