Kramer AV M4250-40G8F-PoE+
24X1 POE+ 300W 2X1G AND 4XSFP MANAGED SWITCH
-Jeff A.
Description
Kramer AV M4250-40G8F-PoE+ is an incredibly managed switch engineered to meet the demands of evolving modern AV installations. Equipped with 24 PoE+ ports, it can power a wide range of AV over IP devices, including cameras, microphones, and other electronic devices. Delivering a total power of up to 300W, it offers flexible networking options with two additional 1G ports and four SFP ports. This functionality of the switch ensures smooth connectivity across different devices and various network segments.
The Kramer AV M4250-40G8F-PoE+ is constructed with AV in mind. The M4250-40G8F-PoE+ mixes functionality with user-friendliness, allowing users to easily grasp the handling of the switch, simultaneously offering multiple functionalities. The switch’s user-friendly web-based administration interference allows quick deployment. This makes setup incredibly simple and easy for users. Furthermore, this switch provides the scalability and dependability needed to manage a small conference room, classroom, or large-scale events.
The vigorous design of the Kramer AV M4250-40G8F-PoE+ allows uninterrupted operation, even when placed in the most difficult of environments. It supports various networking features, such as VLAN and QoS. Hence, this high-tech switch ensures seamless, high-quality media delivery. As such, advanced networking features are crucial for enhancing AV traffic. Additionally, port security ensures that your networks are secure against potential threats or unauthorized access.
Whether you’re an AV technician or an IT expert, power, flexibility, and reliability are your absolute needs. With the Kramer AV M4250-40G8F-PoE+, you get precisely that. It is designed to be easily integrated into any AV system. The rack's countable design and compact factor make it indispensable and a versatile choice for various AV installations. With the Kramer AV M4250-40G8F-PoE+, you can take your conference room meetings, classroom sessions, and other large-scale events to the next level by ensuring reliability, dependability, and scalability for any AV applications.
