CommScope opens Power over Ethernet R&D lab
Throughout the development of the new IEEE standard, CommScope has been sharing test results with standards bodies on the theoretical challenges in the new higher power delivery.
In its new R&D lab in Greensboro, North Carolina, CommScope says it will trial next-generation Power over Ethernet (PoE) applications to verify the performance and safety of the structured cabling systems that support them, especially regarding thermal performance in different real-world installation conditions. The lab will also host demonstrations of next-generation PoE applications such as high-definition security cameras, in-building wireless systems and digital signage in collaboration with CommScope's ecosystem partner companies.
PoE is an enabling technology for delivering direct current (dc) electricity along with data over common copper cabling such as Category 6A. Office workers might know of PoE in the form of VoIP telephones, which were among the first devices to utilize PoE.
“Next to the data transport itself, PoE is the most important enabler of devices that use structured cabling in enterprise buildings today, which is critical as IT managers look to drive more value out of their installed copper cabling plant and connect more devices,” asserts Ernie Pickens, senior vice president, Enterprise Solutions, CommScope. “CommScope remains committed to ensuring the safety, reliability and superior performance of our cabling and connectivity solutions for PoE enabled devices, now and as they evolve.”
CommScope’s new lab opens as the Institute of Electrical and Electronics Engineers just approved the new four-pair PoE standard (4PPoE) known as IEEE 802.3bt, which enables higher-power device connections of up to about 90 watts at the power source equipment. As more power can be delivered by PoE switches, more research is needed to verify the impact to structured cabling of a variety of installation conditions. Some of the new PoE applications to be trialed could include:
- High-tech security cameras with advanced features like zoom and facial recognition
- PoE powered computers, thin client devices and digital signage
- In-building wireless systems
- LED lighting systems
- Building management systems that incorporate security, lighting, HVAC control, in-building wireless and access control
- Internet of Things networks
Throughout the development of the new IEEE standard, CommScope has been sharing test results with standards bodies on the theoretical challenges in the new higher power delivery. For its initial research in the new lab, CommScope is trialing equipment from Cisco, Signify (formerly Philips Lighting) and Thinlabs to demonstrate a smart office building scenario with lighting, security cameras and LAN switches connected via 4PPoE on SYSTIMAX cabling. CommScope engineers will analyze the cable’s heat emissions in a real-world setting with cables installed in ceilings and through walls while running high-power applications.
Grand View Research predicts the global PoE market will reach USD 3.77 billion by 2025 as the 4PPoE standard empowers more applications and devices to utilize the technology.