Network Switches
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Showing Results for Network Switches
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Code Blue
SKU: SLNF0201
Code Blue SLNF0201 CB1e SBL WEm NP 4G/LTE PoE Network Switch
- 4G/LTE cellular failover maintains connectivity when wired infrastructure fails.
- PoE delivery powers connected devices over a single cable, reducing installation complexity.
- Compact form factor suits space-constrained enclosures in remote or distributed deployments.
$8,200.00 $7,099.99 Save $1,100.01 -
Code Blue
SKU: SLNF0203
Code Blue SLNF0203 CB2a SS BLEm NP 4G PoE Network Switch
- PoE support delivers data and power over a single cable, reducing installation complexity.
- 4G cellular connectivity provides network uptime independent of wired infrastructure.
- Stainless steel housing withstands outdoor and harsh-environment deployments long-term.
$5,350.00 $4,632.99 Save $717.01 -
Code Blue
SKU: SLNF0291
Code Blue SLNF0291 CB4r SBL WEm NP PoE 4GLTE Network Switch
- IP66-rated enclosure supports outdoor and non-climate-controlled site deployments.
- Built-in 4G LTE modem delivers automatic WAN failover, keeping access-control traffic online.
- 12–24V DC input integrates with UPS battery backup common in access-control infrastructure.
$3,950.00 $3,419.99 Save $530.01 -
Code Blue
SKU: SLNF0303
Code Blue SLNF0303 CB2e SBL WEm NP PoE 4G LTE Network Switch
- Integrated 4G LTE failover maintains video and door control during primary link loss.
- PoE output powers cameras, intercoms, and readers without separate power runs.
- Wall, pole, recessed, and rack mounting options simplify deployment in any facility type.
$5,000.00 $4,156.99 Save $843.01 -
Code Blue
SKU: SLNF0304
Code Blue SLNF0304 CB6s Network Switch
- Integrated 4G/LTE uplink delivers wireless failover where hardwired WAN is unavailable.
- PoE output eliminates separate power runs to cameras, readers, and intercom endpoints.
- 12–24V DC input operates directly from alarm-panel or industrial DC supplies.
$3,450.00 $2,958.99 Save $491.01 -
Code Blue
SKU: SLNF0343
Code Blue SLNF0343 CB2e SS WEm NP 4G LTE PoE Network Switch
- Integrated 4G LTE provides cellular redundancy for remote or distributed deployments.
- PoE support simplifies wiring by delivering power and data over a single Ethernet run.
- Stainless steel housing suits harsh-environment installations requiring long-term durability.
$4,650.00 $4,025.99 Save $624.01 -
Code Blue
SKU: SLNF0349
Code Blue SLNF0349 CB2e SS BLEm NP PoE 4G LTE Network Switch
- Integrated 4G LTE modem delivers automatic WAN failover, keeping emergency comms online.
- PoE output eliminates per-device power runs for IP phones, intercoms, and access control.
- IP66-rated stainless steel housing supports outdoor, washdown, and salt-spray installations.
$4,650.00 $4,025.99 Save $624.01 -
Code Blue
SKU: SLNF0399
Code Blue SLNF0399 CB5s SBL WEm NP 4G/LTE PoE Network Switch
- Managed PoE switching eliminates separate power supplies for connected IP devices.
- 4G/LTE connectivity enables remote monitoring and management at off-grid sites.
- Compact form factor suits equipment rack integration in professional security installs.
$7,200.00 $6,233.99 Save $966.01 -
Code Blue
SKU: SLNP0035
Code Blue SLNP0035 PoE+ Switch 24-Port
24-port PoE+ managed switch for IP cameras and access points
- 24 Gigabit Ethernet ports with IEEE 802.3at PoE+ power delivery
- IP68 rating withstands outdoor and harsh installation environments
- Managed switch for networked sensors, cameras, and wireless APs
$903.99 -
Comelit
SKU: 10081
Comelit 10081 VIP 6-Port PoE Switch
6-port PoE switch for IP cameras and access control systems
- 6 ports of 802.3af PoE at 15.4W per port for cameras and intercoms
- Compact fit for 19-inch racks, access cabinets, or wall enclosures
- Powers 2MP fixed cameras, door controllers, and access readers
$377.46 $256.99 Save $120.47 -
Comelit
SKU: 1424
Comelit 1424 SB Top Network Switch
- SB top network switch consolidates up to 500 Simplebus kits
- Routes calls across geographically distributed building zones
- Compact 2.36 x 3.35 x 1.38 in housing for in-cabinet placement
$302.85 $206.99 Save $95.86 -
Comelit
SKU: 1440
Comelit 1440 VIP 6-Port PoE Switch
6-port managed PoE switch with Gigabit backbone for compact surveillance
- 802.3af PoE on all 6 ports (13W each, 78W total) powers cameras without injectors
- Gigabit switching fabric handles multiple 4MP streams simultaneously without bottleneck
- Wall or rack mount with VLAN, QoS, and port mirroring for video segmentation
$245.92 $167.99 Save $77.93 -
Comelit
SKU: 1440A
Comelit 1440A VIP 6-Port PoE Switch
6-port Gigabit PoE switch for distributed IP camera deployments
- 6x 802.3af ports deliver 15.4W per port over standard Cat5e/Cat6 cabling
- 1 Gbps per port throughput supports multiple 8MP camera streams simultaneously
- Desktop or DIN-rail mountable compact form factor fits racks and wall enclosures
$277.27 $188.99 Save $88.28 -
Comelit
SKU: 1451A
Comelit 1451A VIP POE (1) Injector Network Switch
- Single-port 802.3af PoE injector for Comelit VIP intercom monitors
- Max 13W per port - no separate 24V DC supply or power runs needed
- Drops onto non-PoE Ethernet runs for monitor location deployment
$175.37 $119.99 Save $55.38 -
Comelit
SKU: 1952N
Comelit 1952N Audio/Video Porter Switchboard
Centralized audio/video porter switchboard for multi-unit VIP intercom systems
- Centralizes audio/video switching for multi-entry VIP intercom deployments in one unit.
