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TEAMLINK NEON Intelligent service aggregation device is optimized for multiservice adaption, aggregation and routing, especially onto a modern ethernet and IP/MPLS infrastructure.
It is well suited for the cost-effective delivery in Indian railways migration to IPMPLS. The NEON features industry-leading switching capacity and port density in a compact 2RU or 3RU form factor.
Router supports unicast IPv4 & IPv6 routing protocals (GEP, OSPF, IS-IS, OSPE v3, Segment Routing or similar protocal and Circuit emulation)
It supports 100GbE, 40GbE, 25GbE, 10GbE, 1GbE, E1, STM-1 ports with dual control and dual power modules. Supports layer3 and layer2 MPLS VPN, VPLS and EVPN with routing technologies, MPLS technologies, TDMoP technologies and clock synchronization technologies optimized for service providers.
The NEON supports both MPLS-TE and IP MPLS stacks, provides comprehensive end-to-end OAM/SLA/Protection features.
conforms with STT/TAN/IP-MPLS/2020 or latest
NEON can assist Indian Railways to migrate to IPMPLS in a seamless manner, initially we can connect on the spare single fiber with 10Gbps uplink and provide all the services required and migrate the STM & PDMUX services on to it , with products like TANSY which are new age hybrid devices supporting MPLS–TP that can provide legacy connectivity needs which will definitely be required for some more time to come such as Auto Phone / E&M / RS232 / Magneto / Hot Line / SPT/ EC etc.
NEON is capable to migrate to CWDM uplink upto 80 Gbps when required in future hence hence the product is future upgradable. Team engineer will provide devices to connect on copper at 30Mbps VAYU (High Throughput LE) for the existing router / switch from the OFC hut thus in this manner Team Engineer ensure end to end upgradation in the most practical , doable way and in a cost effective manner achieving all the needs of IR network.
NEON can also assist Indian Railways(IR) not only in migrating to IPMPLS but also release the existing STM / PDMUX and GPON optical fiber which can be used for other fiber begging applications like Auto Signaling / TCAS etc., few to name and thus help to increase the over all performance of Indian railways manifold times without laying additional optical fiber for the existing lines.
IP MPLS : Supports multiple routing functions, such as OSPF, ISIS, BGP, and MP-BGP, and support LDP and RSVP-TE to dynamically establish MPLS tunnels and PW services.
Multiservice : : Supports layer3 and layer2 MPLS VPN, VPLS and EVPN
Committed resiliency & Protection : Supports link-based, protocol-based, and service-based multi-layer protection functions, such as LAG/LACP, primary/secondary link aggregation, G.8031, G.8032, G.8131, TE Hot-standby, PW protection, and LSP protection with sub 50ms switching time.
Hardware-based SLA : Hardware-based BFD, TWAMP, MPLS-TP OAM, Y.1731 features supply multi-layer continuity check, frame delay, frame jitter and packet loss measurement mechanism. Includes on-board, line-rate RFC2544 and Y.1564 testing capabilities for end-to-end SLA verification.
Automated Provisioning : : Supports auto-discover remote CPE devices to minimize OpEx and accelerate service turn-up with activation testing.
Synchronization for MBH : : Compliant with ITU-T G.8261/G.8262 (SyncE) and IEEE1588v2 for network-based synchronization.
High Availability : : Supports graceful restart for routing protocol. Dual main control card and dual power module redundancy design.
NEON : IPMPLS Device complies with all specifications of Indian Railways RDSO Document : STT/TAN/IP-MPLS/2020 Version 1.0 Dec 2022 : LER – LSR
TE VIEW Complies with RDSO : STT / TAN/IP-MPLS /2020 Version 1.0 Dec. 2022 : NMS
NEON : IPMPLS Device is STQC LAB Tested ETDC :EMI- EMC
Performance : Switching fabric: 240Gbps
Main Control Card : NEON-NXU : Management port: 1 Console (USB), 1 NEG (Rj45), Debug (Reserve), EXT1 (Reserve), EXT2 (Reserve) Clock port : 1 Bits (2MHz/2Mbits) Support in slot1~slot2.
Port Expansion Card :
NEON-RG8: 8 x GE SFP
NEON-RG8T: 8 x GE RJ45
NEON-RF8: 8 x FE SFP
Support in slot3~slot8, slot7/slot8 only
supply 4xFE access
NEON-RX2: 2 x 10GE XFP or SFP+
Support in slot3~slot8, all supply 2x10GE access.
