Product Selector
/6
• STEP 1 OF 6
Where is this being deployed?
This helps us determine the necessary durability and environmental rating for your
switch. "Enterprise" or "Data Center" switches are built for climate-controlled indoor IT rooms, whereas "Industrial" switches are
heavily ruggedized to withstand extreme temperatures, moisture, and vibrations. "Surveillance" setups often require specific hardware
optimized for edge locations. Choosing the right environment ensures your network remains stable under your specific site conditions.
• STEP 1 OF 6
Where is this being deployed?
This helps us determine the necessary durability and environmental rating for your
switch. "Enterprise" or "Data Center" switches are built for climate-controlled indoor IT rooms, whereas "Industrial" switches are
heavily ruggedized to withstand extreme temperatures, moisture, and vibrations. "Surveillance" setups often require specific hardware
optimized for edge locations. Choosing the right environment ensures your network remains stable under your specific site conditions.
Back to home
/ devices
• STEP 2 OF 6
How many devices need connecting?
This defines the physical port capacity your switch requires. We recommend
counting all your current networked devices—such as computers, IP cameras, and wireless access points—and adding an extra 20%
to 30% capacity for future expansion. You can choose anything from compact 4-port models for small edge setups, up to high-capacity
24+ port switches or fiber-aggregation hubs for your core network.
• STEP 2 OF 6
How many devices need connecting?
This defines the physical port capacity your switch requires. We recommend
counting all your current networked devices—such as computers, IP cameras, and wireless access points—and adding an extra 20%
to 30% capacity for future expansion. You can choose anything from compact 4-port models for small edge setups, up to high-capacity
24+ port switches or fiber-aggregation hubs for your core network.
/ devices
• STEP 3 OF 6
What speed do your endpoints require?
Your speed requirement dictates the switch's bandwidth capacity and helps
prevent network bottlenecks. Standard Gigabit (1Gbps) is perfect for regular office data traffic and standard IP cameras.
Multi-Gigabit (2.5G/10G) is ideal for modern Wi-Fi 6 access points or high-speed network storage, while 25G/100G options are
specifically designed for heavy, high-volume data center uplinks.
• STEP 3 OF 6
What speed do your endpoints require?
Your speed requirement dictates the switch's bandwidth capacity and helps
prevent network bottlenecks. Standard Gigabit (1Gbps) is perfect for regular office data traffic and standard IP cameras.
Multi-Gigabit (2.5G/10G) is ideal for modern Wi-Fi 6 access points or high-speed network storage, while 25G/100G options are
specifically designed for heavy, high-volume data center uplinks.
/ devices
• STEP 4 OF 6
Do you need to power devices via the cable?
Power over Ethernet (PoE) allows the switch to transmit both data and
electricity over a single standard network cable, eliminating the need to install separate electrical outlets for your devices.
Select standard PoE/PoE+ (up to 30W) for VoIP phones and basic cameras, or PoE++ (60W-90W) for power-hungry equipment like PTZ
(Pan-Tilt-Zoom) security cameras and high-performance wireless access points.
• STEP 4 OF 6
Do you need to power devices via the cable?
Power over Ethernet (PoE) allows the switch to transmit both data and
electricity over a single standard network cable, eliminating the need to install separate electrical outlets for your devices.
Select standard PoE/PoE+ (up to 30W) for VoIP phones and basic cameras, or PoE++ (60W-90W) for power-hungry equipment like PTZ
(Pan-Tilt-Zoom) security cameras and high-performance wireless access points.
/ devices
• STEP 5 OF 6
How do you want to configure it?
This refers to the software capabilities and management level of the switch.
"Smart / L2 Managed" switches offer essential network controls like VLANs and basic security with a user-friendly interface.
On the other hand, "L3 / Advanced Managed" switches provide enterprise-level routing, deep traffic control, and advanced
security protocols required by network engineers to manage complex network architectures.
• STEP 5 OF 6
How do you want to configure it?
This refers to the software capabilities and management level of the switch.
"Smart / L2 Managed" switches offer essential network controls like VLANs and basic security with a user-friendly interface.
On the other hand, "L3 / Advanced Managed" switches provide enterprise-level routing, deep traffic control, and advanced
security protocols required by network engineers to manage complex network architectures.
/ devices
• STEP 6 OF 6
How will it be physically installed?
This question defines the physical form factor and mounting hardware of the
switch. Standard IT environments typically use "Rack Mount / 1U" designs to fit cleanly into standard 19-inch server racks.
"DIN-Rail" mounting is the industry standard for industrial control panels and outdoor weatherproof enclosures, while "Desktop"
models are compact enough to sit quietly on a shelf in a small office.
• STEP 6 OF 6
How will it be physically installed?
This question defines the physical form factor and mounting hardware of the
switch. Standard IT environments typically use "Rack Mount / 1U" designs to fit cleanly into standard 19-inch server racks.
"DIN-Rail" mounting is the industry standard for industrial control panels and outdoor weatherproof enclosures, while "Desktop"
models are compact enough to sit quietly on a shelf in a small office.
/ devices