- Day/Night IR support enables 24/7 porter operation in low-light concierge environments.
- PoE (802.3af) power delivery simplifies cabling by eliminating separate power runs to the switchboard.
$1,646.85 $1,121.99 Save $524.86 -
Comelit
SKU: 1998NA
Comelit 1998NA Audio Porter Switchboard
PoE+ audio switchboard with 4MP video and IR for IP intercom systems
- PoE+ (802.3at) power over a single Ethernet cable eliminates separate PSUs.
- 4MP (2560×1440) resolution delivers clear imagery for entrance visitor verification.
- Built-in IR day/night capability enables 24/7 operation in low-light lobbies.
$2,086.66 $1,420.99 Save $665.67
Network Switches
Network switches form the backbone of commercial IP surveillance and access control deployments. Select managed or unmanaged switches based on bandwidth, PoE requirements, segmentation needs, and long-term scalability.
Plan Your Deployment
- PoE budget planning and total wattage capacity
- Managed vs unmanaged configuration needs
- Uplink speed and fiber/SFP requirements
- VLAN segmentation and network security planning
- Rackmount vs wall-mount installation considerations
Network Switches — Engineering-Grade Network Infrastructure for Commercial Deployments
This category covers 209 working models of network switches sourced manufacturer-direct or through channel-direct US distribution. Build the rest of your system around the architectural choices below — compatibility, environmental rating, and lifecycle decisions made here propagate through every downstream component you specify.
What to Look For
Port count and PoE budget come first. An 8-camera install needs at least 9 ports (cameras + uplink), with PoE budget covering the sum of per-camera PoE class. Account for uplink speed: 1 Gbps uplinks bottleneck under heavy video load on switches with 8+ high-resolution cameras. SFP+ or 10 Gbps uplinks remove that bottleneck on growing sites.
Managed versus unmanaged switches affect troubleshooting and VLAN segmentation. Managed switches (HPE Aruba, Cisco, Netgear ProSAFE M-series) support VLANs, link-aggregation, port mirroring, and SNMP monitoring — essential for any deployment over 16 cameras or with mixed traffic. Unmanaged switches work for small isolated camera networks but limit growth and troubleshooting visibility.
Layer 3 capability (routing, VLAN inter-VLAN routing) becomes important when surveillance, access control, and corporate traffic share the same physical network. Surveillance VLAN isolation is now standard practice — segregate camera traffic from corporate Wi-Fi and guest networks to prevent broadcast storms and lateral attack paths. Confirm the switch supports the VLAN count and ACL complexity you need.
Outdoor/industrial deployments need ruggedized switches. ComNet, Antaira, and Moxa make hardened switches rated for -40°C to +75°C, vibration, and waterproof housings. DIN-rail mounting fits standard outdoor enclosures. Standard data-closet switches in outdoor enclosures fail within 1-2 years from condensation and temperature swings; spec the right environment rating up front.
Key Specs in This Category
| Spec | Available Options |
|---|---|
| Resolution | 4MP, Thermal, 8MP, 2MP |
| Connectivity | Wired, WiFi + Wired |
| Power | PoE+, PoE++, PoE, AC/DC, DC |
| Channels | 45-Port |
| Type | Switch, Industrial, Media Converter, Wiegand to OSDP Converter, Power Supply, Cable, Adapter, Router |
| Durability | Indoor, Outdoor |
Top Brands in This Category
Frequently Asked Questions
What's the difference between managed and unmanaged PoE switches?
Unmanaged switches power-on and forward traffic without configuration — simplest deployment but no VLAN, no monitoring, no troubleshooting visibility. Managed switches add VLANs, link-aggregation, port mirroring, SNMP, and remote-management interfaces. For deployments above 16 cameras or those sharing infrastructure with other systems, managed is the right choice; the per-port cost is modest and the operational benefit is large.
How much PoE budget should I size for?
Sum the PoE-class budget of all PoE-powered devices, then add 20-30% headroom for growth. Eight 802.3at cameras at 30W max each is 240W minimum — but a 130W-budget 8-port PoE+ switch can't deliver that. Confirm both per-port budget and total PoE budget; many entry-level switches advertise PoE+ ports but cap aggregate budget at half the per-port maximum.
Do I need 10 Gbps uplinks?
For installations under 32 cameras with mid-resolution streams, 1 Gbps uplinks suffice. Above that, or when you need fast investigative playback for many simultaneous reviewers, 10 Gbps (SFP+) uplinks remove the choke point. NVRs writing to NAS over the network also benefit. SFP+ has become reasonably affordable on managed switches; opt for it on new installs over 16 cameras.
Can I run VoIP and video on the same switch?
Yes — modern managed switches use VLAN segregation to keep VoIP, video, and data traffic separated even on shared physical ports. Use QoS (Quality of Service) to prioritize VoIP for low latency and assign video its own queue. Avoid mixing untagged traffic types on a single switch port without VLAN configuration; broadcast storms and bandwidth competition cause both voice and video quality issues.
What's the right uplink between buildings on a campus?
Single-mode fiber for runs over 100 m, multi-mode for shorter runs (typically up to 550 m on OM3, 300 m on OM4 at 10 Gbps). Bidirectional SFPs (single fiber instead of pair) save fiber count when the run is already deployed. Avoid copper between buildings — ground-potential differences during lightning strikes destroy switch SFP modules even when surge-protected.
Need help choosing? Talk to a Senior Specialist — direct line 877-277-7147 or request a quote.


