D-Link DGS-1250-52XMP 52-Port Gigabit PoE+ Smart Managed Switch with 10G Uplinks
More Powered Connections for a Managed Business Network The D-Link DGS-1250-52XMP connects 48 Gigabit Ethernet devices and provides four dedicated 10G SFP+ slots for faster uplinks. IEEE 802.3af/at power on the copper ports supports compatible access points, cameras and phones, with a 370W budget shared across the switch. It is a practical access-layer choice when the network needs both powered connections and managed traffic controls. A web interface, full command-line administration and SNMP provide different ways to configure and monitor the network. VLAN, traffic-priority, access-control and static-routing features help organise a business installation. The switch does not replace the internet gateway or every router/firewall function, and connected PoE loads must be sized against both per-port and total limits. Highlights Access Ports and Uplinks 48 × 10/100/1000 Mbps RJ45 PoE+ ports 4 × 10G SFP+ slots for suitable modules or cables Separate console interface for administration Power Planned Around the Devices 370W shared PoE budget IEEE 802.3af/at; up to 30W per powered port Time-based PoE and PD-Alive support Managed Business Traffic VLANs, QoS and access-control lists IPv4/IPv6 static routing within published limits Web GUI, CLI, SNMP and cable diagnostics Key Features Keep Endpoint Links and Uplinks in Balance 48 copper ports provide Gigabit access for connected equipment, while four SFP+ slots support a suitable 10G fibre or direct-attach connection. The slots are supplied empty; optical modules and DAC cables are selected for the equipment and distance at both ends. A 10G uplink does not make the individual copper access ports run at 2.5G or 10G. Size the PoE Budget Before Installation Each of the 48 powered copper ports supports up to 30W under IEEE 802.3at, but the switch's total budget is 370W. Add the actual maximum requirements of the connected devices and leave suitable design headroom. The budget is not the port count multiplied by 30W, and the switch does not provide an unlimited power source. Separate Users and Prioritise Important Traffic VLAN segmentation and access-control rules help organise users and applications. Eight traffic queues per port, priority classification and bandwidth controls allow the administrator to plan how time-sensitive traffic shares the links. Auto Voice VLAN and Surveillance Mode can assist supported voice and ONVIF-camera deployments when correctly configured. Use Static Routing Where It Fits the Design The switch provides static IPv4 and IPv6 routing, with up to four IP interfaces, 124 IPv4 static routes and 50 IPv6 static routes. These limits suit a defined network design; they are not a promise of every enterprise routing protocol or internet-security function. Keep the gateway, firewall and network segmentation planned as a complete system. Keep Local Management and Recovery Practical Use the browser interface, command-line controls or supported SNMP monitoring to administer the switch. Cable diagnostics, system logs, dual software images and dual configuration files help maintain the installation. Correct access restrictions, maintained firmware and protected management networks remain important; a managed switch is not a guarantee against every network fault or attack. Plan Rack Space and the Entire Power Chain The chassis measures 440 × 250 × 44 mm and has a device weight of 3.85 kg. Allow suitable mounting, ventilation and power access rather than using the bare switch dimensions as parcel measurements. The internal supply accepts 100–240 V AC at 50/60Hz. Include the switch's own consumption and connected PoE loads when sizing a UPS. Summary The DGS-1250-52XMP combines 48 powered Gigabit access ports, four 10G SFP+ slots and a 370W PoE budget with practical management and traffic controls. It suits a planned business access network that needs more than unmanaged switching, with uplink accessories, PoE loads and gateway services selected for the actual installation. Frequently Asked Questions Are All Ports 10-Gigabit?ExpandCollapse No. The 48 RJ45 access ports support 10/100/1000 Mbps. The four SFP+ slots provide the 10G uplink interfaces for suitable modules or cables. The console is an administration interface, not another Ethernet data port. Can Every PoE Port Supply 30W at the Same Time?ExpandCollapse Each powered port supports up to 30W, but all connected loads share 370W. Whether a particular group of devices can operate together depends on their power requirements, cable conditions and the configured budget. Plan the total load before installation. Is 370W the Power Available to Connected Devices?ExpandCollapse The manufacturer specifies 370W as the shared PoE output budget. This is separate from total AC consumption, which also includes the switch itself and conversion losses. Use the appropriate published AC-consumption figures when planning a UPS or electrical circuit. Does It Include SFP+ Modules or DAC Cables?ExpandCollapse The uplink slots need separately selected compatible optics, fibre leads or DAC cables. Check the interface, connector, supported module and reach at both ends. An empty slot is not a complete optical connection. Is This a Physical Stacking Switch?ExpandCollapse The 10G SFP+ interfaces are documented as uplinks. Physical stacking is not specified for this XMP configuration. If a shared physical stack is required, choose a platform whose exact hardware and firmware documentation confirms that function. Which Warranty Is Provided?ExpandCollapse The hardware warranty is 5 years. Maintain the installation within its power and environmental requirements, with appropriate ventilation, network protection and compatible connected equipment.
