EoC 2-01 - Wi-Fi repeater Axing - Free user manual and instructions

Product Type	Ethernet over Coax (EoC) Wi-Fi Repeater
Model	EoC 2-01 (First Generation)
Frequency Range	5 – 1218 MHz
Connectors	2 × F-female (G.hn / TV), 2 × RJ-45 (LAN1/LAN2)
EoC Standard	ITU-T G.9960/G.9961 G.hn over Coax
Net Data Rate (PHY)	Up to 720 Mbps
Maximum Devices in EoC Network	16
Ethernet Standards	IEEE 802.3u (100Base-T Fast Ethernet), IEEE 802.3ab (1000Base-T Gigabit Ethernet)
Wi-Fi Standards	IEEE 802.11b/g/n (2.4 GHz), IEEE 802.11a/n/ac (5 GHz)
Wi-Fi Encryption	WEP, WPA/WPA2-PSK Mixed, WPA3 (PSK)
MIMO	2x2
Virtual Access Points (VAP)	Up to 4 per band (2.4 GHz and 5 GHz)
VLAN Support	Yes, configurable via web interface
Power Supply	12 VDC, 1 A (external power adapter)
Power Consumption	8 W (typical)
Dimensions (W × H × D)	130 × 95 × 32 mm
Weight	Approx. 200 g (without accessories)
Operating Temperature	0 °C to 40 °C
Mounting	Table top or wall mount (screws not included)
Reset Button	Yes, on rear panel (press for factory reset)
LED Indicators	Power, G.hn Quality, LAN1/LAN2 Link/Act & Speed, WiFi
Configuration	Web-based GUI (access via browser)
Default Password	Printed on device label
Compatibility	Works with other Axing EoC devices (first/second/third generation)

Frequently Asked Questions - EoC 2-01 Axing

How do I set up the Axing EoC 2-01 Wi-Fi repeater for the first time?

Connect the device to your coaxial network via the G.hn connector, and to your router via Ethernet (LAN port). Power on the device. Use the default SSID and password printed on the bottom label to connect via Wi-Fi, or access the web interface at the IP address shown in the manual (e.g., 192.168.179.20) to configure settings.

What is the default password for the web interface?

The default password is printed on the bottom of the device, on the same label as the Wi-Fi SSIDs. It is typically a random alphanumeric string (e.g., 'amp9mb8w' in the manual example).

Can I change the Wi-Fi network name (SSID) and password?

Yes. Access the web interface (via browser), go to 2.4G VAP or 5G VAP, and modify the SSID and Pre-Shared Key. Click Update, then activate changes under Active Changes.

Why is the Wi-Fi signal weak or intermittent?

Check the coaxial cable connection and ensure all components support return path (5-65 MHz). Reduce the transmitter power under Radio settings if interference is present. Also, try changing the Wi-Fi channel to avoid congestion from neighboring networks.

How many devices can connect to the EoC 2-01 simultaneously?

The device supports up to 16 EoC nodes in the same network. For Wi-Fi clients, the number depends on network load, but typically up to 30-50 devices are possible with good performance.

How do I reset the device to factory settings?

Press and hold the Reset button on the rear panel for a few seconds until the LEDs flash. All custom settings (including Wi-Fi name/password) will be lost, and the device will restart with factory defaults.

Can I use this device without a coaxial cable?

No, the EoC 2-01 requires a coaxial connection to communicate with other EoC units. It is designed to extend Ethernet over existing TV coax wiring.

What is the maximum distance between two EoC devices?

The maximum attenuation allowed in the coaxial network is 77 dB. Depending on cable quality and splitters, this typically allows distances up to several hundred meters.

How do I update the firmware?

Download the latest firmware from www.axing.com. Access the web interface, go to Upgrade, browse and select the file, then click Start. The device will reboot automatically after the update.

The LAN ports are not working – what should I check?

Ensure the Ethernet cable is properly inserted and that the connected device (router, PC) is powered on. Check the LED indicators: Link/Act should be lit or flashing. If the 1000 LED is off, the connection may be limited to 100 Mbps. Try a different cable or port.

USER MANUAL EoC 2-01 Axing

Ethernet over Coax Peer to Peer

Betriebsanleitung

Inhaltsverzeichnis

3. Installation....9

White rectangular electronic device with a slatted top and two metallic connectors at the bottom (no text or symbols visible)

Information

Network

Radio

2.4G VAP

5G VAP

VLAN

Active Changes

User

Upgrade

RADIO
Client Isolation	Disable	Hide SSID	Disable
2.4G Setting
WIFI Service	Enable	Maximum Tx Power	22
Mode	auto	Channel	auto
SG Setting
WIFI Service	Enable	Maximum Tx Power	20
Bandwidth	auto	Channel	auto

Client Isolation

Service

• WPA-PSK/WPA2-PSK Mixed:

Service

• WPA-PSK/WPA2-PSK Mixed:

Update

Priority

EOC 1-31 and EOC 2-31

Ethernet over Coax Peer to Peer

Operation instructions

Table of contents

1. Product description .... 4

1.1. Compatibility ....5
1.2. Scope of delivery....6
1.3. Connectors and LED indicators on the rear panel 7

2. Mounting 8

3. Installation....9

3.1. Power supply 9
3.2. Connection to the antenna socket (G.hn) 9
3.3. Ethernet connections 9
3.4. WiFi access to EOC 2-31....10
3.5. Network connections....11

4. EoC applications....12

4.1. Internet from cable network operator....12

4.1.1. The principle....12
4.1.2. The implementation....13

4.2. Internet from telephone operator 14

4.2.1. Amplifier with switchable return path....14
4.2.2. Amplifier without switchable return path....15

4.3. Feeding in a SAT-IF distribution structure....16

4.3.1. At the terrestrial input of a multiswitch....16
4.3.2. At the subscriber input of a multiswitch....17
4.3.3. With combiner for a SAT system with QUAD-LNB 18

