Ericsson Ers 2460 Datasheet Now

The Ericsson Radio 2460 is a multiband unit within the Ericsson Radio System (ERS) that supports 5G, LTE, and WCDMA technologies, designed for efficient deployment. It features 4.3-10 antenna connectors, SFP modules for CPRI, and flexible mounting options for various installation scenarios. For more details, visit Scribd. Ericsson Radio System

The Ericsson Radio 2460 is a dual-band remote radio unit (RRU) within the Ericsson Radio System portfolio. It is designed primarily for low-band coverage and capacity, specifically supporting frequencies such as 700MHz, 800MHz, and 900MHz. Key Technical Specifications

The following technical details are derived from industry deployment data and Ericsson’s radio portfolio:

Frequency Support: Supports low-band spectrum including 700MHz (n28), 800MHz (B20), and 900MHz (B8).

Radio Standards: Multi-standard capability supporting GSM, WCDMA, LTE, and 5G (FDD).

Receive Pathways: Notable for providing 4-way receive (4Rx) capability, which enhances uplink performance and coverage in rural and moderate urban areas.

Cooling: Features a fanless, passive cooling design to reduce maintenance and increase reliability.

Interface: Supports standard CPRI and packetized fronthaul (eCPRI) for integration with Cloud RAN and purpose-built Ericsson RAN Compute products. Design and Deployment Features

Modular Installation: Uses Ericsson’s unique one-bolt installation system, allowing for flexible mounting on rails, walls, poles, or ceilings.

Efficiency: Powered by Ericsson Silicon, the radio is designed for high energy efficiency and a reduced carbon footprint compared to previous generations.

Interference Mitigation: Includes built-in PIM (Passive Intermodulation) cancellation to reduce uplink interference when multiple signals share the same antenna.

Sustainability: Part of a portfolio that targets up to a 50% reduction in embodied carbon footprint. Product Documentation ericsson ers 2460 datasheet

For detailed installation and maintenance procedures, engineers can refer to the Radio 2460 Installation Guide on Scribd, which details required tools (e.g., Torx T30, torque wrenches) and safety precautions. Radio 2460

with newer Radio 44xx series models or see specific power consumption ratings for this unit?

Install Radio 2460 | PDF | Electrical Connector | Screw - Scribd

The Ericsson Radio 2460 (KRC161831/1) is a versatile low-band, multi-band remote radio unit (RRU) part of the Ericsson Radio System (ERS) portfolio. Engineered specifically for wide-area coverage and network modernization, it allows operators to consolidate multiple frequency bands into a single compact hardware platform. Key Technical Specifications

The Radio 2460 is designed for high performance in macro-cell deployments with the following core technical attributes:

Frequency Bands: Supports LTE deployments in Bands 8 (900 MHz), 20 (800 MHz), and 28 (700 MHz).

Operating Modes: Capable of supporting GSM, WCDMA, LTE, and 5G mode using FDD and TDD.

Physical Dimensions: Typically measures approximately 553 x 398 x 190 mm with a weight of roughly 37.5 kg (varying slightly by sub-model).

Output Power: Supports a total output power of 320W, typically configured for 2x2T/4R operations.

Connectivity: Equipped with 4x4.3-10 RF connectors and 2x10G FullAXS SFP/fiber optic ports for high-speed fronthaul. Advanced Features & Technology

The Radio 2460 integrates several of Ericsson's modern RAN (Radio Access Network) technologies to optimize efficiency: The Ericsson Radio 2460 is a multiband unit

Ericsson Spectrum Sharing (ESS): Designed to support 5G NR and spectrum sharing, allowing for a smooth transition from 4G to 5G without needing dedicated spectrum.

Energy Efficiency: Features passive cooling (no internal fans) to reduce maintenance and lower the site's energy footprint.

Fronthaul Capabilities: Supports eCPRI (Packet Fronthaul), which is essential for modern, high-capacity packet-based transport networks.

Open RAN Ready: Built with an architecture that is prepared for Open RAN environments. Installation & Deployment

The ERS 2460 is highly flexible regarding where and how it can be deployed on a site:

Mounting Options: Can be installed on poles, walls, or rails using standard ERS brackets. It can also be mounted directly behind or below an antenna to minimize cable loss.

