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Service Router ISN41508T3-M-AC
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Bulk pricing available
FOB, CIF & EXW terms available
Key Highlights
- Made in Russia - engineered for durability
- Suitable for challenging environments
- Lower cost of ownership than European alternatives
- Bulk orders available with volume discounts
- Documentation and customs clearance assistance provided
The ISN415 line of service routers is a new Russian telecommunication equipment for enterprise-class access level networks, designed to organise communication with unloaded terminal objects, communication nodes of corporate networks, telecom operators and service providers. Thanks to the algorithm of data traffic processing and the built-in switching processor, the router is able to fully process traffic of L3 and higher levels, as well as to be embedded in L2 segments of the network. The software of the service router is a fully Russian development. The hardware platform, manufactured in the Russian Federation, operates under the Baikal-T processor (based on MIPS architecture).
Technical Specifications
| Methods of distribution of MPLS LDP protocol labels | DOD |
|---|---|
| N+1 power supply unit redundancy scheme | no |
| Ability to support hot-swapping of power supplies | no |
| Control module redundancy | no |
| Type of control module in relation to the switching matrix | Separate |
| Airflow direction | From front to back (front-to-back) |
| Cooling type | Active |
| Can be installed in a narrow telecommunication rack (10" wide) | no |
| Ability to work as a DHCP relay agent | Armoured glass |
| Type of power supplies (by type of electric current flow) | For alternating current (AC) |
| Can be installed in a standard telecommunication rack (19 inches wide) | Armoured glass |
| Support for creating SSL VPN tunnels | no |
| Number of 1000BASE-T ports (GigabitEthernet; IEEE 802.3ab standard) | 10 pc |
| Number of power supplies | 1 pc |
| Height, U | 1 |
| Supports traffic mirroring to a remote host (not directly connected to the device) | Armoured glass |
| Modular | Armoured glass |
| Support for non-equivalent path balancing for IP protocol | no |
| Multiple Registration Protocol (MRP; IEEE 802.1ak standard) support | no |
| Supports creation of IPSec VPN tunnels | Armoured glass |
| Availability of URL filtering system (URL filtering) | no |
| Availability of web-filtering / content filtering system (web-filtering / content filtering) | no |
| Availability of Data Loss/Leak Prevention (DLP) system | no |
| Availability of antivirus | no |
| Availability of Network Prevention System (NPS) | no |
| Presence of Network Detection System (NDS) | no |
| Availability of mechanisms for filtering traffic by application signatures | Armoured glass |
| Availability of traffic filtering mechanisms on TCP/UDP ports | Armoured glass |
| Availability of mechanisms for filtering traffic without saving session information (stateless) | Armoured glass |
| Availability of mechanisms for traffic filtering with saving session information (stateful) | no |
| Possibility to use USB ports for connection of external modems for access to mobile (cellular) networks | Armoured glass |
| Availability of a built-in module for connection to mobile (cellular) networks | no |
| PPPoE (Point-to-Point Protocol over Ethernet) support | Armoured glass |
| PPTP (Point-to-Point Tunneling Protocol) support | Armoured glass |
| PPP (Point-to-Point Protocol) support | Armoured glass |
| Supports CARP (Common Address Redundancy Protocol ) redundancy protocol | Armoured glass |
| Supports VRRP (Virtual Router Redundancy Protocol) redundancy protocol | Armoured glass |
| Equivalent path balancing support for IP protocol | Armoured glass |
| Supports VXLAN and MPLS domain gluing mechanism for EVPN | no |
| Supports VXLAN L3 gateway | no |
| Supports VXLAN L2 gateway | no |
| Supports RFC 8365 (EVPN-VXLAN) standard | no |
| Supports RFC 7348 (VXLAN) standard | no |
| Virtual Private Wire Support (VPWS) with EVPN signaling | no |
| MPLS Virtual Private Wire Support (VPWS) | Armoured glass |
| Supports BGP-MPLS virtual private networks (VPLS) | BGP-signaling (Kompella)/LDP-signaling (Martini) |
