- DVOP-IN-IR-IoT-EG8-OG2-G4S1 2 Optical 8 power full Gigabit 4G intelligent route switching gateway
DVOP-IN-IR-IoT-EG8-OG2-G4S1 is an industrial intelligent Internet of Things (4G) automatic switching device with 8 10/100/100M adaptive Gigabit Ethernet data interfaces, 2 gigabit SFP optical ports, and 1 4G all-network antenna port. Supports 1+1 two hot spare power inputs and two relay alarm outputs. It is suitable for industrial environments with severe temperature conditions ranging from -40 ° C to 85 ° C. Equipment support 110 v1c 48 VDC / 220 vac / 12 VDC / 24 dc/etc that any two of the feed input and the input voltage of redundant feed mode, all interface adopts advanced bridge self-healing multi-stage lightning protection design, ESD up to 8 kv EN61000-4-2 standard, The radar 4KV conforms to EN61000-4-5 and other standards. The equipment has perfect self-detection function: support real-time working temperature detection, support indicator and relay output mode working temperature overlimit alarm; Supports the alarm of port connection status, operating temperature alarm, and power supply alarm, and supports the indicator display of the preceding alarm content. Supports relay output alarm output and reports to the centralized network management system in trap mode. Supports LLDP link discovery protocol, loop detection and alarm indication. Supports SNMP-based cluster management: device discovery protocol, topology collection protocol, and cluster management protocol. The equipment adopts metal-sunk PCB board, in line with IPC standards, adopts industrial-grade design, adopts imported industrial-grade chips and devices, and can operate stably for a long time at an extremely wide temperature of -40℃ ~ 85 ℃. It is free from environmental interference, has high transmission quality, can work stably for a long time, installation and maintenance are simple, and no debugging is required. Electromagnetic compatibility meets industry Level 4 standards.
● Supports 8 10/100/1000M self-applicable
Ethernet ports, 2 gigabit uplink optical ports, and 1 4G wireless routing
interface
● Multiple route protection mechanism:
Fiber/twisted pair ring network redundancy protection + Fiber/wireless
active/standby switchover protection Switching protection
● Low switching time, the switching time of
optical fiber redundancy protection is less than 30ms, and the switching time
of optical fiber/wireless redundancy protection is less than 10s
● Embedded firewall functions: Support
MAC/IP address/port filtering, port mapping, port forwarding, URL filtering,
DMZ and other firewall functions
● With manual, automatic fiber /4G
transmission switching function
● Automatic intelligent switching
protection technology: Only when the optical fiber transmission route fails and
the redundant optical fiber route transmission also fails, 4G wireless data
transmission is started, which greatly reduces the wireless traffic and greatly
saves the long-term use cost
● High-speed protection mechanism: the
speed can reach 100M when 4G backup is enabled, depending on the actual
bandwidth of the operator)
● Transparent protection mechanism: For the
intelligent switching technology that is independent of the transmission medium
layer under OSI layer and "transparent" of the application system,
only the device can be added to the original system to achieve high reliability
data transmission.
● Five-mode 13-frequency full Netcom 4G
wireless, flexible architecture and choice of wireless operators according to
the project site
● Full modular design, only need to replace
the wireless 4G module, can support the upcoming wireless 5G route backup
● Extremely wide limit operating
temperature range, operating temperature up to -40℃ ~ 85 ℃ extremely wide
temperature long-term stable operation
● Electrical port support POE feed,
adaptive compatible with 802.3AF/AT standard
● Support for manual/automatic switching
between twisted pair, fiber and 4G
● Optional GPS/ Beidou positioning module,
which is convenient to establish a network-based resource management and
monitoring system for virtual sites based on GIS
● Support network management SNMP V1/V2/V3,
support SYSLOG and other protocols, can directly connect with the third-party
network management system, facilitate the establishment of the whole service
network management system
● Supports IGMP Snooping (V1, V2, V3),
multicast filtering and unknown multicast discarding, static multicast groups,
4K multicast groups, and GMRP
● Support VLAN function, support 4K vlans
compliant with IEEE 802.1Q standard, support port-based VLAN and protocol-based
VLAN, support GVRP dynamic VLAN
● Supports dynamic DHCP address assignment,
DHCP Snooping, binding based on MAC addresses, and shielding of unauthorized
DHCP servers to implement ARP anti-spoofing and IP traffic control
● Support Flow Control, Quality of Service
(QoS), spanning tree protocol support, broadcast storm control, 802.1x
authentication support, port aggregation support, mirroring support, etc
● Support STP (IEEE 802.1d), RSTP (IEEE
802.1w) and ERPS Industrial Fast Ring Network (G.8032) protocols
● Support real-time working temperature
detection, support indicator, relay output mode working temperature overlimit
alarm
● Supports the alarm of port connection
status, operating temperature alarm, and power alarm, supports the indicator
display of the above alarm content, the relay output alarm output, and can
report to the centralized network management system in trap mode
● Support LLDP link discovery protocol,
loop detection and alarm indication
● Support SNMP-based cluster management:
device discovery protocol, topology collection protocol, cluster management
protocol
● Dual power supply 1+1 hot backup, support