Ease of Installation: Utilizes Ericsson's unique one-bolt installation rail system, which significantly speeds up site deployment and reduces technician labor.

Harsh Environments: Engineered to operate in extreme temperature ranges from -40°C to +55°C and is built to withstand high wind loads of up to 320 N at 50 m/s. Typical Use Cases

Operators deploy the Radio 2460 primarily in scenarios requiring extensive coverage and reduced site complexity:

Rural & Suburban Coverage: Ideal for nationwide coverage layers due to its use of low-frequency bands that penetrate buildings and travel long distances.

Network Modernization: Used to replace multiple legacy single-band radios with one multi-band unit, reducing the total hardware footprint and rental costs on towers. Layer 2 Switching

Macro-Cell Capacity: Provides robust 4T4R performance for macro sites while maintaining energy efficiency. KRC161831/1 – Radio 2460 24B8 / 24B20 / 24B28B M01

Layer 2 Switching

IEEE 802.1D (STP), 802.1w (RSTP), 802.1s (MSTP)
EAPS v2 (Ethernet Automatic Protection Switching) – Ericsson’s proprietary sub-50ms ring recovery.
Link Aggregation (static and LACP, up to 8 groups)
IGMP Snooping v1/v2/v3
Port Mirroring (local and remote)
Storm Control (broadcast, multicast, unknown unicast)

Core Layer 2 Features

VLAN Management: 802.1Q, port-based VLAN, voice VLAN (auto-detection for IP phones)
Spanning Tree: 802.1D (STP), 802.1w (RSTP), 802.1s (MSTP) – up to 16 instances
Link Aggregation: 802.3ad (LACP) – up to 8 groups, max 8 ports per group
Loop detection: Ericsson proprietary loop guard
Port mirroring: Local and remote (RSPAN-like)

Important Note for Buyers

Ericsson has shifted focus to 5G and core routing. The ERS 2400 series may be end-of-sale or end-of-life in some regions. Check with Ericsson or authorized partners (e.g., Westcon, TD Synnex) for:

Current stock availability
Legacy support contracts
Recommended replacements (e.g., Ciena 3916 or third-party industrial switches)

Part 3: Switching and Performance Metrics

For a hardened switch, the ERS 2460 delivers enterprise-competitive non-blocking performance.

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

Part 4: Software and Layer 2/3 Feature Set

The ERS 2460 runs Ericsson’s Enterprise Operating System (EOS) legacy stack—a CLI-centric, stable L2+ platform.

Radio & Connectivity

Architecture: Main Remote Unit (MRU). It acts as a standalone base station.
Capacity: Supports multi-standard operation (GSM, WCDMA, LTE) simultaneously.
- Typical WCDMA capacity: Up to 4 carriers per sector (depending on license).
- LTE capacity: Supports up to 20 MHz bandwidth.
Backhaul:
- Optical Interface (SFP): STM-1 / STM-4 / Gigabit Ethernet.
- Copper Interface: E1/T1 (optional via interface boards).
Output Power: Variable per radio unit, typically 20W to 60W per carrier.

Conclusion: Is the ERS 2460 Still Viable?

The Ericsson ERS 2460 datasheet reveals a rugged, capable industrial switch that was ahead of its time for edge PoE deployments. In 2025, it remains a viable option for:

Plant floor expansions where existing ERS infrastructure is in place.
Budget-conscious industrial retrofits (refurb units cost $200–$600 compared to $1500+ for new industrial switches).
Cold storage and outdoor traffic cabinets where modern commercial switches fail.

However, for greenfield deployments, seek current hardened switches from Cisco, Siemens, or Moxa—but keep a copy of the ERS 2460 datasheet handy if you maintain legacy Ericsson networks. Its fanless reliability and dual DC input remain gold standards that many modern “industrial” switches still try to match.

Final Note for Searchers: If you specifically need the original PDF datasheet from Ericsson, include "filetype:pdf" in your search alongside the exact model number (e.g., "ERS 2460-24T-PWR filetype:pdf"). Archive.org and industrial networking forums are your best resources today.

This article is for informational purposes. Always consult official installation manuals and safety guidelines before deploying network hardware.