Ericsson Ers 2460 Datasheet Fix File

In the landscape of enterprise networking, edge environments demand more than raw speed—they demand resilience, temperature tolerance, and industrial-grade reliability. The series is a prime example of engineering designed for the harshest conditions. While modern networking discussions often focus on data center behemoths, the ERS 2460 occupies a critical niche: the industrial Ethernet edge.

If you need specific or mechanical mounting bracket diagrams? Share public link

The Ericsson Radio 2460 is a compact, passively cooled 2T4R dual-band remote radio unit designed for low-band (700/800/900 MHz) multi-standard networks including GSM, WCDMA, LTE, and 5G NR. Featuring one-bolt installation and versatile mounting options, this unit offers enhanced uplink performance and is compatible with Baseband 6631/6651 for high-capacity site deployment. For more details, visit Baseband 6631 & 6651 Configurations | PDF - Scribd

If you have a physical unit, please verify the full label (e.g., ROA 123 4567 ). For an accurate datasheet, contact Ericsson Enterprise or a component distributor.

The technical strengths of the ERS 2460 are validated by its widespread use in live networks:

Deploying macro radios requires strict adherence to physical constraints to guarantee safety and survive environmental extremes. In the landscape of enterprise networking, edge environments

(store-and-forward, 64-byte frames): < 5 microseconds typical.

The unit features external alarm DIN connectors for easy monitoring and integration into Network Management Systems (NMS). 5. Conclusion

The ERS 2460 family includes several fixed-configuration models. Key variants are: If you need specific or mechanical mounting bracket diagrams

Typically configured for 2T2R (2 Transmitters, 2 Receivers) or 4T4R operations depending on the specific software license and band variant.

This documentation synthesizes hardware specifications, architecture, and deployment procedures found in official ERS system guides and technical handouts. Technical Specifications Matrix Specification Band 8 (900 MHz), Band 20 (800 MHz), Band 28B (700 MHz) MIMO Configuration Multi-band 2Tx/2Rx or 4Tx/4Rx equivalent configurations Total Output Power Up to 80W total output (e.g., 4 x 20W allocation) Cooling Technology Passive convection cooling (fanless design) Ingress Protection IP65 rated aluminum alloy chassis Operational Temperature -40°C to +65°C Fronthaul Interfaces CPRI / eCPRI via FullAXS LC optical connectors RF Connectors 4.3-10 or NEX10 premium coaxial ports Architectural & RF Engineering Highlights Multi-Standard and Multi-Band Integration

4.3-10 RF connectors, External Alarm DIN, and SFP for fronthaul