Support for modem and fax – means the SDM-9360 can support all the telephony needs of today's distributed enterprise networks, saving cost by integrating all types of traffic onto a single network.

Digital voice support – with 30-channel capacity and support for key signaling standards, the SDM-9360 connects to the world's most popular PBX units.

Any-to-any voice switching – integrates the disparate phone systems of individual sites. This eliminates the need for consistency among sites, saving cost and increasing flexibility.

PowerCell support – ACT's award-winning technology for voice and data integration and prioritization. This allows the entire network to operate at optimal performance for all supported traffic types.

SNMP-compliant MIBs and graphical management – through ACTview 2000, including integration with Hewlett Packard's OpenView for Windows 95/NT, let the SDM-9360 be managed using today's most popular and universal network management system.

Adherence to standards – lets the SDM-9360 seamlessly integrate with any public network, and ensures compatibility with leading Frame Relay switches.

• 2 serial ports (user or link), one 10/100BaseT, 4 slots for line expansion modules
• Serial connectors: HD-26
• Serial interfaces: RS-232C, X.21/V.11, V.35/V.11, RS-530, RS-449/RS-422 (software configurable)
• Power: autosensing 100-240 VAC, 50/60 Hz
• Network Topology: public and private Frame Relay, mesh, hierarchical, star, and point-to-point

• IM-T1: T1 interface module for PBX or WAN connection (RJ48 connector)
• IM-E1-75: E1 interface module for PBX or WAN connection (75 ohm) (BNC connector)
• IM-E1-120: E1 interface module for PBX or WAN connection (120 ohm) (RJ48 connector)
• IM-EM-2- or 4-wire: 4-port E&M module (Type I, II, or IV)
• IM-FXO: 2-port FXO module (loop start with battery reversal detection)
• SIMM-1: 1-DSP voice processing module, supporting 3-5 voice channels, depending on algorithm
• SIMM-3: 3-DSP voice processing module, supporting 9-15 voice channels, depending on algorithm
• SIMM-6: 6-DSP voice processing module, supporting 18-30 voice channels, depending on algorithm
• Up to 2 SIMMs per unit

• Circuits: leased, switched, Frame Relay or IP
• Link port protocols:
  • Synchronous full duplex HDLC, Frame Relay RFC1490, user-UNI, network-UNI, PowerCell
• Link port maximum speed without compression: 2.048Mbps
• Link port maximum speed with compression: 512Kbps
• Frame Relay:
  • Local management interface: LMI, ANSI T1.617/ Annex D, ITU-T Q.933/ Annex A, CLLM or disabled
  • PVCs: 300 per node
• Automatic node discovery and rerouting with least cost metric routing
• Automatic load balancing, bandwidth on demand (over leased line), dial back-up, time-of-day connect
• Dialing protocols: V.25bis, X.21 AT and control leads

• Maximum telephony channels: up to 8 FXS or FXO, or 16 E&M, or 30 digital channels per chassis
• Voice compression algorithms:
  • ACELP-CN: 8Kbps (with 6Kbps fallback), 5 channels per DSP, 4.2 MOS
  • G.729: 8Kbps, 3 channels per DSP, 4.1 MOS
  • G.729(a): 8Kbps, 5 channels per DSP, 3. 3 MOS
  • G.711: 64Kbps, 5 channels per DSP, 4.4 MOS
• Digital telephony channels: up to 30
  • T1: B8ZS/B7ZS/AMI line coding, Mu-law or A-law coding, D4/ESF framing, robbed bit signaling, 100-ohm impedance
  • E1C signaling: CAS, R2, transparent channel 16
  • E1 line coding: HDB3
• Analog line impedance: 600, 900 ohms or complex
• Group III FAX: 2.4, 4.8, 7.2, 9.6, 12.0, 14.4Kbps
• Modem relay: up to 14.4Kbps, V.32bis modulation

• One 10/100BaseT
• Ethernet Interfaces: Ethernet II and IEEE 802.2, 802.3, SNAP
• Standards: IP RIP v2 or Static, BootP/DHCP relay, OSPF, IPX RIP and SAP, Source Routing, Source Routing Transparent, 802.1D Spanning Tree Protocol (STP), MAC Layer, Transparent Bridging
• Filter Criteria: based on protocol, address (source, destination or SAP) or custom filtering
• Ethernet Connectors: RJ45
• 8 classes of service, 16 priority weights

• Maximum speed: 2.048Mbps
• Protocols:
  • SNA: SDLC, LLC2 or Frame Relay RFC1490 (BAN, BNN), maximum of 64 PUs per data module (types 1, 2.0, 2.1, 4/5), local SDLC and LLC2 spoofing, SDLC/LLC2 conversion
  • Legacy Sync: BDLC, HDLC, SDLC, X.25, X.25 over Frame Relay (annex F/G), COP, BSC, DDCMP, VIP, ALC, IBM/RJE, Uniscope, Poll/Select, Siemens Nixdorf, JCA, Zengin
  • Frame Relay: RFC-1490, UNI-DTE, UNI-DCE
  • Asynchronous: ENQ/ACK, XON/XOFF, transparent, CTS/DTR
• 8 classes of service, 16 priority weights

• Operating Temperature: 0 – 45° Celsius
• Relative Humidity: 10 – 90% non-condensing

• EN 55022: 1995
• EN 50082-1: 1997
• EN 60555-2 / -3 : 1987
• AS/NZS 3548
• CE Mark: EC Directive 89/336/EEC, 'Electromagnetic Compatibility Directive'

• UL 1950
• CSA C22.2 No. 950
• ACA TS 001 – 1997
• EN 60950 : 1992 / A1 : 1993 / A2 : 1993 / A3 : 1995 / A4 : 1996 / A11 : 1997
• CE Mark: EC Directive 73/23/EEC, 'Low Voltage Directive'

• CTR 1
• CTR 12/A1
• CTR 13
• CTR 21
• NTR4 (UK)
• FCC Part 68
• IC CS03
• CE Mark: EC Directive 98/13/EEC, 'Telecommunications Terminal Equipment Directive'

• EC Directive 93/465/EEC, 'CE Marking Directive'

• SNMP management via ACTview 2000 Network Management System for HP OpenView
• Menu driven async console port (VT-100) via D-B9 male connector, autosensing DTE/DCE
• Remote Telnet access to command port
• FTP upload and download of software and configuration
• Traps, traces and extended statistics
• Username/password security control, administrative filtering