4 Gigabit SFP ports + 8 Gigabit RJ45 ports din rail mounted industrial switch, has power failure alarm output function, which is convenient for field engineers to find and handle faults in time.
Specification
| Model | ATO-GE2212G |
| Technical Parameters | |
| Protocol Standard | IEEE802.3 (Ethernet), IEEE802.3u (100Base-TX & 100Base-FX), IEEE802.3x (Flow control), IEEE802.3z (1000Base-LX), IEEE802.3ab (1000Base-T) |
| Switch Capability | |
| MAC Table Size | 16k |
| Backplane Bandwidth | 24Gbps |
| Switch Delay | <5μs |
| Interface | |
| Gigabit Ports | Number: 12 |
| Connector: SFP gigabit port (LC interface, single/multi-mode optional) or 10/100/1000M RJ45 | |
| Baud rate: 1000Base-FX(SFP), Self-adaption 10/100M-TX | |
| Terminal Block for Power Input | 5.08mm terminal block |
| Terminal Block for Relay Alarm | 5.08mm terminal block, 1A@24VDC |
| Communication Distance | |
| Twisted-pair | 100m (CAT5/CAT5e cable) |
| Multi-mode Fiber | Gigabit multi-mode: 850nm, 500m |
| Single mode Fiber | Gigabit single mode: 1310nm, 20km |
| LED Indicator Lights | |
| Front Panel LED Lights | Port light: LINK/ACT, SPEED |
| System work light: SYSTEM | |
| Power status light: PWR1 | |
| Power | |
| Input Power | Standard DC24V (12-48V) dual power supplyOptional DC48V (36-72V) dual power supplyOptional AC/DC (85-264VAC/110-370VDC) single power supply |
| Power Consumption | <15W@(MAX) |
| Overload Protection | support |
| Inversed Protection | support |
| Working Environment | |
| Operating Temperature | -40°C~70°C |
| Storage Temperature | -45°C~85°C |
| Ambient Humidity | 10%~95% |
| Physical Characteristics | |
| Shell | IP40 protection, aluminum alloy shell |
| Installation | Standard Din-rail mounting |
| Dimension | 156mm × 120mm × 72mm |
| Weight | 440g |
| Industry Standard | |
| EMC | EN61000-4-2(ESD), Level 4EN61000-4-3(RS), Level 4EN61000-4-4(EFT), Level 4EN61000-4-5(Surge), Level 4EN61000-4-6(CS), Level 4 |
| Impact | IEC60068–2-27 |
| Falling | IEC60068-2-32 |
| Shock | IEC60068-2-6 |
Dimensional Drawing (mm)
Tips: Gigabit Ethernet switch vs. 10/100M Ethernet switchIndustrial switches are based on full-duplex mode and can be uploaded and downloaded simultaneously without affecting network performance. Bandwidth utilization is close to 100%. The theoretical exchange speed of the 100M switch is 100Mbps, and the Gigabit switch is 10 times, and it also compatible with 100M/10M products.
1. Gigabit speed is fasterIn terms of usage, Gigabit and 100M are the same, the difference is that Gigabit switch data transfer speed is faster. The downlink ports of the 100M switch are all 100 Mbps, and the downlink ports of the Gigabit switch are all Gigabit. Suppose there are two 100M NIC users transmitting at full speed at the same time. The user using the 100M Ethernet switch have a transmission speed of about 5MB/S, while the user of the Gigabit Ethernet switch have a transmission speed of 10MB/S.
2. Different application sitesFor the construction of small networks, high-quality 100M Ethernet switches can meet the demand. When selecting a small-scale switch, whether the simultaneous concurrent operation request can be smoothly operated by the switch chip is the most concerned issue. When there are more and more services on the network, the guarantee of bandwidth is especially necessary.Gigabit Ethernet industrial switches, whether improving the backbone configuration of the network or changing the configuration between wiring, can provide faster network connections for every desktop user.
