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| Unit Price: | £ |
| Part No: | MIPD-9001GR/SP/AC-EU |
| Manufacturer No: | PD-9001GR/SP/AC-EU |
| Delivery: | In Stock: 5-7 Days |
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The Microchip PD-9001GR/SP/AC-EU is a single-port, high-power Gigabit PoE Midspan with surge protection, designed for remote powering of current and emerging high-power network applications. Delivering up to 30W and supporting IEEE 802.3at with backward compatibility to IEEE 802.3af, this PoE midspan is suitable for 802.11n access points, PTZ cameras, video phones, WiMAX equipment, and other 10/100/1000Base-T devices, with surge protection making it well suited to outdoor powered-device installations.
The PD-9001GR/SP/AC-EU provides up to 30W of remote PoE power through a single port, making it suitable for high-power Ethernet applications. It provides a practical solution for delivering both network connectivity and power to compatible devices over existing Ethernet infrastructure.
Built-in surge protection provides an added layer of protection for installations involving outdoor powered devices. This makes the midspan particularly suitable for applications such as outdoor IP camera deployments and other network equipment exposed to installation environments where surge protection is important.
The midspan complies with the IEEE 802.3at PoE standard and supports 2-event classification. This enables compatible high-power devices to receive the power required for their intended operation.
Backward compatibility with IEEE 802.3af allows the unit to support a wide range of established PoE equipment. It is also compatible with pre-standard devices, helping provide flexibility across mixed network environments.
With a guaranteed output power of up to 30W, the midspan can support higher-power network devices including 802.11n access points, Pan-Tilt-Zoom cameras and video phones. This higher power capacity helps accommodate applications beyond traditional low-power PoE.
Support for 10/100/1000Base-T applications provides compatibility with Fast Ethernet and Gigabit Ethernet network devices. This allows the midspan to integrate into both existing network environments and newer high-speed deployments.
The high-power PoE design is suitable for wireless networking equipment such as WiMAX systems and 802.11n access points. Remote power delivery can simplify installations where wireless equipment is positioned away from readily available electrical outlets.
The surge-protected design is well suited to IP camera installations, including outdoor deployments. Remote power delivery helps simplify the installation of powered cameras while reducing the need for separate local power connections.
Automatic detection and protection of non-standard Ethernet terminals helps provide safer PoE operation across different connected devices. Low-power equipment receives only the power it needs, supporting controlled power delivery.
The combination of IEEE 802.3at support, IEEE 802.3af backward compatibility and pre-standard device compatibility provides flexible remote powering for a variety of Ethernet-connected equipment. This makes the solution suitable for evolving network installations containing both existing and emerging devices.
The Microchip PD-9001GR/SP/AC-EU is a single-port, high-power Gigabit PoE Midspan with surge protection, designed for remote powering of current and emerging high-power network applications. Delivering up to 30W and supporting IEEE 802.3at with backward compatibility to IEEE 802.3af, this PoE midspan is suitable for 802.11n access points, PTZ cameras, video phones, WiMAX equipment, and other 10/100/1000Base-T devices, with surge protection making it well suited to outdoor powered-device installations.
The PD-9001GR/SP/AC-EU provides up to 30W of remote PoE power through a single port, making it suitable for high-power Ethernet applications. It provides a practical solution for delivering both network connectivity and power to compatible devices over existing Ethernet infrastructure.
Built-in surge protection provides an added layer of protection for installations involving outdoor powered devices. This makes the midspan particularly suitable for applications such as outdoor IP camera deployments and other network equipment exposed to installation environments where surge protection is important.
The midspan complies with the IEEE 802.3at PoE standard and supports 2-event classification. This enables compatible high-power devices to receive the power required for their intended operation.
Backward compatibility with IEEE 802.3af allows the unit to support a wide range of established PoE equipment. It is also compatible with pre-standard devices, helping provide flexibility across mixed network environments.
With a guaranteed output power of up to 30W, the midspan can support higher-power network devices including 802.11n access points, Pan-Tilt-Zoom cameras and video phones. This higher power capacity helps accommodate applications beyond traditional low-power PoE.
Support for 10/100/1000Base-T applications provides compatibility with Fast Ethernet and Gigabit Ethernet network devices. This allows the midspan to integrate into both existing network environments and newer high-speed deployments.
The high-power PoE design is suitable for wireless networking equipment such as WiMAX systems and 802.11n access points. Remote power delivery can simplify installations where wireless equipment is positioned away from readily available electrical outlets.
The surge-protected design is well suited to IP camera installations, including outdoor deployments. Remote power delivery helps simplify the installation of powered cameras while reducing the need for separate local power connections.
Automatic detection and protection of non-standard Ethernet terminals helps provide safer PoE operation across different connected devices. Low-power equipment receives only the power it needs, supporting controlled power delivery.
The combination of IEEE 802.3at support, IEEE 802.3af backward compatibility and pre-standard device compatibility provides flexible remote powering for a variety of Ethernet-connected equipment. This makes the solution suitable for evolving network installations containing both existing and emerging devices.
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