Multi-Plus Terminal
- Office terminals
- Servers and printers
- Material networking equipment
- Cross VLAN Users
• Product positioning
The system focuses on responding to address requests for different segments of the network, centrally managing the addresses pool and lease; Seamless Authentication scenes then judge terminal access in coordination with RADIUS identification information.
Value of products
Centralize address resources and connect to the three-storey network MAC unconscious access with RADIUS
• Functional characteristics
The key capabilities of the product in connection, management, strategy, operation and transport are used to help you quickly understand its value and orientation.
Managed both DHCPv4 and DHCPv6 and adapted to network double-stores evolution.
Centralizes the distribution range, leases, gateways, DNS, exclusion addresses and advanced options.
Linking a critical device MAC or DUID to a fixed address and reducing the risk of address drift.
View active and historical leases, screen for unusual leases by address, MAC and time.
Synchronize access to cross-network segments and across VLAN terminals through MAC matching with RADIUS information.
Dismantling of configuration risks through role privileges, operating records and visualization dashboards.
Product Interface
The operator can have the service active status, active lease, address pool usage, static binding and blacklist numbers from the front page, as well as further access to the address pool, lease and Seamless Authentication configuration.
Search for leases on IP, MAC, hostname and subnet, with secondary location conflicts and unusual occupancy.
Maintains a stable map of MAC and IP for fixed devices such as servers, printers, cameras.
Access is obtained by controlling the address of the designated terminal through the DHCPv4/DHCPv6 blacklist.
The distribution of user, role and operating privileges by duty reduces the number of people who are maintaining overstepping authority and mishandling.
:: Deployment path
The underlying conditions are checked before access and validation is progressively achieved to reduce the operational risks associated with one-time switching.
Combination of the web segments, VLAN, gateways, DNS, reserved addresses and existing DHCP services.
Establish DHCPv4/DHCPv6 address pool, lease and static binding rules.
Verify DHCP Relay, cross-triple reachability and RADIUS docking.
Progressively switch address service and continuously observe leases, conflicts and terminal access.
04 Applicable scene
The DHCP service is required in large parks, campuses and cross-thirty-tier networks and the NATSHEL_SEAMLESS_AUTH project.
Unifiedly manage multi-sector, multi VLAN address resources and fixed addresses of key equipment.
The distribution of addresses and unconscious access to large numbers of terminals and across three layers of network.
Multitenant, multi-wire environment centrally managed leases and abnormal terminals.
Detailed management of servers, networks and infrastructure addresses.
Description of deployment
NATHHEL_SEAMLESS_AUTH requires DHCP relay, three-storey reach, MAC information and RADIFUS data links to be complete; specific distributions, address size, IPv6 models and high-availability options should be combined with versions, hardware and network planning validation.
05 Product information
Download product presentations, white papers and operations manuals to gain a better understanding of system architecture, functionality configuration and usage.
DHCP Service, Address Resources, Terminal and Seamless Authentication Synergy Presentation.
Downloading informationOverwrite DHCPv4/v6, static address, lease, black and white list and NATSHEL_SEAMLESS_AUTH.
Downloading informationCases
A representative case is first looked at, and more project titles are used to understand the accumulation of services in the relevant scenes.
Product Updates
The practice of auto-allocation around addresses, end tubes and internal network resolution.
Next
Tell us about the use of scenes, user size and current network patterns, first to determine how products match the existing network, then to discuss models, interfaces and scope.