Raisecom iTN2100
Raisecom iTN2100
Raisecom iTN2100; dual-core modular PTN access and aggregation platform. 6U/15-slot, 104 Gbps, MPLS-TP, MEF CE 2.0, SyncE/PTP.
Raisecom iTN2100 - Dual-Core PTN Access and Aggregation Platform
Overview
Raisecom iTN2100 is a modular Packet Transport Network (PTN) access and aggregation platform designed with dual-core architecture. Its ability to support Ethernet and TDM services simultaneously, coupled with carrier-class reliability and suitability for mobile backhaul networks, makes it an ideal choice for telecommunications operators and government agencies. It enables seamless transition from legacy SDH/TDM networks to modern IP/MPLS-based networks, preserving legacy services (E1, leased lines) while delivering new Ethernet and MPLS-TP services. The 6U chassis and 15-slot modular design enable scalable capacity expansion with lower initial investment and forward-looking scalability.
Technical Specifications and Capabilities
| Feature | Description |
|---|---|
| Platform Type | Modular PTN Access and Aggregation Platform (Packet+TDM Hybrid) |
| Chassis Type | 6U (height), 15-slot (modular slot count) |
| System-Wide Cross-Connect | 104 Gigabit/second (system-wide backplane capacity) |
| Architectural Design | Dual-core (TDM switching core + Packet switching core) integrated architecture |
| SDH Capacity | STM-1 (155 Mbps), STM-4 (622 Mbps) uplink support |
| Ethernet Services | MEF CE 2.0 (Carrier Ethernet 2.0), E-Line, E-Tree, E-LAN topologies |
| MPLS-TP Support | MPLS-TP LSP provisioning, ring and linear protection switching |
| Service Interfaces | E1/T1 (2/1.5 Mbps), Ethernet (1GE), fiber connections, voice and analog services |
| Encapsulation and Pseudowire | GFP (Generic Framing Procedure), RFC 4842 pseudowire, TDM over packet emulation |
| Protection Mechanisms | G.8032 ERPS (Ethernet Ring), G.8031 ELPS (Ethernet Linear), MPLS-TP ring/linear, 1+1 MSP, SNCP |
| Synchronization | SyncE (Synchronous Ethernet), IEEE 1588v2 PTP (Precision Time Protocol) |
| External Clock Input | 2 MHz or 2 Mbit/s external clock source integration |
| Redundancy Level | Full hardware redundancy (dual control cards, dual power supplies, dual fans) |
| Management Platform | Raisecom NView NMS, SNMP, CLI, Web GUI |
| Operating Temperature Range | -5°C to +50°C (balanced operating environment) |
| Power Supply Options | -48 VDC (telecommunications standard), 220 VAC (commercial power) |
Architectural Design and Capacity Features
The iTN2100's dual-core architecture implements TDM switching and packet switching functions in separately optimized cores. This enables 2G/3G/4G/LTE mobile operators to carry E1 leased lines while simultaneously delivering 1GE Carrier Ethernet E-Line services. GFP encapsulation technology converts fixed-rate E1 services to variable-rate Ethernet packets, allowing legacy services to be transported to modern IP/MPLS backbone networks. At the aggregation layer, the 104 Gbps system-wide capacity meets all aggregation requirements for metropolitan access networks. The modular 15-slot design provides scalability as services grow through additional modules.
Protection and High Availability
The iTN2100 enables operators to deliver 99.9%+ uptime guarantees (approximately 43 minutes downtime annually) through its multilayered protection architecture. At the Ethernet service layer, G.8032 ERPS and G.8031 ELPS mechanisms can redirect ring/linear traffic within 50ms. At the MPLS-TP layer, ring and linear protection switching automatically reroute traffic on LSP failures. At the SDH layer, 1+1 MSP and SNCP provide recovery within seconds on STM line failures. At the hardware level, dual control cards, dual power supplies, and redundant fan modules ensure service continuity despite component failures. PTP synchronization and SyncE provide timing accuracy for time-critical mobile backhaul applications.
Application Areas and Use Cases
Raisecom iTN2100 is widely deployed in the following PTN access and aggregation network applications:
- Mobile Backhaul: 2G/3G/4G/LTE base station transport, E1 leased lines, packet data networks
- Energy Distribution: Distributed energy resources, SCADA monitoring, branch office communications
- Financial and Commercial: Bank branches, ATM networks, trading terminals
- Educational Institutions: University campuses, research networks, e-learning infrastructure
- Government Services: Police and fire stations, government offices, municipal administrations
- Hospitals and Healthcare: Medical imaging networks, patient information systems
Simgenet's Role and Services
Simgenet serves as the Raisecom iTN2100 platform's technical supplier and systems integration specialist for the Turkey region. During project design, Simgenet assists mobile operators in evaluating E1 leased line counts, growing Ethernet service requirements, and advanced ring/mesh topology configurations to determine appropriate iTN2100 configurations. During procurement, the company supplies product components with correct revisions and software versions, and performs pre-testing. During site installation and go-live, Simgenet establishes all E1 and Ethernet connections, configures GFP encapsulation rules, and tests ring protection mechanisms. During operations, Simgenet assists with Raisecom NMS management platform integration, provides software update support, and resolves technical issues.
| System Features | |
|---|---|
| Product Type | Multi-Services PTN Platform (dual-core architecture) |
| Slot Count | 15 slot (1 NMS + 2 power + 2 uplink 10G/GE + 2 SDH uplink + 8-10 tributary) |
| SDH Cross-Connect | 20×20 VC4 (STM-1) / 32×32 VC4 (STM-4), 48×48 E1 @64kbps |
| Granularity | 64K, VC12, VC3, VC4 |
| Network Capacity | |
| Uplink (Paket) | 4×10G or 8×GE |
| Uplink (SDH) | 4×STM-16/4/1 |
| Tributary | 128×GE / 80×FX / 40×STM1 / 30×DS3-E3 / 320×E1 / 40×FiberMux / 80×Ethernet |
| IP and Paket Featureleri | |
| VLAN | 4K 802.1Q, QinQ (double tag) |
| QoS | SP, WRR, SP+WRR |
| OAM | 802.3ah, 802.3ag |
| Ethernet Protection | GE Ethernet ring, ACL, broadcast storm control |
| Link Aggregation | Supported |
| Protection and Synchronization | |
| Protection Types | G.8131 MPLS-TP, G.8032/G.8031 Ethernet, 1+1 MSP, SNCP, LPP |
| Switchover Time | <50 ms |
| Synchronization | SyncE, IEEE 1588-2008 (BC/TC), 2Mbit/2MHz harici clock, SSM |
| Redundancy | Dual switch/SDH card, dual power supply |
| Management and Hardware | |
| Management | Telnet/CLI, SNMP v1/v2/v3, in-band/out-of-band NMS, RIP, NAT/NAPT |
| Konsol | RJ-45, RS232, 9600bps |
| Form Factor | 6U chassis |
| Dimensions | 480 × 248 × 267 mm |
| Weight | <7 kg (chassis + 2 power modules) |
| Power Consumption | ≤300W (max. load) |
| Operating Temperature | -5°C ~ +50°C |
| Relative Humidity | %10 ~ %90 (non-condensing) |
| Positioning | |
| Application Areas | Energy transmission networks, telecom metro/access, SDH-packet switching, MPLS-TP transport, railway communication |
For detailed technical information, please refer to the product datasheet or hardware user manual.