InLine 57886I KVM extender Transmitter vs Vertiv Avocent HMX8000 Digital KVM Extender Receiver – Wired

Key differences

The Vertiv Avocent HMX8000 Digital KVM Extender Receiver – Wired has 256 x 2160 pixels more maximum digital resolution than the InLine 57886I KVM extender Transmitter (4096 x 2160 pixels vs 3840 x 2160 pixels). The Vertiv Avocent HMX8000 Digital KVM Extender Receiver – Wired has 4 A more AC adapter output current than the InLine 57886I KVM extender Transmitter (5 A vs 1 A). Type: Transmitter on the InLine 57886I KVM extender Transmitter, Receiver on the Vertiv Avocent HMX8000 Digital KVM Extender Receiver – Wired. AC input voltage: 100 - 240 V on the InLine 57886I KVM extender Transmitter, 100-240 V on the Vertiv Avocent HMX8000 Digital KVM Extender Receiver – Wired. AC input frequency: 50 - 60 Hz on the InLine 57886I KVM extender Transmitter, 50/60 Hz on the Vertiv Avocent HMX8000 Digital KVM Extender Receiver – Wired.

• Type
  • 57886I KVM extender Transmitter:Transmitter
  • Avocent HMX8000 Digital KVM Extender Receiver – Wired:Receiver
• Maximum digital resolution
  • 57886I KVM extender Transmitter:3840 x 2160 pixels
  • Avocent HMX8000 Digital KVM Extender Receiver – Wired:4096 x 2160 pixels
• AC input voltage
  • 57886I KVM extender Transmitter:100 - 240 V
  • Avocent HMX8000 Digital KVM Extender Receiver – Wired:100-240 V
• AC input frequency
  • 57886I KVM extender Transmitter:50 - 60 Hz
  • Avocent HMX8000 Digital KVM Extender Receiver – Wired:50/60 Hz
• AC adapter output current
  • 57886I KVM extender Transmitter:1 A
  • Avocent HMX8000 Digital KVM Extender Receiver – Wired:5 A
• Operating temperature (T-T)
  • 57886I KVM extender Transmitter:0 - 40 °C
  • Avocent HMX8000 Digital KVM Extender Receiver – Wired:0 - 50 °C
• Operating relative humidity (H-H)
  • 57886I KVM extender Transmitter:20 - 80%
  • Avocent HMX8000 Digital KVM Extender Receiver – Wired:10 - 90%