Microchip 4-Pairs High Power splitter - for use with PD-9500G series (user selectable DC output 12v/24v)

The Microchip 4-Pairs High Power Splitter is a cutting-edge Power over Ethernet (PoE) solution purpose-built for the PD-9500G series. This high-performance splitter bridges your PoE-enabled network with legacy devices that do not inherently support PoE, enabling you to leverage existing cabling and infrastructure while delivering reliable DC power where it’s needed most. Designed to maximize efficiency and minimize deployment friction, this splitter enables seamless power delivery from a single PoE source to devices that require a regulated DC input. Whether you’re modernizing an office, retail space, or industrial floor, the Microchip splitter provides a simple, scalable path to extending PoE capabilities without a costly network overhaul. Its user-selectable 12V or 24V DC output gives you flexibility to power a wide range of equipment, from advanced PD-9500G hubs to legacy peripherals, ensuring compatibility across diverse deployments. In practice, this means reduced downtime, lower wiring costs, and more reliable performance across devices that depend on clean, regulated power derived from your PoE switch or injector. The result is a streamlined, future-ready network that preserves your existing investments while delivering the benefits of PoE technology to equipment that would otherwise need separate power supplies.

• Seamless PD-9500G compatibility: Specifically engineered to work in concert with the PD-9500G series, this splitter translates PoE power into a stable DC feed for legacy devices, preserving network integrity and reducing integration friction. By leveraging standard PoE cabling, it minimizes disruption to your current IT infrastructure while expanding the capabilities of your PD-9500G ecosystem.
• User-selectable 12V/24V DC output: This feature gives you precise control over the voltage delivered to your device, enabling simple adaptation to a broad spectrum of equipment requirements. With one device, you can support multiple applications, eliminating the need for additional voltage converters or adapters and simplifying on-site configuration.
• 4-pairs high power delivery: The four-pair power pathway is engineered for robust performance, ensuring consistent power delivery even in busy networks or with power-hungry peripherals. This design supports reliable operation of PD-9500G accessories and other compatible devices that benefit from stronger PoE-based power delivery, reducing voltage drop and improving overall stability.
• Compact, durable design for real-world environments:Built to endure daily use in offices, data centers, retail floors, and industrial settings, the splitter combines a compact footprint with rugged construction. Its form factor makes it easy to mount or shelf-fit, and its reliability helps minimize maintenance and replacement costs in demanding environments.
• Easy integration with existing PoE infrastructure: By tapping into your existing PoE network, the splitter avoids complex rewiring and supports quick deployments. It works with your current switches, injectors, and cabling, enabling a smooth upgrade path that preserves your IT investments while delivering modern PoE functionality to legacy devices.

Technical Details of Microchip 4-Pairs High Power Splitter

• Voltage output: 12V DC or 24V DC (user-selectable) to accommodate a range of legacy devices and PD-9500G configurations.
• Power delivery architecture: 4-pairs high power PoE splitter designed to extract PoE power and convert it to a stable DC supply for downstream equipment.
• Compatibility: Optimized for PD-9500G series devices; designed to integrate with standard PoE networking equipment and cabling.
• Form factor and mounting: Compact, practical design intended for easy installation in rack, cabinet, or on-site shelf setups without requiring extensive space.
• Safety and reliability: Built to work reliably within PoE environments, delivering dependable DC power to critical devices while minimizing disruption to your network operations.

How to install Microchip 4-Pairs High Power Splitter

• Prepare and verify: Power down your PoE switch or injector and confirm that the PoE source is active. Ensure you have the correct PD-9500G device or legacy equipment ready to receive the DC output.
• Connect the PoE input: Use a standard PoE-enabled network cable to connect the splitter’s input from your PoE source (switch or injector). Verify that the link indicator on the PoE source is active and that there is a stable network connection.
• Set the output voltage: Choose the required DC output voltage (12V or 24V) using the device’s voltage selection control. This step ensures the downstream device receives power at the proper level to operate safely and efficiently.
• Connect the DC output to the device: Attach the DC output connection from the splitter to the PD-9500G or compatible legacy device. Ensure secure mechanical and electrical connections to prevent signal loss or power interruptions.
• Power up and verify: Restore power to the PoE source and the connected device. Check that the downstream device powers on normally and operates as expected. Monitor for stability, performance, and any signs of power-related issues, adjusting voltage if necessary for optimal performance.

Frequently asked questions

• Q: What devices is this splitter designed to power?
• A: It is designed primarily for the PD-9500G series and compatible legacy devices that require a PoE-derived DC input. While optimized for PD-9500G, it can support other devices with matching voltage requirements when used within a PoE-enabled network.
• Q: What voltage options does the splitter provide?
• A: The splitter offers user-selectable DC output voltages of 12V or 24V, enabling flexible deployment across a range of equipment without needing additional regulators or adapters.
• Q: How many devices can be powered from one splitter?
• A: The design delivers a single DC output channel to one device. If you need to power multiple devices, you would use multiple splitters or a PoE power distribution scheme that supports multi-device deployment.
• Q: Is this splitter compatible with all PoE standards?
• A: The splitter is intended for use with PoE-enabled networks and PD-9500G configurations. For maximum compatibility with non-PD-9500G devices, verify voltage requirements and the power profile of your particular equipment before deployment.
• Q: How does this splitter benefit my network?
• A: By enabling PoE power delivery to legacy devices, it reduces the need for separate power cabling, lowers installation costs, and preserves existing infrastructure. The 4-pair high power design further enhances reliability in power-heavy setups, contributing to smoother operation and fewer power-related issues.