Transition Networks EOCPxx4020-110 User Manual

EOCPxx4020-110 User Guide

EOCPxx4020-110

Ethernet over Coax Extenders
with PoE+

User Guide

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Table of Contents

Introduction ..................................................................................................................................... 4

Product Numbers ............................................................................................................................. 4

Applications ..................................................................................................................................... 4

Application Example .................................................................................................................... 5

Configuration Examples ............................................................................................................... 5

Product Definition ............................................................................................................................ 6

Features ........................................................................................................................................... 8

Package Contents ............................................................................................................................. 8

Related Information ......................................................................................................................... 9

Installation ....................................................................................................................................... 9

Install Cautions and Warnings ..................................................................................................... 9

Mounting Options .......................................................................................................................... 10

Desktop ...................................................................................................................................... 10

DIN Rail ...................................................................................................................................... 10

Wall Mount ................................................................................................................................ 10

Port Descriptions............................................................................................................................ 11

Connections ................................................................................................................................... 11

Coax Cable Connection .............................................................................................................. 11

Combo (Shared) Port ................................................................................................................. 12

SFP / Fiber Connection .......................................................................................................... 12

Installing SFP Devices ............................................................................................................ 12

SFP Installation ...................................................................................................................... 12

Ethernet Cable Connection ................................................................................................... 14

Power over Ethernet ................................................................................................................. 14

Installing the RJ-45 Copper Cable - 10/100/1000Base-T Copper Port .................................. 14

48 VDC IN Options ..................................................................................................................... 15

Local (EOCPSE4020-110) Power Input Options ..................................................................... 15

Remote (EOCPD4020-110) Power Input Options .................................................................. 15

2-Pin Terminal Block Option ................................................................................................. 16

4-Pin Mini DIN Option ........................................................................................................... 16

Local PSE Unit Delivery of PoE to Remote (End) Device ............................................................ 17

Operation ....................................................................................................................................... 18

Web GUI Configuration ............................................................................................................. 18

Web Browsers Supported ..................................................................................................... 18

Web Configuration Pages .............................................................................................................. 18

Login page .................................................................................................................................. 18

Menu Navigation ....................................................................................................................... 20

Configuration......................................................................................................................... 20

Status ..................................................................................................................................... 20

Coax page .................................................................................................................................. 21

IP page ....................................................................................................................................... 22

Ethernet page ............................................................................................................................ 25

Device page ............................................................................................................................... 28

EoC Upgrade Procedures ........................................................................................................... 30

PoC FW Upgrades .................................................................................................................. 30

Notes on PoC FW Upgrade .................................................................................................... 31

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EoC FW TFTP Upgrades ......................................................................................................... 31

Notes for SW Update ............................................................................................................ 31

EoC HTTP Upgrades (most common procedure) .................................................................. 32

Auto Power Reset page ............................................................................................................. 34

Advanced page .......................................................................................................................... 37

Power and Power (No Auto Update) pages .............................................................................. 39

SFP and SFP (No Auto Update) pages ........................................................................................ 41

Remote Upgrade Status............................................................................................................. 42

Back Panel RESET Button Functions ............................................................................................... 43

Summary of RESET Button Functions .................................................................................... 43

Security Pairing & Unpairing Devices via the RESET button ...................................................... 44

Security Pairing Procedure .................................................................................................... 44

Security Unpairing Procedure ............................................................................................... 44

Status LEDs ..................................................................................................................................... 45

The TN Ethernet Extender Tool ..................................................................................................... 46

Technical Specifications ................................................................................................................. 47

EOCPxx4020-110 Specifications ................................................................................................ 47

Power Supply 25148 Specifications ........................................................................................... 48

Calculation Worksheets ................................................................................................................. 50

Power Distance Calculation Worksheet .................................................................................... 50

Coax Distance Calculation Worksheet ....................................................................................... 51

Power over Distance ............................................................................................................. 51

Throughput Graphs ................................................................................................................... 51

Throughput versus Packet Size Results (3’ coax cable) ......................................................... 51

Throughput versus cable length with 64 byte packets ......................................................... 53

Throughput versus cable length with 1518 byte packets ..................................................... 54

Troubleshooting ............................................................................................................................. 55

Troubleshooting Procedures ..................................................................................................... 55

Record Model and System Information ......................................................................................... 56

Warranty ........................................................................................................................................ 57

Contact Us ................................................................................................................................. 57

Compliance Information ................................................................................................................ 59

ERN # ......................................................................................................................................... 59

Declaration of Conformity ......................................................................................................... 59

Record of Revisions ........................................................................................................................ 60

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Product #

Description

Local PSE Ethernet to Coax PoE+ Extender with one 10/100/1000Base-T or

Remote PD Coax PoE+ to Ethernet PoE+ Extender with one

100Base BNC port.

90W Industrial Power Supply provides power for the Local Unit and can be
used optionally at the Remote Unit for redundant power.

WMBL

Optional 4″ Wall Mount Kit (long)

WMBD

Optional 5" [127 mm] DIN Rail Mount Bracket

WMBV

Optional 5" [127 mm] Vertical Mount

Introduction

Transition Networks' EOCPxx4020-110 Ethernet over Coax Extenders with PoE+ use coax
cable to extend Ethernet signals and provide PoE power to devices in locations that are
difficult or costly to run power lines. The extenders allow near Gigabit Ethernet
communication over 75 ohm coax cable, allowing customers to leverage their existing
infrastructure when upgrading their surveillance systems to IP cameras or connecting
wireless access points or other Ethernet equipment to their networks. The ability to
utilize and provide power over the existing coax cabling saves valuable time and
installation cost.

Product Numbers

The EOCPxx4020-110 Ethernet Extenders are sold in pairs, with a local and remote device
at each end, to support POE+ and IP communications over Coax cables:

EOCPSE4020-110

EOCPD4020-110

25148

WMBD-F Optional 3.3” [84 mm] DIN Rail Mount Bracket (flat)

100/1000Base-X combo port and one 100Base BNC port with PoE+.

10/100/1000Base-T with PoE+ or 100/1000Base-X combo port and one

Applications

EOCPxx4020-110 extenders can be used in various applications where 75 ohm coax
cable is already in place.

Security and Surveillance: Utilize existing coax infrastructure to upgrade older analog
systems, providing power to difficult locations such as cameras mounted on light posts
or traffic poles.

Within Buildings: Use existing in-building coax cable for connecting wireless access
points or other network devices above ceilings or within walls, where additional power
is not accessible without running new cable or hiring electricians.
Across Campuses: The extenders can be used with existing coax cable to connect
Ethernet devices between buildings, provide additional bandwidth for enhanced
services, and eliminate the need to run new fiber in risers or disrupt existing cable.

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Application Example

Configuration Examples

PoE+ Ethernet Delivery over Coax

The PoE+ Ethernet over Coax Extenders can be used in several configurations, delivering PoE
power along with Ethernet data to an end device in a location where power is not easily
accessible.

PoE+ Ethernet Delivery over Coax with Backup PoE Power for Remote & PoE Power from

Remote to End Device. In addition, the PoE+ Ethernet Extender can provide back-up power for the
remote device in the event of main power failure.

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Product Definition

Power:
Local (EOCPSE4020-110) Power Input Options

The power input options for the EOCPSE4020-110 (Local PSE unit) devices are:

1. The 4-Pin mini DIN with the designated AC to DC adapter OR

2. The 2-Pin Terminal Block connectors for +48 VDC power source that must meet IEEE 802.3 af/at
isolation requirements of 1500VAC or 2250 VDC.

Remote (EOCPD4020-110) Power Input Options
The power input option for the EOCPD4020-110 (Remote PD unit) devices are:

1. The 4-Pin mini DIN with the designated AC to DC adapter OR

2. The 2-Pin Terminal Block connectors for +48 VDC power source that must meet IEEE 802.3 af/at
isolation requirements of 1500VAC or 2250 VDC. OR

3. PoE input power to the Remote from the Local via the Coax cable.
Remote PD Unit – Input: Data plus power over coax
Remote PD Unit – Output: RJ45, POE+

Interface:
Local PSE Unit – Data In: (1) – 10/100/1000BASE-T, RJ45 / 100/1000BASE-X, SFP Combo Port
Local PSE Unit – Data Out: (1) – Gigabit Coax BNC Port
Remote PD Unit – Data Out: (1) – 100/1000BASE-T, RJ45 PoE+ Port

Cabling: RG-59U 75 ohm coax cable/BNC connection

Environmental: Local PSE and Remote PD Units

Operating Temperature = 0°C - 65°C
Storage Temperature =

Front Panel LED Indicators:

- Power On

- Coax

- Data

- Security

LED Status Indicators: (Active whether SFP or RJ45 is used)
Via LEDs on RJ45 Port:

- Link Active

- Link POE Present

-40 to +85

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Back Panel RESET button:

The RESET button performs multiple functions (Reset / reboot the device, Start Pairing,
Unpair security, and Factory Reset (reset to factory defaults). For details see Back Panel

RESET Button Functions on page 43.

