The high-performance RXL12100 multiplex VPN gateway is, thanks to its multitude of ethernet interfaces and the enormous routing output, perfectly suited for complex load balancing scenarios at medium-sized and larger corporate headquarters.
The high-performance bintec RXL12100 multiplex VPN gateway offers exceptional flexibility thanks to its comprehensive feature set.
With its 19-inch metal housing and highly efficient internal switch mode power supply, the RXL12100 provides long-term reliability for mission-critical applications. The device`s ten Gigabit Ethernet ports (8 x RJ45 and 2 x SFP) can be independently configured for use in a LAN, WAN, or DMZ. A license for 25 IPSec tunnels is included and can be expanded to accommodate up to 200 tunnels.
Administrators can use either the integrated ISDN interface or a UMTS USB stick for remote configuration.
The optional bintec PSU XL slide-in power supply module equips the bintec RXL12100 with a redundant power supply, making the multiplex VPN gateway a perfect fit for complex environments such as corporate headquarters.
WLAN Controller and HotSpot
The router also includes all the functionality of the bintec WLAN Controller. The bintec WLAN controller lets you configure and monitor small- and mid-sized WLAN networks with up to 150 access points. No matter whether you need frequency management with automatic channel selection, loadbalancing across several access points, support for virtual LANs, or virtual wireless network administration (multi-SSID) - you have all these advanced features at your fingertips with the WLAN Controller. The software continually monitors the entire wireless network, notifying administrators of any malfunctions or security threats.
The router`s integrated HotSpot Gateway together is an ideal complement to the WLAN Controller in combination with a bintec HotSpot license, allowing operators to set up a wireless guest network that requires authentication. This secure separation between the guest network and company network is configured through the WLAN Controller and implemented using virtual wireless networks. An additional highlight is the optional bintec elmeg webfilter which can be used to prevent children and youth from accessing inappropriate content.
Forwarding data between two networks only requires basic functionality. Bintec gateways however offer features that go far beyond mere routing to allow seamless integration into even the most complex IT infrastructures. Functions such as extended routing and extended NAT (ERN) enable detailed implementations to strictly separate all incoming and outgoing packets according to precisely defined criteria.
For routing, you can use RIP, OSPF or the multicast routing protocol PIM-SM. Comprehensive multicast support makes this gateway an excellent choice for multimedia and streaming applications.
Integrated quality of service allows you to prioritize your data. Put VoIP traffic ahead of normal Internet traffic to ensure your IP voice applications have sufficient bandwidth at all times. Or use the QoS functionality to give regular data priority over e-mail traffic.
The DNS proxy feature supports address translation on the LAN and the integrated DHCP server automates IP configuration on client PCs.
Comprehensive IPSec implementation
The RXL12100`s IPSec implementation goes beyond preshared keys. We`ve also given you the ability to use certificates, as Germany`s Federal Office for Information Security recommends. This lets you build a public key infrastructure for maximum security. Administrators can manage certificates conveniently and easily with a RADIUS server. bintec elmeg GmbH even provides special functionality that makes it possible to implement a RADIUS dial-out solution.
Using the IKE Config Mode and Bintec IPSec Multi-User features, administrators can implement and administer IPSec dial-in solutions for a large number of clients with minimal effort. IKE-X-Auth (extended authentication) lets you secure connections using a one-time password to achieve the highest level of security possible. The bintec IPSec implementation also assists you in establishing VPN connections with dynamic IP addresses, extending connectivity to small branch locations that may not be online all the time. Even if both VPN participants have dynamic IP addresses, they can still take advantage of secure communications. A dynamic DNS provider or a direct ISDN connection can facilitate the exchange of IP addresses. The dynamic IP address is sent either over the ISDN D-channel at no cost or, if this is not possible, over the B-channel (carrier charges may apply).
Load balancing / Redundancy
With the bintec RXL12100, you can configure multiple interfaces for WAN access. This not only provides more bandwidth, but also makes it possible to distribute data across individual WAN connections according to loads or data types. You can for instance use one internet connection on a 100 Mbps Ethernet port to establish VPNs for numerous branch locations and external staff members. A second WAN port can then provide cost-effective VDSL internet access for the rest of the company.
Our bintec Router Redundancy Protocol allows two routers to function on the LAN as if they were a single device. In addition to each unit having its own unique IP and MAC addresses for every interface, the two units are also assigned a shared virtual IP and MAC address. This virtual address is then entered as the standard gateway on all the computers on the LAN. The two linked gateways communicate with each other using the bintec protocol. If one of the units goes down, the other one automatically takes over and handles all the traffic.
