-40°C to +55°C ambient environment. 5. Software Features and Network Integration
The ERS 2460 is built using Ericsson Silicon , a specialized, in-house system-on-a-chip (SoC) technology. This silicon family powers the radio’s digital front-end, packetized fronthaul, and advanced algorithm processing, such as Passive Intermodulation (PIM) cancellation.
: 2T4R Configuration (2 Transmitters, 4 Receivers). The 4-way receiver path uses receiver diversity to boost uplink throughput and coverage at the cell edge.
Eliminates the need for multiple single-band radios, drastically reducing initial Capital Expenditure (CapEx). ericsson ers 2460 datasheet
It appears that a direct datasheet is not publicly accessible. However, I can compile an article based on the available information from various sources. The user might be a network engineer or a telecom professional. The article should be informative and well-structured. I'll include sections on product overview, key features, technical specifications, applications, comparisons, and where to find more information.
The Ericsson ERS 2460 is a highly specialized and powerful remote radio unit that plays a pivotal role in modern 4G and 5G networks. By supporting 700MHz, 800MHz, and 900MHz bands with a 4-way receive capability, it ensures high-quality coverage and deep building penetration. Its ability to function in triple-band configurations demonstrates a shift towards more efficient, compact, and energy-sipping network architectures. For telecom professionals, understanding this device's features, as detailed in this comprehensive guide, is the first step toward leveraging its full potential. For official engineering specifications, engineers and planners should always refer to the complete and authoritative datasheet available directly from Ericsson.
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-40°C to +55°C (with variations up to +65°C depending on configuration) Nominal -48 VDC (Operating range: -38.0 VDC to -58.5 VDC) Recommended Circuit Breaker 32 A / 40 A standard fuse rating Maximum Power Consumption ~1215 Watts under peak traffic loads Aerodynamic Wind Load Frontal: 301 N | Side: 115 N (tested at 50 m/s wind speeds) Fronthaul and Interface Connectivity
The radio unit acts as an edge node interacting directly with the baseband unit (BBU) or RAN Compute portfolio via standard digital interfaces. Front-Haul Interfaces
Dual 2x2 MIMO sectors split from a single radio unit to optimize hardware utilization. 3. Interfaces and Connectivity This silicon family powers the radio’s digital front-end,
The (e.g., B1, B3, B28) you are deploying Your preferred MIMO layout (2T2R or 4T4R) The model of your host Ericsson Baseband unit
The ERS 2460 can run multiple cellular standards simultaneously on the same hardware block. It provides smooth, software-defined transitions between legacy and next-generation networks, supporting: voice and legacy data tracking WCDMA (3G) legacy spectrum farming LTE (4G FDD) high-speed data anchoring