RAD

SF-1V CAPACITY
Memory 1 GB RAM (unless otherwise specified)

RAD SF-1V ETHERNET INTERFACES
Fiber 1 x 1000FX, SFP socket
Copper 4 x 10/100/1000BASE-T
PoE (optional) 2 x 30W, 4 x 15W, 1 x 60W*
Max Frame Size 1.5 kB

SecFlow-1V SERIAL INTERFACES
Isolation Non-isolated/Isolated (for specific ordering options)
Serial Interface
2 x RS-232 ports
1 x RS-232 + 1 x RS-485 ports

RAD SecFlow-1V BRIDGE
Compliance IEEE 802.1Q
Max. Number of Concurrent VLANs (Broadcast domains) 16
MAC Address Table 2K
Operation Mode VLAN-aware learning bridge

SF-1VMODEMS
Dual SIM Cellular Modem
LTE bands
HSPA+/EVDO networks (technology backward compatible)
FOTA Firmware upgrade Over the Air
Configurable Cellular Authentication PAP, CHAP
Certification Verizon Wireless* and/or PTCRB certification*
SIM Card Mini SIM, 25 mm x 15 mm (0.98 in x 0.59 in
Form factor: 2FF
WiFi Module IEEE 802.11ac/a/b/g/n
Dual band 2.4GHz or 5GHz (software selectable)
Up to 8 users

LoRaWAN Modem
433MHz/868MHz/915MHz bands
SX1301 base band processor emulating 49 x LoRa demodulators, 10 parallel demodulation paths
8 uplinks channel and 1 downlink channel
2 x SX125x Tx/Rx front-ends high/low
Tx power up to 25 dBm, Rx sensitivity down to - 139 dBm @ SF12, BW 125 kHz
UDP packet forwarder
LoRaWAN Server (optional) As per specification v1.0.4

RAD SF-1V NETWORKING
VPN:

L3 mGRE DMVPN
L3 IPsec VPN
OpenVPN client
Gateway: SCADA gateway for IEC101/104, Modbus RTU/TCP
and DNP3

SecFlow-1V QUALITY OF SERVICE (QOS)
Policing -  Per port ingress policer, L1 rate, CIR
Egress Queues -  4 queues per port
Queue Mapping -  Per ingress port; p-bit mapping, dscp mapping
Scheduling -  Strict Priority / WRR
Shaping - Per port egress shaper, L1 rate, CIR

RAD SecFlow-1V ROUTER
Protocols RIPv2, OSPFv2, BGP, VRF, IPv4, IPv6, NAT, NAT-T
Static routing

SF-1V RTU/PLC*
Inputs:

6 x digital inputs: 0V/5V, 20mA
6 x analog inputs: 0–5V, 20mA (max)
Outputs:  6 x digital outputs
Relay contacts:

 NO/NC
250VAC/8A max
30VDC/8A max
250VDC, 0.28A max

Web GUI
Northbound to SCADA Masters - Modbus, DNP3, IEC-104, BACnet
*This feature will be released in a future version.

Masters:

 Up to 5 concurrent masters
Modbus TCP
DNP3 TCP or BACnet TCP
IEC-104
Additional I/O Points:
Up to 400
Split between 2 Modbus-RTU
Slaves Up to 10 Modbus-TCP slaves

RAD SF-1V MANAGEMENT
Control Port RS-232 interface, RJ45 connector
DHCP:

 DHCP client
DHCP server for WiFi clients
Protocols:

 TFTP/SFTP
Web-based interface using HTTPS or HTTP
Options:

CLI with password-protected access
SMS commands
USB 2.0 host for software upload*
SD memory card*

SecFlow-1V TIMING
Timing Local time setting
SNTP

RAD SecFlow-1V SECURITY
Firewall Stateful firewall
SCADA-aware firewall
Login - Login lockout
ACL -  ACL with MAC white list
TACACS+ - Multiuser TACACS+
IPsec:

AES128 and AES256 GCM encryption
PKI with X.509 certification
IKEv1, IKEv2, SHA2
Interoperability with SCEP server 2012 and higher

SF-1V RESILIENCY
Routing - Dynamic routing, OSPFv2, BGP
Cellular ISP Redundancy - SIM cards backup or dual modem support
IPsec VPN Redundancy:
Policy-based
Route-based

