EE, a key British mobile network operator, utilizes the ERS 2460 in its modern "Ericsson zone" sites. It is used to deliver low-band 5G on 700MHz and 4G on 800MHz as part of a strategy to enhance coverage in both rural and urban environments. In one specific configuration for urban high capacity, a single sector uses an ERS 2460 for low-band coverage, an ERS 4490 for mid-band capacity, and an Ericsson AIR antenna for Massive MIMO 5G on the n78 band (3.5GHz). This layered approach ensures a balance between coverage and speed.
| Specification | Details | | :--- | :--- | | | Remote Radio Unit (RRU) | | Supported Frequencies | Low-band: 700MHz, 800MHz, 900MHz (Bands 20, 28, 8) | | Receive Capability | 4-Way Receive (4Rx) | | Configuration | Triple-band (Tri-band) for low frequencies | | Standards Support | 4G LTE and 5G NR | | Deployment Modes | FDD (Frequency Division Duplex) | | Compatibility | Ericsson Radio System (ERS), Ericsson RAN Compute, Passive Antenna Systems | | Mounting | Outdoor, mast or tower mount | | Operating Environment | Designed for various weather conditions (weather-proof enclosure) | | Power Supply | Typically -48V DC with optional AC input via external power supply |
I'll cite the sources I've found. Since a direct datasheet is not available, I will state that the information is aggregated from various sources. I'll also suggest where to find more information, such as contacting Ericsson directly.
Let me search for "Ericsson ERS 2460 switch". doesn't look relevant.
Integrating the ERS 2460 into existing baseband processing units is streamlined through standard open interfaces. ericsson ers 2460 datasheet
The Radio 2460 consolidates sub-1GHz frequency assets including into one physical node. In legacy deployments, these bands required independent radio units. By unifying them, operators can run concurrent radio access technologies (GSM, WCDMA, LTE, and 5G NR) using dynamically managed, software-defined frequency sharing.
The ERS 2460 runs Ericsson’s (formerly Avaya/Nortel) or CLI. Even though it is primarily a Layer 2 switch, it includes Layer 3 static routing capabilities, hence the "L2+" designation.
ERS 2460 Market Series: Ericsson RBS 6601 / Ericsson Radio System (ERS) Product Type: Outdoor Main Remote Unit (MRU) / Base Station
The reveals a dependable, no-frills edge switch designed for environments where straightforward Layer 2 access with basic static routing and PoE+ is sufficient. While not a modern powerhouse, the 2460 series excels in predictable deployments like VoIP, surveillance, and SMB cores. EE, a key British mobile network operator, utilizes
for the Radio 2460, deployment requires specific tools and procedures: Mounting Options
This hardware is a fundamental building block for operators looking to maximize their spectrum assets. Its primary function is to convert digital signals from the baseband unit into radio waves for transmission and to convert received radio signals back into digital data. By being placed remotely, often at the top of a tower, the RRU minimizes signal loss over coaxial cables, thereby enhancing overall network performance. The ERS 2460 is part of a larger strategy to build scalable, energy-efficient, and high-performance radio access networks (RAN).
: Built with an architecture that is prepared for Open RAN environments. Installation & Deployment
Granular per-port, per-VLAN, and per-queue shaping and policing. This layered approach ensures a balance between coverage
Given this, I will structure the article based on the available information. The article will clarify the identity of the ERS 2460 as a radio unit, detail its known applications and features, discuss its role in modern RAN deployments, provide guidance on how to find official documentation, and summarize its strategic importance. I will use the information from the sources I've found, particularly the LinkedIn post and the pedroc.co.uk article, to build the content. I will also incorporate general knowledge about Ericsson's Radio System where appropriate.
Network operators face unprecedented demands for data capacity, low latency, and energy efficiency. To meet these challenges, Ericsson expanded its Radio System (ERS) portfolio with high-performance hardware designed to streamline macro-cell deployments and accelerate 5G rollouts. The Ericsson ERS 2460 is a core component of this modernized infrastructure, serving as a highly efficient, multi-standard radio unit optimized for dense urban and suburban environments.
Ericsson ERS 2460: Technical Datasheet & Comprehensive Overview
What (e.g., Segment Routing, EVPN) will your network rely on?
Deep packet buffering architecture to eliminate micro-burst packet drops in heavy video-streaming and 5G traffic scenarios. Advanced Software & Protocol Support