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HMC-HDM-F1SPp

Hardened Grade 10/100Base-TX (PoE+) to 100Base-SFP Ethernet Media Converter

HMC-HDM-F1SPP Industrial Media Converter with PoE+ – Front View

Dual Power Input for High Reliability

  • Automatically switch to secondary power input when primary power input fails, ensuring continuous operation without down time.

  • Redundant power supply reduces possibility of single-point-of-failure.

Environmentally Hardened Design
  • With a compact metal housing with an IP40 rating

  • Environmentally hardened for direct deployment in difficult unconditioned out-of-plant and roadside installations.

  • Extended ambient operating temperature range: -40 ÌŠ C to +75 ÌŠ C

Other Features
  • Complies with 802.3af/at PSE standard (30W)

  • 10/100Mbps-Full/Half-duplex, Auto-negotiation, Auto MDI/MDI-X

  • Support external SFP

  • Aluminium case

  • 512Kbits Packet Buffer

  • Full wire-speed forwarding rate

  • Support Wall-mount installation

Frequently Asked Questions (FAQ)

1. What is the main function of the HMC-HDM-F1SPP?

  • The HMC-HDM-F1SPP is an industrial-grade PoE+ media converter that connects 10/100Base-TX Ethernet devices to 100Base-FX fiber networks while providing Power over Ethernet (PoE+) capabilities for powering end devices like IP cameras or wireless access points.

2. Does the HMC-HDM-F1SPP support redundant power inputs?

  • Yes, the HMC-HDM-F1SPP supports dual 12~48VDC redundant power inputs to ensure reliable and continuous operation even if one power source fails.

3. What types of environments is the HMC-HDM-F1SPP suitable for?

  • It is designed for harsh industrial environments, with an extended operating temperature range, a rugged metal casing, and hardened components to handle electrical noise, vibration, and extreme temperatures.

4. Can the HMC-HDM-F1SPP deliver PoE+ power while converting Ethernet to fiber?

  • Yes, it simultaneously performs Ethernet-to-fiber media conversion while delivering IEEE 802.3at PoE+ power (up to 30W) to connected powered devices such as IP cameras or wireless access points.

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