5. Configuration of EOC 2-31....19

5.1. Access to the graphical user interface 19
5.2. Information....19
5.3. Network....20
5.4. Radio 21
5.5. 2,4-GHz-Band VAP (Virtual Access Point) 22

5.5.1. Further 2,4-GHz Virtuell Access Points 23

5.6. 5-GHz-Band VAP (Virtual Access Point)....24
5.6.1. Further 5-GHz Virtuell Access Points 25
5.7. Configuring Virtual LANs (VLAN) 26
5.8. Active Changes....27
5.9. User 27
5.10. Firmware Upgrade 28
5.11. Restoring the factory settings....28

6. Technical data....29

WARNING

Observe the safety instructions supplied with the device! They are also available at the following Internet address: https://download.axing.com/BAs/Sicherheitshinweise_9sprachig.pdf
→ Use the device only as described in these operating instructions and in particular in accordance with the state of the art. If the device is used for other purposes, no warranty will be assumed!

Declaration of Conformity:

Hereby AXING AG declares that the marked products comply with the valid guidelines.

EOC 2-31: Hereby AXING AG declares that the device is in compliance with Directive 2014/53/EU. The full text of the EU declaration of conformity is available at the following internet address: https://axing.com/en/ce.

WEEE Nr. DE26869279 | Electrical and electronic components must not be disposed of as residual waste, it must be disposed of separately.

1. Product description

The EOC 1-31 and EOC 2-31 respectively, use the G.hn standard to build an Ethernet-over-coax network via the coaxial cables of the house installation. Television and radio will continue to broadcast over it.

graph TD
    A["EcoC 2-31"] --> B["TV"]
    B --> C["Smart TV"]
    C --> D["TV"]
    D --> E["TV"]
    E --> F["EoC 1-31"]
    F --> G["Internet router"]
    G --> H["TV"]
    H --> I["EoC 1-31"]
    I --> J["EoC 2-31"]
    J --> K["TV"]
    K --> L["EoC 2-31"]
    L --> M["TV"]
    M --> N["EoC 1-31"]
    N --> O["EoC 2-31"]
    O --> P["TV"]
    P --> Q["EoC 2-31"]
    Q --> R["EoC 1-31"]
    R --> S["EoC 2-31"]
    S --> T["TV"]
    T --> U["EoC 2-31"]
    U --> V["EoC 1-31"]
    V --> W["EoC 2-31"]
    W --> X["EoC 1-31"]
    X --> Y["EoC 2-31"]
    Y --> Z["EoC 2-31"]
    Z --> AA["EoC 1-31"]
    AA --> AB["EoC 2-31"]
    AB --> AC["EoC 1-31"]
    AC --> AD["EoC 2-31"]
    AD --> AE["EoC 2-31"]
    AE --> AF["EoC 1-31"]
    AF --> AG["EoC 2-31"]
    AG --> AH["EoC 2-31"]
    AH --> AI["EoC 1-31"]
    AI --> AJ["EoC 2-31"]
    AJ --> AK["EoC 2-31"]
    AK --> AL["EoC 1-31"]
    AL --> AM["EoC 2-31"]
    AM --> AN["EoC 2-31"]
    AN --> AO["EoC 1-31"]
    AO --> AP["EoC 2-31"]
    AP --> AQ["EoC 2-31"]
    AQ --> AR["EoC 1-31"]
    AR --> AS["EoC 2-31"]
    AS --> AT["EoC 2-31"]
    AT --> AU["EoC 1-31"]
    AU --> AV["EoC 2-31"]
    AV --> AW["EoC 2-31"]
    AW --> AX["EoC 1-31"]
    AX --> AY["EoC 2-31"]
    AY --> AZ["EoC 2-31"]
    AZ --> BA["EoC 1-31"]
    BA --> BB["EoC 2-31"]
    BB --> BC["EoC 2-31"]
    BC --> BD["EoC 1-31"]
    BD --> BE["EoC 2-31"]
    BE --> BF["EoC 2-31"]
    BF --> BG["EoC 1-31"]
    BG --> BH["EoC 2-31"]
    BH --> BI["EoC 2-31"]
    BI --> BJ["EoC 1-31"]
    BJ --> BK["EoC 2-31"]
    BK --> BL["EoC 2-31"]
    BL --> BM["EoC 1-31"]
    BM --> BN["EoC 2-31"]
    BN --> BO["EoC 2-31"]
    BO --> BP["EoC 1-31"]
    BP --> BQ["EoC 2-31"]
    BQ --> BR["EoC 2-31"]
    BR --> BS["EoC 1-31"]
    BS --> BT["EoC 2-31"]
    BT --> BU["EoC 2-31"]
    BU --> BV["EoC 1-31"]
    BV --> BW["EoC 2-31"]
    BW --> BX["EoC 2-31"]
    BX --> BY["EoC 1-31"]
    BY --> BZ["EoC 2-31"]
    AY <-->|Coaxial cables of the house installation| Z

EOC 1-31 and EOC 2-31 use the return path range of 5...65 MHz. Therefore, all components in the distribution network must be suitable for return path.

1.1. Compatibility

When selecting devices, make sure that they are compatible with each other( √ ).