Device Views

EOCPSE4020-110 (Local PSE Unit)

EOCPD4020-110 (Remote PD Unit)

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Features

• Auto media detect between copper and fiber based on link status

• Fiber mode (100/1000) must be selected and cannot be auto detected

• Frame size 64-1518 bytes (smaller packets give slower throughput)

• Web-based management of Local PD unit and Remote PSE unit

• IPv4 and IPv6 support

• DHCP, DNS, NTP support

• FTP or TFTP for firmware updates

• Proprietary coax end device classification prevents power delivery if not connected

to a matching Transition Networks device

• Auto MDI/MDIX

• Plug-and-play Installation

• PoE Powered Remote Device

• Coax distances in excess of 1000 Feet at near Gigabit speeds, or 2000 feet at Fast

Ethernet speeds (depending on remote power requirements)

• Full PoE+ at 400 ft. or less depending on the cable type. Typical RG59U cable DC

resistance of 50 ohms per 1000 ft. Distance may increase on cable with less
resistance,

• Optional power connection on Remote PD unit

• Only requires a single IP Address (see note in IP Addressing config section)

• Auto Power Reset

• 128-Bit AES encryption over coax

Package Contents

Carefully unpack the contents of your order and verify that you have ordered and received all
required items:

• One EOCPD4020-110 Remote PD Unit

o includes four rubber feet
o includes printed Quick Start Guide

• One EOCPSE4020-110 Local PSE Unit

o includes four rubber feet
o includes printed Quick Start Guide

• One 25148 90W Power Adapter

o includes country-specific power cord

Save the packaging for possible future use.

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Related Information

A printed Quick Start Guide is shipped with each EoC unit. A TN Ethernet Extender Tool User
Guide is available online. For Transition Networks Drivers, Firmware, Manual, etc. go to the

Product Support

For Transition Networks Application Notes, Brocures, Data Sheets, Specifications, etc. go to
the Support Library

For SFP manuals see Transition Networks SFP page.

webpage (no logon required).

(no registration required).

Installation

Install Cautions and Warnings

Elevated Operating Ambient: If installed in a closed cabinet, the operating ambient

temperature of the rack environment may be greater than room ambient. Therefore,
consideration should be given to installing the equipment in an environment compatible with
the maximum ambient temperature (Tma) specified by the manufacturer.

Reduced Air Flow: Installation of the equipment should be such that the amount of air

flow required for safe operation of the equipment is not compromised.

Mechanical Loading: Mounting of the equipment should be such that a hazardous
condition is not achieved due to uneven mechanical loading. Do not place any equipment on
top of a rack-mounted unit.

Circuit Overloading: Consideration should be given to the connection of the equipment
to the supply circuit and the effect that overloading of the circuits might have on overcurrent
protection and supply wiring. Appropriate consideration of equipment nameplate ratings
should be used when addressing this concern.

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Mounting Options

• Install the EOCPxx4020-110 units indoors (or in an appropriately rated enclosure).

• Securely mount the EOCPxx4020-110 units.

• Do not support the EOCPxx4020-110 units by the attached cables.

• Use an optional wall mounting bracket (ordered separately)

• Mount an EOCPxx4020-110 unit onto a DIN rail using an optional DIN Rail Mount Kit

(ordered separately).

Desktop

Install the four rubber feet on the bottom of the EOCPxx4020-110 units.

DIN Rail

For DIN Rail mounting, the following brackets can be used:

• WMBD - 5" DIN Rail Mount Bracket

• WMBD-F 3.3" DIN Rail Mount Bracket (Flat)

Wall Mount

For wall mounting, the following brackets can be used:

• WMBL - 4" Wall Mount Bracket

• WMBV - 5" Vertical Mount Wall Mount Bracket

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Product #

Port One

Port Two

One 10/100/1000Base-T PoE+ Port or
EOCPSE4020-110

Local PSE Unit

One 10/100/1000Base-T Port or
One 100/1000Base-X SFP Combo Port

Port Descriptions

These extenders are used as a pair of devices, with a local and remote unit at opposite
ends of the coax cable. The local unit can accept a 10/100/1000Base-T RJ-45 or
100/1000Base-X SFP connection. The local device also provides a Gigabit BNC connection
with power over coax. The remote device can be powered by the BNC PoE+ connection and
provides a PoE+ 10/100/1000Base-T RJ-45 connection, or a 100/1000Base-X SFP connection.

EOCPD4020-110
Remote PD Unit

One 100/1000Base-X SFP Combo Port

Connections

This section illustrates and describes connecting the EOCPSE4020-110 (Local PSE unit with
GB combo RJ45/SFP and BNC PoE+) to the EOCPD4020-110 (Remote PD unit with BNC and
GB combo RJ45 PoE+/SFP).

Coax Cable Connection

Connect the EOCPSE4020-110 unit’s BNC connector to the coaxial cable. If an EOCPPD4020­110 unit is connected at the far end and powered up, then the green DATA LED will light
steadily to indicate a good connection.

One 1000Base BNC Port

One 1000Base BNC Port with PoE+

Only two units should be connected, one at each end of the cable.
The EOCPxx4020-110 is not compatible with other equipment such as
analog video amplifiers.

EOCPSE4020-110 EOCPD4020-110

Local PSE Unit Remote PD Unit

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Combo (Shared) Port

In terms of copper versus fiber port selection / priority, only one port can be active at

any given time; by default the SFP port takes precedence over the copper port
(configurable on Ethernet Web GUI page).

SFP / Fiber Connection

The SFP port supports any MSA compliant 1000Base-X SFP module. For temperatures
above +50  C, industrial (+85  C) SFP modules must be used.

Note: In terms of copper versus fiber port selection / priority, only one port can be
active at any given time; by default the SFP port takes precedence over the copper port
(configurable on the Ethernet page).

Installing SFP Devices

The EOC lets you install a SFP device of your choice in order to make a fiber connection.
The EOC has a single SFP port.

SFP Installation

Transition Networks SFPs are small form factor, hot-pluggable transceivers which allow
for a single piece of network equipment to be connected to a multitude of interfaces,
protocols, and transmission media via the SFP port. All Transition Networks SFPs are
compliant with the Multi-Sourcing Agreement (MSA) ensuring interoperability with all
other MSA compliant networking devices. See SFF-8472

To install an SFP device in the EOC:

1. Position the SFP device at the open SFP slot, with the label facing up.

2. Carefully slide the SFP device into the slot, aligning it with the internal installation

guides.

3. Ensure that the SFP device is firmly seated against the internal mating connector.

4. Connect the fiber cable to the fiber port connector of the SFP device (see below).

See the TN SFP/XFP Optical Transceivers

Specification for details.

web page for the latest information.

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Connecting Two-strand Fiber Cable

1. Locate a 100/1000Base-X compliant fiber cable with male, two-stranded TX to RX
connectors installed at both ends.

2. Connect the fiber cables to the Ethernet Extender’s 100/1000Base-X fiber port as
described below:

• Connect the male TX cable connector to the female TX connector.

• Connect the male RX cable connector to the female RX connector.

3. Connect the fiber cables to the 100/1000Base-X fiber port on the other Ethernet
Extender as described below:

• Connect the male TX cable connector to the female RX connector.

• Connect the male RX cable connector to the female TX connector.

For information on available SFP modules, see the Transition Networks

factor Pluggables webpage.For information on specific SFP characteristics, unpacking,

installation, connecting, and removing see the specific SFP User Guide.

Connecting Single-strand Fiber Cable

Single fiber technology helps maximize the usage of a limited number of fiber runs. In a
traditional optical link, a fiber pair consists of two uni-directional strands. Single fiber
technology multiplexes two optical wavelengths of 1310nm and 1550nm into a single
strand fiber. In a single fiber Ethernet Extender each wavelength is responsible for either
the transmit orthe receive function. Consequently, the bi-directional transmission is
achieved by using a single strand. The Ethernet Extenders in a single fiber scenario
"match" each other's wavelengths. For example, Ethernet Extender A transmits at the
wavelength of 1310nm and receives at 1550nm while the other Ethernet Extender
transmits at 1550nm and receives at 1310nm. The Ethernet Extenders are used in pairs.

1. Locate or build IEEE 803.2™ compliant 1000Base-X fiber cable with a male, single-

strand LC connector installed at each end.

2. Connect the fiber cable to the Ethernet Extenders.

3. Connect the fiber cable to the other device (another Ethernet Extender, hub, etc.).

Small Form

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Local Power Source

Remote POE-PSE

Power Out

Power at PD

DIN or TB (48V@45W)

802.3at - Class 4

30 W

25.5W

Ethernet Cable Connection

Connect the EOCPD4020-110 RJ45 Ethernet jack to the camera or other network
equipment using a standard Ethernet cable. Both patch and crossover type Cat5 or
Cat6 cables are supported.

The Combo Port Link/Act LED will light to indicate a network connection, and will blink
off during network activity.

Power over Ethernet

Using the PoE option, the EOCPxx4020-110 can automatically enable delivery of up to
30 watts of POE (IEEE 802.3at - Class 4) to compatible network devices, via its Ethernet
port.

Remote IEEE 802.3at (Power Over Ethernet) PSE at 30W
Remote POE power delivery versus local power source:

Installing the RJ-45 Copper Cable - 10/100/1000Base-T Copper Port

1. Locate a 10/100/1000Base-TX compliant copper cable with male RJ-45 connectors

installed at both ends.

2. Connect the RJ-45 connector at one end of the cable to the EOCPxx4020-110

10/100/1000Base-RJ-45 port.

3. Connect the RJ-45 connector at the other end of the cable to the 10/100/1000Base-RJ-

45 port on the other device (camera, wireless access point, etc.).
Note: The AutoCross feature allows the use of either straight-through or crossover
configuration cables.

