MX801GC
Descripción
1. OVERVIEW
1.1 Product Positioning
MX801GC terminal devices are designed for fulfilling FTTH and triple play service demand of fixed network operators or cable operators. The box is based on the mature Gigabit GPON technology, which have high ratio of performance to price.They are highly reliable and easy management and guaranteed QoS. And It is fully compliant with technical regulations such as ITU-T G.984.x and technical requirement of GPON equipment (V2.1 and above version) from China Telecom.
1.2 Network Mode
MX801GC is the FTTH mode terminal equipment which designed for indoor applications.
2. HARDWARE FEATURE
2.1 Interface of device
MX801GC product figure as Picture 2-1
Picture 2-1 MX801GC product figure
Table 2-1 Description MX801GC equipment Interface
Port Type | Function |
PON port | Connect PON port with internet by SC type, single mode optical fiber cable |
LAN port | RJ45Port connects to local internet, 1 GE port automatically |
Reset button
(RST) |
Press down reset button and keep 1-5 seconds to make the device restart and
recover from the factory default Settings. |
PWR port (DC12 V) | Connect with power adapter |
Power turn on/off | Power turn on/off |
2.2 Indicators of device
Table 2-2 MX801GC LED statement
Indicators | status | Description |
POWER | Light on | ONU power supply normally |
Light off | ONU no power supply | |
PON | Light on | ONU link active |
Flash | ONU manage to link |
Light off | ONU receiving power rate lower than optical
receiver sensitivity |
|
LOS | Blink | Device does not receive optical signals. |
off | Device has received optical signal. | |
LAN |
Light on | network port linked, but no data transmitting |
Flash | network port data pass | |
Light off | ONU no power supply or internet cable unlink |
3. TECHNICAL SPECIFICATIONS
3.1 Physical structure, Environment and Electrical parameter
Table 3-1 MX801GC specification and working environment
Parameter | Nominal |
Dimension | 107mm×85mm×26mm(L×W×H ) |
Net weight | 0.26kg |
Typical power consumption | <7W |
Noise | None |
Cooling style | Naturally cooling |
Power supply | 12V DC (By external AC/DC adapter) |
Installation style | Support PC, wall mount or put inside of information box. |
Environment | 0~45℃ |
Atmospheric pressure | 70~106Kpa |
MTBF | 50,000 hours |
MTTR | 30 minutes |
Parameter | Nominal |
3.2 GPON Interface Specifications
Table 3-2 MX801GC GPON Interface
Parameter | Nominal |
Connector style | SC/PC |
PON quantity | 1 |
Fiber style | Single mode |
Wavelength | TX:1310 +/-20nm
RX:1490 +/-10nm |
PON interface standard | ITU-T G.984.2/ITU-T G.984.3/ITU-TG.988 Class B+ |
PON interface receiving rate | 1.244Gpbs |
PON interface transmitting rate | 2.488Gpbs |
Output optical power | Min: 0dBm Max: +5dBm |
Optical receiver sensitivity | Precede -28dBm |
The length of the optical link | Max 20km |
3.3 CATV optical receiver specifications
Table 3-3 CATV Optical receiver parameter
Item | Unit | Parameter | ||
Optical parameter |
Receivingoptical
wavelength |
nm | 1200~1650 | |
Receiving optical power | dBm | -18~+0 | ||
Reflection loss | dB | ≥50 | ||
Connector | – | SC/APC | ||
Fiber type | – | Single mode | ||
Isolation (WDM) |
Forward
channel |
dB | ≥40 | |
Reflection
channel |
dB | ≥22 | ||
RF parameter |
Frequency | MHz | 47 ~ 1000 | |
In-band flatness | dB | ±1 | ||
Output reflection loss | dB | ≥14 | ||
Nominal output level |
dBuV |
=75±1 (AGC range:-15~ -2dBm) |
||
Attenuation range | dB | -18~0 | ||
C/N | dB | ≥ 46 | ||
C/CTB | dB | ≥ 65 | ||
C/CSO | dB | ≥ 65 | ||
Output impedance | Ω | 75 | ||
Others |
Power supply(DC) | V | 5 | |
Power consumption | W | ≤1.5 | ||
Working temperature Storage temperature | ℃
℃ |
0 ~ +45 | ||
-40~ +75 | ||||
Relative humidity | % | Maximum 95% non-condensing |
3.4 Special function
Ø | Support TR069, NAT, DMZ, DNS features |
Ø | Support IGMP multicast and using bandwidth efficiently. |
Ø | Support Multiple VLAN |
Ø | Support network storm control. |
Ø | Support IPV6, PPPoE, DHCP and Static IP configuration for WAN Interface |
Ø
. |
Support IP, MAC filtering, Firewall Functionality in routed mode |