Third generation Second generation First generation

EOC 1-31

EOC 2-31

EOC 1-32

EOC 2-32

EOC 30-01

EOC 30-21

EOC 30-02

EOC 30-03

EOC 1-11

EOC 2-11

EOC 20-01

EOC 20-02

EOC 1-01

EOC 2-01

EOC 10-01

EOC 10-02

Third generation

EOC 1-31

√

√

XXXX

XX

√

XXXX

XXXX

EOC 2-31

√

√

XXXX

XX

√

XXXX

XXXX

EOC 1-32

XX

√

√

XXXX

XXXX

XXXX

EOC 2-32

XX

√

√

XXXX

XXXX

XXXX

EOC 30-01

XX

XXXX

X

√

XXXX

XXXX

EOC 30-21

XX

XXXX

X

√

XXXX

XXXX

EOC 30-02

XX

XX

√

√

XXXX

XXXX

EOC 30-03

XX

XX

√

√

XXXX

XXXX

Second generation

EOC 1-11

√

√

XXXX

XX

√

√

XXXXXX

EOC 2-11

√

√

XXXX

XX

√

√

XXXXXX

EOC 20-01

XX

XXXX

XXXX

XX

√

XXXX

EOC 20-02

XX

XXXX

XXXX

√

XXXX

First generation

EOC 1-01

XX

XXXX

XXXX

XXX

√

√

X

X

EOC 2-01

XX

XXXX

XXXX

XXX

√

√

X

X

EOC 10-01

XX

XXXX

XXXX

XXXX

XXX

√

EOC 10-02

XX

XXXX

XXXX

XXXX

XX

X

1.2. Scope of delivery

• EOC 1-31 or EOC 2-31
• CAT5 ethernet cable
  • 12 VDC power adapter for power supply
• Quick start guide

1.3. Connectors and LED indicators on the rear panel

	Port Name/Button Type Function
A	G.hn F EoC signal
B1	TV F TV signal (use depends on the application (see 4, page 12)
C	LAN1/LAN2	RJ-45	Connect to PC or STB or other Ethernet devices
D2	R	-	Reset Button
E	DC12V	DC	Connect to the power adapter plug

	LED	Status
		On	Flashing	Off
1	Link/Act | Quality	Linked	Receive or transmit	Disconnected or Link fail
2	LAN2 Link/Aci	Linked	Receive or transmit	Disconnected or Link fail
3	LAN2 1000	1000 Mbps	N/A	100 Mbps
4	LAN1 Link/Aci	Linked	Receive or transmit	Disconnected or Link fail
5	LAN1 1000	1000 Mbps	N/A	100 Mbps
6^2		WiFi on	Receive or transmit	WiFi off
7	PWR	Power supply on	N/A	Power supply off

LED 1 (Link/Act | Quality) also shows the quality of the EoC connection: Green: High

Orange: Medium

Red: Low

2. Mounting

The devices can be used as table top units or mounted on the wall using two matching screws.

Used as table top unit

White rectangular electronic device with a perforated panel and two threaded connectors at the bottom (no text or symbols visible)

Mounted on the wall

3. Installation

3.1. Power supply

→ Connect the AC adapter to the DC12V connector and plug the AC adapter into a power outlet.

3.2. Connection to the antenna socket (G.hn)

→Use a coaxial cable to connect the G.hn connector to the antenna socket.

IMPORTANT

Which connector socket of an antenna outlet you have to use depends on the respective application and the existing coaxial cable network (cable connection, satellite TV or DVB-T/T2) in your house (see Chapter 4 EoC applications on page 12).

3.3. Ethernet connections

→ Use the supplied Ethernet cable to connect a router, PC, notebook computer, etc. to the LAN1 or LAN2 port.
→ If necessary, use another Cat-5 Ethernet cable to connect another device. You can also connect a switch for even more connectivity.

3.4. WiFi access to EOC 2-31

The EOC 2-31 offers two WiFi bands, 2.4 GHz and 5 GHz.

Depending on which technology your end device supports, you log on to the respective band.

The factory SSIDs of the 2.4 GHz and 5 GHz WiFi band and the password are printed on the bottom of the device.

3.5. Network connections

The devices require a DHCP server ex factory. This is e.g. included in a standard internet router (EOC 2-31 allows you to configure the network settings, see chapter 5 on page 19).

Each device can be connected to two ^3 Ethernet-capable devices (PCs, notebooks, servers, printers, smart TVs, etc.). The devices communicate in peer-to-peer mode. That is, each EOC can communicate with every other EOC in the network.

In the example shown, the router has the IP address 198.168.78.1 and assigns additional IP addresses to the connected devices.

graph TD
    A["Internet-Router/DHCP-Server"] -->|IP = 192.168.78.1| B["EoC 1-31"]
    A -->|IP = 192.168.78.2| C["EoC 1-31"]
    A -->|IP = 192.168.78.3| D["SMART TV"]
    A -->|IP = 192.168.78.4| E["EoC 1-31"]
    A -->|IP = 192.168.78.9| F["EoC 2-31"]
    A -->|IP = 192.168.78.10| G["EoC 2-31"]
    H["Ethernet over Coax"] --> I["G.hn: MAC = 00-01-40-3E-xx-01"]
    H --> J["IP = 192.168.78.5"]
    H --> K["WiFi: MAC = 00-01-40-41-xx-01"]
    H --> L["IP = 192.168.78.6"]
    M["Ethernet"] --> N["G.hn: MAC = 00-01-40-3E-xx-02"]
    M --> O["IP = 192.168.78.7"]
    M --> P["WiFi: MAC = 00-01-40-41-xx-02"]
    M --> Q["IP = 192.168.78.8"]

The devices connected to LAN1 / 2 receive their IP addresses from the DHCP server (usually on the Internet router). Devices connected via WiFi also receive their IP addresses from the DHCP server..

EOC 1-11 receive no IP addresses. The EOC 2-11 receive two IP addresses each from the DHCP server (one for G.hn and one for WiFi).

Recommendation: Make a note of the MAC addresses of the EOC 2-31 and the associated IP addresses.

4. EoC applications

EOC 1-31 and EOC 2-31 communicate with each other in the return path range of 5...65 MHz. All components in the distribution structure must therefore be suitable for the return path. This applies in particular to the antenna wall outlets, the passive distribution material and to SAT multiswitches.

4.1. Internet from cable network operator

If you use Internet access from a cable network operator, you will need a DOCSIS-enabled cable modem or router.