IMPORTANT: Copper based media ports such as Twisted Pair (TP) Ethernet, USB, RS232,
RS422, RS485, DS1, DS3, Video Coax, etc., are intended to be connected to link segments
that are not subject to lightening transients or power faults.

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48 VDC IN Options

Local (EOCPSE4020-110) Power Input Options

The power input options for the EOCPSE4020-110 (Local PSE unit) devices are:

1. 4-Pin mini DIN with the designated AC to DC adapter OR

2. 2-Pin Terminal Block connectors for +48 VDC power source that must meet IEEE 802.3 af/at

isolation requirements of 1500VAC or 2250 VDC.

Remote (EOCPD4020-110) Power Input Options

The power input option for the EOCPD4020-110 (Remote PD unit) devices are:

1. 4-Pin mini DIN with the designated AC to DC adapter OR

2. 2-Pin Terminal Block connectors for +48 VDC power source that must meet IEEE 802.3 af/at

isolation requirements of 1500VAC or 2250 VDC. OR

3. PoE input power to the Remote from the Local via the Coax cable.

The two options for 48 V DC input to the EOC units are shown and described below:

4-Pin Mini DIN 2-Pin Terminal Block

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2-Pin Terminal Block Option

The 48VDC IN 4-Pin Mini DIN power input option is shown and
described below. The 2-Pin Terminal Block option uses two screws to
tighten the wires to the Terminal Block, and two screws to tighten the
Terminal Block to the EoC Back Panel. Note the polarity (shown right).

4-Pin Mini DIN Option

The 48VDC IN 4-Pin Mini DIN power input option is shown and described below.
Note: grip the power supply cable from the 48VDC IN 4-Pin Mini DIN connection with
the flat-topped grip facing up; you will notice a slight slide before disconnection.
Do not try to pull the connector from the 4-Pin Mini DIN by the cord itself as damage
may occur.

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Local PSE Unit Delivery of PoE to Remote (End) Device

If the remote end device (eg. camera) does not need PoE, the remote unit does not
provide PoE. If you do not want PoE power from the Remote unit to the remote (end)
device, enable Auto Power Reset, select PoE Power Down mode and ping an unused IP
address on the subnet. Once it times out, PoE power will be disabled until you use the
pulldown on the Auto Power Reset page on page 34

.

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Operation

Web GUI Configuration

Web Browsers Supported

Current versions of most web browsers are supported. The default IP address is 192.168.0.1.
The default password is admin. The factory reset login is betera (not currently configurable).

Web Configuration Pages

The web UI lets you access the Login page and subsequently the various
Configuration pages (Coax, IP, Ethernet, Device, Auto Power Reset,
Advanced) and Status pages (Power, with and without Auto Update), SFP,
with and without Auto Update), and Remote Upgrade Status pages as
described below.

Login page

The Login page requires password access to the web pages.

Authentication Password: This unit is password protected. The default password is admin.

Please enter the correct password to access the web pages. Click the Ok button when done.
The Coax page then displays, as described in the next section.

Buttons

Ok: Click the Ok button to access the web pages if the password is accepted.
Cancel: Click the Cancel button to negate the Password entry.

Web browser Timeout: 1 hour inactivity timer, after which you must log back in to the EoC

Web GUI.

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Messages:

Forbidden You don’t have permission to access http://192.168.0.1/coax.html on this server.
403 Error Please, wait until redirected or click on http://192.168.0.1/.

Meaning: 1. Wait a few moments for the message to clear. 2. Click the on-sreen link.

3. Log back in to the EoC web GUI.

Problem: An inactive web session never times out. If a browser is closed with an active web
session, a log-in from a different host results in a "Other active session error" message (see
below).

Message: Other active session error. There is another active web session running. Please log out
or wait till timeout, and try again. Please click on http://192.168.0.1/.
Meaning: The message indicates that after a timeout the session will be available but it never

appears to timeout. A power reset is required before a log-in is possible.

Recovery: 1. Perform a power reset. 2. Log back in to the EoC web GUI.

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Menu Navigation

The Coax page displays after a successful login; it lets you select Configuration sub-menu
pages, Status sub-menu pages, and the Information (Help) page. The PD and PSE menus are
nearly identical; both are described below, and differences are noted where they exist.

Configuration

Coax: page displays Peer Unit parameters (read only) via the Configuration > Coax menu path.

IP: lets you configure IPv4, IPv6, and NTPv4/v6 client configuration parameters.

Ethernet: displays the current Combo Port parameters (read only).

Lets you configure Autonegotiation, Link speed and Duplex parameters. Lets you
configure SFP Detection and Primary Link modes and Powersaving mode.

Device: displays current HW and SW information and lets you configure Configuration
Password, SW Update, and HTTP SW Update parameters.

Auto Power Reset: lets you configure Auto Power Reset parameters and view current

Advanced: lets you configure Hardware Reset and Factory Reset.

Status

Power: displays current Power Information and Power over Coax Status, with automatic

parameter updates (page refresh) every 2 seconds.

Power (No Auto Update): displays current Power Information and Power over Coax
Status, with no automatic parameter updates (no page refresh).

SFP: displays current SFP Information and DMI Information with automatic parameter
updates (page refresh) every 2 seconds.

SFP (No Auto Update): displays current SFP Information and DMI Information with no
automatic parameter updates (page refresh).

Remote Upgrade Status: displays the Remote Unit Automatic Upgrade Status.

Information > Help: prelim versions display preliminary help information. Updated

Help pages will display in release versions. Please visit Transition Networks EOCP Product Page
click on the Resources tab and download the latest manual.

status.

,

These sub-menu pages are described in the following sections.

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Coax page

Navigate to the Configuration > Coax page to view basic Peer Unit parameters.

Peer Unit

MAC Address: the EOC unit’s MAC address (e.g., 00:c0:f2:58:3c:9d).
Phy Tx (Mbps): the EOC unit’s Transmit speed (e.g., 919 Mbps).
Phy Rx (Mbps): the EOC unit’s Receive speed (e.g., 898 Mbps).

Buttons

Log Out: Click the Log Out button to exit the EOC web GUI.

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IP page

The IP page lets you configure and view IPv4, IPv6, and NTPv4/v6 Client parameters.

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IPv4 Configuration*

*All changes except the DNS server will have effect after system boot.
DHCP enabled: at the dropdown, select YES (enabled) or NO. The default is YES
(enabled).
IPv4 address / netmask: displays the configured IPv4 address and Netmask (e.g.,

192.168.61.36 / 255.255.255.0).
PSE unit and 192.168.0.2 for the Remote PD unit.

Default Gateway: displays the configured IPv4 Default Gateway (e.g., 192.16.6.5).
DNS: displays the configured IPv4 DNS Server (e.g., 192.16.44.3).
Additional address #1 - 2: two entry fields for optional additional IPv4 address /

netmask.

IPv6 configuration*

*All changes except the DNS server will have effect after system boot.
DHCP enabled: at the dropdown, select YES (enabled) or NO. The default is No
(disabled).

IPv6 address / prefix: lets you enter an IPv6 IP address / prefix. The default is all 0s.
Default Gateway: lets you enter an IPv6 default Gateway IP address.
DNS: lets you enter an IPv6 DNS Server IP address. The default is all zeros.
Additional address #1: entry field for optional additional IPv6 address / prefix.
Additional address #2: entry field for a second optional IPv6 address / prefix.
Additional address #3: entry field for third additional IPv6 address / prefix.
Additional address #4: entry field for a fourth optional IPv6 address / prefix.
IPv6 link-local address: entry field for an IPv6 link-local address. The default is

fe80:0000:0000:0000:02c0:f2ff:fe58:3c5a / 128.
IPv6 SLAAC address: entry field for an IPv6 SLAAC address. With SLAAC (State Less
Address Auto Configuration), IPv6 hosts can configure themselves automatically when
connected to an IPv6 network using the Neighbor Discovery Protocol via Internet
ICMPv6 router discovery messages. When first connected to a network, a host sends a
link-local router solicitation multicast request for its configuration parameters; routers
respond to the request with a router advertisement packet that contains Internet
Layer configuration parameters.

The default IP address is 192.168.0.1 for the Local

NTPv4/v6 client configuration

NTPv4/v6 client enabled: at the dropdown select YES (enabled) or NO (disabled).
The default is YES (enabled).
Resynchronization time: entry field for resync time (e.g., 30 seconds).
NTP IPv4/v6 address: entry field for an NTP server IPv4/v6 address (e.g.,

204.152.184.72 or pool.ntp.org

Note that the manual clock setting is not persistent through a reboot/HW reset or a
power reset. There is no battery on the device to maintain a persistent clock. Correctly
configuring NTP is the best solution for keeping time. Timezone and DST settings

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persist across reboots. NTP persists across Resets as well. Timezone (persistent) and
manual time (not persistent) entry can be done via the Ethernet Extender Tool under
the Time Config tab.

IP page Buttons

Ok: Click the Ok button to accept the current page parameter changes.
Cancel: Click the Cancel button to negate the current page parameter changes and

revert to the default parameter settings.

Log Out: Click the Log Out button to exit EOC Web configuration.

IP Addressing Note: EOCP units are intended to be fully managed through a single IP

address. Note that two IP addresses will always be present but the IP address in the Remote
unit can remain the default 192.168.0.2 and typically not impact network addressing while the
IP address in the Local unit can be user defined.

