10/100/1000Base TX to 1000Base Fx Media Converter
The media converter transform the transmission media of Ethernet signal from CAT5 to optical fiber. it can extend the transmission distance to several kilometer or hundred kilometer.Using media converter is a economical solution to achieve long distance transmission base on
current status.Gigabit media converter can transmit 500M by Multimode and 120km by singlemode.the fiber connector can be optional Among SC, ST, FC, LC, SFP etc.
Features
1. Standard Protocol: IEEE802.3 10 Base-T standard
IEEE 802.3u 100Base-TX and IEEE802.3z standard.
2. Built in high efficiency SRAM for packet buffer, with 1K-entry lookup table and 4-way
associative hash algorithm.
3. Half duplex: back pressure flow control
Full duplex: IEEE802.3x flow control
4. Automatic identification of MDI/MDI-X cross line.
5. Support jumbo packet 9K Bytes.
6. Both external and internal power supply are available.
7.Fiber connector: Choice from SC,ST,FC or LC connector for multimode and single mode and SFP for inserting.
8. LED display for easy monitoring of device status
9.Transmission distance can reach 500M for multimode and 120KM for single mode
10.Can be rack mounted in 14 slots chassis(external Power supply)
Item |
Specification/Term |
|
1 |
Item number |
TI-MS1000 |
2 |
Standard |
IEEE802.3u,10/100/1000Base-T,1000Base-SX/LX,IEEE802.3ah, IEEE802.3z/ab |
3 |
Flow control |
IEEE8.2.3x port flow control and backpressure control |
4 |
Transmission speed |
10M/100/1000M auto-negotication |
5 |
Transmission mode |
Full-duplex/semiduplex(auto-negotiation) |
6 |
Conversion mode |
Storage transmission |
7 |
MAC address |
VLAN 4K |
8 |
Buffer space |
128KB |
9 |
Packet length |
Storage transmission:9728Bytes,straight-through,infinite. |
10 |
Time-delay |
9.6us |
11 |
Bit error rate |
<1/1000000000 |
12 |
MTBF |
100,000 hours |
13 |
Power supply |
AC100~265V 50/60Hz / DC5V 1A |
14 |
Power dissipation |
<2.5W |
15 |
Interface |
Eletric port:RJ45,Fiber port:SC/FC or SFP |
16 |
Twisted-pair |
Cat.5,Cat.6 |
17 |
Multimode fiber |
50/125,62.5/125um |
18 |
Singlemode fiber |
8/125,8.3/125,9/125um |
19 |
Wavelengh |
850nm/1310nm/1550nm |
20 |
Transmit distance |
|
|
1)Dualfiber multimode |
550m |
|
2)dual fiber singlemode |
20/40/60/80/100/120Km |
|
3)single fiber singlemode |
20/40/60/80Km |
|
4)Cat.5 twisted-pair |
100m |
21 |
Operating temperature |
0~50℃ |
22 |
Storage temperature |
-20~70℃ |
23 |
Humidity |
5%~90% (no condensation) |
24 |
Size |
115 * 77 * 26mm (L*W*H)(card type without metal box) 118 * 87 * 28mm(L*W*H)(with metal box) 158*128*32mm(L*W*H)(Built-in power supply) |
Connection
The network device (work station, hub or switch) with RJ-45 interface is connected to RJ-45
jack of optical transceiver through twisted-pair. And the multi/single mode fiber is connected
to SC/ST fiber interface of the optical transceiver. Then optical converter on. The corresponding
LED is on for correct connection.
Explanation for LED indicator lamp
LED indicator lamps serve as device monitoring and trouble display. The following is the explanation for each LED indicator lamp.
LED indicator lamp |
Status |
Explanation |
Link/Act |
On |
Connection status display for link. “ON” indicates that link is in correct connection. |
Blink |
Active status display of fiber port or RJ45 port “Blink” indicates packet goes through media converter |
|
FDX |
On |
Transceiver works in the full duplex mode. |
Off |
Transceiver works in the half duplex mode. |
|
PWR |
On |
Power is on and normal. |
1000 |
On |
Transfer rate of electric interface is 1000Mbps. |
100 |
On |
Transfer rate of electric interface is 100Mbps. |
Transmission characteristics of dual fiber transceiver
Dual Fiber |
Transmitting optical power (dBm) |
Receving sensitivity (dBm) |
Transimission distance (km) |
Loss allowed (dBm) |
MM/SC/ 1310nm |
-10 ~ -5 |
-23 |
0.55 |
7 |
SM/SC/ 1310nm |
-9 ~ -3 |
-24 |
20 |
11 |
SM/SC/ 1310nm |
-2 ~ 3 |
-24 |
40 |
20 |
SM/SC/ 1550nm |
-3 ~ 2 |
-24 |
60 |
19 |
SM/SC/ 1550nm |
-3 ~ 2 |
-24 |
80 |
24 |
SM/SC/ 1550nm |
none |
none |
100 |
27 |
FTransmission characteristics of single fiber transceiver
Single Fiber |
Transmitting optical power (dBm) |
Receving sensitivity (dBm) |
Transimission distance (km) |
Loss allowed (dBm) |
SM/SC/ 1310/1550 |
-3~-9 |
-24 |
20 |
Standard loss 1310nm 0.4/km 1550nm 0.25/km 1490nm 0.25/km |
SM/SC/ 1310/1550 |
>-4 |
-24 |
40 |
|
SM/SC/ 1490/1550 |
>-1 |
-24 |
60 |
|
SM/SC/ 1490/1550 |