D-Link DFE-854 User Guide - Page 11

DIP Switch

Page 11 highlights

• 32 selectable PHY addresses (00h-1Fh). • LED indicators allow for visual verification of power, data transmit, linkage, data receive, full/half-duplex and collision functions. • Operating temperature: 0 - 55 degrees Celcius. • Storage Temperature -20 to 55 degrees Celsius • Humidity: 10 - 90% (non-condensing) • EMI Certification: FCC, CE, VCCI and C-Tick DIP Switch The following figure shows the DIP switch on both DFE-853 and DFE-854 transceivers. Switches 1 through 5 Switches 1 through 5 are used to set a PHY address. For both the DFE-853 and the DFE-854, the user can select a PHY address (see appendices) number from 0 through 31 if an application requires a unique PHY address. Switch F2 2 For both the DFE-853 and the DFE-854, if the attached device has management functionality to control the MII interface, the specific 11

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32 selectable PHY addresses (00h-1Fh).
LED indicators allow for visual verification of power,
data transmit, linkage, data receive, full/half-duplex and
collision functions.
Operating temperature: 0 – 55 degrees Celcius.
Storage Temperature –20 to 55 degrees Celsius
Humidity: 10 - 90% (non-condensing)
EMI Certification: FCC, CE, VCCI and C-Tick
DIP Switch
The following figure shows the DIP switch on both DFE-853 and
DFE-854 transceivers
.
Switches 1 through 5
Switches 1 through 5 are used to set a PHY address. For both the
DFE-853 and the DFE-854, the user can select a PHY address (see
appendices) number from 0 through 31 if an application requires a
unique PHY address.
Switch F
2
2
For both the DFE-853 and the DFE-854, if the
attached device has management functionality
to control the MII interface, the specific