Simple configuration and maintenance
Administrators can configure the gateway using the configuration assistants that are integrated into the Web-GUI. The Web-GUI is a web-based graphical user interface that can be accessed via HTTP or the encrypted HTTPS protocol from any PC with a current Web browser. Administrators can configure the RXL12x00 locally or remotely using telnet, SSH, or an ISDN login.
The gateway`s numerous monitoring options represent one of its main security features. You can query all the configuration parameters and status information via SNMP. You can also have this information sent from the Gateway to an SNMP manager via SNMP traps or create log files of syslog messages. Administrators can also choose to receive e-mail notifications of specific events.
Please find the performance of bintec RXL12100 at www.bintec-elmeg.com/en/products/information/information/rxl-series-performance/
Quality of Service (QoS)Policy based Traffic Shapping
Dynamic bandwidth management via IP traffic shaping
Dynamic reservation of bandwidth, allocation of guaranteed and maximum bandwidths
Priority Queuing of packets on the basis of the DiffServ/TOS field
Conversion of 802.1p layer 2 priorisation information to layer 3 diffserv attributes
TCP Download Rate Control
For reservation of bandwidth for VoIP connections
2 year manufacturer warranty inclusive advanced replacement
Free-of-charge software updates for system software (BOSS) and management software (DIME Manager)
Redundancy / LoadbalancingBRRP
Bintec Router Redundancy Protocol for backup of several passive or active devices with free selectable priority
Bandwidth on Demand: dynamic bandwidth to suit data traffic load
Static and dynamic load balancing to several WAN connections on IP layer
Simple VPN backup via different media. Additional enables the bintec elmeg interface based VPN concept the application of routing protocols for VPN connections.
Content of DeliveryManual
Quick Installation Guide in German and English
DVD with system software, management software and documentation
1 Ethernet cable, 3m
Serial cable (mini USB - DSUB 9 female)
USB cable (Type A - Type B)
ISDN (BRI/S0) cable
ISDN (BRI/S0) cable, 3m
Layer 2 FunctionalityBridging
Support of layer 2 bridging with the possibility of separation of network segment via the configuration of bridge groups
Support of up to 255 VLAN (Virtual LAN) per LAN Interface for segmentation of the network in independent virtual segments (workgroups)
Enables the router to answer ARP requests for hosts, which are accessible via the router. That enables the remote clients to use an IP address from the local net.
Logging / Monitoring / ReportingInternal system logging
Syslog storage in RAM, display via web-based configuration user interface (http/https), filter for subsystem, level, message
External system logging
Syslog, several syslog server with different syslog level configurable
Automatic E-Mail alert by definable events
SNMP traps (v1, v2, v3) configurable
Display of IPSec tunnel and IPSec statistic; output via web-based configuration user interface (http/https)
Statistic information of all pysical and logical interfaces (ETH0, ETH1, SSIDx, ...), output via web-based configuration user interface (http/https)
Display of active and past ISDN connections; output via web-based configuration user interface (http/https)
Detailed IP accounting, source, destination, port, interface and packet/bytes counter, transmission also via syslog protocol to syslog server
Detailed ongoing recording of ISDN connection parameter like calling number and charging information, transmission also via syslog protocol to syslog server
RADIUS accounting for PPP, PPTP, PPPoE and ISDN dialup connections
Keep Alive Monitoring
Control of hosts/connections via ICMP polling
Traces can be stored in PCAP format, so that import to different open source trace tools (e.g. wireshark) is possible.
Administration / ManagementRADIUS
Central check of access authorization at one or several RADIUS server, RADIUS (PPP, IPSec inclusive X-Auth and login authentication)
On a RADIUS server configured PPP und IPSec connection can be loaded into the gateway (RADIUS dialout).
Support of TACACS+ server for login authentication and for shell comando authorization
The device system time can be obtained via ISDN and from a SNTP server (up to 3 time server configurable). The obtained time can also be transmitted per SNTP to SNTP clients.
Automatic Time Settings
Time zone profiles are configurable. That enables an automatic change from summer to winter time.
Supported management systems
DIME Manager, XAdmin
Configuring of time and event controlled tasks, e.g. reboot device, activate/deactivate interface, activate/deactivate WLAN, trigger SW update and configuration backup
Configuration Interface (FCI)
Integrated web server for web-based configuration via HTTP or HTTPS (supporting self created certificates). This user interface is by most of bintec elmeg GmbH products identical.
Software updates are free of charge; update via local files, HTTP, TFTP or via direct access to the bintec elmeg web server
Remote maintenance via telnet, SSL, SSH, HTTP, HTTPS and SNMP (V1,V2,V3)
Configuration via serial interface
Serial configuration interface is available
ISDN remote maintenance
Remote maintenance via ISDN dial-in with checking of the calling number. The ISDN remote maintenance connection between two bintec elmeg devices can be encrypted.