NEON-RXG8: 1 x 10GE / Gbe SFP+ with 8 x GE SFP
Support in slot7~slot8
PWE3 Expansion Card :
NEON-RE16: 16 x E1 SCSI100 Female
NEON-RE16-BL: 16 x E1 RJ45 Balance
NEON-RS4: 4 x STM-1
Clock Card :
1 x ALMI RJ45
1 x ALMO RJ45
2x 1PPS+TOD RJ45
1 x 1PPS Cc3
Optical Card : NEON-ODM8: 8 x CWDM Channels
Power Specs :
Dual DC: -48V(-40~-57V)
Full load: ≤350W
Operating temp: -5~55˚C (23~131˚F)
Storage temp: -25~65˚C (-13~149˚F)
Humidity: 10~90% non-condensing
Lightning Proof : 1kV
Dimensions : 440(W) x 220(D) x 88.1(H) mm3
Weight : ≤ 9.42Kg
IEEE 802.1Q VLAN;
4K active VLANs;
MPLS VPWS,VPLS, HVPLS, L3VPN, Multi-Segment PW LDP for LSP/PW, MPLS-TP, RSVP-TE
PW payload type : SAToP, CESoPSN
PSN type : MPLS Configurable Jitter buffer RTP configuration
IPv4 hardware forwarding
OSPF for IPv4, ISIS for IPv4, BGP for IPv4, MP-BGP, VRRP, Multi-VRF
Store and Forward mode
Supports Jumbo frames
MAC address learning/add/remove/searching
MTU: 9600 byte (default: 1500 byte)
Storm control on DLF, Multicast and Broadcast packets
Up to 64 link aggregation groups, with up to 8 ports in each group
Load balance based on MAC, MPLS label and IP address
PW redundancy, PW dual-home protection
PW 1:1 and LSP 1:1 based on ITU-T G.8131
LAG (static/IEEE 802.3ad LACP) and MC-LAG(Multi-chassis LAG)
ITU-T G.8031 ELPS & ITU-T G.8032 ERPS
Port based Ethernet local loop detection
Link fault pass through
Ipv4 Ping, IPv4 Traceroute
LSP Ping/PW Ping/Tunnel Ping/L3VPN Ping
LSP Traceroute/PW Traceroute/Tunnel Traceroute/L3VPN Traceroute
Supports BFD message is sent per 3.3ms
BFD for OSPF/ISIS/VRRP
BFD for PW/Static LSP/LDP LSP/CR-LSP/Tunnel/IP
Supports MPLS-TP OAM on PW/LSP/Section based on ITU-T G.8113.1
Supports Check message is sent per 3.3ms
Supports Hardware-based Frame Delay and Packet Loss Measurement
Connectivity Check, Non-intrusive Loopback, Link-Trace, Performance Monitor; AIS/RDI/APS/LM/DM/CSF
IEEE802.3ah OAM including discovery, link performance, remote loopback, fault detection & performance stats per OAM standards
OAM Active/Passive mode
OAM Dying Gasp
OAM MIB Variable Get function
OAM Event function
Supports IEEE 802.1ag CFM and ITU-T Y.1731 SLA
Supports Check message is sent per 3.3ms
Supports Hardware-based Frame Delay and Packet Loss Measurement Connectivity Check,
Non-intrusive Loopback, Link-Trace, Performance Monitor; ETH-AIS/RDI/LCK/APS/LM/DM/LCK
Supports IEEE 802.1ag CFM and ITU-T Y.1731 SLA over MPLS PW EFP
Supports RFC2544, Y.1564
Supports RFC2544 over MPLS PW EFP
Supports Y.1564 over MPLS PW EFP
Supports MAC/IP/MPLS based ACL and L2~L4 based ACL MAP
Supports user defined ACL
MAC based ACL combination with VLAN/CoS/MAC/EtherType
IP based ACL combination IP/L4 protocol/DSCP/VRF
MPLS based ACL combination with MPLS Label/MPLS EXP
Supports Port/Trunk/VlanIf/Sub-interface mapping
Supports CoS/DSCP/MPLS EXP mapping
Supports SP, WRR, DRR, SP+WRR, and SP+DRR scheduling
Supports port-based/flow-based shaping
Up to 8 queues per port
Rewriting of 802.1p CoS/DSCP/IP Precedence per EVC
Supports Weighted Random Early Detection, weight 0-15
Supports MPLS Pipe and Uniform mode
Bandwidth configuration check between PW/LSP/Port
H-CAR(Hierarchical bandwidth rate-limit) between PW/LSP/Port
