Rohde & Schwarz Topex EONES - Media Gateway

Key Facts
= Multiple award winning solution
= Hardware scalable – can run distributed over multiple servers
= Complete SIP stack
= SS7 and EuroISDN support


Benefits and Key Features
All-IP Network Migration and Interconnect
= Migration path from TDM to VoIP
= Very high scalability
= Cost effective & High reliability
= Multiple applications and services Supported
= Fully Distributed Architecture
= Powerfull Class 4 routing engine
= VOIP to VOIP signaling and media conversion
= VOIP to E1 signaling and media conversion
= E1 to E1 signaling conversion
= High-availability solution


Use Cases
= Enterprise Session Border Controller/IPPBX
= Transit/Wholesale Softswitch-SBC
= Legacy to all-IP migration of voice services
= Large Enterprise Telephony Solution
= IP-PBX and IP-Centrex solution
= SS7 to VOIP migration
= SS7 to ISDN conversion

Bundle package includes:
1 x EoneS – base unit
5 x EoneS – 2E1 card -  5 x 60 simultaneous calls
5 x EoneS VOIP card -  5 x 60 simultaneous calls
EoneS Redundancy Kit - Redundancy in power supply (2 x power VCSS), 2 x PG cards

Also bundle package includes:
EoneS SS7 software pack - SS7 License per E1 card
EoneS ISDN software pack - ETSI ISDN PRI App. License per E1 port

VOIP card – 60 channels(G711,G729) per card
E1 card – 2xE1 interfaces per card, 60 channels per card

Operating System: Embedded Linux Operating System, RST VoIP software stack
VoIP Protocols: SIP, H323, RTP
E1 trunk card: 2 E1 trunks on board with 30 channels each, 2Mbps Standard G.703, G.704 ITU-T; Both EuroISDN and SS7 supported
Capacity: 10 cards per equipment:
- 300 VOIP(G711) to 300 VOIP(G729) transcoder
- 300xVOIP to 10xE1 SS7 gateway
- 300xVOIP to 10xE1 ISDN gateway

Using multiSwitch, an architecture can be extended by using multiple EoneS to extended number of E1 to VOIP supported

Rackable 19"
Dimensions: 7U, 477 x 300 x 300 mm

Standard Operating Temperature: 0 to 40 degrees Celsius
Humidity: 10 to 80 %, non - condensing
Power Supply: 100÷120 Vac or 200÷240 Vac @ 50-60Hz