Hewlett Packard Enterprise 0P GT PoE+ / 2P SFP+ v2 zl Mod

The Hewlett Packard Enterprise 0P GT PoE+ / 2P SFP+ v2 zl Mod (MPN J9536A-RFB, EAN 5711783168911) is a network expansion module for HPE zl-series chassis. The module supplies IEEE 802.3at PoE+ power to connected devices while offering two SFP+ fiber ports for high-speed uplink connectivity. It is intended to increase network flexibility by combining power delivery and 10 Gbps-class optical interfaces in a single zl-mod slot.

Advantages

This HPE 0P GT PoE+ / 2P SFP+ v2 zl Mod delivers integrated PoE+ (up to the standard 802.3at capability) alongside two SFP+ ports that support high-bandwidth fiber uplinks. The zl-module design fits compatible HPE chassis for straightforward installation and slot-based management. The product supports centralized power delivery for endpoints and reduces the need for separate power injectors, while the SFP+ ports enable low-latency, high-throughput connections to aggregation switches or core networks.

Suitable for (tasks / use cases)

• Powering and connecting IP phones, wireless access points, and cameras that require PoE+.
• Providing high-speed uplinks to distribution and core switches via SFP+ fiber ports.
• Expanding zl-series chassis capabilities in enterprise and campus networks.
• Consolidating power and data delivery in rack-mounted network deployments.

Key specifications

• Manufacturer: Hewlett Packard Enterprise (HP Enterprise)
• Model: 0P GT PoE+ / 2P SFP+ v2 zl Mod
• MPN: J9536A-RFB
• EAN: 5711783168911
• Form factor: zl-series module (slot-installed)
• Power: PoE+ (IEEE 802.3at compatibility)
• Ports: PoE-capable ports plus 2 x SFP+ fiber uplink ports
• Use case: Network access and uplink module for compatible HPE chassis

How to use

Install the module into a compatible HPE zl-series chassis according to the chassis installation guide and safety instructions. Connect PoE-enabled devices to the module’s access ports to receive data and power over Ethernet. Use the two SFP+ ports to attach fiber transceivers and connect uplinks to distribution or core switches. Configure PoE and port settings via the managing switch or chassis management interface to control power allocation, port speeds, and link aggregation as required by your network policies.

Usage recommendations

Ensure chassis compatibility and review power budget calculations before deploying multiple PoE+ modules. Verify SFP+ transceiver type and supported optics for distance and wavelength requirements, and monitor power draw to avoid exceeding the chassis power supply capacity.