These operations and settings cannot be performed on the Remote unit using the Web
interface on the Local unit: 1) hardware reset. 2) factory default reset. 3) Security pairing
and unpairing. 4) The Ethernet Link Settings, SFP Detection Setting, and Primary Link can only
be managed directly from the Local unit.

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Ethernet page

The Ethernet page lets you view the Combo Port parameters and configure Link
Settings, SFP Detection Settings, Primary Link Mode, Powersaving parameters.

Combo Port

Speed: e.g., 100 or 1000 Mbps speed currently configured.
Duplex: e.g., FULL_DUPLEX or HALF_DUPLEX mode.
Link: e.g., YES if a link currently exists between Local and Remote units; otherwise NO.

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Link Settings

*Set Autonegotiation Enable to what you want, save, and then change
Autonegotiation Advertise or Link settings and save again.

Autonegotiation Enable: at the dropdown select NO or YES. The default is YES
(enabled). This setting affects the other settings in this section (Link Settings).
Autonegotiation Advertise 1000Mbit Full Duplex: at the dropdown select NO or YES.
The default is YES. Only applies if Autonegotiation Enable (above) is set to YES.
Autonegotiation Advertise 100Mbit Full Duplex: at the dropdown select NO or YES.
The default is YES. Only applies if Autonegotiation Enable (above) is set to YES.
Autonegotiation Advertise 100Mbit Half Duplex: at the dropdown select NO or YES.
The default is YES. Only applies if Autonegotiation Enable (above) is set to YES.
Autonegotiation Advertise 10Mbit Full Duplex: at the dropdown select NO or YES.
The default is YES. Only applies if Autonegotiation Enable (above) is set to YES.
Autonegotiation Advertise 10Mbit Half Duplex: at the dropdown select NO or YES.
The default is YES. Only applies if Autonegotiation Enable (above) is set to YES.
Link Speed: at the dropdown select 10, 100, or 1000 bps link speed. Only applies if
Autonegotiation Enable (above) is set to NO.
Link Duplex: at the dropdown select HALF_DUPLEX or FULL_DUPLEX for the link. Only
applies if Autonegotiation Enable (above) is set to NO.

SFP Detection Settings
SFP Detection Mode: at the dropdown select Auto, 1000Mbit

Forced, or 100Mbit Forced SFP detection. The default is Auto.
Auto is for Gigabit SFP's. When selected, the SFP will attempt
auto-negotiation and if that fails will force the link.
To use 100FX SFP's or to manually force Gigabit SFP's, select speed in SFP Detection
Mode, Save, and then in Link Settings above, disable Autonegotiation, Save, and finally
set Link Speed/Duplex and Save.

Primary Link
Primary Link Mode: at the dropdown select SFP Port, RJ45 Port, or First Link available

as the primary link port. The default is SFP Port.

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Powersaving

Inactivity detection mode: at the dropdown, select Disabled or ETH link (enabled by

Ethernet link) or ETH activity (enabled by Ethernet activity) as the power save trigger.
The default is Disabled.
Inactivity time(s): e.g., 300 seconds of inactivity will cause the EoC to enter the
Powersaving mode (only if Inactivity detection mode is set to Enabled). This “idle
timer” default is 300 seconds. The valid range is 10 - 999 seconds.

Ethernet page Buttons

Ok: Click the Ok button to accept the current page parameter changes.
Cancel: Click the Cancel button to negate the current page parameter changes and

revert to the default parameter settings.

Log Out: Click the Log Out button to exit EOCP Web Configuration.

Ethernet page Messages

Message: Error Error detected when calling param value check function in set
POWERSAVING.GENERAL.IDLE_TIME=3

Meaning: At the Ethernet page, you misconfigured the Inactivity time parameter.

Recovery: 1. At Ethernet > Powersaving > Inactivity time (s), set the Inactivty Time (Idle

Timer) to a valid setting in the range of 10-999 seconds. 2.
accept the current page parameter changes.

Issue: Ethernet Powersaving Mode drops coax communication.

Meaning: With the Powersaving feature enabled on the remote unit (either ETH Link
or ETH ACTivity) when the inactivity time expires, communication over the coax drops.
This prevents managing the Remote unit from the Local unit until the link or activity is
restored. The expectation is that only the remote ethernet port should be affected by
this feature.

Click the Ok button to

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Device page

The Device page lets you configure and view hardware and software information,
security password, and FTP and HTTP software updates.

Hardware information

Device Name: the device model (e.g., EOCPD4020-110 or EOCPD4020-110).
Device Description: e.g., Ethernet over Coax
Device Manufacturer: e.g., Transition
Serial Number: e.g., 1013
MAC Address: e.g., 00:c0:f2:58:3c:5a

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Software information

Local EoC FW Version: the local PSE unit’s current firmware version (e.g., 0.4.0.1).

Remote EoC FW Version: the remote PD unit’s current firmware version (e.g., 0.4.0.1).

On the remote PD unit, displays the message “Use Device page to directly manage
Remote Unit”.

Local PoC FW Version: the local PSE unit’s current Power over Coax firmware version
(e.g., 19).
Remote PoC FW Version: the remote PD unit’s current Power over Coax firmware
version (e.g., 19).
System Uptime: the length of time the EoC has been running (e.g., 3 days, 0h 3m 45s)
(days, hours, minutes, seconds).

Security
New Configuration Password: enter the updated security password and click Ok.

SW Update

Status: e.g., Ready: initial status, or Running: downloading image, or Failed. Modem

was reset during the last upgrade. (-45) or Ready: finished correctly.

Protocol: at the dropdown select FTP or TFTP as the file transfer protocol.
Server IPv4/v6: the IP address of the Upgrade (e.g., FTP) server.
FTP User: the file transfer utility user name.
FTP Password: the file transfer utility password.
OSUP Filename: browse to and select the name of the OSUP (One Step Update) file to

be transferred. The EOC has several modules that make up the full firmware image.
The ‘OSup’ file combines all of these into one downloadable image and is referred to
as ‘One-Step-Update’.

Device page Buttons

Ok: Click the Ok button to accept the current page parameter changes.
Cancel: Click the Cancel button to negate the current page parameter changes and

revert to the default parameter settings.
Log Out: Click the Log Out button to exit EOCPD4020-110 Web Configuration.

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Device page Messages

Message: Performing Hardware Reset
Please wait until your modem finishes initializing...
Meaning: You clicked the Hardware Reset button with a SW Update in process.
Recovery: 1. Wait until initializing is finished. 2. Refresh the browser. 3. Continue

operation.

EoC Upgrade Procedures

All upgrades require accessing the Device page in the web interface which requires that
you are logged in. You may need to login as the sessions timeout and reboots clear the
sessions. Login with the password 'admin' when asked. For all examples 192.168.0.1 is
the Local Unit (EOCPSE4020-110) and 192.168.0.2 is the Remote Unit (EOCPD4020-110).

Note: all HTTP SW Update upgrades are handled directly by the web server on the EOCP
device. The web server expects these files to show up quickly so it is best to copy the
update files locally to the PC running the update. In other words, trying to give the
"HTTP SW Update" a file from a network mounted file system will likely fail the first
attempt. The EOCP device will reboot, you will have to login again, and usually the
network mounted file will work the second time around as the file should be in the PC's
cache. You would typically have them in your Downloads directory.

PoC FW Upgrades

1. Check if PoC FW update is necessary by browsing to the Device page on 192.168.0.1

and comparing Local PoC FW Version and Remote PoC FW Version with the expected

shipping versions.

If update is necessary:

2. On the Device page on 192.168.0.1, scroll to the HTTP SW Update and hit the

browse button. The files will be named like this and per the note above should be

found on your computer's hard drive:

□ Local: EOCPSE4020-110_v18.hex
□ Remote: EOCPD4020-110_v18.hex

3. Select the Remote Unit (EOCPD) file.

4. Press the Ok button in the HTTP SW Update section.

5. Watch the upgrade go.

6. When complete, go back to the Device page on 192.168.0.1 and repeat steps 2-5,

choosing the EOCPSE file in step 3 this time.

7. Verify that the PoC FW versions on the Device page on 192.168.0.1 now match the

expected shipping versions.

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Notes on PoC FW Upgrade

□ Local Unit can handle either a Local or a Remote upgrade file, assuming the remote

unit is attached and up and running.

□ Remote Unit can only handle a Remote PoC FW update file.
□ It is up to the user to put matching versions on both units.
□ If upgrading PoC FW on a Local Unit with a PoC powered Remote Unit, the Remote

Unit will reboot after the Local Unit upgrades its PoC FW. When a PoC FW update

completes, the PoC board automatically reboots itself (whether Local or Remote).

If the Local Unit is powering a Remote Unit, a PoC board reboot will cause a power

classification event rebooting the entire Remote Unit. The only way to avoid this is

to externally power the Remote Unit.

□ PoC Upgrade Status displays during the upgrade process (e.g., Upgrading PIC..., Copy

complete. and then PIC will automatically reboot).

EoC FW TFTP Upgrades

The quickest EoC upgrade mechanism is to upgrade both units at the same time via TFTP.
There is just a single update file for both the Local and Remote Units. Currently they are
named like this: EOCPxx4020_0.4.0.1.bin.

a. Place the osup file on the TFTP server. This is a one time operation per software

update version.

b. Open two browser windows (or tabs) and login to 192.168.0.1 and 192.168.0.2.

