Rohde&Schwarz Cybersecurity ex. Sirrix PCI4S0EC 4-fach S0-PCI-Karte mit HW Echo Cancellation

Sirrix Hardware-switched ISDN cards are easy to install, provide extensive stability and enable highly-flexible applications. Some features of Sirrix interface cards:

Hardware

• PCI V2.1 Card
  175 mm x 102 mm
  incl. PCI connector + bracket
• Four S0 ports (BRI)
  1 x RJ45 port each
• Programmable gate array
  (FPGA Altera Cyclone II)
• 2 LEDs (DS1 and DS2) for display of FPGA and card status
• 32 KByte SRAM as B-channel buffer for software switching with a depth of 64, 128, 256 or 512 Byte.
• Sirrix.PCM bus for B-channel switching in hardware across multiple cards (bandwidth 12,288 MBit = 192 B-channels)
• Octasic DSP echo cancellation module with conference bridge providing 16 channels
• Retrievable serial number
• Transparent encryption with low delay of B-channels with an arbitrary block cipher in the operation modes OFB, CFB, CTR or with another arbitrary stream cipher (cf. Sirrix.Crypt datasheet).

• S0 ports (BRI)
  Infineon PSB21150 ISAC-X V1.4
• Each S0 port is configurable in NT or TE mode independently.
• 100 Ohms terminating resistors
• S0 power supply (POWER12, POWER34; 40 V power supply Sirrix.PS40V-A at POWER-40V); current-limiter to 0,1 A (4 W) per port onboard (ETSI EN 300 012-1)
• One LED for each S0 port for display of the Layer 1 activation state

ISDN-Stack

• Comprehensive implementation of the DSS1 ISDN stack
• Layer 1: Hardware with kernel module
  (ITU-T I.430 / ETSI EN 300 012-1)
• Layer 2 and 3: in user space
  (ITU-T Q.920, Q.921, Q.930, Q.931, Q.932, Q. 850 / ETSI EN 300 012, ETS 300 125, ETS 300 102, EN 300 196)
• NT and TE mode in PtP and PtMP configuration
• Arbitrary number of Layer 2 und 3 instances
• ISDN numbers with arbitrary length, with or without direct dialling in (MSN + DDI, ITU-T Q.951.1, Q.951.2, ETSI EN 300 064-1, EN 300 052-1)
• Display of calling party number (CLIP)
  (ITU-T Q.951.3, ETSI EN 300 092-1)
• CallerID name can be transmitted by Display Information Element
• Suppression of display of calling party number (CLIR), from telephone menu
  (ITU-T Q.951.4, ETSI EN 300 093-1)
• Connected Party Number (COLP)
  (ITU-T Q.951.5, ETSI EN 300 097-1)
• Call forward (CFU, CFNR, CFB, facility protocol), from telephone menu
  (ITU-T Q.952, ETSI EN 300 207-1)
• Hold and call selection (HOLD)
  (ITU-T Q.953.2, ETSI EN 300 196-1)
• Call transfer (ECT)
  (ITU-T Q.952.7, ETSI EN 300 369-1)
• CallWaiting (CW)
  (ITU-T Q.953.1, ETSI EN 300 058-1)
• Three party conference (3PTY) from telephone menu
  (ITU-T Q.954.2, ETSI EN 300 188-1)
• Advice of charge (AOCD) in units or currency
  (ITU-T Q.956.2, ETSI EN 300 188-1)
• Notify Information Element e. g. during HOLD or 3PTY
• Redirection Party Number Information Element
• Q.SIG supplementary services: Display of calling and connected party names (CNIP and CONP)

Applications

• Software based PBX systems
• Channel banks and TDMoverIP
• ISDN crypto gateways
• VoIP gateway to the public telephone network or VoIP Gateway for internal extensions
• Least Cost Router for VoIP or CbC

Scalability

• Sirrix.PCM-Bus supports up to 8 ISDN-cards per system with automatic system-wide clock synchronisation
• By interlinking multiple systems, a virtually arbitrary amount of extensions can be served.
• The connection to the public net can be achieved by an arbitrary number of BRI- or PRI-ports.

System Requirements

• Arbitrary computer system
• Free 32 Bit PCI 2.1 slot
• Linux with kernel 2.6