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
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 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
The Ericsson Radio 2460 is a critical component within the Ericsson Radio System (ERS) portfolio, a modular end-to-end radio access network (RAN) solution designed to support multi-standard cellular technology from 2G to 5G. As a multiband radio unit, the 2460 is engineered for high performance, scalability, and energy efficiency, enabling operators to manage increasing data traffic while maintaining a minimal site footprint. Key Technical Specifications
The Radio 2460 is characterized by its compact design and robust technical capabilities, as detailed in site manager handouts and technical datasheets:
Radio Architecture: Features a 4-transmitter and 4-receiver (4T/4R) configuration, supporting advanced Multiple-Input Multiple-Output (MIMO) technology to enhance spectral efficiency and data throughput. ericsson ers 2460 datasheet
Operating Bandwidth: Designed as a dual-band radio, it allows operators to consolidate equipment by supporting multiple frequency bands—such as Band 1 and Band 3—within a single unit.
Physical Dimensions: The unit typically measures approximately in height, in width, and in depth (without a fan), weighing roughly
Power and Environmental: Operates within a standard voltage range of and is built to withstand extreme temperatures ranging from -40∘Cnegative 40 raised to the composed with power C +55∘Cpositive 55 raised to the composed with power C Installation and Integration
Versatility is a core feature of the ERS 2460, allowing for diverse deployment scenarios. According to installation guides, the unit can be mounted on rails, walls, poles, or even integrated directly behind antennas. The ERS rail system facilitates rapid, "one-bolt" installation, which significantly reduces the time and labor required at the cell site.
The unit utilizes eCPRI interfaces for high-speed packet fronthaul, ensuring compatibility with modern Open RAN architectures and facilitating a smooth transition to 5G Standalone (SA) networks. Performance Benefits
Integrating the Radio 2460 into a network provides several advantages for telecommunications providers:
Energy Efficiency: As part of the wider ERS effort, these radios are optimized to reduce power consumption by up to 15% compared to previous generations.
Scalability: The modular nature of the Ericsson Radio System allows for easy capacity upgrades through software activation codes and hardware expansion.
Low Maintenance: The use of passive cooling systems (no internal fans) minimizes mechanical failure points and long-term maintenance costs. Ericsson radios for capacity and energy efficiency
Scaling 5G Capacity: A Closer Look at the Ericsson Radio 2460
In the world of 5G infrastructure, the "secret sauce" isn't just about the software—it’s about the hardware that handles the heavy lifting. One of the workhorses in modern Ericsson Radio System deployments is the Radio 2460.
If you are a site manager or a network engineer, you know that footprint and efficiency are everything. Here’s what makes the 2460 a critical component of the modern site. Key Features and Capabilities
The Radio 2460 is a multiband radio designed to streamline site deployments by reducing the number of units required on a tower. Instead of multiple single-band radios, the 2460 offers:
Integrated Multiband Support: Combines multiple frequency bands into a single unit, significantly reducing tower load and windage.
High Power Efficiency: Built with Ericsson’s latest silicon to ensure maximum throughput with minimal energy consumption.
Flexible Installation: Supports various mounting alternatives, including rail mounting and ERS brackets, allowing it to fit into crowded urban sites or rural towers. Installation at a Glance
Deployment is designed to be "plug-and-play" as much as possible for field technicians. According to the standard installation workflow: The Ericsson Radio 2460 is a dual-band remote
Preparation: Technicians install the SFP modules and prepare DC power connectors before the radio even leaves the ground.
Hoisting: The unit is hoisted and secured using a specialized ERS bracket or rail system.
Verification: Once powered up, the radio undergoes a series of automated health checks to ensure it is communicating correctly with the Baseband unit. Why Network Operators Love It
The primary goal of the Ericsson Radio System is to provide the lowest total cost of ownership (TCO). By using the Radio 2460, operators can:
Reduce Site Rent: Fewer boxes on the tower mean lower monthly leasing costs.
Improve Performance: Optimized for high-performing Radio Access Networks (RAN), delivering the low-latency and high-speed connections 5G users expect.
Future-Proof: Designed to handle evolving 5G standards through software-driven automation. The Verdict
The Radio 2460 isn't just a radio; it's a space-saving, power-efficient solution for the densification era of 5G. For those managing complex sites, it represents a major step forward in making "the complex simple".
Install Radio 2460 | PDF | Electrical Connector | Screw - Scribd
Disclaimer: This document is a representative reconstruction. Ericsson AB and its successors do not guarantee the accuracy of this text for actual hardware. Verify all parameters with original factory documentation or by testing a sample unit.
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 A minimum 100 µF external output capacitor is
The Radio 2460 integrates several of Ericsson's modern RAN (Radio Access Network) technologies to optimize efficiency:
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.
Macro-Cell Capacity: Provides robust 4T4R performance for macro sites while maintaining energy efficiency. KRC161831/1 – Radio 2460 24B8 / 24B20 / 24B28B M01
| Part Number | Description | |-------------|-------------| | ERS 2460 A | 3.3 VDC / 20 A, pin 2.54 mm, RoHS | | ERS 2460 B | 3.3 VDC / 20 A, SMD pins | | ERS 2460 C | 5.0 VDC / 15 A (custom order) |
Note: Contact Ericsson Power Modules (now Flex Power Modules) for availability.
| Parameter | Specification | | :--- | :--- | | Operating temperature | 0°C to 50°C (32°F to 122°F) – standard models | | Storage temperature | -40°C to 70°C (-40°F to 158°F) | | Operating humidity | 10% to 90% (non-condensing) | | MTBF (Mean Time Between Failures) | > 200,000 hours | | Noise level (fan) | < 45 dBA (varies by load, especially PoE models) | | Cooling | Internal variable-speed fans, side-to-rear airflow |
The ERS 2460 is designed with a modular internal structure. The unit acts as a weatherproof shell for various plug-in units (PIUs).
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