GSM remote maintenance
Remote maintenance via GSM login (external USB UMTS (3G) modem required)
Device discovery function
Device discovery via SNMP multicast.
On The Fly configuration
No reboot after reconfiguration required
SNMP (v1, v2, v3), USM model, VACM views, SNMP traps (v1, v2, v3) configurable, SNMP IP access list configurable
Complete management with MIB-II, MIB 802.11, Enterprise MIB
Configuration export and import
Load and save configurations, optional encrypted; optional automatic control via scheduler
Supports SSH V1.5 and SSH V2.0 for secure connections of terminal applications
Integration into Network Node Manager
Integration into CA SPECTRUM Infrastructure Manager
Support of XAdmin roll out and configuration managemant tool for larger router installations (IP+ISDN+GSM)
InterfacesUSB 2.0 host
USB 2.0 full speed host port for connecting LTE(4G) or UMTS(3G) USB sticks (supported sticks: see www.bintec-elmeg.com)
8 x 10/100/1000 Mbps Ethernet Twisted Pair, autosensing, Auto MDI/MDI-X, all Ethernet ports can be configured as LAN or WAN.
2 x SFP slots for conventional optical 10/100/1000 Mbps Ethernet SFP module, all SFP ports can be configured as LAN or WAN.
Serial console interface / COM port (mini USB)
USB console interface
ISDN Basic Rate (BRI)
1 x BRI (TE), 2 B channels
Mountable in 19 inch rack, incl. 19 inch rack mount kit
System time persists even at power failure for some hours.
Temperature range: Operational 0°C to 40°C; storage -10°C to 70°C; Max. rel. humidity 10 - 95% (non condensing)
Integrated wide range power supply 110-240V, with energy efficient swiching controller
Max. 40 Watt, typ. 30 Watt
Ca. 485.6 mm x 220 mm x 45 mm (W x H x D)
Restart or reset to factory state possible
Power, Status, ISDN, 20 * Ethernet
Standards and certifications
EN 55024 + EN 55024/A1; EN61000-3-2; EN 61000-3-3; EN 61000-4-4; EN 60950-1; EN 300 328
IPv6IPv4/ IPv6 Dual Stack
Parallel mode IPv4/ IPv6 supported
DHCP Server and Client
Neighbor Discovery Protocol: Router Discovery, Prefix Discovery, Parameter Discovery, Address Resolution, Static configuration of neighbors, IPv6 Router AAdvertisment Option for DNS Configuration (trough ND)
Unique Local IPv6 Unicast Addresses
IPv6 Stateless address auto-configuration (SLAAC), Manual address configuration, General-prefix support for address configuraion (user and prefix delegation DHCPv6), Duplicate Address Detection
ICMPv6 (router & host)
Destination Unreachable, Packet too big, Time exceeded, Echo Request
Multicast for IPv6
Firewall via IPv6
IPSec for IPv6
CAPI 2.0 with CAPI user concept (password for CAPI use)
Euro-ISDN (Point-to-mulitpoint/Point-to-point), 1TR6 and other national ISDN protocols
Automatic recognition and configuration of ISDN protocols
ISDN leased lines
Supported leased lines: D64S, D64S2, TS02, D64S2Y
B channel protocols
Excellent interoperability with other manufacturers (Raw HDLC, CISCO HDLC, X.75)
X.31 over CAPI
Support for various connection paths: X.31/A for ISDN D-channel, X.31/A+B for ISDN B-channel, X.25 within ISDN B-channel (also leased lines)
Bit rate adaption
V.110 (1,200 up to 38,400 bps), V.120 up to 57,600 kbps (HSCSD) for connection to GSM subscribers
DES (64 Bit), 3DES (192 Bit), AES (128,192,256 Bit), CAST (128 Bit), Blowfish (128-448 Bit), Twofish (256 Bit); MD-5, SHA-1,SHA-2 (256,384,512), RipeMD160, Tiger192 Hashes
Number of PPTP tunnels
Inclusive 25 active PPTP tunnels, optional up to 200 IPSec tunnels
Number of L2TP/GRE tunnels
Inclusive 200 active L2TP and GRE v.0 tunnels (also in combination possible)
Internet Protocol Security establishing of VPN connections
Number of VPN tunnels
Inclusive 25 active VPN tunnels, optional up to 200 IPSec tunnels
IPSec key exchange via preshared keys or certificates
IPSec IKE Config Mode
IKE Config Mode server enables dynamic assignment of IP addresses from the address pool of the company. IKE Config Mode client enables the router, to get assigned dynamically an IP address.
