Cudy 2-Channel Gigabit PoE++ Extender, POE20 1.0 vs TP-Link Omada PoE++ Injector Adapter

Key differences

The Cudy 2-Channel Gigabit PoE++ Extender, POE20 1.0 has 1 more RJ-45 output ports than the TP-Link Omada PoE++ Injector Adapter (2 vs 1). The TP-Link Omada PoE++ Injector Adapter has 32 mm more width than the Cudy 2-Channel Gigabit PoE++ Extender, POE20 1.0 (155 mm vs 123 mm). The TP-Link Omada PoE++ Injector Adapter has 20 mm more depth than the Cudy 2-Channel Gigabit PoE++ Extender, POE20 1.0 (70 mm vs 50 mm). Product colour: White on the Cudy 2-Channel Gigabit PoE++ Extender, POE20 1.0, Black on the TP-Link Omada PoE++ Injector Adapter. Operating temperature (T-T): 0 - 40 °C on the Cudy 2-Channel Gigabit PoE++ Extender, POE20 1.0, 0 - 45 °C on the TP-Link Omada PoE++ Injector Adapter.

• Product colour
  • 2-Channel Gigabit PoE++ Extender, POE20 1.0:White
  • Omada PoE++ Injector Adapter:Black
• RJ-45 output ports
  • 2-Channel Gigabit PoE++ Extender, POE20 1.0:2
  • Omada PoE++ Injector Adapter:1
• Operating temperature (T-T)
  • 2-Channel Gigabit PoE++ Extender, POE20 1.0:0 - 40 °C
  • Omada PoE++ Injector Adapter:0 - 45 °C
• Storage relative humidity (H-H)
  • 2-Channel Gigabit PoE++ Extender, POE20 1.0:5 - 95%
  • Omada PoE++ Injector Adapter:5 - 90%
• Width
  • 2-Channel Gigabit PoE++ Extender, POE20 1.0:123 mm
  • Omada PoE++ Injector Adapter:155 mm
• Depth
  • 2-Channel Gigabit PoE++ Extender, POE20 1.0:50 mm
  • Omada PoE++ Injector Adapter:70 mm
• Height
  • 2-Channel Gigabit PoE++ Extender, POE20 1.0:36 mm
  • Omada PoE++ Injector Adapter:42 mm
• Package width
  • 2-Channel Gigabit PoE++ Extender, POE20 1.0:128 mm
  • Omada PoE++ Injector Adapter:190 mm