追加商品 (1)
3005, Ubi Avenue 3, #01-88で受け取り可能
通常2〜4日で準備が完了します
D-Link DGS-1250-52XMP 52-Port Gigabit PoE+ Smart Managed Switch with 10G Uplinks
商品説明
More Powered Connections for a Managed Business Network
The D-Link DGS-1250-52XMP connects 48 Gigabit Ethernet devices and provides four dedicated 10G SFP+ slots for faster uplinks. IEEE 802.3af/at power on the copper ports supports compatible access points, cameras and phones, with a 370W budget shared across the switch. It is a practical access-layer choice when the network needs both powered connections and managed traffic controls.
A web interface, full command-line administration and SNMP provide different ways to configure and monitor the network. VLAN, traffic-priority, access-control and static-routing features help organise a business installation. The switch does not replace the internet gateway or every router/firewall function, and connected PoE loads must be sized against both per-port and total limits.
Highlights
Access Ports and Uplinks
- 48 × 10/100/1000 Mbps RJ45 PoE+ ports
- 4 × 10G SFP+ slots for suitable modules or cables
- Separate console interface for administration
Power Planned Around the Devices
- 370W shared PoE budget
- IEEE 802.3af/at; up to 30W per powered port
- Time-based PoE and PD-Alive support
Managed Business Traffic
- VLANs, QoS and access-control lists
- IPv4/IPv6 static routing within published limits
- Web GUI, CLI, SNMP and cable diagnostics
Key Features
Keep Endpoint Links and Uplinks in Balance
48 copper ports provide Gigabit access for connected equipment, while four SFP+ slots support a suitable 10G fibre or direct-attach connection. The slots are supplied empty; optical modules and DAC cables are selected for the equipment and distance at both ends. A 10G uplink does not make the individual copper access ports run at 2.5G or 10G.
Size the PoE Budget Before Installation
Each of the 48 powered copper ports supports up to 30W under IEEE 802.3at, but the switch's total budget is 370W. Add the actual maximum requirements of the connected devices and leave suitable design headroom. The budget is not the port count multiplied by 30W, and the switch does not provide an unlimited power source.
Separate Users and Prioritise Important Traffic
VLAN segmentation and access-control rules help organise users and applications. Eight traffic queues per port, priority classification and bandwidth controls allow the administrator to plan how time-sensitive traffic shares the links. Auto Voice VLAN and Surveillance Mode can assist supported voice and ONVIF-camera deployments when correctly configured.
Use Static Routing Where It Fits the Design
The switch provides static IPv4 and IPv6 routing, with up to four IP interfaces, 124 IPv4 static routes and 50 IPv6 static routes. These limits suit a defined network design; they are not a promise of every enterprise routing protocol or internet-security function. Keep the gateway, firewall and network segmentation planned as a complete system.
Keep Local Management and Recovery Practical
Use the browser interface, command-line controls or supported SNMP monitoring to administer the switch. Cable diagnostics, system logs, dual software images and dual configuration files help maintain the installation. Correct access restrictions, maintained firmware and protected management networks remain important; a managed switch is not a guarantee against every network fault or attack.
Plan Rack Space and the Entire Power Chain
The chassis measures 440 × 250 × 44 mm and has a device weight of 3.85 kg. Allow suitable mounting, ventilation and power access rather than using the bare switch dimensions as parcel measurements. The internal supply accepts 100–240 V AC at 50/60Hz. Include the switch's own consumption and connected PoE loads when sizing a UPS.
Summary
The DGS-1250-52XMP combines 48 powered Gigabit access ports, four 10G SFP+ slots and a 370W PoE budget with practical management and traffic controls. It suits a planned business access network that needs more than unmanaged switching, with uplink accessories, PoE loads and gateway services selected for the actual installation.
Frequently Asked Questions
Are All Ports 10-Gigabit?
No. The 48 RJ45 access ports support 10/100/1000 Mbps. The four SFP+ slots provide the 10G uplink interfaces for suitable modules or cables. The console is an administration interface, not another Ethernet data port.
Can Every PoE Port Supply 30W at the Same Time?
Each powered port supports up to 30W, but all connected loads share 370W. Whether a particular group of devices can operate together depends on their power requirements, cable conditions and the configured budget. Plan the total load before installation.
Is 370W the Power Available to Connected Devices?
The manufacturer specifies 370W as the shared PoE output budget. This is separate from total AC consumption, which also includes the switch itself and conversion losses. Use the appropriate published AC-consumption figures when planning a UPS or electrical circuit.
Does It Include SFP+ Modules or DAC Cables?
The uplink slots need separately selected compatible optics, fibre leads or DAC cables. Check the interface, connector, supported module and reach at both ends. An empty slot is not a complete optical connection.
Is This a Physical Stacking Switch?
The 10G SFP+ interfaces are documented as uplinks. Physical stacking is not specified for this XMP configuration. If a shared physical stack is required, choose a platform whose exact hardware and firmware documentation confirms that function.