H-QoS(Hierarchical QoS) between PW/LSP/Port
Supports ingress rate-limit and egress rate-limit
Supports H-CAR based on Cos/IPP/DSCP binding sub-interface
Based on Flow/RFC2697/RFC2698/RFC4115/MEF modes
Discovery remote base on link layer
Get remote basic information
Mirroring per port
Separate mirroring configurations for ingress port & egress port & CPU port
SyncE according to ITU-T G.8261/G.8262, supports SSM-QL
Supports DHCP Server with option 60
Supports DHCP Relay with option 82
Supports system hot standby based on dual main control
Supports graceful restart on OSPF/ISIS/BGP
Ingress and egress statistics based on Port/Interface/Rate-Limit/VPWS/VPLS/VRF
In-profile and out-profile statistics based on ACL
Discover and manage remote CPEs as TANSY/VAYU series
Client classification and password protection
CPU protection based on rate-limit
Timezone, Time modification
Supports SNTP & NTP
SFP digital diagnostic function
Standards &protocols :
IEEE802.3x Flow Control
IEEE802.3ad Link Aggregation
IEEE802.1Q VLAN IEEE802.1ad QinQ
IEEE802.3ah OAM IEEE802.1ag CFM
ITU-T G.8261/G.8262 SyncE
ITU-T Y.1731 Services OAM
ITU-T G.8031 ELPS ITU-T G.8032 ERPS
IITU-T G.8131 MPLS Linear Protection
IITU-T G.8113.1 MPLS-TP OAM
IRFC4271 BGPv4 RFC4760 MP-BGP
IRFC3031 MPLS Architecture
IRFC4664 L2VPN RFC4762 VPLS
IRFC2547 BGP/MPLS VPN
IRFC5036 LDP RFC4447 LDP for PW
IRFC5659 Multi-Segment PWE3
IRFC5086 CESoPSN RFC4553 SAToP
IEMC Class A
IMEF 9 & MEF 14 : Complied
NEON-II-DC: 2RU chassis, with 2 DC power and 1 Intelligent FAN. The chassis has 2 slots for main control card and 6
slots for interface sub card.
NEON-II-NXU : Main control card, providing Console interface and SNMP interface. Dual main control card redundancy
design, supporting 1:1 hot backup.
NEON-RG8 : GE Interface card, providing 8 SFP Ethernet optical/electrical interfaces, and supporting GE, FE.
NEON-RG8T : GE Interface card, providing 8 RJ45 Ethernet electrical interfaces, and supporting GE, FE.
NEON-RF8 : FE Interface card, providing 8 SFP Ethernet optical interfaces, and supporting manage NEON-LINK
NEON-RX2 : 10GE interface card. 2 type cards with different interface type. One type providing 2 10GE XFP, another type
providing 2 10GE SFP+ Ethernet optical interfaces.
NEON-RXG8 : 10GE plus GE interface card, providing 1 10GE SFP+ and 8 GE SFP Ethernet optical interface.
NEON-RE16 : TDMoP interface card, providing 16 E1 SCSI100 female electrical interfaces.
NEON-RE16-BL : TDMoP interface card, providing 16 E1 RJ45 balance electrical interfaces.
NEON-RS4 : TDMoP interface card, providing 4 x STM-1interfaces.
NEON-TAU : IEEE1588v2 Clock card, providing IEEE1588v2 OC/BC/TC.
NEON-OMD8 : CWDM Mux and De-Mux card, providing 8 CWDM Optical channels with SC interface.
NEON-S-48S48 : DC Power module, providing -48V DC power.
NEON-220S48 : AC Power module chassis, providing 2 AC to DC power convertor slots.
Number of Ports : 4/8(Terminal)
Interface Speeds : RS 232C/V.24 DB-25 connector
Echo : Selectable
Line Rate : 2048 Kbps (G703 E1 Interface)
Line Code : HDB3
Interface : E1 Interface
Format : Serial, Synchronous
Interface : RS 232C/V.24,DB-25 connector(Supervisory port)
Off-line / On-line Diagnostics