| Support for BGP-MPLS ethernet virtual private networks (RFC 7432 - EVPN MPLS) | no |
| Support for BGP-MPLS virtual private networks for multicast (RFC 6513) | no |
| Support for BGP-MPLS virtual private IPv6 networks (RFC 4659) | Armoured glass |
| Support for BGP-MPLS virtual private IPv4 networks (RFC 4364) | Armoured glass |
| Support for Resource Reservation Protocol (RSVP) dynamic MPLS tag distribution protocol | Armoured glass |
| Supports MPLS Label Distribution Protocol (LDP) dynamic label distribution protocol | Armoured glass |
| Support for MultiProtocol Label Switching (MPLS) mechanism | Armoured glass |
| Ability to work as an NTP server (NTP server) | Armoured glass |
| Ability to work as an NTP client (NTP client) | Armoured glass |
| Ability to work as DNS proxy (DNS proxy) | Armoured glass |
| Ability to work as a DNS server (DNS server) | Armoured glass |
| Ability to work as a DNS client (DNS client) | Armoured glass |
| Supports network access protection standard (802.1x) | no |
| Support for granular access control (granular access control) | no |
| SAML (Security Assertion Markup Language) support | no |
| LDAP support for AAA | no |
| Kerberos protocol support for AAA | no |
| Diameter protocol support for AAA | no |
| RADIUS protocol support for AAA | Armoured glass |
| Support for AAA (Authentication, Authorization, Accounting) mechanism | Armoured glass |
| Supports Link Layer Discovery Protocol (LLDP) | Armoured glass |
| Support for multicast routing with PIM (Protocol Independent Multicast) | Armoured glass |
| Supports DVMRP (Distance Vector Multicast Routing Protocol) multicast routing protocol | no |
| Availability of IGMP snooping mechanism | Armoured glass |
| Supports IGMP (Internet Group Management Protocol) multicast routing protocol | Armoured glass |
| Support for Differentiated Services (DiffServ) traffic marking mechanism | Armoured glass |
| Support for Type of Service (ToS) traffic labeling mechanism | Armoured glass |
| Support for Class of Service (CoS; IEEE 802.1p standard) traffic marking mechanism | no |
| Availability of multicast traffic management mechanisms to prevent multicast storms | Armoured glass |
| Availability of broadcast traffic management mechanisms to prevent broadcast storms | Armoured glass |
| Existence of unicast traffic management mechanisms to prevent unicast storms | Armoured glass |
| Availability of IP spoofing protection functions (IP-spoofing) | Armoured glass |
| Availability of Local Proxy ARP function | Armoured glass |
| Availability of Proxy ARP function | Armoured glass |
| Availability of protection features against ARP-related attacks (such as ARP-spoofing) | Armoured glass |
| Availability of DHCP Snooping function (protection against DHCP-related attacks) | Armoured glass |
| Ability to work as a DHCP client | Armoured glass |
| Ability to send DHCP options in DHCP server operation mode | Armoured glass |
| Ability to work as a DHCP server | Armoured glass |
| Clustering capability | Armoured glass |
| Availability of hardware cryptographic gas pedal (hardware cryptographic gas pedal) | no |
| Availability of hardware routing/forwarding gas pedal (hardware routing/forwarding gas pedal) | Armoured glass |
| Using a special purpose integrated circuit (ASIC) for switching | Armoured glass |
| Execution of packet filtering functions using access lists (ACL - Access Control List) by means of specialized tools | Armoured glass |
| Traffic filtering functions intended for the control module | Armoured glass |
| Built-in power supply failure sensor | Armoured glass |
| Availability of built-in battery backup power supply unit | no |
| Ability to work as a wireless access point (Wi-Fi access point) | Armoured glass |
| Ability to work as a wireless access point controller (Wi-Fi controller) | no |
| Support for sending system events (logs) to remote storage (e.g. syslog server) | Armoured glass |
| IEEE 802.1ad (QinQ) support | Armoured glass |
| Supports recording system events (logs) to an external memory medium (e.g., USB flash drive) | Armoured glass |
| Supports port mirroring within a single device | Armoured glass |
| Availability of ALG (Application-Level Gateway) | no |
| Supports NAT (Network Address Translation) mechanism | Armoured glass |