4.1.1. The principle

TV and radio from the cable network operator are forwarded to the distribution network via the passage of the BSD 963-13N and via the TZU 40-04.

graph LR
    A["Internet"] --> B["DOCSIS Router"]
    B --> C["BSD 963-13N"]
    C --> D["TV and Internet from CATV provider"]
    D --> E["TV and Internet to other EoC x-31"]
    E --> F["TZU 40-04 (TZU 40-03)"]
    F --> G["EoC x-31"]
    G --> H["5...65 (EoC) | 85...1006 MHz"]
    H --> I["blocking depth @ 5...65 MHz: 45 dB"]
    I --> J["5...1006 MHz (DOCSIS)"]
    J --> K["blocking depth @ 5...65 MHz: 60 dB"]

The cable network operator's IP data is received at the modem port of the BSD 963-13N by means of a DOCSIS router and transmitted via Ethernet to an EOC 1-31. The EOC modulates the IP data and feeds the data into the distribution network via an EoC inserter TZU 40-04. The data can be received on the other EoC devices in the same network.

Important: The use of a BSD 963-13N antenna socket and a TZU 40-03/-04 inserter is mandatory in order to achieve sufficient blocking depth for the frequency range from 5...65 MHz. Otherwise it may cause interferences in the cable network.

4.1.2. The implementation

In the example a BSD 963-13N is installed in apartment 4. The IP data from the cable network operator are received at the modem port of the BSD using a DOCSIS router and forwarded via Ethernet to an EOC 1-31. The EOC modulates the IP data and feeds them into the distribution network via a TZU 40-04 feeder. The data can be received on the other EOC devices.

graph TD
    subgraph App_1
        A["App. 1"] --> B["BVS 20-69"]
        B --> C["BVE 4-02P"]
        C --> D["QEW 5-50"]
        D --> E["IP"]
    end

    subgraph App_3
        F["App. 3"] --> G["BSD 963-13N"]
        G --> H["DOCSIS-Router"]
        H --> I["EoC 1-31"]
        I --> J["85...1006 MHz"]
        J --> K["TZU 40-04 (TZU 40-03)"]
        K --> L["EoC 2-31"]
        L --> M["BSD 963-00N"]
        M --> N["BAB 4-02P"]
        N --> O["EoC 2-31"]
        O --> P["BSD 963-00N"]
    end

    subgraph App_4
        Q["Smart TV"] --> R["EoC 2-31"]
        R --> S["BSD 963-00N"]
        S --> T["EoC 2-31"]
        T --> U["BSD 963-00N"]
        U --> V["BAB 4-02P"]
        V --> W["EoC 2-31"]
    end

    style App_1 fill:#f9f,stroke:#333
    style App_3 fill:#f9f,stroke:#333
    style App_4 fill:#ccf,stroke:#333
    style App_5 fill:#cfc,stroke:#333
    style App_6 fill:#fcc,stroke:#333
    style App_7 fill:#cff,stroke:#333
    style App_8 fill:#ffc,stroke:#333
    style App_9 fill:#fcc,stroke:#333
    style App_10 fill:#ffc,stroke:#333
    style App_11 fill:#cfc,stroke:#333
    style App_12 fill:#fcc,stroke:#333
    style App_13 fill:#cfc,stroke:#333
    style App_14 fill:#fcc,stroke:#333
    style App_15 fill:#cfc,stroke:#333
    style App_16 fill:#cfc,stroke:#333
    style App_17 fill:#cfc,stroke:#333
    style App_18 fill:#cfc,stroke:#333
    style App_19 fill:#cfc,stroke:#333
    style App_20 fill:#fcc,stroke:#333
    style App_21 fill:#cfc,stroke:#333
    style App_22 fill:#cfc,stroke:#333
    style App_23 fill:#cfc,stroke:#333
    style App_24 fill:#cfc,stroke:#333
    style App_25 fill:#cfc,stroke:#333
    style App_26 fill:#cfc,stroke:#333
    style App_27 fill:#cfc,stroke:#333
    style App_28 fill:#cfc,stroke:#333
    style App_29 fill:#cfc,stroke:#333
    style App_30 fill:#cfc,stroke:#333
    style App_31 fill:#cfc,stroke:#333
    style App_32 fill:#cfc,stroke:#333
    style App_33 fill:#cfc,stroke:#333
    style App_34 fill:#cfc,stroke:#333
    style App_35 fill:#cfc,stroke:#333
    style App_36 fill:#cfc,stroke:#333
    style App_37 fill:#cfc,stroke:#333
    style App_38 fill:#cfc,stroke:#333
    style App_39 fill:#cfc,stroke:#333
    style App_40 fill:#fcc,stroke:#333

For the connection of the other EOC devices in the example multimedia antenna wall outlets BSD 963-00N are installed. The G.hn connectors of the EOC are connected to the DATA connector of the antenna wall outlet. TV devices are connected to the TV port of the antenna wall outlet.

Important: The use of a BSD 963-13N antenna socket and a TZU 40-03/-04 inserter is mandatory in order to achieve sufficient blocking depth for the frequency range from 5...65 MHz. Otherwise it may cause interferences in the cable network.

4.2. Internet from telephone operator

4.2.1. Amplifier with switchable return path

The IP data from the telephone provider is received by a router and forwarded to an EOC 1-31. The feeding of the IP signal into the TV distribution network takes place via a return path suitable antenna wall outlet.

The example above shows the connection to a multimedia antenna wall outlet BSD 963-14N. The EOC's G.hn connectors are connected to the DATA connector of the antenna wall outlet. TV devices are connected to the TV connector of the antenna wall outlet.

