
PMIC - Power Over Ethernet (PoE) Controllers
PMIC - Power Over Ethernet (PoE) Controllers
Definition:
PMIC - Power Over Ethernet (PoE) Controllers are specialized integrated circuits (ICs) within the Power Management IC (PMIC) category that enable the simultaneous transmission of data and electrical power over a single Ethernet cable. These controllers are essential for implementing PoE technology, which simplifies installations by eliminating the need for separate power cables in networked devices.
Types of Products in This Category:
This classification includes a variety of PoE controllers designed to meet different standards (e.g., IEEE 802.3af, 802.3at, 802.3bt) and power levels (from 15.4W up to 90W). Key product types include:
- PoE PSE (Power Sourcing Equipment) Controllers: Manage power delivery to connected devices (PDs) in switches, injectors, and midspans.
- PoE PD (Powered Device) Controllers: Regulate power reception in end devices like IP cameras, VoIP phones, and wireless access points.
- Multi-Port PoE Controllers: Support power management across multiple Ethernet ports in high-density applications.
- Advanced PoE Controllers: Feature enhanced diagnostics, dynamic power allocation, and compatibility with high-power PoE++ standards.
Purchasing Recommendations:
When selecting a PoE controller, consider the following factors:
1. Compliance: Ensure the IC adheres to the required IEEE PoE standard for your application.
2. Power Requirements: Match the controller s power output (e.g., 30W for Type 2, 90W for Type 4) to your device s needs.
3. Integration: Opt for controllers with built-in protections (overcurrent, thermal shutdown) and minimal external components for compact designs.
4. Scalability: For multi-port systems, prioritize controllers with centralized management and auto-classification features.
5. Supplier Reliability: Source from trusted manufacturers to guarantee performance and longevity in industrial or commercial deployments.
By choosing the right PoE controller, you can streamline power delivery in networked systems while reducing infrastructure complexity.
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MAX5953AUTM+
IC POE CNTRL 1 CHANNEL 48TQFN
MAX5945EAX+T
IC POE CNTRL 4 CHANNEL 36SSOP
LTC4264IDE#PBF
IC POE CNTRL 1 CHANNEL 12DFN
LTC4263IDE#TRPBF
IC POE CNTRL 1 CHANNEL 14DFN
LTC4259AIGW-1#TRPBF
IC POE CNTRL 4 CHANNEL 36SSOP
LT4276BHUFD#TRPBF
IC POE CNTRL 1 CHANNEL 28QFN
LTC4263IDE-1#TRPBF
IC POE CNTRL 1 CHANNEL 14DFN
TPS2375PWR
IC POE CNTRL 1 CHANNEL 8TSSOP
LM5072MHX-80/NOPB
IC POE CNTRL 1 CHANNEL 16HTSSOP
MAX5986BETE+
IC POE CNTRL 1 CHANNEL 16TQFN
LTC4267IDHC#TRPBF
IC POE CNTRL 1 CHANNEL 16DFN
PD70200ILD-TR
IC POE CNTRL 1 CHANNEL 12DFN
LTC4266AIUHF-1#PBF
IC POE CNTRL 4 CHANNEL 38QFN
MAX5981AETE+T
IC POE CNTRL 1 CHANNEL 16TQFN
LTC4274CUHF#PBF
IC POE CNTRL 1 CHANNEL 38QFN
LT4293IMS#PBF
IC POE CNTRL 1 CHANNEL 10MSOP
NCP1083DER2G
IC POE CNTRL 1 CHANNEL 20TSSOP
LTC4274IUHF#TRPBF
IC POE CNTRL 1 CHANNEL 38QFN
NCP1082DER2G
IC POE CNTRL 1 CHANNEL 20TSSOP
MAX5922AEUI+T
IC POE CNTRL 1 CHANNEL 28TSSOP