Dell EMC Networking X-Series Switches

Dell EMC Networking X-Series Switches

Introduction: Intelligent Network Solutions for Small and Medium sized Enterprises

In the wave of digital transformation, the demands of small and medium-sized enterprises for network equipment are becoming increasingly complex: they require both enterprise level performance and security features, as well as a desire for consumer level ease of operation experience. The Dell EMC Networking X series switches are designed to meet this requirement with intelligent management of 1GbE and 10GbE Ethernet switches.

With its revolutionary graphical user interface (GUI), rich port options, flexible PoE power supply options and compact industrial design, the X series provides an ideal network infrastructure for small office networks, medium-sized enterprises and edge computing scenarios. This article provides a comprehensive analysis of the technical characteristics, model specifications, and deployment advantages of the X series switches based on Dell's official specification sheet.

Chapter 1 Overview of Product Series

1.1 Product positioning

The Dell EMC Networking X series is an intelligent managed switch family designed for small and medium-sized enterprises. The core design concept is to integrate enterprise level network control capabilities with consumer level user-friendly experience. Whether it is cloud service applications that require strict network performance or office scenarios that have special requirements for deployment flexibility, the X series can provide just the right solution.

1.2 Overview of Series Models

The X series includes five basic models, each of which is divided into standard and PoE versions:

Model Port Configuration PoE Support Applicable Scenarios

X1008/P 8-Port 1GbE 8-Port PoE, Total Power 123W Compact Desktop/Wall/Ceiling Installation

X1018/P 18 port 1GbE 16 port PoE, total power 246W half width 1RU, small wiring room

X1026/P 26 ports 1GbE 24 ports PoE/PoE+, total power 369W half width 1RU, medium-sized access layer

X1052/P 52 ports 1GbE 24 ports PoE/PoE+, total power 369W, full width 1RU, high-density access

X4012 12 port 10GbE does not support high-speed server connections/network aggregation

1.3 Core Features

Revolutionary GUI Design

Application style interface, intuitive and easy to understand

Unified dashboard view, centralized display of common tasks, alerts, port status, and network visualization

Step by step guide to simplify the configuration process

Multi port batch selection, supporting batch operations

Common device port configuration files to reduce configuration errors

Flexible PoE power supply

Supports 802.3af PoE and 802.3at PoE+standards

The maximum PoE total power reaches 369W (X1026P/X1052P)

Can provide power for devices such as VoIP phones, wireless access points, IP cameras, etc

Compact industrial design

8-port fanless model, silent operation

18/26 port half width 1RU design, can be installed in parallel in 1RU space

Unique PoE powered 8-port model, capable of powering itself through PoE and flexible placement

Green energy-saving technology

Short distance cables or idle connections automatically reduce power consumption

Fanless design (X1008/X1018/X1026) achieves zero noise

Dell Fresh Air 2.0 certification, capable of operating in higher temperature environments

Chapter 2 Model Explanation and Technical Specifications

2.1 X1008/X1008P: Ultra compact entry-level switch

physical specifications

Dimensions (height x width x depth): 42.5 mm x 151.13 mm x 151.13 mm

Weight: X1008 0.80 kg, X1008P 0.83 kg

Fanless design, completely silent operation

port configuration

8 10/100/1000Base-T automatic negotiation gigabit switching ports

X1008P: 8 PoE ports, total PoE power 123W

X1008: Can be powered by PoE (non PoE output models) without the need for a separate power cord

performance parameters

Switching capacity: up to 16 Gbps

Forwarding rate: 11.9 Mpps

MAC address table: 16K

Packet buffer memory: 1 MB

Power supply and power consumption

Power supply: X1008 24W (external), X1008P 150W (external)