RAD SF-1V MONITORING
GNSS GPS – American (default)
Galileo – European

SecFlow-1V DIAGNOSTICS
Interface Counters - Per port
Syslog:
SNMPv3 GET and traps
LEDs Including alarm indication
Dry Contacts 2-in and 2-out
SMS Status indication

RAD SecFlow-1V GENERAL
Compliance Enhanced EMI and immunity according to
EN 50121-4
IEC 61850-3*
IEEE 1613*

SF-1V Environment
Storage Temperature
-40 to 85°C (-40 to 185°F)
Enclosure 1 -20 to 65°C (-4 to 149°F)
Enclosure 2 -40 to 75°C (-40 to 167°F)
Enclosure 3* -40 to 60°C (-40 to 140°F)
Humidity Up to 90%
Note: The actual chassis and operating temperature depend on the
ordering options.

RAD SF-1V Physical


SecFlow-1V Power
Power Supply Embedded isolated power supply
12V: 11–30 VDC
48V: 44–57 VDC (Dual power inlet)
WDC: 20–60 VDC (Dual power inlet)

RAD SecFlow-1V Power Consumption
Enclosure 1: < 10 W
Enclosure 2: < 17 W (regular operation / no PoE)
< 77 W (60W for PoE)
Enclosure 3*: < 17 W

*feature coming in future version

SF-1V/E2/12V/4U1S/2RS/L1/G/L1
SF-1V/E2/12V/4U1S/2RS/L1/G/L2
SF-1V/E2/12V/4U1S/2RS/L1/G/L3
SF-1V/E2/12V/4U1S/2RS/L1/G/L4
SF-1V/E2/12V/4U1S/2RS/L2/G/L1
SF-1V/E2/12V/4U1S/2RS/L2/G/L2
SF-1V/E2/12V/4U1S/2RS/L2/G/L3
SF-1V/E2/12V/4U1S/2RS/L2/G/L4
SF-1V/E2/12V/4U1S/2RS/L3/G/L1
SF-1V/E2/12V/4U1S/2RS/L3/G/L2
SF-1V/E2/12V/4U1S/2RS/L3/G/L3
SF-1V/E2/12V/4U1S/2RS/L3/G/L4
SF-1V/E2/12V/4U1S/2RS/L4/G/L1
SF-1V/E2/12V/4U1S/2RS/L4/G/L2
SF-1V/E2/12V/4U1S/2RS/L4/G/L3
SF-1V/E2/12V/4U1S/2RS/L4/G/L4
SF-1V/E2/12V/4U1S/2RS/L1/G/WF
SF-1V/E2/12V/4U1S/2RS/L2/G/WF
SF-1V/E2/12V/4U1S/2RS/L3/G/WF
SF-1V/E2/12V/4U1S/2RS/L4/G/WF
SF-1V/E2/12V/4U1S/2RSM
SF-1V/E2/48V/4U1S/POE
SF-1V/E2/48V/4U1S/POE/2RS
SF-1V/E2/48V/4U1S/POE/2RS/HSP
SF-1V/E2/48V/4U1S/POE/2RS/HSP/G/WF
SF-1V/E2/48V/4U1S/POE/2RS/L1
SF-1V/E2/48V/4U1S/POE/2RS/L2
SF-1V/E2/48V/4U1S/POE/2RS/L3
SF-1V/E2/48V/4U1S/POE/2RS/L4
SF-1V/E2/48V/4U1S/POE/2RS/L1/L1
SF-1V/E2/48V/4U1S/POE/2RS/L1/L2
SF-1V/E2/48V/4U1S/POE/2RS/L1/L3
SF-1V/E2/48V/4U1S/POE/2RS/L1/L4
SF-1V/E2/48V/4U1S/POE/2RS/L2/L1
SF-1V/E2/48V/4U1S/POE/2RS/L3/G/L3
SF-1V/E2/48V/4U1S/POE/2RS/L3/G/L4
SF-1V/E2/48V/4U1S/POE/2RS/L4/G/L1
SF-1V/E2/48V/4U1S/POE/2RS/L4/G/L2
SF-1V/E2/48V/4U1S/POE/2RS/L4/G/L3
SF-1V/E2/48V/4U1S/POE/2RS/L4/G/L4
SF-1V/E2/48V/4U1S/POE/2RS/L1/G/LR1
SF-1V/E2/48V/4U1S/POE/2RS/L1/G/LR2
SF-1V/E2/48V/4U1S/POE/2RS/L3/G/LR6
SF-1V/E2/48V/4U1S/POE/2RS/L4/G/LR4
SF-1V/E2/48V/4U1S/POE/2RSM/L1/G/LR2
SF-1V/E2/48V/4U1S/POE/2RS/L1/WF
SF-1V/E2/48V/4U1S/POE/2RS/L2/WF
SF-1V/E2/48V/4U1S/POE/2RS/L3/WF
SF-1V/E2/48V/4U1S/POE/2RS/L4/WF

