Ericsson Ers 2460 Datasheet [hot] Today

Ericsson Radio 2460 (part number KRC161831/1) is an outdoor macro remote radio unit (RRU) designed to support multi-standard low-band deployments. It is a key component of the Ericsson Radio System designed for wide-area coverage and network modernization. Sparepart4you BV Key Technical Specifications

The following specifications are commonly found in the product's datasheet and technical documentation: Sparepart4you BV Specification Radio Type Outdoor macro remote radio unit Supported Bands (900 MHz), (800 MHz), Duplex Mode Frequency Division Duplex (FDD) Technology LTE (4G), 5G NR (low-band) Operational Temp Durable aluminum alloy housing Installation and Hardware According to the official installation manual

for the Radio 2460, deployment requires specific tools and procedures: Mounting Options

: Flexible mounting on rails, walls, or poles using Ericsson's one-bolt installation system.

: Uses intelligent thermal management (passive cooling) for high efficiency without the need for external fans. Connectivity

: Features low-latency integration for both 4G and 5G agile networks. Required Tools

: Standard installation typically requires TORX T20/T30 bits, 10mm/13mm sockets, and torque wrenches (5–22 Nm). Core Benefits Simplified Architecture

: Consolidates multiple low-frequency bands into a single unit, reducing site hardware footprint. Enhanced Coverage

: Optimized for rural and suburban layers where signal penetration is critical. Energy Efficiency

: Leverages state-of-the-art silicon and thermal management to minimize power consumption. Sparepart4you BV configuration or a replacement part for this radio unit?

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

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)

5. Power and Physical Specifications

Datasheet Claim: Redundant, hot-swappable power supplies; standard 19-inch rack mount. Review: The physical footprint is large. The datasheet will detail a power draw that is significant—often requiring dedicated high-amperage circuits. For a data center built in 2005, this was normal. For a modern data center focused on PUE (Power Usage Effectiveness), the ERS 2460 is an energy hog.

Limitations and cautions

• Not ideal as aggregation/core switch in medium-to-large campus due to limited backplane and uplink speed (typically 1G uplinks only).
• Likely approaching end-of-life or limited firmware updates; confirm current support status and security patch availability with vendor.
• If your environment requires modern features (10G/25G uplinks, advanced L3 routing, SDN/intent-based features, modern telemetry), consider newer models from vendors or higher-tier Ericsson/Cisco/Juniper alternatives.
• Check PoE budget carefully for IP camera or high-power AP deployments.

Known Limitations and Considerations

Before you deploy based on this datasheet article, note the following real-world constraints:

• EOL status: The original ERS 2400 series is considered end-of-sale by Ericsson in many regions. Support may be limited to contractual agreements.
• Firmware availability: Obtaining the latest firmware revisions requires a valid support contract.
• SFP compatibility: The ERS 2460 is picky about optics. Ericsson-branded or pre-qualified SFPs (e.g., Avaya AA1419041-E5) are recommended. Third-party optics may cause link flaps.
• Fan noise: PoE models under load can become louder than the datasheet suggests (>50 dBA).
• No 10G uplinks: The 2460 series lacks 10 Gigabit SFP+ ports, making it unsuitable for aggregation roles.

7. Application Notes

• A minimum 100 µF external output capacitor is required for stability.
• For remote ON/OFF, use open-collector or relay contact to Vin-.
• Parallel operation: Not supported without external ORing circuitry.

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 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 ericsson ers 2460 datasheet

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.

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

The Ericsson Radio 2460 is a multiband radio unit typically used in Ericsson Radio System (ERS) deployments for high-capacity mobile networks. While a single consolidated "datasheet" PDF is often proprietary, technical details and installation specifications are available through various site deployment and installation guides. Key Technical Specifications

Radio Type: Multiband Outdoor Radio (frequently deployed alongside Radio 4480).

Capacity: High-capacity RAN compute unit prepared for NR (5G), LTE, and LTE Evolution. Mounting Options: Rail mounting on walls or poles. Dual ERS bracket on poles. Antenna-integrated or separate installation alternatives. Power & Connectivity: Power Supply: Standard -48V DC. Ericsson Radio 2460 (part number KRC161831/1) is an

Interfaces: Equipped with SFP slots (up to 25Gbps), CPRI ports for fronthaul, and external alarm ports. Documentation Links

Installation Guide: Detailed instructions for tools, safety, and physical setup can be found in the Install Radio 2460 Manual.

Deployment Handout: For site managers planning multiband deployments, the ERS Handout for Radios 2460 & 4480 provides operational context.

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

The Ericsson Radio 2460 is a low-band, multi-band remote radio unit (RRU) within the Ericsson Radio System designed primarily for LTE macro-cell coverage. It is a triple-band solution that integrates Bands 8 (900 MHz), 20 (800 MHz), and 28 (700 MHz) into a single unit, making it a "street macro" or macro-grade choice for rural and suburban deployments where deep indoor penetration and wide-area coverage are essential. Technical Specifications and Architecture

Based on available data from sources like sparepart4you.com and technical handouts: Part Number: KRC 161 831/1.

Radio Configuration: Standard configurations include 2T2R or 2T4R, supporting LTE MIMO.

Supported Bandwidths: 5, 10, 15, and 20 MHz, depending on the specific band and software configuration. Interfaces:

Fronthaul: Optical fiber interfaces using CPRI (Common Public Radio Interface), typically rated at 10.3 Gbps.