Do steps 1-5 on both 192.168.0.1 and 192.168.0.2 web interfaces and then do steps 6-9
in order:

(Note that you can start either upgrade first; they can run at the same time and after
your first time through, the web browser should remember the TFTP Server IP address
and the update filename so you can just click on the fields and select them.)

1. Access the Device page. Scroll down to the SW Update section.

2. At the Protocol pulldown select TFTP.

3. On the Server IPv4/v6 page enter the TFTP server's IP Address.

4. In the OSUP Filename field enter the Name of the update file (e.g.,

EOCPxx4020_0.4.0.1.bin).

5. Click the OK button in the SW Update section.

6. Wait for both upgrades to complete.

7. Go to the 192.168.0.2 web interface and click the Hardware Reset button.

8. Wait for 5 seconds.

9. Go to the 192.168.0.1 web interface and click the Hardware Reset button.

After the units reboot, you can log back in to 192.168.0.1, go to the Device page and you
should see the versions you just updated to (both EoC and PoC versions for both Remote
and Local Units are on the Local Unit's Device page).

Notes for SW Update

Currently, TFTP/FTP updates do not do the necessary steps to have the Remote Unit
upgrade automatically to match the local version. This feature only works using the HTTP
SW Update method. TFTP upgrades are overall faster because they can be done in
parallel and they do not store the upgrade file in flash.

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EoC HTTP Upgrades (most common procedure)

1. Download / copy the osup file to your PC.

2. On 192.168.0.1, access the Device page.

3. Scroll to the HTTP SW Update on 192.168.0.1 and hit the browse button. Select the

osup file from step 1.

4. Click the Ok button in the HTTP SW Update section.

5. Watch the update go.

6. When complete, click the Hardware Reset button. Note that the upgrade doesn't

occur until the device is rebooted / power cycled and this does not have to happen

immediately.

7. After Local Unit reboots, log in and go to the Remote Upgrade Status page under

Status.

8. Within a minute or so, the Remote Unit should start updating. It automatically

reboots when the update is complete.

9. Verify the versions on the Local Unit's Device page after the Remote Unit reboots.

Note that the PoC versions on the Device page on the web interface report the Local
Unit's version for both versions.

Flash Upgrade status: This page is updated automatically every 10 seconds. The

modem must be reset once the upgrade has finished. Status displayed includes Failed:
bad source specified, Ready: finished correctly,

Flash Section: the OSUP (One-Step-Update) filename.
Upgrade Protocol: the file transfer protocol (FTP or TFTP).
Server IPv4/v6: the IP address of the Upgrade (e.g., FTP) server.
Filename: the name of the file to be transferred.
Download Progress: e.g., x of y bytes (z %).
Hardware Reset: click the button to reset the EoC to factory default settings.

Successful SW Update: Ready: finished correctly indicates a successful SW update.

Failed Flash Upgrade Statuses

Failed: bad source specified indicates the file format selected you tried to upload
was invalid. Select a valid filename and format and retry the SW update.

Running: starting
Running: downloading image

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HTTP SW Update

Upgrade File: Browse to and select the file to be upgraded with. A local source is the

most effective.

Click the Ok button to start the upgrade process.

The message “Sending request to xxx.xxx.xx displays temporarily.

The Download Progress bar displays the percentage of completion (e.g., x of y bytes
(34%).

Successful SW Update: Ready: finished correctly

Failed HTTP SW Update Update Statuses

Failed: bad source specified

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Auto Power Reset page

The Auto Power Reset (ping reset) page lets you enable and configure APR mode
parameters and view current status. Auto Power Reset (APR) monitors the connected
PoE+ device and can restart it if it is unresponsive. Note: If the remote device does not
need PoE, the remote unit does not provide PoE. If you do not want PoE power from the
Remote unit to the remote (end) device, enable Auto Power Reset, select PoE Power
Down mode and ping an unused IP address on the subnet. Once it times out, PoE power
will be disabled until you use the pulldown on this page.

Auto Power Reset Configuration

Auto Power Reset Mode: At the dropdown select Power Down PoE, Auto Mode, or

Timeout Mode. The default is Disabled. The other parameters on this page can only be
configured when this is changed from Disabled to Power Down PoE, Auto Mode, or
Timeout Mode. The other APR Mode parameters are:

Power Down PoE: Pings start after the configurable Device Reboot Time. When the
configurable number of pings fail the PoE will power down. In this mode you must
configure Ping Interval, Ping Failures Before Action, and Device Reboot Time
parameters (described below). To recover, go to the Local PSE unit and change the
Reset Mode dropdown selection to anything, and then click the Save button.
The PD device then powers back up. No pinging occurs during the specified Device
Reboot Time.

Auto Mode: automatically self determines if the device is connected; it pings until the
end device (ping target or PD) is found. No pinging occurs during the configurable
Device Reboot Time. During the configurable Auto Mode Timeout period, pinging
occurs until discovery or until the Auto Mode Timeout period is reached. No power
action is taken until one of these two conditions is met; then the count begins.

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Use this mode if you are unsure how long the end device takes to respond. In this
mode you must configure all page parameters (described below).

Timeout Mode: basic mode where all attached devices are pinged until ping fails.
No pinging occurs during the configurable Device Reboot Time. In this mode you must
configure Ping Interval, Ping Failures Before Action, and Device Reboot Time
parameters (described below). Use this mode if you know how much time your PD
needs to come up; it will power cycle the PD device continuosly if too short of a Device
Reboot Time is set.
Device IPv4 Address: With an APR mode selected, enter the IP address to be pinged.
The default is 192.168.16.90.
Ping Interval (3-120 seconds): With an APR mode selected, enter the interval time in
seconds between ping attempts. The default is 5 second intervals.
Ping Failures Before Action (1-10): With an APR mode selected, enter the number of
ping attempts that fail before resetting. The default is 3 attempts (3 consecutive ping
failures before the selected action is taken).
Device Reboot Time (3-300 seconds): With an APR mode selected, enter the amount
of time before the device automatically reboots. The default is 120 seconds.
Auto Mode Timeout (60-1200 seconds): With APR Mode set to Auto Mode, enter the
amount of time before APR mode times out. The default is 600 seconds (10 minutes).
This parameter is not configurable in Power Down PoE mode or in Timeout Mode.

Auto Power Reset Status

Click the Auto Power Reset menu item to update the Auto Power Reset Status during
an APR (ping mode) operation.

Current Status: Displays the APR Mode (Enabled, Disabled, or Remote Unit not
available) as selected above (read only field). The Remote PD unit displays the

meassage “Use Local Unit for Ping Reset” in the Current Status field. Please click Auto
Power Reset in the menu on the left to refresh Auto Power Reset Status.

Reboot Cooldown - seconds remaining: xxx: displays during ping process; click the Ok
button to update the count displayed.
Monitor Mode: Successful Ping Count: x displays if the ping was successful (x is the
number of pings).

Mode Power Down PoE - PoE Device powered off

Auto Power Reset page Messages

Error Error detected when calling param set function in set TN.PING_RESET.PING_MODE=0
Error Error detected when calling param set function in set TN.PING_RESET.PING_MODE=1

Error Error detected when calling param set function in set TN.PING_RESET.PING_INTERVAL=125

Monitor Mode: Failed Ping Count: x displays if the ping was successful (x is the number

of pings).

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Auto Power Reset page Buttons

Ok: Click the Ok button to accept the current page parameter changes.
Cancel: Click the Cancel button to negate the current page parameter changes and

revert to the default parameter settings.
Log Out: Click the Log Out button to exit EOC Web Configuration.

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Advanced page

The Advanced page lets you configure and view EoC broadcast supression and
perform a hardware reset and factory reset.

Hardware Reset: click the Hardware Reset button to perform a reset to factory
default settings on the EoC. Momentarily displays the message “Performing Hardware
Reset Please wait until your modem finishes initializing...” and then displays the login
page. Click the Advanced page link to update the status and then log in again.

Factory Reset*

Password: you must enter the Password (betera) and then click the Ok button for a

Factory Reset to default parameter settings. Warning! Current configuration will be
lost.

Buttons

Ok: Click the Ok button to accept the current page parameter changes.
Cancel: Click the Cancel button to negate the current page parameter changes and

revert to the default parameter settings.
Hardware Reset: click the Hardware Reset button to perform a reset to factory
default settings on the EoC.
Log Out: Click the Log Out button to exit EOC Web Configuration.

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Advanced page Messages

Message: The password you entered is incorrect
Meaning: Error in Factory Reset
Recovery: Wait until you are redirected or click return to main page...

Message: Performing Factory Reset
Please, wait until your modem finishes the initialization...
Meaning: A factory reset from the Configuration > Advanced menu path is in process.
Recovery: Wait a few moments for the Advanced page factory reset to complete.

If necessary, refresh the browser to clear the message and return to the login page.

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Power and Power (No Auto Update) pages

The Power and Power (No Auto Update) pages let you view the current EoC current,
voltage, power, power supply, and power over coax status information.

Power Information

Local Coax Output Current: displays the local EoC coax output current in mA.
Local Coax Output Voltage: displays the local EoC coax output voltage in Volts.
Local Coax Output Power: displays the local EoC coax output power in Watts.