SF-1V/E2/48V/4U1S/2PA/2RS
SF-1V/E2/WDC/4U1S/2PA/2RS/HSP
SF-1V/E2/WDC/4U1S/2PA/2RS/L1
SF-1V/E2/WDC/4U1S/2PA/2RS/L2
SF-1V/E2/WDC/4U1S/2PA/2RS/L3
SF-1V/E2/WDC/4U1S/2PA/2RS/L4
SF-1V/E2/WDC/4U1S/2RS/HSP/G/HSP
SF-1V/E2/WDC/4U1S/2RS/L1/G/L1
SF-1V/E2/WDC/4U1S/2RS/L2/G/L1
SF-1V/E2/WDC/4U1S/2RS/L3/G/L1
SF-1V/E2/WDC/4U1S/2RS/L4/G/L1
SF-1V/E2/WDC/4U1S/2RS/L1/G/L2
SF-1V/E2/WDC/4U1S/2RS/L2/G/L2
SF-1V/E2/WDC/4U1S/2RS/L3/G/L2
SF-1V/E2/WDC/4U1S/2RS/L4/G/L2
SF-1V/E2/WDC/4U1S/2RS/L1/G/L3
SF-1V/E2/WDC/4U1S/2RS/L2/G/L3
SF-1V/E2/WDC/4U1S/2RS/L3/G/L3
SF-1V/E2/WDC/4U1S/2RS/L4/G/L3
SF-1V/E2/WDC/4U1S/2RS/L1/G/L4
SF-1V/E2/WDC/4U1S/2RS/L2/G/L4
SF-1V/E2/WDC/4U1S/2RS/L3/G/L4
SF-1V/E2/WDC/4U1S/2RS/L4/G/L4
SF-1V/E1/12V/4U1S/2RS/L1/G/RG
SF-1V/E1/12V/4U1S/2RS/L2/G/RG
SF-1V/E1/12V/4U1S/2RS/L3/G/RG
SF-1V/E1/12V/4U1S/2RS/L4/G/RG
SF-1V/E1/12V/4U1S/2RSM/L1/G/RG
SF-1V/E1/12V/4U1S/2RSM/L2/G/RG
SF-1V/E1/12V/4U1S/2RSM/L3/G/RG
SF-1V/E1/12V/4U1S/2RSM/L4/G/RG
SF-1V/E1/WDC/4U1S/2RS/L1/G/RG
SF-1V/E1/WDC/4U1S/2RS/L2/G/RG
SF-1V/E1/WDC/4U1S/2RS/L3/G/RG
SF-1V/E1/WDC/4U1S/2RS/L4/G/RG
SF-1V/E1/WDC/4U1S/2RSM/L1/G/RG
SF-1V/E2/12V/4U1S/2RS/L4/G/GO
SF-1V/E1/WDC/4U1S/2RS/L1/G/RG
SF-1V/E1/WDC/4U1S/2RS/L2/G/RG
SF-1V/E1/WDC/4U1S/2RS/L3/G/RG
SF-1V/E1/WDC/4U1S/2RS/L4/G/RG
SF-1V/E3/48V/4U1S/POE/2RS/L1/PLC
SF-1V/E3/48V/4U1S/POE/2RS/L2/PLC
SF-1V/E3/48V/4U1S/POE/2RS/L3/PLC
SF-1V/E3/48V/4U1S/POE/2RS/L4/PLC
SF-1V/E3/WDC/2R/4U1S/2RS/L4/G/L4/PLC
SF-1V/E3/WDC/2R/4U1S/2RS/L4/G/PLC
SF-1V/E1/WDC/4U1S/2RS/CSP
SF-1V/E1/WDC/4U1S/2RS/L1/CSP