Data Diode 1Gbit Secure SM
Data Diode 1Gbit Secure SM are used to allow secure networks to receive data from open/general purpose networks. Unidirectional transfer of data over fiber cable or copper cable between two networks with hardware separation to guarantee security. This completely eliminates the risk for data flowing in false direction. Fiber or Copper interface can be chosen independantly for In and Out.
Product Description
- One-way connection between two networks (also known as Simplex)
- Based on hardware, no extra software needed. This completely eliminates the risk for data flowing in false direction
- Fiberoptical links for galvanic seperation between networks
- Can be used in any ethernet application using fiber or copper connectivity
- All data will be transparently forwarded
- Ethernet based, UDP support (Syslog, NTP, SNMP traps)
Security Features
- Tamper proof enclosure
- Riveted and sealed enclosure by default for assurance
- EMC and back channel protected in hardware design
- No crosstalk
- Multiple unidirectional barriers.
- The Rack Modules can be integrated in your existing solution/ product
Technical Data & Features
Fiber optic links
- Data speed 1 Gbps
- Copper 1000BaseT
- Fiber 1000BaseLX
- Wavelength 1310nm (SingleMode)
- Typical distance 5 km
- Fiber optical connector RJ45/ LC
Environmental
- Temperature range Operating, +10 to +40C. Storage, -40 to +70C.
- Relative humidity Operating, 5 to 95%. Storage, 5 to 95% non condensing.
Regulatory compliance
- Safety: CE
- Environmental: Complies with appropriate requirements of RoHs and WEEE
Dimensions and Weight
- Physical size 115(H), 20(W), 195(D)mm/ 4.5(H), 0. (W), 7.7(D)inch
- Weight 0.15kg/ 0.33lbs.
Associated products
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Data Diode 100Mbit Secure MM are used to allow secure networks to receive data from open/general purpose networks. Unidirectional transfer of data over fiber cable or copper cable between two networks with hardware separation to guarantee security. This completely eliminates the risk for data flowing in false direction. Fiber or Copper interface can be chosen independantly for In and Out.
Data Diode 1Gbit Secure MM (TEMPEST Level A & RÖS U1)
Data Diode TGbit Secure MM (TEMPEST Level A & RÖS U1) are used to allow secure networks to receive data from open/general purpose networks. Unidirectional transfer of data over fiber cable or copper cable between two networks with hardware separation to guarantee security. This completely eliminates the risk for data flowing in false direction. Fiber or Copper interface can be chosen independantly...
Data Diode 100Mbit Secure MM
Data Diode 100Mbit Secure MM are used to allow secure networks to receive data from open/general purpose networks. Unidirectional transfer of data over fiber cable or copper cable between two networks with hardware separation to guarantee security. This completely eliminates the risk for data flowing in false direction. Fiber or Copper interface can be chosen independantly for In and Out.
Data Diode RUGGED 1Gbit MM (TEMPEST Level A & RÖS U1)
Fibersystem Rugged Data Diodes are designed to operate in extremely harsh environments and conditions. Enables unidirectional transfer of data over Fiber cable between two networks with hardware separation to guarantee security. This completely eliminates the risk for dataflow in false direction. TEMPEST Level A & RÖS U1-certified.
Data Diode RUGGED 100Mbit MM (TEMPEST Level A & RÖS U1)
Fibersystem Rugged Data Diodes are designed to operate in extremely harsh environments and conditions. Enables unidirectional transfer of data over Fiber cable between two networks with hardware separation to guarantee security. This completely eliminates the risk for dataflow in false direction. TEMPEST Level A & RÖS U1 certified.
Data Diode 1Gbit Secure MM (TEMPEST Level A & RÖS U1)
Data Diode TGbit Secure MM (TEMPEST Level A & RÖS U1) are used to allow secure networks to receive data from open/general purpose networks. Unidirectional transfer of data over fiber cable or copper cable between two networks with hardware separation to guarantee security. This completely eliminates the risk for data flowing in false direction. Fiber or Copper interface can be chosen independantly...
