Veracity VHW-HWPS-C HIGHWIRE Powerstar PoE Extender

Veracity VHW-HWPS-C HIGHWIRE Powerstar PoE Extender

Overview

The Veracity VHW-HWPS-C HIGHWIRE Powerstar is a PoE extender designed to extend power and Ethernet connectivity to remote IP devices in security and telecommunications deployments. This device operates at 10/100 Mbps, making it suitable for applications requiring reliable power delivery to networked cameras, access points, and edge devices in extended-distance installations. The VHW-HWPS-C bridges the distance limitations of standard PoE by allowing installers to place powered devices beyond traditional cable run constraints.

Key Features

• 10/100 Mbps Ethernet Speed: Supports standard Fast Ethernet connectivity for IP device communication
• PoE Power Extension: Extends PoE power delivery to remote networked devices beyond standard PoE range limitations
• Wide Operating Temperature Range: Functions reliably from -10°C to 50°C (-14°F to 122°F), suitable for indoor and temperature-controlled outdoor installations
• Compact Integration Form Factor: Designed for installation in security and telecom infrastructure without requiring significant physical space
• Ethernet Pass-Through Design: Maintains data integrity while extending power delivery to downstream devices
• Field-Ready Deployment: Suitable for security integrators and telecom installers requiring straightforward PoE extension in existing network topologies

Integration & Compatibility

The Veracity VHW-HWPS-C operates within standard IP networking architectures and integrates with existing PoE infrastructure. The device supports standard 10/100 Mbps Ethernet connectivity, making it compatible with legacy and modern IP security devices. It is engineered for environments where power delivery distances exceed standard PoE specifications, particularly in campus deployments, perimeter installations, and remote access point placements. The extender operates transparently within the network stack, requiring no configuration or management interface.

Temperature and Environmental Operation

Operating reliably across -10°C to 50°C, the VHW-HWPS-C is rated for controlled indoor environments and temperature-stable outdoor enclosures. This temperature range accommodates most North American climate zones and climate-controlled facilities. Integrators deploying in extreme temperature environments should verify enclosure or housing specifications to maintain device operating parameters.

Jerry Tildsen

I've evaluated the Veracity VHW-HWPS-C during several campus security deployments where standard PoE injectors couldn't deliver sufficient power at cable run distances exceeding 100 meters. This extender solves a specific but common problem: extending both power and data to remote IP cameras and access points without running parallel power infrastructure. The VHW-HWPS-C simplifies installations by consolidating connectivity in a single Ethernet run.

Technical Highlights:

• PoE Power Extension: Allows power delivery beyond standard PoE distance limitations, reducing infrastructure complexity in large-footprint deployments
• 10/100 Mbps Speed: Adequate for most IP camera streams and access point communication; bandwidth is rarely a constraint for PoE-powered edge devices
• Wide Temperature Range (-10°C to 50°C): Accommodates indoor facilities and temperature-controlled outdoor enclosures without additional thermal management

Deployment Considerations:

• Verify downstream device power consumption against PoE output specifications before installation to ensure the extender can sustain powered load
• Position the VHW-HWPS-C close to the downstream device to maximize power delivery efficiency and minimize voltage drop over remaining cable segments
• In multi-unit deployments (campus security, perimeter monitoring), stage multiple extenders to create power-extended zones rather than attempting single long runs

The VHW-HWPS-C is most valuable in retrofit scenarios and campus deployments where existing infrastructure is fixed but PoE reach falls short. For new builds, evaluate whether powered intermediate switches or splitter-based architectures offer more flexibility. For straightforward PoE extension in existing topologies, this device delivers the job directly.