Maximum power consumption: X1008 9.9W, X1008P 141.8W

Maximum heat dissipation: X1008 33.7 BTU/hr, X1008P 484.1 BTU/hr

Applicable scenarios

Small office desktop

Retail cashier counter

Wireless AP access installed on wall or ceiling

Flexible deployment achieved through PoE power supply

2.2 X1018/X1018P: Half width entry-level convergence

physical specifications

Dimensions: 41.25 mm × 209.0 mm × 250.0 mm

Weight: X1018 1.76 kg, X1018P 3.21 kg

Half width 1RU design, can be installed in a standard 19 inch cabinet in parallel

X1018 fanless design, X1018P with 2 rear fans

port configuration

16 10/100/1000Base-T ports

2 dedicated 1GbE SFP upstream fiber ports

X1018P: 16 PoE ports, total PoE power 246W

performance parameters

Switching capacity: up to 36 Gbps

Forwarding rate: 26.8 Mpps

MAC address table: 16K

Packet buffer memory: 1 MB

Power supply and power consumption

Power supply: X1018 40W, X1018P 280W

Maximum power consumption: X1018 14.7W, X1018P 289.9W

Maximum heat dissipation: X1018 50.2 BTU/hr, X1018P 990 BTU/hr

Applicable scenarios

Small wiring room

Cabinet with limited half width space

Install side by side with another X1018 to achieve a 36 port density

2.3 X1026/X1026P: Half width high-density access

physical specifications

Dimensions: 41.25 mm × 209.0 mm × 250.0 mm

Weight: X1026 1.88 kg, X1026P 3.80 kg

Half width 1RU design, can be installed in dual parallel

X1026 fanless design, X1026P with 2 rear fans

port configuration

24 10/100/1000Base-T ports

2 dedicated 1GbE SFP upstream fiber ports

X1026P: 24 PoE/PoE+ports, total PoE power 369W

performance parameters

Switching capacity: up to 52 Gbps

Forwarding rate: 38.7 Mpps

MAC address table: 16K

Packet buffer memory: 1 MB

Power supply and power consumption

Power supply: X1026 40W, X1026P 450W

Maximum power consumption: X1026 17.5W, X1026P 452.8W

Maximum heat dissipation: X1026 59.8 BTU/hr, X1026P 1564.3 BTU/hr

Noise: X1026P maximum 55.3 dB @ 50 ° C

Applicable scenarios

Medium sized office access layer

High density PoE device deployment (IP phone, wireless AP, camera)

Install side by side with X1026 to achieve a 52 port density

2.4 X1052/X1052P: Full width high-density convergence

physical specifications

Dimensions: 43.5 mm × 434.0 mm × 270.0 mm

Weight: X1052 3.80 kg, X1052P 6.00 kg

Standard 1RU full width design, suitable for 19 inch cabinets

Rear fans: 2 X1052, 4 X1052P

port configuration

48 10/100/1000Base-T ports

4 dedicated 10GbE SFP+upstream fiber ports

X1052P: 24 PoE/PoE+ports, total PoE power 369W

performance parameters

Switching capacity: up to 176 Gbps

Forwarding rate: 131 Mpps

MAC address table: 16K

Packet buffer memory: 1 MB

Power supply and power consumption

Power supply: X1052 100W, X1052P 525W

Maximum power consumption: X1052 60.2W, X1052P 475W

Maximum heat dissipation: X1052 205.2 BTU/hr, X1052P 1620.8 BTU/hr

Noise: X1052 56.7 dB, X1052P 58.2 dB @ 50 ° C

Applicable scenarios

Large office access layer

High density user access

Aggregation applications requiring 10GbE upstream

2.5 X4012:10GbE core/aggregation switch

physical specifications

Dimensions: 41.25 mm × 209.0 mm × 250.0 mm

Weight: 2.03 kg

Half width 1RU design, can be installed in dual parallel

Two rear fans

port configuration

12 SFP/SFP+ports, supporting 1GbE or 10GbE

No PoE function

performance parameters

Switching capacity: up to 240 Gbps

Forwarding rate: 178.6 Mpps

MAC address table: 32K (twice as many as other models)

Packet buffer memory: 2 MB (twice as much as other models)

Power supply and power consumption

Power supply: 100W

Maximum power consumption: 41.7W

Maximum heat dissipation: 142.2 BTU/hr

Noise: 55.6 dB @ 50 ° C

Applicable scenarios

High speed server connection

10GbE network aggregation

Small core exchange

Storage network access

Chapter 3 Software Features and Management Functions

3.1 Revolutionary GUI Design

The most striking feature of the X series is its innovative graphical user interface. Dell's design team conducted in-depth research on the thinking and working methods of IT professionals, and based on this, designed every detail from navigation clicks to menu structures and help prompts.