Connection to a multimedia antenna wall outlet BSD 963-14N:

The EOC's G.hn connectors are connected to the DATA connector of the antenna wall outlet. TV devices are connected to the TV connector of the EOC.

graph TD
    A["IP"] --> B["TZU 19-65"]
    B --> C["BVE 4-02P"]
    C --> D["BSD 963-14N + TZU 3-01"]
    D --> E["SMART TV"]
    E --> F["EoC 1-31"]
    F --> G["www"]
    H["Coax"] --> I["the EOC."]
    J["Ethernet over Coax"] --> K["AMPIER with switched off return path"]
    L["Ethernet"] --> M["Connection to a CATV antenna wall outlet BSD 21-14N: The G.hn connectors of the EOC are connected to the TV connection of the antenna wall outlet using an EOC TZU 40-04 combiner. TV devices are connected to the TV connection of the EOC combiner."]
    M --> N["BSD 21-14N + TZU 3-01"]
    N --> O["SMART TV"]
    O --> P["EoC 2-31"]
    P --> Q["Smart TV"]
    Q --> R["OeC 2-31"]

Important: A high-pass filter TZU 19-68 must be installed in the coaxial feed line (at amplifier output). In addition, the return path of the amplifier must be switched off. Otherwise it may cause interferences in the cable network.

4.2.2. Amplifier without switchable return path

If it is not possible to switch off the return path, a high-pass filter TZU 19-65 and a BSD 963-13N antenna wall outlet must be installed at the output of the amplifier.

graph TD
    A["HÜP"] --> B["Verstärker ohne abschaltbaren Rückkanal Amplifier without switchable return path"]
    B --> C["BSD 963-13N"]
    C --> D["TZU 19-65"]
    D --> E["BSD 963-14N + TZU 3-01"]
    E --> F["SMART TV"]
    F --> G["EoC 1-31"]
    G --> H["WWW"]
    C --> I["BSD 963-14N + TZU 3-01"]
    I --> J["EoC 1-31"]
    J --> K["SMART TV"]
    K --> L["EoC 1-31"]
    L --> M["BSD 963-14N + TZU 3-01"]
    M --> N["EoC 1-31"]
    N --> O["SMART TV"]
    O --> P["EoC 1-31"]
    P --> Q["WWW"]
    style A fill:#f9f,stroke:#333
    style B fill:#ccf,stroke:#333
    style C fill:#cfc,stroke:#333
    style D fill:#fcc,stroke:#333
    style E fill:#cff,stroke:#333
    style F fill:#ffc,stroke:#333
    style G fill:#cfc,stroke:#333
    style H fill:#fcc,stroke:#333
    style I fill:#ffc,stroke:#333
    style J fill:#cfc,stroke:#333
    style K fill:#ffc,stroke:#333
    style L fill:#cfc,stroke:#333
    style M fill:#ffc,stroke:#333
    style N fill:#cfc,stroke:#333
    style O fill:#cfc,stroke:#333
    style P fill:#cfc,stroke:#333
    style Q fill:#cfc,stroke:#333

Important: The use of a BSD 963-13N antenna socket and the high-pass filter TZU 19-65 is mandatory in order to achieve sufficient blocking depth for the frequency range from 5...65 MHz. Otherwise it may cause interferences in the cable network.

4.3. Feeding in a SAT-IF distribution structure

For feeding into a SAT IF distribution structure, IP signals from a telephone service provider or a cable network operator can be used.

Important: If additional CATV signals of a cable operator are fed into the terrestrial branch, then sufficient locking depth of ca. 100 dB for the frequency range of 5 ... 65 MHz must be achieved. Otherwise it may cause interferences in the cable network. Proceed as shown in the examples for amplifiers with or without switchable return path, see 4.1 at page 12.

4.3.1. At the terrestrial input of a multiswitch

The IP data from the telephone company is received by a router and forwarded to an EOC 1-31. The EOC modulates the IP data and feeds it via a TZU 40-04 into the terrestrial input of the multiswitch. The IP data can be received at the other EOC devices.

graph TD
    subgraph_Smart_TV["Smart TV"]
        A["OEC 1-31"] --> B["ETR00CL CATV 258...1006 MHz"]
        B --> C["SAT"]
        C --> D["SSD 5-00 FM"]
        D --> E["Sat | CATV + EoC"]
    end

    subgraph_SmartTV["Smart TV"]
        F["TZU 40-64 (TZU 40-63)"] --> G["TZU 19-65"]
        G --> H["WWW"]
        H --> I["EoC 1-31"]
        I --> J["SSD 5-00"]
        J --> K["QEW 3-12"]
        K --> L["QEW 5-10"]
        L --> M["QEW 3-12"]
    end

    subgraph SmartTV_CATV
        N["Sat"] --> O["ETR00CL CATV 258...1006 MHz"]
        P["Sat"] --> Q["ETR00CL CATV 85...1006 MHz"]
        R["Sat"] --> S["ETR00CL CATV 40-04"]
        T["Sat"] --> U["ETR00CL CATV + EoC"]
    end

    style Smart_TV fill:#f9f,stroke:#333
    style SmartTV_CATV fill:#bbf,stroke:#333

In the example on the left, the devices are connected as follows:

• G.hn connector of the EOC at the TV connector of the antenna wall outlet
- CATV input of the TV device on the TV port of the EOC (this prevents reception of channels below 258 MHz)
• SAT input of the TV device at the SAT connection of the antenna wall outlet
- Radio set at the FM connector of the antenna wall outlet

In the example on the right, the devices are connected as follows:

• G.hn connections of the EOC using an EOC switch TZU 40-04 at the TV connector of the antenna wall outlet
- CATV input of the TV device on the TV connector of the EOC crossover (this means that 85 MHz channels cannot be received)
- SAT input of the TV device at the SAT connector of the antenna wall outlet
- Radio set at the FM connector of the antenna wall outlet