| Supports recording of system events (logs) on the built-in memory (e.g., SSD) | Armoured glass |
| Support of TBF (token bucket filter) queue management algorithm | Armoured glass |
| Support for HTB (hierarchical token bucket) queue management algorithm | Armoured glass |
| Support for DRR (deficit round robin) queue management algorithm | no |
| Support for DWRR (deficit weighted round robin) queue management algorithm | no |
| Support for WRR (weighted round robin) queue management algorithm | Armoured glass |
| Support for RR (round-robin) queue management algorithm | no |
| Support for WFQ (weighted fair queuing) queue management algorithm | Armoured glass |
| Support for FQ (fair queuing) queue management algorithm | no |
| Support for CBQ (class-based queueing) queue management algorithm | Armoured glass |
| Support for WRED (weighted random early detection) queue management algorithm | Armoured glass |
| Support for RRED (robust random early detection) queue management algorithm | no |
| Support for GRED (generalized random early detection) queue management algorithm | Armoured glass |
| Support for ARED (advanced random early detection) queue management algorithm | no |
| Support for RED (random early detection) queue management algorithm | Armoured glass |
| Support for traffic shaping mechanism (traffic shaping) | Armoured glass |
| Support for traffic policing mechanism (traffic policing) | Armoured glass |
| Support for Policy-Based Routing (PBR) | Armoured glass |
| Support for MPLS label distribution using BGP protocol (RFC 3107 - Carrying Label Information in BGP-4). | Armoured glass |
| Support for Multiprotocol Extensions for BGP (Multiprotocol Extensions for BGP; MBGP) | Armoured glass |
| Supports BGPv6 (Border Gateway Protocol with IPv6 support) dynamic routing protocol. | Armoured glass |
| Supports BGP (Border Gateway Protocol) dynamic routing protocol | Armoured glass |
| IS-ISv6 (Intermediate System to Intermediate System with IPv6 support) dynamic routing protocol support | Armoured glass |
| Supports IS-IS (Intermediate System to Intermediate System) dynamic routing protocol | Armoured glass |
| Supports EIGRP IPv6 (Enhanced Interior Gateway Routing Protocol with IPv6 support). | no |
| Supports EIGRP (Enhanced Interior Gateway Routing Protocol) dynamic routing protocol | no |
| Supports OSPFv3 (Open Shortest Path First version 3) dynamic routing protocol | Armoured glass |
| Supports OSPFv2 (Open Shortest Path First version 2) dynamic routing protocol | Armoured glass |
| Support for RIPng (Routing Information Protocol next generation) dynamic routing protocol | Armoured glass |
| Supports RIPv2 (Routing Information Protocol version 2) dynamic routing protocol | Armoured glass |
| Supports RIPv1 (Routing Information Protocol version 1) dynamic routing protocol | Armoured glass |
| Supports IPv6 static routing | Armoured glass |
| Supports IPv4 static routing | Armoured glass |
| IPv6 support | Armoured glass |
| Supports Link Aggregation Control Protocol (LACP) | Armoured glass |
| Channel aggregation support (without protocol) | no |
| Availability of additional protection against loops in the STP domain (Loop Guard / Protection) | Armoured glass |
| Availability of a mechanism for blocking ports when BPDU (Bridge Protocol Data Unit) messages are received | Armoured glass |
| Availability of BPDU (Bridge Protocol Data Unit) message filtering mechanism on ports | Armoured glass |
| Presence of protection against root device change in the STP domain (Root Guard / Protection) | Armoured glass |
| Multiple Spanning Tree Protocol (MSTP) support | Armoured glass |
| Rapid Spanning Tree Protocol (RSTP) support | Armoured glass |
| Support for STP (Spanning Tree Protocol) | Armoured glass |
| SNMPv3 (Simple Network Management Protocol version 3) support | Armoured glass |
| SNMPv2c (Community-Based Simple Network Management Protocol version 2) support | Armoured glass |
| SNMPv1 (Simple Network Management Protocol version 1) support | Armoured glass |
| Ability to configure ports in hybrid mode (support receiving and transmitting both tagged and untagged traffic) | Armoured glass |
| Support of IP ECMP (equal cost multipath) load balancing on communication channels | Armoured glass |