Coax Voltage Drop: displays the voltage drop between the local and remote EoCs (e.g.,

-1.03 Volts).
Coax Power Drop: displays the power drop between the local and remote EoCs (e.g.,

-0.527 Watts).

Remote Coax Input Current: displays the remote EoC coax input current in mA.
Remote Coax Input Voltage: displays the remote EoC coax input voltage in Volts.
Remote Coax Input Power: displays the remote EoC coax input power in Watts.

Remote PD Output Current: displays the remote powered device’s output current

measurement in mA.
Remote PD Output Voltage: displays the remote powered device’s output voltage in
Volts.
Remote PD Output Power: displays the remote powered device’s output power in
Watts.

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External Power Supply Voltage: displays the local and remote EoC input voltage
measurements in Volts.

Power over Coax Status

Class Detection Status: e.g., Hunting for

Classification Code, or Classification Code
Detected,

Class Mismatch: e.g., Classification Codes Match, or Classification Codes Mismatch.

Coax Power: e.g., OFF or ON.

UART Status: e.g., OK or Error.

Local Coax Voltage Status: e.g., Coax Power OFF or OK.

Local Coax Current Status: e.g., Coax Power OFF or OK.

Local Coax Wattage Status: e.g., Coax Power OFF or OK.

Remote Coax Voltage Status: e.g., Coax Power OFF or OK.

Remote Coax Current Status: e.g., Coax Power OFF or OK.

Power and Power (No Auto Update) page Buttons

Log Out: Click the Log Out button to exit EOC Web Configuration.

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SFP and SFP (No Auto Update) pages

The SFP and SFP (No Auto Update) pages let you view SFP and DMI information for
both the Local and Remote EoC devices. The fields are blank if no SFPs are connected.

SFP Information

Vendor: the SFP maker (e.g., Transition) for the Local and Remote EoC devices.
Part Number: the SFP part number (model #) e.g., TN-SFP-SXD, where the D indicates

DMI capability.

Serial Number: the SFP serial number (e.g., 8672207).
Revision: the SFP revision (e.g., 1234).
Date Code: e.g., 141015 in the format ddmmyy (day/month/year).
Transceiver: e.g., 1000BASE-SX

DMI Information

Temperature: the SFP temperature in degrees Celcius.
Voltage: the SFP voltage measurement in Volts.
TX Bias: the SFP transmit bias current in mA (MilliAmps).
TX Power: the SFP transmit power measurement in mW (milliWatts).
RX Power: the SFP receive power measurement in mW (milliWatts).

Buttons

Log Out: Click the Log Out button to exit EOCPD4020-110 Web Configuration.

Note: With an SFP installed, if the SFP information displays but no DMI information

displays, it may be because the installed SFP does not support DMI. Only TN SFPs with
the suffix D support the DMI capability (the TN-SFP-SX does not support DMI, but the
TN-SFP-SXD does support DMI).

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Remote Upgrade Status

Navigate to the Status > Remote Upgrade Status menu path to display the Remote
Unit Automatic Upgrade Status.

After updating the Local Unit and rebooting to a new version, the Remote Unit will
automatically upgrade. Use this page to monitor the Remote Unit's upgrade progress.

This page is updated automatically every 10 seconds. The Remote Unit will
automatically reset once the upgrade is completed. The Remote Version will update
once the Remote Unit has rebooted and completely initialized.

Status: the current upgrade status (e.g., blank or various status displays).
Flash Section: the OSUP (One-Step-Update) filename.
Upgrade Protocol: the file transfer protocol selected for the upgrade (e.g., FTP or

TFTP).

Remote Version: the current firmware version of the remote PD unit (e.g., 0.3.5.2).
Download Progress: the percentage of completion (e.g., 0 of 0 bytes (0 %).

Buttons

Log Out: Click the Log Out button to exit EOCPD4020-110 Web Configuration.

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Function to perform

Press and hold RESET for:

LED blink rate

Reset / reboot the device

1-10 seconds

Medium (on = off)

Start security Pairing

10-20 seconds

Fast (long on then short off)

Unpair security

20-30 second

Slow (short on then long off)

Factory Reset (reset to

Back Panel RESET Button Functions

The EoC back panel RESET button is used for other functions besides Pairing / Unpairing
the units for secure (encrypted) coax network operation. You press and hold the RESET
button for different periods of time to perform different functions; the LEDs blink at
different rates to indicate the function selected.

Press and hold the RESET button on the back panel for:

□ 1-10 seconds to reset / reboot the device.Blink rate is medium (on = off).
□ 10-20 seconds to start Pairing. Blink rate is Fast (long on then short off). See next section.
□ 20-30 seconds to unpair security. Blink rate is Slow (long on then short off).
□ 30-40 seconds to do a Factory Reset (reset to factory default settings). Blink rate is long on

and then long off.

□ > 40 second:if you press and hold the back panel RESET button for over 40 seconds, nothing

happens when you release the RESET button.
Note:

1. Re-boot at the end of security Pairing, even if cancelled or stopped part way.

2. Re-boot both units if security pairing was started and completed.

3. If you started just one unit, just re-boot that one unit.

4. The SECURITY LED lights on both units when Paired successfully.

Summary of RESET Button Functions

factory defaults)

30-40 second Long on and then long off

Security Pairing and Unpairing via the RESET button is described in the following section.

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Security Pairing & Unpairing Devices via the RESET button

Coax data transmission can be encrypted using AES 128-bit encryption as described below.
Note that you can also PAIR and UNPAIR the devices using the TN Ethernet Extender Tool.
See the related online manual for details.

Note: If perform pairing / security encryption, you may want perform these steps before
final deployment of Local PSE and Remote PD units in the field.

Caution: Security pairing the units requires pushing the RESET button on both units within
60 seconds. If the operation fails or if only one button is pushed, the unit becomes
inoperable.

Security Pairing Procedure

1. On device # 1, press and hold the RESET button for 10-20 seconds (until the SECURITY

LED starts slow blinking) to open a configuration period for 60 seconds.

2. On device # 2, press and hold the RESET button for 10-20 seconds (until the SECURITY

LED starts slow blinking). This takes 2-3 minutes.

3. Wait until the SECURITY LED is lit solid in device # 1.

4. Press and hold the SECURITY LED on both units for 10-20 seconds within 60 seconds of

each other. (See the Note and Caution above.)

5. The secure device will send the keys to the new device (configuration process is

successful when its SECURITY LED flashes three times for 0.5 seconds) and both will
belong to the same secure, unique domain.

6. When the SECURITY LED is lit solid on both devices, re-boot both devices. You can do

this by by unplugging and re-plugging the power cord at the Local device if the Remote
device is powerd by the Local device, or by cycling power at both devices, or via the
Web GUI at the Advance page by clicking the Hardware Reset button.

At this point both devices can communicate data, the SECURITY LED remains lit on both
devices, and their “Link Quality” indicators will show the quality of the link between them.

Security Unpairing Procedure

Security unpairing returns the adapter to its default security settings. A return to default
Pairings settings is done to force an adapter to return to its default security settings.
This procedure will only reset the Domain Name and AES Encryption Password, and will not
affect other parameters such as the IP configuration.

1. On device # 1, press and hold the RESET button for more than 20-30 seconds; the

SECURITY LED starts slow blinking, and after 20-30 seconds starts quick blinking.

2. On device # 1, release the RESET button. The adapter resets its running security

configuration to the default settings (Unpaired).

3. On device # 2, press and hold the RESET button for more than 20-30 seconds; the

SECURITY LED starts slow blinking, and after 20-30 seconds starts quick blinking.

4. On device # 2, release the RESET button. The adapter resets its running security

configuration to the default settings (Unpaired).

The coax link between devices is down until both devices are done security unpairing.

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EOCPxx4020-110 User Guide

Status LEDs

The EOCPxx4020-110 provides multiple LEDs for status and diagnostics of the Ethernet,
Coax and POE functions. Use the status LEDs to monitor EOCPxx4020-110 operation in the
network.

PWR: Power and bootloader status:

Power applied: Green - ON
Firmware update in progress: Orange – ON and/or BLINK

COAX: Power delivery (local) or sourcing (remote) status and/or fault:

EOCPSE4020-110 (Local PSE unit)

Classification: Hunting for remote Green – BLINK

Classification fault: Classification error, restarting detection Red – ON/BLINK

Power applied: 57VDC Power over coax enabled Green – ON

EOCPDE4020-110 (Remote PD unit)

Power from coax status

Sourcing power from coax Green – ON

Sourcing power from external PS Green – BLINK

• If the external power supply (4-pin DIN or 2-Pin Terminal block) is present this will

be used in favor of the coax power.

• If the external power is lost the unit will briefly power down and then start sourcing

from the coax.

• If the external power is then re-established the device will switch back without

interruption to the external power.