4.3.2. At the subscriber input of a multiswitch

graph TD
    subgraph Satellite
        A["WWW"] --> B["SSD 5-00"]
        B --> C["EOC 1-31"]
        C --> D["Kein terr. Empfang möglich"]
        D --> E["SWE 20-01"]
        E --> F["TZU 19-66"]
        F --> G["QEW 3-12"]
        G --> H["TZU 40-04 (TZU 40-03)"]
        H --> I["TZU 19-65"]
        I --> J["TZU 40-04 (TZU 40-03)"]
        J --> K["TZU 19-65"]
        K --> L["QEW 5-10"]
        L --> M["TZU 40-04 (TZU 40-03)"]
        M --> N["TZU 19-65"]
        N --> O["TZU 40-04 (TZU 40-03)"]
        O --> P["TZU 19-65"]
        P --> Q["TZU 40-04 (TZU 40-03)"]
        Q --> R["TZU 19-65"]
        R --> S["TZU 40-04 (TZU 40-03)"]
        S --> T["TZU 19-65"]
        T --> U["TZU 40-04 (TZU 40-03)"]
        U --> V["TZU 19-65"]
        V --> W["TZU 40-04 (TZU 40-03)"]
        W --> X["TZU 19-65"]
        X --> Y["TZU 40-04 (TZU 40-03)"]
        Y --> Z["TZU 19-65"]
        Z --> AA["TZU 40-04 (TZU 40-03)"]
        AA --> AB["TZU 19-65"]
        AB --> AC["TZU 40-04 (TZU 40-03)"]
        AC --> AD["TZU 19-65"]
        AD --> AE["TZU 40-04 (TZU 40-03)"]
        AE --> AF["TZU 19-65"]
        AF --> AG["TZU 40-04 (TZU 40-03)"]
        AG --> AH["TZU 19-65"]
        AH --> AI["TZU 40-04 (TZU 40-03)"]
        AI --> AJ["TZU 19-65"]
        AJ --> AK["TZU 40-04 (TZU 40-03)"]
        AK --> AL["TZU 19-65"]
        AL --> AM["TZU 40-04 (TZU 40-03)"]
        AM --> AN["TZU 19-65"]
        AN --> AO["TZU 40-04 (TZU 40-03)"]
        AO --> AP["TZU 19-65"]
        AP --> AQ["TZU 40-04 (TZU 40-03)"]
        AQ --> AR["TZU 19-65"]
        AR --> AS["TZU 40-04 (TZU 40-03)"]
        AS --> AT["TZU 19-65"]
        AT --> AU["TZU 40-04 (TZU 40-03)"]
        AU --> AV["TZU 19-65"]
        AV --> AW["TZU 40-04 (TZU 40-03)"]
        AW --> AX["TZU 19-65"]
        AX --> AY["TZU 40-04 (TZU 40-03)"]
        AY --> AZ["TZU 19-65"]
        AZ --> BA["TZU 40-04 (TZU 40-03)"]
        BA --> BB["TZU 19-65"]
        BB --> BC["TZU 40-04 (TZU 40-03)"]
        BC --> BD["TZU 19-65"]
        BD --> BE["TZU 40-04 (TZU 40-03)"]
        BE --> BF["TZU 19-65"]
        BF --> BG["TZU 40-04 (TZU 40-03)"]
        BG --> BH["TZU 19-65"]
        BH --> BI["TZU 40-04 (TZU 40-03)"]
        BI --> BJ["TZU 19-65"]
        BJ --> BK["TZU 40-04 (TZU 40-03)"]
        BK --> BL["TZU 19-65"]
        BL --> BM["TZU 40-04 (TZU 40-03)"]
        BM --> BN["TZU 19-65"]
        BN --> BO["TZU 40-04 (TZU 40-03)"]
        BO --> BP["TZU 19-65"]
        BP --> BQ["TZU 40-04 (TZU 40-03)"]
        BQ --> BR["TZU 19-65"]
        BR --> BS["TZU 40-04 (TZU 40-03)"]
        BS --> BT["TZU 19-65"]
        BT --> BU["TZU 40-04 (TZU 40-03)"]
        BU --> BV["TZU 19-65"]
        BV --> BW["TZU 40-04 (TZU 40-03)"]
        BW --> BX["TZU 19-65"]
        BX --> BY["TZU 40-04 (TZU 40-03)"]
        BY --> BZ["TZU 19-65"]
        BZ --> CA["TZU 40-04 (TZU 40-03)"]
        CA --> CB["TZU 19-65"]
        CB --> CC["TZU 40-04 (TZU 40-03)"]
        CC --> CD["TZU 19-65"]
        CD --> CE["TZU 40-04 (TZU 40-03)"]
        CE --> CF["TZU 19-65"]
    end

In the example, the EOC signals are fed in at the first subscriber port of a multiswitch.

The signals are split at the subscriber port with a SAT combiner SWE 20-01. Ethernet over Coax reaches the terrestrial input of the multiswitch via the upper part of the combiner. This ensures that all other EOC devices in the house are provided with Internet.

At the lower branch of the turnout the TZU 19-66 blocks the EOC signals. SAT signals are forwarded as usual to the SSD 5-00 and the connected TV set.

4.3.3. With combiner for a SAT system with QUAD-LNB

graph TD
    A["SOU 4-x1"] --> B["QEW 4-20"]
    B --> C["4 x TZU 19-66"]
    C --> D["SWE 40-01"]
    D --> E["EoC 1-31"]
    E --> F["SSD 5-00"]
    F --> G["SMART TV"]
    G --> H["WWW"]
    H --> I["EoC 1-11"]
    I --> J["QEW 4-20"]
    J --> K["4 x TZU 19-66"]
    K --> L["SWE 40-01"]
    L --> M["EoC 2-31"]
    M --> N["SSD 5-00"]
    N --> O["SAT TV"]
    O --> P["EoC 2-31"]
    P --> Q["SSD 5-00"]
    Q --> R["SAT TV"]
    R --> S["EoC 1-31"]
    S --> T["SSD 5-00"]
    T --> U["EoC 1-31"]
    U --> V["SSD 5-00"]

The IP data from the telephone provider is received with the help of a router and forwarded to an EOC 1-11 via LAN, for example. The EOC modulates the IP data and feeds it via the terrestrial input of a SWE 40-01 combiner. The IP data can be received at the other EOC devices (e.g. EOC 2-31) at the TV output of a SAT antenna socket SSD 5-00.