Connectors: Standard 4.3-10 antenna connectors for RF paths.

Cooling & Maintenance: Features a passive convection cooling system (fanless design) to reduce moving parts and maintenance requirements.

Environmental Operating Range: Built for extreme outdoor conditions from −40 °C to +55 °C. Performance and Key Features

Spectrum Consolidation: By supporting three low-frequency bands (700/800/900 MHz), it significantly reduces the amount of hardware needed on a tower, lowering rental costs and site complexity.

Ericsson Silicon Integration: Like other modern ERS radios, it utilizes Ericsson Silicon for high processing capacity and improved energy efficiency, often consuming 30–60% less power than previous generations. Core Layer 2 Features

Network Compatibility: It is frequently paired with Baseband 6631 units in low-capacity or modernization configurations to support GSM, UMTS, and LTE concurrently.

Modernization Ready: While primarily an LTE unit, it is part of a portfolio that supports Spectrum Sharing and "Deep Sleep" energy-saving modes, allowing it to hibernate during low-traffic periods (e.g., at night) to cut OPEX. Installation and Physical Footprint

The unit is designed for rapid deployment with Ericsson's rail mounting system, which uses a unique one-bolt installation method. It can be mounted on poles, walls, or masts. Mounting Wall, Pole, Mast, or Rail Typical Use Rural, suburban, and nationwide LTE coverage layers Connectivity SFP modules for optical fronthaul Durability Outdoor macro-grade enclosure The key components of high-performing radios - Ericsson

The Ericsson ER-S 2460! That's a blast from the past.

The Ericsson ER-S 2460 is a high-capacity, modular, and highly available IP/MPLS router designed for service providers and large enterprises. Here's a solid review based on its datasheet:

Key Features:

1. Modular Design: The ER-S 2460 has a modular architecture, allowing for flexible configuration and scalability. It supports up to 12 slots for various interface modules.
2. High-Density Interfaces: The router supports a wide range of interfaces, including 10GbE, 1GbE, and 100MbE, with high-density configurations available (e.g., 48x 1GbE or 12x 10GbE).
3. IP/MPLS Capabilities: The ER-S 2460 supports advanced IP/MPLS features, including LSR, LER, and VPN (VPLS, VPWS, and L3VPN).
4. High Availability: The router features redundant components, such as power supplies, fans, and control units, to ensure minimal downtime and high availability.
5. Scalability: The ER-S 2460 can support up to 256,000 routes and 64,000 VPN routes.

Performance:

1. Forwarding Performance: The ER-S 2460 has a forwarding performance of up to 360 Mpps (million packets per second).
2. Routing Performance: The router can handle up to 256,000 routes with a convergence time of <100ms.

Datasheet Highlights:

• Dimensions: 442mm x 280mm x 520mm (17.4in x 11in x 20.5in)
• Weight: Approximately 25kg (55lbs)
• Power Consumption: <350W ( typical), <500W (max)
• Operating Temperature: 0°C to 40°C (32°F to 104°F)
• Humidity: 5% to 90%

Software Features:

1. Operating System: The ER-S 2460 runs on Ericsson's IPOS (IP Operating System) or alternatively, on third-party OS like Cisco IOS or JunOS (with some limitations).
2. Security Features: The router supports advanced security features like access control lists (ACLs), IPsec, and encryption.

Market Position and Comparison:

The Ericsson ER-S 2460 was a strong contender in the high-end routing market, competing with the likes of Cisco ASR 9000, Juniper MX80, and Huawei VSR.

Pros:

1. High scalability and flexibility: The ER-S 2460's modular design allows for flexible configuration and easy upgrades.
2. High availability: Redundant components ensure minimal downtime and high availability.
3. Advanced IP/MPLS features: The router supports advanced IP/MPLS features, making it suitable for complex network deployments.

Cons:

1. Power consumption: The ER-S 2460's power consumption is relatively high compared to some competitors.
2. Cost: The router's price point is likely to be on the higher side, given its features and performance.

Conclusion:

The Ericsson ER-S 2460 is a solid, high-performance IP/MPLS router suitable for large-scale network deployments. While its power consumption and cost might be higher than some competitors, its scalability, flexibility, and advanced features make it a strong contender in the market.

Keep in mind that this review is based on the datasheet and might not reflect real-world performance or experience. If you're considering purchasing or deploying the ER-S 2460, be sure to validate its features and performance through hands-on testing or discussions with Ericsson or authorized partners.

Key specifications (typical for ERS 2400-series 24-port model)

• Ports: 24 x 10/100/1000Base-T RJ45; additional combo/SFP slots for fiber uplinks (typically 2 SFP).
• Switching capacity: around 48–56 Gbps (non-blocking depends on exact model).
• Forwarding rate: ~36–41 Mpps.
• PoE: Some 2400 variants support PoE/PoE+ with limited power budget (check exact datasheet for watts per port and total budget).
• Layer support: L2 switching (VLANs, STP/RSTP/MSTP), basic L3 static routing and RIP; limited advanced L3 (OSPF/BGP usually absent).
• Management: CLI, web GUI, SNMP v1/2/3, RMON, TACACS+, RADIUS, syslog.
• Resiliency: Dual power options (internal/external), rapid failover features, link aggregation, stacking/virtual chassis in family (confirm support per SKU).
• Environmental: Rack-mountable 1U or compact desktop; typical enterprise temperature/MTBF specs on datasheet.