Unified View of Dashboard

All key information is gathered on a beautiful dashboard:

Quick access to common tasks

Real time alert notification

Port Status Overview

Network topology visualization

Step by Step Configuration Wizard

The complex switch configuration task is broken down into clear step-by-step guides, greatly reducing the risk of configuration errors and improving deployment efficiency.

Batch operation support

Multi port batch selection, supporting simultaneous execution of the same configuration for multiple ports

Common device port configuration files, one click application of preset configurations

3.2 Network Protocol Support

The X series supports full Layer 2+IPv4 and IPv6 functionality, including static routing. Main supported protocols and standards:

SNMP support

RFC 1157: linkDown, linkUp, authenticationFailure, coldStart, warmStart traps

RFC 1215: Standard Trap

RFC 1493: NewRoot, TopologyChange Trap

RFC 3416: SNMP Protocol Operation Version 2

RFC 3417: SNMP Transmission Mapping

RFC 3418：SNMP MIB

LAG link aggregation

Supports the 802.3ad standard Link Aggregation Control Protocol (LACP), which enables multi port bundling, increases bandwidth, and provides link redundancy.

Quality of Service (QoS)

X1008/X1018/X1026/X1052: 4 priority queues per port

X4012: 8 priority queues per port

Support port based traffic priority labeling

3.3 Command Line Interface (CLI)

Although the X series focuses on GUI, it also provides limited CLI support to meet the needs of administrators familiar with command-line operations. CLI supports basic configuration and troubleshooting functions.

3.4 Visual Management and Real time Control

Traffic visualization

The X series can display real-time network traffic status, helping administrators quickly identify abnormal traffic and performance bottlenecks.

Monitor and resolve seamless processes

From discovering problems to solving them, all operations can be completed in the same continuous process without switching between different interfaces.

Chapter 4 Deployment Flexibility and Physical Design

4.1 Half width 1RU design

X1018, X1026, and X4012 adopt an innovative half width 1RU design, which is only half the width of a standard 19 inch cabinet. This design brings two major advantages:

Space optimization: Two half width switches can be installed side by side in a 1RU space to maximize port density. For example, installing two X1026 devices side by side can provide 52 Gigabit ports.

Flexible deployment: It can be gradually expanded according to actual needs. First, install a half width switch, and then install a second one side by side when needed in the future.

4.2 Dual machine parallel installation kit

Dell provides a dedicated parallel installation kit that allows two half width switches to be installed side by side in a 1RU space of a standard 19 inch cabinet, achieving a neat and professional installation effect.

4.3 Unique PoE Power Supply Design

The X1008 model supports powering itself through PoE, which means:

No need to search for nearby power outlets

Can be powered by PoE switches through Ethernet cables

Suitable for locations such as ceilings and walls where it is difficult to install power cords

4.4 Industrial Design Details

Locked power plug: A patented design of a locked power plug that prevents accidental loosening and ensures continuous operation of critical business.

Console Port: Provides a dedicated console port for easy on-site configuration and troubleshooting.

Fanless models: X1008, X1018, X1026 adopt a fanless design to achieve zero noise operation, suitable for open office environments.

Removable brand identity: OEM friendly design, Dell EMC logo can be easily removed, making the device appearance more in line with proprietary brand requirements.

Chapter 5 Environmental Adaptability and Energy Conservation

5.1 Dell Fresh Air 2.0 Certification

The X series switches have been certified by Dell Fresh Air 2.0 and can operate reliably over a wider temperature range

X1026 model operating temperature range: -20 ° C to 70 ° C

Other models: 0 ° C to 50 ° C

Fresh Air certification means that switches can operate in non air conditioned environments, reducing data center cooling costs.