| IEEE 802.1Q (VLAN) support | Armoured glass |
| Supports jumbo frames (jumbo frames) ethernet frames | Armoured glass |
| Ability to change the size of the maximum transmission unit (MTU) | Armoured glass |
| Availability of USB ports | Armoured glass |
| Built-in cooling system failure sensor | Armoured glass |
| Built-in temperature sensor | Armoured glass |
| Autonegotiation support (autonegotiation) | Armoured glass |
| Access control capability when connected to the console (serial/serial) port | Armoured glass |
| Console port interface type | RJ-45 |
| Separate console (serial/serial) port for management and diagnostics | Armoured glass |
| Ability to upload files from the device using an encrypted file transfer protocol (e.g., SSH File Transfer Protocol (SFTP), | no |
| Ability to upload files from the device via an unencrypted file transfer protocol (e.g., File Transfer Protocol (FTP), Tr | Armoured glass |
| Ability to upload files to the device using an encrypted file transfer protocol (e.g., SSH File Transfer Protocol (SFTP)) | no |
| Ability to upload files to the device using an unencrypted file transfer protocol (e.g. File Transfer Protocol (FTP), T | Armoured glass |
| Ability to manage the device via HTTPS protocol | Armoured glass |
| Ability to control the device via HTTP protocol | Armoured glass |
| Ability to control the device via Telnet protocol | Armoured glass |
| Ability to control the device via SSHv2 protocol | Armoured glass |
| Ability to control the device via SSHv1 protocol | Armoured glass |
| Ability to load balance between devices in a cluster | Armoured glass |
| Switching matrix N+1 redundancy scheme | no |
| Switching matrix redundancy | no |
| Constructive | Slot for expansion module, internal power supply unit |
| Processor | 1 x CPU Baikal-T (BE-T1000) pc |
| Number of WAN ports | 2 pc |
| Configuration with separate control processor | Armoured glass |
| Client interfaces | WEB interface, command line interface (CLI) |
| Availability of power supply redundancy | no |
| Redundancy of the control unit | no |
| Availability of amplifiers with remote optical pumping | - |
| Availability of Raman-pumped amplifiers | - |
| Availability of reconfigurable optical I/O multiplexers | - |
| Availability of optical control channel | no |
| Data center interconnect systems with front-to-back blowing direction available in the lineup | no |
| Possibility to modify VPO according to customer's requirements | Armoured glass |
| Support (hardware and management system level) for third-party products that perform channel encryption | no |
| Availability of transponders and aggregators with signal processing on FPGA with coherent detection (linear bit rate ? 100 | no |
| Availability of transponders and aggregators with signal processing on FPGA with direct detection (linear transmission rate of 2 | no |
| Supported protocols | IPv4;IPv6;MPLS;BGP;OSPF;RIP;IPsec;Stunnel;VPN;IPoGRE;IS-IS;IGMP;PIM;QoS;STP;SNMP;NTP;VRF;LLDP |
| Number of Ethernet ports | 10 pc |
| Placement | In 19" server rack; wall-mounted; desktop |
| Power supply voltage | 220 V |
| Management and control of work | SNMP v1-3 |
| Support for quality of service mechanisms | Armoured glass |
| User interfaces | WEB interface, command line interface (CLI) |
| Operation on multiple twisted pairs | - |
| Maximum data transfer rate | 1500000 |
| Maximum signal transmission distance | 1 |
| Data transfer rate | 0.01...1 |
| Form factor | 1U |
| Connector type | RJ-45 |
Note: All specifications are provided by the manufacturer and may be subject to change. Please contact us to confirm the latest specifications before placing your order.
Shipping & Payment Information
Shipping Terms
- FOB: Novorossiysk, Russia
- CIF: Available to major ports worldwide
- EXW: Manufacturer's facility, Russia
Delivery Time
- Sea freight: 30-60 days (depending on destination)
- Air freight: 14-21 days (for urgent orders)
- Production lead time: 30-90 days (depending on order size)
Payment Methods
- Letter of Credit (L/C)
- Wire Transfer (T/T)
- Escrow Services
Order Minimums
- We work with orders starting from 1 container
- You can mix different products in one container
- Volume discounts available for larger orders
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