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Chapter 1 - Introduction
The XiNCOM XC-DPG602 is a revolutionary DNS-to-IP Gateway that provides advanced networking services
most commonly found in enterprise class infrastructures at a fraction of the cost. XiNCOM tailors these services
with innovative features such as inbound/outbound load balancing and auto-failover. The XC-DPG602 functions as
an authoritative DNS-to-IP Gateway that load balances inbound traffic requests to the respective IP address on a
network infrastructure that hosts content on multiple servers. High throughput of inbound and outbound requests are
managed by dual WAN ports that utilize the combined bandwidth of two separate concurrent broadband connections
including DSL, Cable, and/or T1.
Use TWO ISPs for expanded bandwidth and redundancy
Using two separate ISPs provides redundant connectivity to the Internet. In the event that one ISP goes
down, the XC-DPG602 auto-fails over to the other ISP service. Redundancy to the Internet provides a truly
uninterrupted connection for a business’s customers while maintaining uptime and productivity for its employees.
Robust Security Features
The XC-DPG602 also features NAT, a Stateful Packet Inspection (SPI) Firewall, DHCP server, Access Filters,
and VPN pass-through to secure a business’s network services. The Quality of Service (QoS) feature schedules
and directs a network’s traffic to take advantage of available bandwidth. The XC-DPG602 UPnP support can
dynamically open and close ports required by certain software automatically. Increased bandwidth and redundant
connectivity to the Internet provides cost-effective bandwidth solutions to expensive leased telecommunication
lines for your network infrastructure.
Package Contents
The following items should be included:
• XC-DPG602 Twin WAN DNS→IP Gateway
• Power Adapter (5V)
• Quick Installation Guide
• CD-ROM containing the on-line manual.
• Two CAT RJ-45 Ethernet Cables
If any of the above items are damaged or missing, please contact your dealer immediately.
XC-DPG602
Twin WAN DNS IP Gateway
Chapter Contents
• Introduction
• Features
• Physical Details
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