XPON 4GE AC WIFI POTs USB ONU/ONT Manufacturers Suppliers
Overview
●4G+WIFI+POTs+USB is designed as HGU (Home Gateway Unit) in transfer data FTTH solutions; the carrier-class FTTH application provides data service access.
●4G+WIFI+POTs+USB are based on mature and stable, cost-effective XPON technology. It can switch automatically with EPON and GPON mode when it access to the EPON OLT or GPON OLT.
●4G+WIFI+POTs+USB adopts high reliability, easy management, configuration flexibility and good quality of service (QoS) guarantees to meet the technical performance of the module of China telecommunications EPON CTC3.0.
●4G+WIFI+POTs+USB are compliant with IEEE802.11n STD, adopts with 4x4 MIMO, the highest rate up to 1200Mbps.
● 4G+WIFI+POTs+USB are fully compliant with technical regulations such as ITU-T G.984.x and IEEE802.3ah.
● 4G+WIFI+POTs+USB are designed by ZTE chip set 279128S.
Product Feature and model list
|
ONU Model |
CX51141Z28S |
CX51041Z28S |
CX50141Z28S |
CX50041Z28S |
|
Feature |
4G CATV VOIP 2.4/5GWIFI USB |
4G CATV 2.4/5GWIFI USB |
4G VOIP 2.4/5GWIFI USB |
4G 2.4/5GWIFI USB |
Feature
> Supports Dual Mode (can access GPON/EPON OLT).
> Supports GPON G.984/G.988 standards and IEEE802.3ah.
> Support SIP Protocol for VoIP Service
> Integrated line testing compliant with GR-909 on POTS
> Support 802.11 b/g/n, 802.11ac WIFI(4x4 MIMO) function and Multiple SSID
> Support NAT, Firewall function.
> Support Flow & Storm Control , Loop Detection, Port Forwarding and Loop-Detect
> Support port mode of VLAN configuration
> Support LAN IP and DHCP Server configuration
> Support TR069 Remote Configuration and WEB Management
> Support Route PPPOE/IPOE/DHCP/Static IP and Bridge mixed mode
> Support IPv4/IPv6 dual stack
> Support IGMP transparent/snooping/proxy
> In compliant with IEEE802.3ah standard
> Compatible with popular OLT(HW, ZTE, FiberHome...)
Specification
|
Technical Item |
Details |
|
PON interface |
1 G/EPON port(EPON PX20+ and GPON Class B+) Upstream: 1310nm; Downstream: 1490nm SC/APC connector Receiving sensitivity: ≤-27dBm Transmitting optical power: 0~+4dBm Transmission distance: 20KM |
|
LAN interface |
4 x 10/100/1000Mbps auto adaptive Ethernet interfaces Full/Half, RJ45 connector |
|
USB Interface |
standard USB2.0 |
|
WIFI Interface |
Compliant with IEEE802.11b/g/n/ac 2.4GHz Operating frequency: 2.400-2.483GHz 5.0GHz Operating frequency: 5.150-5.825GHz Support 4*4MIMO, 5dBi external antenna, rate up to 867Mbps Support: multiple SSID TX power: 11n--22dBm/11ac--24dBm |
|
POTS Port |
RJ11 Max 1km distance Balanced Ring, 50V RMS |
|
LED |
11 LED, PWR, LOS,PON, LAN1~LAN4, 5G,2.4G, FXS |
|
Push-Button |
4, for Function of Power on/off, Reset, WPS, WIFI |
|
Operating condition |
Temperature : 0℃～+50℃ Humidity :10%～90%（non-condensing） |
|
Storing Condition |
Temperature : -40℃～+60℃ Humidity :10%～90%（non-condensing） |
|
Power supply |
DC 12V/1A |
|
Power Consumption |
<6W |
|
Net Weight |
<0.4kg |
Panel lights and Introduction
|
Pilot Lamp |
Status |
Description |
|
WIFI |
On |
The WIFI interface is up. |
|
Blink |
The WIFI interface is sending or/and receiving data (ACT). |
|
|
Off |
The WIFI interface is down. |
|
|
WPS |
Blink |
The WIFI interface is securely establishing a connection. |
|
Off |
The WIFI interface does not establish a secure connection. |
|
|
PWR |
On |
The device is powered up. |
|
Off |
The device is powered down. |
|
|
LOS |
Blink |
The device doses not receive optical signals or with low signals. |
|
Off |
The device has received optical signal. |
|
|
PON |
On |
The device has registered to the PON system. |
|
Blink |
The device is registering the PON system. |
|
|
Off |
The device registration is incorrect. |
|
|
LAN1~LAN4 |
On |
Port (LANx) is connected properly (LINK). |
|
Blink |
Port (LANx) is sending or/and receiving data (ACT). |
|
|
Off |
Port (LANx) connection exception or not connected. |
|
|
FXS |
On |
Telephone has registered to the SIP Server. |
|
Blink |
Telephone has registered and data transmission (ACT). |
|
|
Off |
Telephone registration is incorrect. |
Application
● Typical Solution：FTTO(Office)、 FTTB(Building)、FTTH(Home)
● Typical Service：Broadband Internet access, IPTV, VOD, video surveillance, VoIP etc.
Product Appearance
Ordering Information
|
Product Name |
Product Model |
Descriptions |
|
XPON 4GE AC WIFI POTS USB ONU |
CX50141Z28S |
4 * 10 / 100 / 1000M RJ45 interface, USB interface ,1 PON interface, RJ 11 interface, support WIFI 5G&2.4G, plastic case, external power adapter |
FAQ
Q1. What are the main features of XPON ONU?
A: XPON ONU has several key features, including 4 Gigabit ports, dual-band WIFI2.4 and 5.8GHz, a POTS port for SIP protocol VOIP service, full-line test for POTS according to RG-909 standard, and for reading USB interface ONU data. It also supports two Internet protocols: IPV4 and IPV6. In addition, it has 4 antennas and uses 4x4 MIMO wireless networking technology with 4 transmit channels and 4 receive channels.
Q2. What is the purpose of the POTS port on the XPON ONU?
A: The POTS port on XPON ONU allows to use SIP protocol to provide VOIP service. It enables users to make calls over the Internet using the Internet connection provided by the ONU.
Q3. What is the purpose of the USB interface on the XPON ONU?
A: The USB interface on XPON ONU allows users to read ONU data. This feature is useful for accessing information about the device and its performance, as well as for troubleshooting and diagnostics.
Q4. Does XPON ONU support both IPV4 and IPV6 Internet protocols?
A: Yes, XPON ONU supports IPV4 and IPV6 Internet protocols. This ensures compatibility with various networks and allows seamless connectivity in both IPv4 and IPv6 environments.
Q5. How does XPON ONU utilize its 4 antennas and 4x4 MIMO technology?
A: XPON ONU adopts 4 antennas and 4x4 MIMO (multiple input, multiple output) wireless network technology to improve wireless performance and signal strength. 4 antennas allow for better coverage and signal reception, while 4x4 MIMO technology enables the ONU to send and receive data using multiple transmit and receive channels simultaneously for faster and more efficient data transmission.