IPSec IKE XAUTH (Client/Server)
Internet Key Exchange protocol Extended Authenticaion client for login to XAUTH server and XAUTH server for loging of XAUTH clients
IPSec IKE XAUTH (Client/Server)
Inclusive the forwarding to a RADIUS-OTP (One Time Password) server (supported OTP solutions see www.bintec-elmeg.com).
Support of NAT-Traversal (Nat-T) for the application at VPN lines with NAT
IPSec IPComp data compression for higher data throughput via LZS
IPSec certificates (PKI)
Support of X.509 multi-level certificates compatible to Micrososft and Open SSL CA server; upload of PKCS#7/8/10/12 files via TFTP, HTTP, HTTP, LDAP, file upload and manual via FCI
Certificates management via SCEP (Simple Certificate Enrollment Protocol)
IPSec Certificate Revocation Lists (CRL)
Support of remote CRLs on a server via LDAP or local CRLs
IPSec Dead Peer Detection (DPD)
Continuous control of IPSec connection
IPSec dynamic IP via ISDN
Transmission of dynamic IP address in ISDN D or B channel; free-of-charge licence necessary
Authentication of IPSec connections at a RADIUS server. Additionally the IPSec peers, which were configured on a RADIUS server, can be loaded into the gateway (RADIUS dialout).
IPSec Multi User
Enables the Dial-in of several IPSec clients via a single IPSec peer configuration entry
The possibility to operate Quality of Service (traffic shaping) inside of an IPSec tunnel
By activating of NAT on an IPSec connection it is possible, to implement several remote locations with identical local IP addess networks in different IP nets for the VPN connection
Symmetric Network and Port Address Translation (NAT/PAT) with randomly generated ports inclusive Multi NAT (1:1 translation of whole networks)
Policy based NAT/PAT
Network and Port Address Translation via different criteria like IP protocols, source/destination IP Address, source/destination port
Policy based NAT/PAT
For incoming and outgoing connections and for each interface variable configurable
Stateful Inspection Firewall
Packet filtering depending on the direction with controling and interpretation of each single connection status
Filtering of IP packets according to different criteria like IP protocols, source/destination IP address, source/destination port, TOS/DSCP, layer 2 priority for each interface variable configurable
RoutingPolicy based Routing
Extended routing (Policy Based Routing) depending of diffent criteria like IP protocols (Layer4), source/destination IP address, source/destination port, TOS/DSCP, source/destination interface and destination interface status
Support of Internet Group Management Protocol (IGMP v1, v2, v3) for the simultaneous distribution of IP packets to several stations
Multicast IGMP Proxy
For easy forwarding of multicast packets via dedicated interfaces
Multicast Routing Protocol PIM SM
Protocol Independent Multicast (PIM) distributes information via a central Rendezvous Point Server. PIM Modus Sparse Mode (SM) forwards only packets to groups which have been requested
Multicast inside IPSec tunnel
Enables the transmission of multicast packets via an IPSec tunnel
Support of RIPv1 and RIPv2, separated configurable for each interface
Triggerd RIP updates according RFC 2091 and 2453, Poisened Rerverse for a better distribution of the routes; furthermore the possibility to define RIP filters for each interface.
Support of the dynamic routing protocol OSPF
Support of Point to Point Protocol (PPP) for establishing of standard PPP connections, inclusive the Multilink extension MLPPP for the bundeling of several connections
Point-to-Point Protocol over Ethernet (Client and Server) for establisching of PPP connections via Ethernet/DSL (RFC 2516)
Multilink extension MLPPPoE for bundeling several PPPoE connections (only if both sides support MLPPPoE)
DNS client, DNS server, DNS relay and DNS proxy
Enables the registering of dynamic assigned IP addresses at adynamic DNS provider, e.g. for establishing of VPN connections
Enables the forwarding of DNS requests of free configurable domains to assigned DNS server.
DHCP Client, Server, Proxy and Relay for siplified TCP/IP configuration
Packet size controling
Adaption of PMTU or automatic packet size controling via fragmentation
bintec RXL Series
- Release 10.2. Rev. 6 Patch 2
- Release 10.2. Rev. 6 Patch 1
- Release 10.2. Rev. 6
- Release 10.2. Rev. 5
- Release 10.2. Rev. 4 Patch 1
- Release 10.2. Rev. 3 Patch 4
- Release 10.2. Rev. 3
- Release 10.2. Rev. 2 Patch 2
- Release 10.2. Rev. 2
- Release 10.1. Rev. 27 Patch 6
- Release 10.1. Rev. 27 Patch 5
- Release 10.1. Rev. 21 Patch 8
- Release 10.1. Rev. 21 Patch 3
- Release 10.1. Rev. 4 Patch 5