5. Configuration of EOC 2-31

The configuration of the EOC 2-31 is done via a graphical user interface. Eoc 1-31 can not be configured.

5.1. Access to the graphical user interface

To access the EOC 2-31, your PC must be on the same IPv4 network.

The EOC 2-31 receive two IP addresses each from the DHCP server (one for G.hn and one for WiFi).

Enter the WiFi IP address of the EOC 2-31 in the address bar of your browser. The EOC 2-31 prompts you for a password in a window.

The password is printed on the bottom of the device.

5.2. Information

The window contains the navigation on the left and displays the contents of the selected entry on the right. Information about the device is summarized in the Information window.

The upper part shows the firmware version and G.hn MAC address (refer to 3.5 on page 9), and IP address data obtained from the DHCP server or set manually. The most important parameters for the two WIFI bands 2.4G Radio = 2.4 GHz band and 5G Radio = 5 GHz band are listed below.

5.3. Network

In the NET window, the Operation Mode is set to Bridge (DHCP Client) at factory. As a result, the EOC receives its IP address data from the DHCP server. The devices connected to the EOC also receive their IP address data from the DHCP server.

→ If you configure Bridge (Static IP) as the Operation Mode, additional fields are displayed. Enter the IP address data of the EOC manually.
→Usually you also have to enter the IP address data of the connected devices manually.

→Click Update to apply the entered values.

Important: This does not yet activate the changes in the EOC. Only when you activate them on the Active Changes page will the changes actually be applied to the device (see 5.8 on page 27).

5.4. Radio

The basic settings of the two WIFI bands (2.4 GHz and 5 GHz) are configured at RADIO.

Information

Network

Radio

2.4G VAP

5G VAP

VLAN

Active Changes

User

Upgrade

RADIO
Client Isolation	Disable	Hide SSID	Disable
2.4G Setting
WIFI Service	Enable	Maximum Tx Power	22
Mode	auto	Channel	auto
SG Setting
WIFI Service	Enable	Maximum Tx Power	20
Bandwidth	auto	Channel	auto

Client Isolation

• Enable prevents WIFI clients from seeing each other and establishing a connection to each other.
• Disable enables WIFI clients to see each other and establish a connection to each other.

Hide SSID

• Enable The WIFI network name is not sent, so it is not visible to WIFI clients.
• Disable The WIFI network name is sent, so it can be seen by WIFI clients.

WIFI Service

• Enable activates the WIFI.
• Disable switches off the WIFI.

Maximum Tx Power

The maximum transmission power can be adjusted here. The maximum permissible values are entered at the factory. If WIFI networks in close proximity to each other cause interference, the transmission power can be reduced.

Channel

Since there are usually several WIFI access points in the immediate vicinity (e.g. those of neighbours), the frequency bands are additionally divided into channels.

• Auto: The EOC itself determines the best channel with the least radio traffic.
• 1 ... 13 If necessary, the WIFI performance can be improved by manual adjustment.

Mode | Bandwidth

• The EOC can operate in the 5 GHz band with 20 MHz, 40 MHz, or 80 MHz bandwidth.
• The EOC can operate in the 2.4 GHz band with 20 MHz or 40 MHz bandwidth.
- In the Auto setting the EOC automatically selects the correct bandwidth. In manual mode the bandwidth is fixed.

→Click Update to apply the entered values.

Important: This does not yet activate the changes in the EOC. Only when you activate them on the Active Changes page will the changes actually be applied to the device (see 5.8 on page 27).

5.5. 2,4-GHz-Band VAP (Virtual Access Point)

In the 2.4G VAP window, you configure the parameters of the 2.4 GHz band.

Service

• Enable switches on the 2.4 GHz band.
• Disable switches off the 2.4 GHz band.

SSID

→Enter the name of your WIFI network here.

The name can be up to 15 characters long.

Security Mode

Define the security of your WIFI network here.

- Open: No security

- WPA-PSK/WPA2-PSK Mixed: Wi-Fi-Protected-Acces with Pre-Shared-Key or Wi-Fi-Protected-Acces with Pre-Shared-Key are used depending on the terminal device.

• WPA3 End devices must support Wi-Fi Protected Access 3

Pre-Shared Key

• Specify a WIFI security key for the WIFI connection here.
• Note: The pre-shared key must be at least 8 and at most 16 characters long and must not contain any special characters, only numbers and letters.

Cypher

TKIP (Temporal Key Integrity Protocol) and CCMP (Counter Mode with Cipher Block Chaining Message Authentication Code Protocol and AES (Advanced Encryption Standard) are encryption methods.

• Auto detects (depending on what the terminal device supports) either CCMP(AES) or TKIP.
- CCMP(AES), the Advanced Encryption Standard is used.
• TKIP, the Temporal Key Integrity Protocol is used.

→Click Update to apply the entered values.

Important: This does not yet activate the changes in the EOC. Only when you activate them on the Active Changes page will the changes actually be applied to the device (see 5.8 on page 27).

5.5.1. Further 2,4-GHz Virtuell Access Points

The EOC supports up to four Virtual Access Points (2.4G VAP 1 to 2.4G VAP 4). So a further three Virtual Access Points can be configured.

For 2.4G VAP 2, 2.4G VAP 3, and 2.4G VAP 4, select Enable in the Service box. The parameters of the other VAPs appear.

→Click Update to apply the entered values.

Important: This does not yet activate the changes in the EOC. Only when you activate them on the Active Changes page will the changes actually be applied to the device (see 5.8 on page 27).

5.6. 5-GHz-Band VAP (Virtual Access Point)

In the 5G VAP window, you configure the parameters of the 5 GHz band.

Service

• Enable switches on the 5 GHz band.
• Disable switches off the 5 GHz band.

SSID

→Enter the name of your WIFI network here.

The name can be up to 15 characters long.