220VAC/48VDC/24VDC cross redundancy backup
● Working environment temperature: Working
environment temperature: -40℃ ~ +85℃ SNMP-MIB support: MIB-II(RFC1213), Bridge
MIB(RFC1493), RSTP MIB, RMON MIB(RFC1724) Group, etc
● All network ports and power ports adopt
advanced bridge self-healing multi-level lightning protection design, in line
with EN61000-4-2~EN61000-4-6 series international protection standards
● Industrial fanless design, built-in
redundant dual power supply 1+1 hot backup, support 110VAC/220VAC/48VDC cross
redundancy backup
● Bandwidth management: Support port
aggregation, port speed limiting, broadcast storm suppression
● Support link aggregation to optimize
bandwidth utilization. Supports bandwidth management to ensure network
stability
● Full industrial design, using imported industrial chips and devices
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Optical index |
Wavelength: |
Single mode :1310/1550nm; DFB:1260~1610nm |
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Fiber output power: |
0 dBm ~ -3 dBm/-5 dBm ~ -10 dBm |
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Reception sensitivity: |
≤-28dBm |
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Single wavelength bandwidth: |
1.25 Gbps |
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Transmission distance: |
Single mode: 0-80km |
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Maximum optical power reservation: |
15dbm/20dbm/25dbm/30dbm |
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Fiber optic interface |
Standard LC, SC/FC/ST optional |
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Network Port Indicators |
Physical interface: |
Standard RJ45 |
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Interface rate: |
10/100/1000M adaptive, full duplex/half duplex |
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Network media: |
Category 5 and above unshielded twisted pair cables |
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Forwarding method: |
Storage forwarding, all ports support line speed forwarding |
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Network protocol: |
IEEE802.3, IEEE802.3x Flow Control, IEEE 802.3z, IEEE 802.3u, IEEE 802.3AB, IEEE802.3x, IEEE 802.1D-2004 STP, IEEE 802.1w Rap d STP, IEEE 802.1Q VLAN Tag, IEEE 802.1p CoS, IEEE 802.1X Authentication, IEEE 802.3ad link aggregation |
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Flow Control: |
IEE802.3X/IEE802.3Z Full duplex flow control and half duplex flow control |
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Line sequence: |
Adaptive MDI/MDIX direct connection and cross-connection mode |
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Management protocol: |
OPRing,IGMPv1/v2, GVRP, SNMPv1 /v2c/v3, DHCP Cl ent, TFTP, SMTP, RMON, HTTP, HTTPS, Telnet, Syslog, GVRP SSH, SNMP INform, LLDP, SNTP Server/Cl ent,PVLA |
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Exchange parameters: |
Priority queue :4, number of vlans :256, VLAN ID:1 ~ 4094, number of multicast groups :256, MAC table :8K, packet buffer :1Mb t, packet forwarding rate :≥35Mpps, backplane bandwidth ≥64Gbps, switching delay :< 5μs |
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4G port indicator |
Transmit power |
Class 4(33dBm±2dB) for GSM900 Class 1(30dBm±2dB) for DCS1800 Class E2(27dBm±3dB) for GSM900 8-PSK Class E2(26dBm±3dB) for GSM1800 8-PSK Class 3(24dBm+3/-1dB) for CDMA BC0 Class 3(24dBm+1/-3dB) for WCDMA Class 2(24dBm+1/-3dB) for TD-SCDMA Class 3(23dBm±2dB) for LTE FDD Class 2(23dBm+1/-3dB) for LTE TDD |
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Reception sensitivity |
FDD B1:-96dBm; FDD B3:-96dBm; FDD B5:-96dBm; TDD B8:-96.5dBm; TDD B38:-96dBm; TDD B39:-97dBm; TDD B40:-96.5dBm; TDD B41:-96dBm; WCDMA B1:-110dBm; WCDMA B8:-111dBm; TDSCDMA B34:-109dBm; TDSCDMA B39:-109dBm; GSM 900M:-109dBm; GSM 1800M:-109dBm |
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LTE |
non-CA CAT4 Max support; Support 1.4~20MHz RF bandwidth; Downlink support multi-user MIMO; FDD: Max uplink speed 50Mbps, Max downlink speed 150Mbps; TDD: Maximum uplink rate 35Mbps, maximum downlink rate 130Mbps; |
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WCDMA |
3GPP R8 DC-HSPA+; 16-QAM,64-QAM and QPSK modulation; Max uplink 5.76Mbps , Max. 42Mbps downlink |
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TD-SCDMA |
CCSA Relese 3; Max uplink 2.2Mbps, Max downlink 4.2Mbps |
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Interface mode |
SMA antenna interface |
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Alarm output |
Interface: |
Industrial crimp terminals |
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Alarm contents: |
Two relay IP/MAC conflict, support power, port and ring alarm |
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Supply/power |
Power supply method: |
DC feed support: 9VDC/12DC/24VDC/48VDC fully compatible; Ac feed support: 110V/220VAC |
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Maximum power consumption: |
<1A@24VDC |
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Feed protection: |
Overload protection: Supported Reverse protection: Supported Redundancy protection: Supported |
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Environmental parameters |
Operating temperature: |
-40℃ ~ +85℃ |
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Storage temperature: |
-45℃ ~ +85℃ |
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Relative humidity: |
5 to 95% condensation free |
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machine |
Enclosures: |
Naturally cooled, fanless, IP40 protection rating |
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Installation method: |
Card rail type /1U rack type |