Which Warranty Is Provided?
The hardware warranty is 5 years. Maintain the installation within its power and environmental requirements, with appropriate ventilation, network protection and compatible connected equipment.
仕様
D-Link DGS-1250-52XMP 52-Port Gigabit PoE+ Smart Managed Switch with 10G Uplinks
The DGS-1250-52XMP is a managed Gigabit PoE+ access switch with 48 RJ45 ports and four dedicated 10G SFP+ uplinks. Its 370W PoE budget is shared across compatible powered devices, while VLAN, QoS, ACL and static-routing functions support a structured network. Local administration is available through the web interface, CLI and SNMP. Plan compatible uplink media, adequate ventilation and the complete power load for the installation; the published switching figures describe capability rather than guaranteed application throughput.
| Specification | Details |
|---|---|
| Network Interfaces | |
| Copper Data Ports | 48 × 10/100/1000 Mbps RJ45 |
| Fibre Uplinks | 4 × 10G SFP+ slots; modules or DAC cables selected separately |
| Console | Separate administration interface; not a data uplink |
| Copper Link Functions | Auto-negotiation and automatic MDI/MDIX |
| Ethernet Standards | IEEE 802.3/u/ab/z/ae, 802.3x flow control and 802.3az EEE |
| Performance and Memory | |
| Switching Capacity | 176 Gbps |
| Maximum Packet Forwarding | 130.95 Mpps for 64-byte packets |
| MAC Table | 32K dynamic entries; 256 static entries |
| Packet Buffer | 16 Mbit |
| CPU and Flash Memory | 256 MB DDR3; 64 MB flash |
| Forwarding and Jumbo Frames | Store-and-forward; jumbo frames up to 12,000 bytes |
| PoE and Electrical | |
| Powered Ports | IEEE 802.3af/at on ports 1–48; up to 30W per port |
| Shared PoE Budget | 370W total |
| Power Controls | Time-based PoE and PD-Alive |
| AC Input | 100–240 V AC, 50/60Hz internal supply |
| Consumption with PoE | 467.3W at 100 V; 443.6W at 240 V |
| Consumption without PoE | 56.4W at 100 V; 57.2W at 240 V |
| Standby Consumption | 27.8W at 100 V; 28.4W at 240 V |
| Layer 2 and Traffic Control | |
| VLAN Functions | VLAN segmentation, Auto Voice VLAN and Surveillance Mode for compatible ONVIF-camera deployments |
| Spanning Tree | IEEE 802.1D STP, 802.1w RSTP and 802.1s MSTP |
| Link Aggregation | IEEE 802.3ad; up to eight groups and eight ports per group |
| Multicast | IGMP v1/v2/v3 snooping; 256 groups; MLD v1/v2 awareness; querier and multicast controls |
| Quality of Service | Eight queues per port; strict-priority, WRR and WDRR scheduling; 802.1p/DSCP and other classification |
| Bandwidth Control | Ingress/egress port controls; 16 Kbps minimum granularity on copper ports |
| Mirroring and Discovery | One-to-one and many-to-one mirroring; LLDP/LLDP-MED; cable diagnostics |
| Routing and Access Protection | |
| IP Interfaces | Up to four |
| Static Routing | Up to 124 IPv4 and 50 IPv6 static routes; IPv6 neighbour discovery |
| Access-Control Lists | Up to 50 lists and 768 shared IPv4/MAC/IPv6 rules; per-rule port association limits apply |
| Authentication | IEEE 802.1X; RADIUS/local database; RADIUS/TACACS+ administration |
| Port and Address Security | Port security, IP-MAC-port binding, DHCP snooping/server screening, ARP/IPv4/IPv6 inspection and storm control |
| Protected Administration | SSH v2 and TLS 1.2; Safeguard Engine and DoS protection |
| Management and Maintenance | |
| Administration | Web GUI, full CLI/console, D-Link Network Assistant and SNMP v1/v2c/v3 |
| Monitoring | SNMP traps, system logs, RMON v1, trusted-host controls and command logging |
| Configuration and Firmware | Dual software images and dual configuration files; backup/upgrade and DHCP auto-configuration |
| Physical and Environment | |
| Dimensions | 440 × 250 × 44 mm |
| Device Weight | 3.85 kg |
| Published Acoustics | 43.0–51.2 dB(A); operating conditions affect noise |
| Temperature | Operating −5 to 50 °C; storage −20 to 70 °C |
| Humidity | 0–95% RH |
| Safety and EMI | Manufacturer lists CB, UL, BSMI, CCC; CE/FCC/VCCI Class A and IC; regional compliance applies |
| Warranty and Installation | |
| Warranty | 5 years |
| Installation Planning | Rack mounting and clear ventilation; appropriate AC supply and UPS capacity |
| Required Connection Accessories | Compatible uplink optics/DAC/fibre and Ethernet cables as required; no bundled optical modules promised |