5.2 Green and energy-saving technologies

Short distance cable energy-saving: When a short distance network cable connection is detected, the signal strength is automatically reduced to reduce power consumption.

Idle connection energy-saving: When there is no active connection on the port, it automatically enters low-power mode.

Efficient power supply design: The entire series adopts efficient power conversion technology to reduce energy waste.

5.3 Overview of Environmental Specifications

Parameters X1008/P X1018/P X1026/P X1052/P X4012

Working temperature 0-50 ° C 0-50 ° C -20-70 ° C 0-50 ° C 0-50 ° C 0-50 ° C

Storage temperature -20-70 ° C -20-70 ° C -20-70 ° C -20-70 ° C -20-70 ° C

Working humidity 10-90% 10-90% 10-90% 10-90% 10-90% 10-90% 10-90%

Storage humidity 10-80% 10-80% 10-80% 10-80% 10-80% 10-80% 10-80%

Lead free design 100% 100% 100% 100% 100%

Chapter 6 Quality Assurance and Lifecycle Services

6.1 Extended Lifecycle Hardware Warranty

The X series products enjoy a unique Extended Life Cycle Hardware Warranty (ELW):

The warranty period lasts for 5 years after Dell EMC ceases to sell the product model (EOL)

Includes basic hardware services

non-transferable

For more information, please visit Dell.com Lifetimewarranty

6.2 IT Lifecycle Services

Dell EMC provides comprehensive IT lifecycle services for X-series switches:

Planning and Design

Analyze the multi supplier environment

Provide comprehensive reports and action plans

Optimize existing networks to enhance performance

Deployment and Integration

ProDeploy service installation and configuration

Reduce deployment costs and save time

Quickly put into use

training

Certification training to establish long-term skills

Learn how to improve performance

Optimize infrastructure

Management and Support

ProSupport Technical Support

Quickly solve the challenges of multi vendor networks

Reduce troubleshooting time

optimize  

enhance  

improve  

refine

In depth predictive analysis

remote monitoring

Exclusive System Analyst Service

asset recovery

Resell or eliminate excess hardware

Comply with local regulations

Environmental Responsibility Practice

Chapter 7 OEM Friendly Design

7.1 Removable brand logo

The X series switches adopt an OEM friendly design concept, and the Dell EMC logo can be easily removed. This makes:

The appearance of the device can be consistent with its own brand

Suitable for system integrators and solution providers

Meet the customized needs of the brand

For more information, please visit Dell.com/OEM

7.2 Flexible customization options

In addition to the movable logo, the X series also supports multiple OEM customization options, including:

Customize default configuration

Customized packaging and documentation

Exclusive firmware version

Chapter 8 Typical Application Scenarios

8.1 Small Office/Home Office

Recommended configuration: X1008 or X1008P

8 ports meet the needs of small teams

Fanless design, suitable for open office environments

PoE models can power IP phones and wireless APs

Optional PoE powered version, no additional power cord required

8.2 Medium sized Enterprise Access Layer

Recommended configuration: X1026P+X4012

X1026P provides 24 PoE+ports to power IP phones and wireless APs

2 SFP upstream ports connected to X4012 aggregation switch

X4012 provides 10GbE uplink to ensure non blocking forwarding

8.3 High density PoE deployment

Recommended configuration: X1052P

24 PoE+ports, total power 369W

Can supply power to 24 high-power devices

48 Gigabit ports to meet high-density access requirements

4 10GbE SFP+upstream ports to ensure sufficient bandwidth

8.4 Server Access/Network Aggregation

Recommended configuration: X4012

12 SFP/SFP+ports, supporting 1GbE or 10GbE

32K MAC address table, suitable for aggregation layer applications

2MB packet buffer to handle sudden traffic

Half width design, can be used in parallel to increase port density