Security Mode

Define the security of your WIFI network here.

• Open: No security
• WPA-PSK/WPA2-PSK Mixed: Wi-Fi-Protected-Acces with Pre-Shared-Key or Wi-Fi-Protected-Acces with Pre-Shared-Key are used depending on the terminal device.
  • WPA3 End devices must support Wi-Fi Protected Access 3

Pre-Shared Key

• Specify a WIFI security key for the WIFI connection here.
• Note: The pre-shared key must be at least 8 and at most 16 characters long and must not contain any special characters, only numbers and letters.

Cypher

TKIP (Temporal Key Integrity Protocol) and CCMP (Counter Mode with Cipher Block Chaining Message Authentication Code Protocol and AES (Advanced Encryption Standard) are encryption methods.

• Auto detects (depending on what the terminal device supports) either CCMP(AES) or TKIP.
- CCMP(AES), the Advanced Encryption Standard is used.
• TKIP, the Temporal Key Integrity Protocol is used.

→Click Update to apply the entered values.

Important: This does not yet activate the changes in the EOC. Only when you activate them on the Active Changes page will the changes actually be applied to the device (see 5.8 on page 27).

5.6.1. Further 5-GHz Virtuell Access Points

The EOC supports up to four Virtual Access Points (5G VAP 1 to 5G VAP 4). So a further three Virtual Access Points can be configured.

For 5G VAP 2, 5G VAP 3, and 5G VAP 4, select Enable in the Service box. The parameters of the other VAPs appear.

→Click Update to apply the entered values.

Important: This does not yet activate the changes in the EOC. Only when you activate them on the Active Changes page will the changes actually be applied to the device (see 5.8 on page 27).

5.7. Configuring Virtual LANs (VLAN)

In the VLAN window, the Tag VLAN field is set to Disable by default.

→ If you want to configure VLANs, select the Enable option.

Priority

Defines the priority (e.g. for traffic shaping). The value can be set between 0 and 7.

VID:

Each VLAN is assigned a unique number, the VID. A device that belongs to the VLAN with VID=1 can communicate with any other device on the same VLAN, but not with a device on another VLAN. The VID can be set between 1 and 4094.

In Rule

- Set one of the VID Matched or Accept All options.

Out Rule

→ Set one of the Untag, Tag or Bypass options.
→Click Update to apply the entered values.

Important: This does not yet activate the changes in the EOC. Only when you activate them on the Active Changes page will the changes actually be applied to the device (see 5.8 on page 27).

5.8. Active Changes

In the Active Changes window, you apply and save the changed settings.

→Click on Active.

The EOC 2-31 is rebooted.

Changes made in the configuration pages are saved.

5.9.User

→In the Current Password field, enter the current password.
→In the New Password field, enter the new password.
→ Confirm the password in the Confirm New Password field.
→Click Update.

The new password is saved and activated in the device.

5.10. Firmware Upgrade

Firmware version

The current version of the firmware can be found in the Information window (see 5.2 on page 19).

Download of the file

You can find firmware updates for download by entering the article in the search field on www.axing.com. On the product page you will find the current firmware in the Downloads tab.

→Download the file to your computer and unpack it.

Upgrade of the Firmware

→ Click on Upgrade in the navigation on the right.
→ Click Browse ... and select the upgrade file.

→Click Start.

The firmware/the driver file is loaded into the EOC and the device is restarted. The new firmware will be activated immediately after restarting the EOC.

5.11. Restoring the factory settings

→ Press the reset button R on the back of the device for a few seconds until the LEDs start flashing. All configuration settings made are reset to the factory settings.

6. Technical data

Typ EOC 1-31 EOC 2-31
Frequency range 5...1218 MHz
Connectors (G.hn | TV) 2 × F-Buchse
Frequency range transmission 5...65 MHz
Frequency range TV bypass 258...1218 MHz
Max. attn. in coaxial network 77 dB
Transmission level in coaxial network 113 dBμV ± 1dB
EoC
Standard ITU-T G.9960/G.9961 G.hn over Coax
Net data rate (PHY) 720 Mbps
Max. number of devices in EoC network 16
Interfaces
Ethernet connectors (LAN) 2 × RJ 45
Ethernet standards IEEE 802.3u 100BaseT Fast EthernetIEEE 802.3ab 1000BaseT Gigabit Ethernet
WiFi standard	-	MIMO 2x2IEEE 802.11b/g/n/a/ac
WiFi encryption	-	WEP, WPA/WPA2, WPA/WPA2 m. PSK
Common
Operation voltage	12 VDC
Power consumption 4 W	8 W
Operating temperature range (acc. to EN 60065)	0°C...40°C
Dimensions (W × H × D) appr.	130 x 95 x 32 mm
External accessories
Plug-in power supply unit	100...240 V~/50...60Hz12 V=/0,5 A	100...240 V~/50...60Hz12 V=/1 A
Commission regulation (EU) 2019/1782External plug-in power supply
	EOC 1-31 EOC 2-31
Manufacturer's name or trademark commercial registration number and address	Channel Well Technology Co Ltd222 Sec 2 Nankan Rd, Lujhu Township Taoyuan Hsien, 33855 Taiwan | 84573516
Model identifier 2AAR006F EU 2AAJ012F EU
Input voltage 100...240	V	100...240 V
Input AC frequency 50...60 Hz 50...60 Hz
Output voltage 12,0	V	12,0 V
Output current 0,5	A	1,0 A
Output power 6,0	W	12,0W
Average active efficiency
Load condition 1 – 100 % ± 2 % 80,4	%	82,5%
Load condition 2 – 75 % ± 2 % 80,7	%	83,7%
Load condition 3 – 50 % ± 2 % 80,8	%	84,0%
Load condition 4 – 25 % ± 2 % 79,1	%	83,4%
Efficiency at low load (10 %) 72,2	%	75,7%
No-load power consumption 0,05	W	0,04W