IEEE 802.3af/at port POE delivery Red – BLINK

• Cannot maintain RJ-45 POE power delivery

• Indicates that the coax power loss is too great to maintain the requested power

from the IEEE 802.3af/at RJ-45 POE-PSE port

DATA – Coax data link

Linked: Green – BLINK

SECURITY (Coax): Secure mode, pairing mode, and key/config state:

Not secure: OFF
Secure: Green – ON
In Config mode: Green – Slow BLINK
In Pairing mode: Green – Fast BLINK
Received key & finished config: Green – 3 BLINKS

Link/ACT - 1GE TP or Fiber port:

1000Mbps: Green - ON link, BLINK activity
100Mbps: Green and Yellow - ON link, BLINK activity
10Mbps: Yellow - ON link, BLINK activity

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POE – Power Over Ethernet status (Remote PD unit only):

No PD detacted: OFF
Power applied: Green – ON
Detact fault: Yellow – ON: Fault or Remote is not a PoE device
Classification fault: Yellow - BLINK

The TN Ethernet Extender Tool

The TN Ethernet Extender Tool lets you configure Encryption Password and
Configuration Passwords. It is used to communicate with nodes and allows security
Pairing and Unpairing as well as firmware upgrades. This utility is separate from the
Web GUI Configuration, and is available as a download from the Transition Networks

website

. Use the TN utility to configure IP address, time, etc.if you can not access the

web GUI (e.g., forgot password). See the online TN Ethernet Extender Tool User Guide
(33696).

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IEEE 802.1p, IEEE 802.1Q, IEEE 802.3, IEEE 802.3ab, IEEE 802.3af/at,
IEEE 802.3az, IEEE 802.3u, IEEE 802.3x, IEEE 802.3z

Ethernet RJ-45 POE-PD

IEEE 802.3af/at

Ingress Protection

IP30

Data Speeds

TP – 10/100/1000Mbs, SFP –100/1000Mbs

Coax Connector

75 ohm coax BNC

Connector

Twisted Pair Port)

• Connector: RJ45 female

• Cable specification: CAT5 or Cat6 UTP

• Connector: SFP

• Modes: 1000Base-X, 100Base-FX

Power/Bootloader, COAX Power, COAX ACT, COAX Security, Combo
Port Link/ACT, PoE+

Configuration/RESET pushbutton switch; press and hold the RESET

Blink rate is long on and then long off.

Emissions Compliance

FCC Part 15, CISPR22/EN55022 Class A

Immunity Compliance

EN55024

EOCPxx4020-110: NA
Power Adapter: CE mark, UL Listed

Power Source

DIN or Terminal Block: 48VDC +/- 10%

•
EOCPD4020-110 = 4.4W

EOCPxx4020-110: Width: 3.25” [82.5 mm] x Depth: 1.25"

Power Adapter: 2.25 x 6 x 1.31 inches (5.72 x 15.25 x 3.32 cm)

EOCPSE4020-110: 0.85 lb. (0.38 Kg.)

Power Adapter: 0.85 lb. (0.40 Kg.) (not incl. power cord)

Operating Temp

0°C to +65°C

Storage Temp

-40°C to + 85°C

Altitude

0-10,000 feet

Operating Humidity

5% to 95% (non-condensing)

Warranty

5 year

Technical Specifications

EOCPxx4020-110 Specifications

Transition Networks’ EOCPxx4020-110 was designed to meet these specifications:

Standards

(10/100/1000BaseT

Connector (Fiber Port)

Status LEDs

RESET Switch

Safety Compliance

Power Consumption

• MDI/MDI-X selection: Automatic

button on the back panel for:

• 1-10 seconds to reset / reboot the device.Blink rate is medium

(on = off).

• 10-20 seconds to start Pairing. Blink rate is Fast (long on then short

off).

• 20-30 seconds to unpair security. Blink rate is Slow (long on then

short off).

• 30-40 seconds to do a Factory Reset (reset to default settings).

EOCPSE4020-110 = 4.0W

•

Dimensions

Weight

[31.75 mm] x Height: 5.38” [136.7 mm]

EOCPD4020-110: 0.80 lb. (0.36 Kg.)

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Power Supply 25148 Specifications

Power Supply 25148 is a highly reliable, 90W desktop style single-output green adaptor. It is a
class I power unit (with FG), equipped with a standard IEC320-C14 AC Inlet. It is compliant with
USA EISA 2007/DoE, Canada NRCan,Australia and New Zealand MEPS, EU ErP,and Code of
Conduct (CoC) Version 5. The adaptor saves energy when it is in operating mode or in standby
mode. It utilizes 94V-O flame retardant plastic case, and is certified for international safety
regulations.

The 90W Power supply, 25148 is an option for powering the Local PSE unit, and is optional
for use with the Remote PD unit. (For indoor use only.) The Local and Remote unit Power
Supplies do not provide isolated, redundant or load sharing capabilities.

The Power Supply has a blue LED to indicate the presence of power to the Power Supply.
The EOCP PWR LED will blink to indicate the presence of power to the EOCPxx4020-110.

Universal AC input / Full range
3 pole AC inlet IEC320-C14
Built-in active PFC function
No load power consumption < 0.15W
Energy Efficiency Level VI
Comply with EISA 2007/DoE, NRCan, AU/NZ MEPS, EU ErP and CoC Version 5
Class 1 power (with earth pin)
Protections: Short circuit / Overload / Over voltage / Over temperature
Fanless design with -30  ~ +70  C working temperature
LED indicator for PS power on

Output DC Voltage: 48V

Output Rated Current: 1.87A
Output Current Range: 0 ~ 1.87A
Output Rated Power (max.): 90W

Input Voltage Range: 90~246 VAC, 127~370 VAC

Input Frequency Range: 47-63 Hz
Input Efficiency (typ.): 91%
Input AC Current (typ.): 1.3A / 115VAC / 0.6A / 230 VAC

Overload: 110 - 150% rated output power
Overload Protection Type : Hiccup mode, recovers automatically after fault condition is removed
Over voltage: 105-135% rated output voltage
Overvoltage Protection type : Shut down o/p voltage, re-power on to recover
Over temperature: Shut down o/p voltage, re-power on to recover

Safety Standards: UL60950-1,CSA C22.2, TUV EN60950-1, BSMI CNS14336, CCC GB4943, PSE
J60950-1, AS/NZ 60950.1 approved

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EMC Emission: Compliance to EN55022 class B, EN61000-3-2,3, FCC PART 15 / CISPR22 class B,
CNS13438 class B, GB9254, GB17625.1
EMC Immunity: Compliance to EN61000-4-2,3,4,5,6,8,11, light industry level, criteria A
MTBF: 348.7K hrs min. MIL-HDBK-217F(25℃)

Dimensions: 145*60*32mm (L*W*H)

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EOCPxx4020-110 User Guide

Calculation Worksheets

This section provides static examples of the calculation worksheets available. For the latest
active EOCPxx4020-110 worksheets, view the online calculators at www.transition.com

Power Distance Calculation Worksheet

Transition Networks’ EOCPxx4020-110 G.hn Cable vs Power Worksheet is shown below.

.

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POC Power Over Distance Measurement

Coax in feet

Coax ohms

Local coax

watts

Remote coax

voltage

Worksheet

Sifos Difference

200 11.4 43.6 45.6 NA 30 NA
400

20.6 46.3 37.1 25.9 25.9 0

600 30.7 32.2

37 16.7 16.5 -0.2

800 41.4

24.2 37.1 11.6 11.7 0.1

1000 50.3 20 37.4

8.9 9. 1 0.2

1200

61.1 16.6 37.4

6.7 7. 1 0.4

1400 70.1 14.8 37.1 5.4

5.8 0. 4

1600 80.4 12.9

37.1 4.2 4.6

0.4

1800 91.1

11.4

37.1

3.3 3. 7 0.4

2000 100.2 10

37.7 2.6 3

0.4

2200

Calculated vs. measured maximum PD power

(watts)

Beyond 100 ohm we cannot overcome the out-rush current for powering up the POE-PD

Coax Distance Calculation Worksheet

Power over Distance

Transition Networks’ EOCPxx4020-110 POC power over distance measurement is shown below.

Throughput Graphs

Throughput versus Packet Size Results (3’ coax cable)

Throughput (Alpha)

Throughput (Beta)

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EOCPxx4020-110 User Guide

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Throughput versus cable length with 64 byte packets

EOCPxx4020-110 User Guide

33675 Rev. A Page 54 of 61

Throughput versus cable length with 1518 byte packets

EOCPxx4020-110 User Guide

Troubleshooting

Troubleshooting Procedures

If the EOC fails, isolate and correct the fault by determining the answers to the following
questions and then taking the indicated action. First isolate the problem to the EOCP;
troubleshoot any other network gear (Ethernet switch, remote cameras, etc.) to isolate the
problem to the EOCP.

1. Check the LEDs:
a. If the PWR LED is not lit:

• Verify the power adapter type, connection, and the AC outlet.

• Verify the coax connections (DATA - POWER OUT on the Local device and DATA - POWER IN
on the Remote device)

b. If the COAX LED is not lit, check the Coax cable and BNC connections.
c. If the DATA LED is not lit:

• Check the fiber cables for proper connection.

• Verify that the TX and RX cables on the Local are connected to the RX and TX ports,
respectively, on the Remote device.

• If the EOCPxx4020-110 units are connected using fiber, verify the fiber run and connection.

• Use the RESET button to start OBUS pairing and security key exchange. See page 43.
d. If the SECURITY LED is not flashing:

• If there is activity on the 10/100/1000Base-T port, disconnect and reconnect the twisted-

pair copper cable to restart the initialization process.

• Restart the Ethernet switch.

• Use the RESET button to reset the security configuration to defaults. See page 43.

• Use the RESET button to reset the device to factory defaults. See page 43.

