Nokia AirScale Baseband Capacity Unit (ABIA) – Model 473096A

Product Overview

The Nokia ABIA (AirScale Baseband Capacity Unit) is a modular baseband processing board designed for the Nokia AirScale System Module Indoor. It provides scalable baseband processing capabilities for multi-RAT (Radio Access Technology) deployments, supporting GSM, WCDMA, FDD-LTE, TD-LTE, and 5G networks. Scribd

Key Specifications

General Information

• Model Number: 473096A

• Form Factor: Pluggable unit occupying one B-slot in a 19-inch subrack

• Ingress Protection: IP20

• Weight: 2.1 kg

• Dimensions (H x W x D): 25 mm × 219 mm × 364 mm

• Operating Temperature Range:

• Front-to-Back airflow: –5°C to +60°C

• Back-to-Front airflow: –5°C to +55°C

• Power Consumption:

• Typical: 80 W (at 25°C)

• Maximum: 158 W (all ports with SFPs and cables at maximum ambient temperature)

• Environmental Protection: ETSI EN 300 019-1-3, Class 3.1E Scribd

Supported Radio Access Technologies (RATs)

• GSM: Supports up to 36 TRX

• WCDMA: Supports up to 12 cells

• FDD-LTE:

• 12 cells (2T2R @20 MHz)

• 16 cells (2T2R @10 MHz)

• 6 cells (4T4R @20 MHz)

• TD-LTE:

• 4 cells (8T8R)

• LTE mMIMO:

• TDD: 1 cell (32T32R 8DL/4UL 10/20 MHz)

• FDD: 4 cells (16T16R 4DL/4UL 10/20 MHz)

• Diagonal Link Support: Yes Scribd

Fronthaul Interfaces

• Number of Ports: 6× SFP+

• Supported Interface Types:

• CPRI up to 9.8 Gbps

• OBSAI 3/6 Gbps

• IQ Compression: Supported with three CPRI links Scribd

Capacity and Throughput

• Layer 1 Throughput:

• Downlink: 1.8 Gbps

• Uplink: 0.9 Gbps

• Number of RRC Users: Up to 5,040 Scribd

Compatibility and Integration

• Compatible Subracks: AMIA, AMOB, AMOD

• Common Units: ASIA, ASIB, ASIL

• Integration: Designed to be used within the Nokia AirScale System Module Indoor, supporting various radio access technologies and enabling scalable baseband processing for diverse network requirements. Scribd

Applications

• Multi-RAT Deployments: Ideal for environments requiring support for multiple radio access technologies, including GSM, WCDMA, FDD-LTE, TD-LTE, and 5G.

• High-Capacity Networks: Suitable for areas with high traffic demands, providing enhanced baseband processing capabilities to manage increased data throughput.

• Network Evolution: Facilitates the transition to 5G networks by supporting advanced features such as MIMO and carrier aggregation.

• Flexible Deployment: Compatible with various subracks and common units, allowing for adaptable integration into existing network infrastructures.