2. Click the browser back button.

3. Refresh the web browser page.

4. Click the EOC Web Config page's Cancel button.

5. Log out of the EOC Web Config and log back in again.

6. Check the Ethernet connection between the PC and the EOC Local adapter.

7. Click the Web Config page's "Refresh network" button ( ) when an EOC node is correctly

connected to the PC (to refresh network discovery and update all configuration tabs and fields).

8. Check for more recent firmwares / upgrade firmwares. Local and Remote EOCs must have the
same FW image. Each EOC (L + R) has two firmware instances. The EOC Forced Update / Auto
Update functions if Local and Remote FW don't match (makes Remote FW match the Local FW).

9. If an IP Router is between EOC devices, verify that two IP addresses are configured.

10. If the Web Config connection is lost, use the Ethernet Extender Tool to re-connect.
11 Unplug the Coax connector and then re-connect it.

12. Record Model and System Information (next page) and contact Tech Support; see below.

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EOCPxx4020-110 User Guide

EOCPSE4020-110 (Local)

EOCPD4020-110 (Remote)

Serial Number

HW Version

EoC FW Version

PoC FW Version

Record Model and System Information

After performing the troubleshooting procedures above, and before calling or emailing
Tech Support, record as much information as possible to help the Tech Support Specialist.

1. Record Device page Hardware and Software Information:

2. Record EOCPSE4020-110 LED Status: ______________________________________________

__________________________________________________________________________________

3. Record EOCPD4020-110 LED Status: ______________________________________________

_________________________________________________________________________________

4. Your Transition Networks service contract number: _________________________________

5. Describe the problem: ___________________________________________________________

_________________________________________________________________________________

_________________________________________________________________________________

_______________________________________________________________________________

6. Describe action(s) already taken to resolve the problem (e.g., change mode, reset, etc.):

_________________________________________________________________________________

_________________________________________________________________________________

_________________________________________________________________________________

7. The model # and serial # of other Transition Networks products in the network: ______________

_________________________________________________________________________________

_________________________________________________________________________________

8. Describe your network environment (layout, cable type, cable distance, etc.): ________________

_________________________________________________________________________________

_________________________________________________________________________________

9. This device history (i.e., have you returned the device before, is this a recurring problem, previous
Return Material Authorization (RMA) numbers, etc.): _____________________________________

________________________________________________________________________________

________________________________________________________________________________

10. List 3

________________________________________________________________________________

________________________________________________________________________________

rd

party equipment in the network (e.g., Ethernet switch, Remote camera, etc.): ________

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EOCPxx4020-110 User Guide

Warranty

This Product is warranted to be free from defects in material and workmanship for 5 years.
This warranty covers the original user only and is not transferable.

This warranty does not cover damage from accident, acts of God, neglect, contamination,
misuse or abnormal conditions of operation or handling, including over-voltage failures
caused by use outside of the product's specified rating, or normal wear and tear of
mechanical components. If the user is unsure about the proper means of installing or using
the equipment, contact Transition Networks's free technical support services.

Transition Networks will, at its option:

• Repair the defective product to functional specification at no charge

• Replace the product with an equivalent functional product

• Refund a portion of purchase price based on a depreciated value

To return a defective product for warranty coverage, contact Transition Networks technical
support department for a return authorization number. Transition Networks technical
support department can be reached through any of the following means:

Contact Us

Domestic: + 1 800-260-1312
International: + 1 952-358-3601
Fax: [phone]
Email: [e-mail]
Live Help: Chat live with a Transition Networks representative.

Return Authorization

To return a defective product for warranty coverage, contact Transition Networks's
technical support department for a return authorization number. Transition's technical
support department can be reached by any of the following means:

Service Hours

USA: 8:00 PM Sunday through 8:00 PM Friday CST
After Hours: Calls will be answered by an on call engineer.

Return Instructions

Send the defective product postage and insurance prepaid to the following address:

Transition Networks, Inc.
10900 Red Circle Drive
Minnetonka, MN 55343 USA
Attn: RETURNS DEPT: CRA/RMA # ___________

Online Support

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EOCPxx4020-110 User Guide

Failure to properly protect the product during shipping may void this warranty. The return
authorization number must be written on the outside of the carton to ensure its
acceptance. We cannot accept delivery of any equipment that is sent to us without a CRA
or RMA number.

CRA’s are valid for 60 days from the date of issuance. An invoice will be generated for
payment on any unit(s) not returned within 60 days.

Upon completion of a demo/ evaluation test period, units must be returned or purchased
within 30 days. An invoice will be generated for payment on any unit(s) not returned within
30 days after the demo/ evaluation period has expired.

The customer must pay for the non-compliant product(s) return transportation costs to
Transition Networks for evaluation of said product(s) for repair or replacement. Transition
Networks will pay for the shipping of the repaired or replaced in-warranty product(s) back
to the customer (any and all customs charges, tariffs, or/and taxes are the customer's
responsibility).

Before making any non-warranty repair, Transition Networks requires a $200.00 charge
plus actual shipping costs to and from the customer. If the repair is greater than $200.00,
an estimate is issued to the customer for authorization of repair. If no authorization is
obtained, or the product is deemed “not repairable”, Transition Networks will retain the
$200.00 service charge and return the product to the customer not repaired. Non­warranted products that are repaired by Transition Networks for a fee will carry a 180-day
limited warranty. All warranty claims are subject to the restrictions and conventions set
forth by this document.

Transition Networks reserves the right to charge for all testing and shipping incurred, if
after testing, a return is classified as "No Problem Found."

THIS WARRANTY IS YOUR ONLY REMEDY. NO OTHER WARRANTIES, SUCH AS FITNESS FOR A

PARTICULAR PURPOSE, ARE EXPRESSED OR IMPLIED. TRANSITION NETWORKS IS NOT

LIABLE FOR ANY SPECIAL, INDIRECT, INCIDENTAL OR CONSEQUENTIAL DAMAGES OR
LOSSES, INCLUDING LOSS OF DATA, ARISING FROM ANY CAUSE OR THEORY. AUTHORIZED
RESELLERS ARE NOT AUTHORIZED TO EXTEND ANY DIFFERENT WARRANTY ON TRANSITION
NETWORKS'S BEHALF.

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EOCPxx4020-110 User Guide

Compliance Information

ERN #

ERN # (Encryption Registration Number) R111839 (self-declaring).

Declaration of Conformity

FCC Regulations

This equipment has been tested and found to comply with the limits for a Class A digital
device, pursuant to Part 15 of the FCC rules. These limits are designed to provide reasonable
protection against harmful interference when the equipment is operated in a commercial
environment. This equipment generates, uses and can radiate radio frequency energy and, if
not installed and used in accordance with the instruction manual, may cause harmful
interference to radio communications.
Operation of this equipment in a residential area is likely to cause harmful interference, in
which case the user will be required to correct the interference at the user's own expense.

Canadian Regulations

This digital apparatus does not exceed the Class A limits for radio noise for digital apparatus
set out on the radio interference regulations of the Canadian Department of Communications.
Le présent appareil numérique n'émet pas de bruits radioélectriques dépassant les limites
applicables aux appareils numériques de la Class A prescrites dans le Règlement sur le
brouillage radioélectrique édicté par le ministère des Communications du Canada.

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EOCPxx4020-110 User Guide

Rev

Date

Notes

Release for Local & Remote EoC FW Version 0.4.0. 1 and Local & Remote PoC FW
Version 19.

European Regulations
Warning

This is a Class A product. In a domestic environment this product may cause radio
interference in which case the user may be required to take adequate measures.

Achtung !

Dieses ist ein Gerät der Funkstörgrenzwertklasse A. In Wohnbereichen können bei Betrieb
dieses Gerätes Rundfunkstörungen auftreten. In diesem Fäll is der Benutzer für
Gegenmaßnahmen verantwortlich.

Attention !

Ceci est un produit de Classe A. Dans un environment domestique, ce produit risque de créer
des interférences radioélectriques, il appartiendra alors à l'utilsateur de prende les measures
spécifiques appropriées.

In accordance with European Union Directive 2002/96/EC of the European Parliament
and of the Council of 27 January 2003, Transition Networks will accept post usage
returns of this product for proper disposal. The contact information for this activity

can be found in the 'Contact Us' portion of this document.

CAUTION: RJ connectors are NOT INTENDED FOR CONNECTION TO THE PUBLIC

TELEPHONE NETWORK. Failure to observe this caution could result in damage to the

public telephone network.

Der Anschluss dieses Gerätes an ein öffentlickes Telekommunikationsnetz in den
EGMitgliedstaaten verstösst gegen die jeweligen einzelstaatlichen Gesetze zur Anwendung
der Richtlinie 91/263/EWG zur Angleichung der Rechtsvorschriften der Mitgliedstaaten über
Telekommunikationsendeinrichtungen einschliesslich der gegenseitigen Anerkennung ihrer
Konformität.

Record of Revisions

A 7/27/16

Trademarks Notice: All trademarks and registered trademarks are the property of their respective
owners.

Copyright Restrictions: © 2016 Transition Networks. All rights reserved. No part of this work may
be reproduced or used in any form or by any means - graphic, electronic or mechanical - without
written permission from Transition Networks.

33675 Rev. A Page 60 of 61

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Contact Us

10900 Red Circle Drive
Minnetonka, MN 55343 USA
telephone: [phone]
toll Free: 800.526.9267
fax: [phone]

[e-mail]
[e-mail]
[e-mail]
www.transition.com/

33675 Rev. A Page 61 of 61